The Power in Electrical Safety

Transcription

1 The Power in Electrical Safety Main Catalogue Edition BENDER Group

2 Main Catalogue Edition Subject to change! Bender GmbH & Co. KG, Germany The catalogue and the articles and illustrations which it contains are protected by copyright. Distribution, translation, microfilming and storing in electronic systems, particularly for commercial purposes, are not permitted without prior permission from the author. We accept no liability for errors and omissions. All specifications are based on manufacturer data. All logos and product designations are registered trademarks of the respective manufacturer. Bender GmbH & Co. KG Londorfer Str. 65 D Grünberg P.O.Box 6 D-3530 Grünberg Tel Fax E mail: info@bender-de.com Internet:

3 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 3

4 The Power in Electrical Safety 4

5 In the past 60 years we have learnt thinking ahead in a strategic and forward-looking way and to consider today what customers are going to need tomorrow. Innovative solutions und service activities, excellent know-how global expertise when it comes to electrical safety provide answers to the challenges of various application areas. As a global market and technology leader we underline this by our quality promise 5foryou. With almost 600 employees we are globally present in over 60 countries. Since January 0 we provide a five-year warranty for 5forU -relevant devices registered not later than 4 months after the date of purchase. 5

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7 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex Standards and guidelines applied Alphabetical list of devices Technical terms Service & project management i 35 i 7

8 Overview insulation monitoring devices ISOMETER ISOMETER IR40 ISOMETER IR5Y-4 ISOMETER IR45 ISOMETER IR470LY ISOMETER IR470LY-406 Circuits Page Control circuits Auxiliary circuits Main circuits Voltage system 3(N)AC AC AC/DC DC Nominal system voltage U n AC V AC V, DC V AC/DC V AC, 3(N)AC V AC, 3(N)AC V System leakage capacitance C e µf Response value R an kω Special applications DIN rail Installation Screw mounting Panel mounting/ wall fastening Coupling devices Type P. Suitable system components AGH50W-4 AGH04S-4 3 AGH50S 4 Measuring instruments Measuring current transformers Power supply unit STW AN AN Insulation monitoring devices Device overview

9 ISOMETER IRDH75 ISOMETER IRDH75BM-7 ISOMETER IRDH375 ISOMETER IRDH575 ISOMETER IR AC, 3/(N)AC V DC V AC, 3(N)AC/DC 0 7. kv AC, 3/(N)AC V DC V dependent on type AC, 3/(N)AC V DC V (50) AC, DC or AC/DC medium voltage systems Equipment for insulation fault location Suitable system components Insulation monitoring devices Device overview 9

10 Overview insulation monitoring devices ISOMETER ISOMETER IR47 ISOMETER 07TD47 ISOMETER isomed47p ISOMETER isopv ISOMETER isopv485 ISOMETER isopv45 Circuits Page Control circuits Auxiliary circuits Main circuits Voltage system 3(N)AC AC AC/DC DC Nominal system voltage U n AC V AC 30 V AC 7 V AC V via AGH-PV 3(N)AC V DC 0 00 V AC V DC V DC 0 00 V, AC V, Hz System leakage capacitance C e µf Response value R an kω kω Special applications Medical locations Medical locations DIN rail Equipment for insulation fault location Photovoltaic Photovoltaic Photovoltaic Installation Screw mounting Panel mounting/ wall fastening Coupling devices Type P. Suitable system components AGH50W-4 AGH04S-4 3 AGH50S 4 Measuring instruments Measuring current transformers Power supply unit STW AN AN * Delivery time on request 0 Insulation monitoring devices Device overview

11 * * ISOMETER isolr75 ISOMETER IR470LY-60 ISOMETER IR40-D6 ISOMETER IR43 ISOMETER IR3 ISOMETER IR55 ISOMETER isoev45 ISOMETER isorw via AGH-LR 3(N)AC V DC 0 00 V AC, 3(N)AC V Offline AC V AC V DC V DC 0 00 V AC V, Hz AC/DC V Installations with a low level of insulation / Disconnected loads Disconnected loads Mobile generators Mobile generators Electric mobility Electric mobility Railway Suitable system components Insulation monitoring devices Device overview

12 ISOMETER IR40 Insulation monitoring device for unearthed AC control circuits (IT systems) Typical applications AC control circuits in the industrial sector, mechanical engineering, power plants, elevators, automation systems etc. AC control and auxiliary circuits in accordance with DIN EN Electrical equipment of machines, IEC 6004-, EN AC auxiliary circuits in accordance with DIN VDE Smaller AC IT systems such as lighting systems, mobile generators Approvals Device features Insulation monitoring for IT control circuits AC V Two separately adjustable response values Preset function (automatic setting of basic parameters) Connection monitoring system/earth LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation, selectable Fault memory behaviour, selectable Self monitoring with automatic alarm Multi-functional LC display Adjustable response delay Two-module enclosure (36 mm) RoHS compliant Push-wire terminal (two terminals per connection) Standards The ISOMETER of the IR40 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , ASTM F 07M-96 (007). Further information For further information refer to our product range on Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz IR40-D4- B V V, Hz IR40-D4- B Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR40

13 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (L, L, E, KE, T/R) - (,, 4) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption IT system being monitored Nominal system voltage U n Nominal frequency fn see ordering information 3 VA AC V Hz Response values Response value R an (Alarm ) 00 kω Response value Ran (Alarm ) 00 kω PreSet mode Un 7 V R an (Alarm ) = 0 kω/r an (Alarm ) = 0 kω Un > 7 V Ran (Alarm ) = 46 kω/ran (Alarm ) = 3 kω Relative uncertainty 5 kω/5 00 kω ± 0.5 kω/± 5 % Hysteresis 5% Time response Response time tan at RF = 0.5 x Ran and Ce = µf Start-up delay (start time) t Response delay ton s 0 0 s (0 s)* 0 99 s (0 s)* Measuring circuit Measuring voltage U m V Measuring current Im (at R F = 0 Ω) 00 µa Internal DC resistance Ri 6 kω Impedance Zi at 50 Hz 60 kω Permissible extraneous DC voltage Ufg DC 300 V Permissible system leakage capacitance Ce 0 μf Displays, memory Display range, measured value kω MΩ Operating uncertainty 5 kω/5 kω MΩ ± 0.5 kω/± 5 % Password off/0 999 (off)* Fault memory, alarm relay on/off* Outputs Cable length test and reset button 0 m Switching elements Number of switching elements x changeover contact Operating principle NC/N/O operation (N/O operation)* Electrical service life, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Classification of mechanical conditions IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Connection Connection type Connection properties rigid Flexible without ferrule Flexible with ferrule Stripping length Opening force Test opening, diameter 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Operating manual TBP00 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR40 3

14 Displays and controls LED power ON, (flashes in case of interruption of the connecting leads E/KE or L/L). Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L). 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L). 4 LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete stored insulation fault alarms Arrow down button: parameter change, to move down in the menu 7 Menu button MENU : to call up the menu system. Enter button: Confirms parameter changes Wiring diagram 4 6 U S Supply voltage U S (see ordering details) via fuse Separate connection of E, KE to PE 3 Connection of the AC system to be monitored: AC: connect terminals L, L to conductor L, L. 4 Alarm relay K : Alarm 5 Alarm relay K : Alarm 6 Combined test and reset button T/R : short-time pressing (<.5 s) = RESET, long-time pressing (>.5 s) = TEST 7 Line protection by a fuse in accordance with IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. 4 Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR40

15 ISOMETER IR5Y-4 Insulation monitoring device for unearthed AC and DC systems Typical applications AC and DC control and auxiliary circuits in accordance with DIN EN 6004-, Electrical equipment of machines, IEC 6004-, EN DC auxiliary circuits in accordance with DIN VDE Simple battery systems Device features Insulation monitoring for AC and DC systems (IT systems) Response values, adjustable 0 00 kω LEDs: Power On LED, alarm LED to signal insulation faults Internal combined test and reset button Connection external reset button Alarm relay with one potential-free changeover contact N/C operation Fault memory behaviour, selectable Standards The ISOMETER of the IR5Y-4 series complies with the requirements of the standards: DIN EN (VDE 043-8), EN , IEC , ASTM F669M-96 (007) Further information For further information refer to our product range on Approvals Ordering information Nominal system voltage ) U n Type Art. No. AC DC V V IR5Y-4 B ) Absolute values Accessories Type designation Art. No. Mounting plate B Response values/measuring circuits Type Response value R an Response time t System leakage an capacitance Ce IR5Y kω 6 s 0 µf Type Measuring voltage Um Measuring current I m Internal DC resistance R i IR5Y-4 3 V 0. ma kω Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR5Y-4 5

16 Technical data Insulation coordination acc. to IEC Rated insulation voltage AC 50 V Rated impulse withstand voltage/pollution degree 4 kv/3 Voltage ranges Nominal system voltage Un AC V, DC V Supply voltage US = Un Power consumption.5 W Response values see table Response values/measuring circuit Measuring circuit see table Response values/measuring circuit Outputs Test button internal Reset button internal/external Switching elements Number of switching elements changeover contact Operating principle N/C operation Electrical endurance, number of cycles 000 Contact class IIB in accordance with DIN IEC Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation/during storage) C/ C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting with mounting plate DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP0005 Weight 30 g Dimension diagram (dimensions in mm) Wiring diagram Power On LED ON LED ALARM 3 Combined test and reset button TEST/RESET, short-time pressing (< s) = RESET; long-time pressing(> s) = TEST 4 Adjustable response value 0 00 kω 5 R/R bridged: Fault memory active 6 Alarm relay in N/C operation 7 Alarm 8 No alarm 6 Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR5Y-4

17 ISOMETER IR45 Insulation monitoring device for unearthed AC/DC control circuits (IT systems) Typical applications AC/DC control circuits in the industrial sector, mechanical engineering, power plants, elevators, automation systems etc. AC/DC control and auxiliary circuits in accordance with DIN EN Electrical equipment of machines, IEC 6004-, EN AC/DC auxiliary circuits in accordance with DIN VDE (VDE ) Smaller AC/DC IT systems such as lighting systems Device features Insulation monitoring for AC/DC control circuits V Two separately adjustable response values Preset function (automatic setting of basic parameters) Connection monitoring system/earth LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation, selectable Fault memory behaviour, selectable Self monitoring with automatic alarm Multi-functional LC display Adjustable response delay Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) Standards The ISOMETER of the IR45 complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , ASTM F 669M-96 (007). Further information For further information refer to our product range on Approvals Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz IR45-D4- B V V, Hz IR45-D4- B Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR45 7

18 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (L, L, E, KE, T/R) - (,, 4) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption IT system being monitored Nominal system voltage U n Nominal frequency fn see ordering information 3 VA AC/DC V DC Hz Response values Response value R an (Alarm ) 00 kω Response value Ran (Alarm ) 00 kω Preset mode Un 7 V R an (Alarm ) = 0 kω/r an (Alarm ) = 0 kω Un > 7 V Ran (Alarm ) = 46 kω/ran (Alarm ) = 3 kω Relative uncertainty 5 kω/5 00 kω ± 0.5 kω/± 5 % Hysteresis 5 % Time response Response time tan at RF = 0.5 x Ran and Ce = μf Start-up delay (start time) t Response delay ton s 0 0 s (0 s)* 0 99 s (0 s)* Measuring circuit Measuring voltage U m ± V Measuring current Im (at R F = 0 Ω) 00 µa Internal DC resistance Ri 6 kω Impedance Zi at 50 Hz 60 kω Permissible system leakage capacitance 0 μf Displays, memory Display range, measured value kω MΩ Operating uncertainty 5 kω/5 kω MΩ ± 0.5 kω/± 5 % Password off/0 999 (off)* Fault memory, alarm relay on/off* Outputs Cable length test and reset button 0 m Switching elements Number of switching elements x changeover contact Operating principle NC/N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Classification of mechanical conditions IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Connection Connection type Connection properties rigid Flexible without ferrule Flexible with ferrule Stripping length Opening force Test opening, diameter 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Operating manual TBP03005 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, , Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR45

19 Displays and controls LED power ON, (flashes in case of interruption of the connecting leads E/KE or L/L). Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L. 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L. 4 LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete stored insulation fault alarms Arrow down button: parameter change, to move down in the menu 7 Menu button MENU : to call up the menu system. Enter button: Confirms parameter changes Wiring diagram 4 6 U S Supply voltage U S (see ordering details) via fuse Separate connection of E, KE to PE 3 Connection to the IT system to be monitored: AC: connect terminals L, L to conductor L, L. 4 Alarm relay K : Alarm 5 Alarm relay K : Alarm 6 Combined test and reset button T/R : short-time pressing (<.5 s) = RESET, long-time pressing (>.5 s) = TEST 7 Line protection by a fuse in accordance with IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. Insulation monitoring devices Control and auxiliary circuits Insulation monitoring device ISOMETER IR45 9

20 ISOMETER IR470LY Insulation monitoring device for unearthed AC and 3(N)AC systems (IT systems) Typical applications AC, 3(N)AC main circuits (without directly connected rectifiers), such as motors, pumps, rolling mills without variable-speed drives, air cooling and air conditioning systems, lighting systems, heating systems, mobile generators, building services, domestic electrical installation practice, etc. Approvals Device features Insulation monitoring for AC, 3(N)AC systems V (IT systems) Nominal voltage extendable via coupling device Response values, adjustable 00 kω Connection monitoring system/earth Power ON LED, Alarm LED for signalling AC, L+, L- insulation faults LED bar graph indicator for signalling AC, L+, L- insulation faults Connection for external kω indication Combined test and reset button Connection external test/reset button Alarm relay with two potential-free changeover contacts Selectable N/O or N/C operation Fault memory behaviour, selectable Standards The ISOMETER of the IR470LY series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , ASTM F 669M-96 (007). Further information For further information refer to our product range on Ordering information Supply voltage U S Type Art. No. DC AC 30 V IR470LY-40 B V IR470LY-40 B V IR470LY-40 B V ) IR470LY-403 B V IR470LY-405 B V IR470LY-406 B V IR470LY-407 B V IR470LY-408 B V ) IR470LY-40 B V ) IR470LY-403 B Other supply voltages on request ) Absolute values Suitable system components Type designation Type Page External kω measuring instruments Coupling devices AGH04S-4 3 AGH50S 4 0 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY

21 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Voltage ranges Nominal system voltage Un Nominal frequency fn Supply voltage US Operating range of US Frequency range US Power consumption AC 630 V 6 kv/3 AC, 3(N)AC V Hz see ordering information x US Hz 3 VA Response values Response value R an (Alarm ) 00 kω Response time tan at R F = 0.5 x R an and C e = µf 0 00 kω range s 0 kω range 3 s Measuring circuit Measuring voltage Um 40 V Measuring current Im (at R F = 0 Ω) 00 µa Internal DC resistance Ri 00 kω Impedance Zi at 50 Hz 80 kω Permissible extraneous DC voltage Ufg 800 V Permissible system leakage capacitance Ce 0 μf Outputs Test/reset button internal/external Current output for measuring instrument (scale centre point = 0 kω) µa Load 5 kω Switching elements Switching elements changeover contacts Operating principle N/O operation/n/c operation Factory setting N/O operation Electrical endurance, number of cycles 000 Contact class IIB in accordance with DIN IEC Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation/during storage) C/ C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP0400 Weight 360 g Dimension diagram (dimensions in mm) 99 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY

22 Wiring diagram front plate Combined test/reset button TEST/RESET ; short-time pressing (< s) = RESET, long-time pressing (> s) = TEST LED Power on ON 3 4 Alarm LEDs + ALARM -, yellow, light when the value falls below the set response value and flash in case of interruption of the connecting leads /KE or L/L 5 LED bar graph indicator 6 Operating principle of the alarm relays and setting range RALARM 6. N/O operation 6.3 x 0 kω 6. N/C operation 6.4 x kω Changing the setting range from x kω to x 0 kω automatically changes the indication of the kω values on the LED bar graph indicator: Setting range x kω: Meter scale point x kω. Setting range x 0 kω: Meter scale point has to be multiplied by 0 kω. 7 Potentiometer to set the response value RALARM 8 Alarm relay N/O operation (basic setting) 9 Alarm relay N/C operation 0 External kω indicating instrument External reset button LT, LT or bridge for fault memory External test button PT 3 U S see ordering information, 6 A fuse recommended Wiring diagram system connection 3 4 U n 3NAC system Un 3AC system 3 U n AC system 4 U n with coupling devices: AGH04S-4 = V resp V, AGH50S = V, here: coupling device AGH04S-4 connected to U n 3AC system Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY

23 ISOMETER IR470LY-406 Insulation monitoring device for unearthed AC and 3(N)AC systems (IT systems) Typical applications AC, 3(N)AC main circuits (without directly connected rectifiers), such as motors, pumps, rolling mills without variable-speed drives, air cooling and air conditioning systems, lighting systems, heating systems, mobile generators, building services, domestic electrical installation practice, etc. Approvals Device features Insulation monitoring for AC, 3(N)AC systems V (IT systems) Nominal voltage extendable via coupling device Two separately adjustable response values 0 00 kω/ kω Connection monitoring system/earth LEDs: Power ON LED, LED to signal AC insulation faults LED bar graph indicator for the indication of the insulation resistance Connection for external kω indication Combined test and reset button Two separate alarm relays with one potential-free changeover contact each N/O or N/C operation, selectable Fault memory behaviour, selectable Standards The ISOMETER of the IR470LY-406 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , ASTM F 669M-96 (007). Further information For further information refer to our product range on Ordering information Supply voltage US Type Art. No. AC 30 V IR470LY-406 B Other supply voltages on request Suitable system components Type designation Type Page External kω measuring instruments Coupling devices AGH04S-4 3 AGH50S 4 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-406 3

24 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Voltage ranges Nominal system voltage Un Nominal frequency fn Supply voltage US Operating range of US Frequency range US Power consumption Response values Response value R an (Alarm ) Response value Ran (Alarm ) Response time tan at RF = 0.5 x Ran and Ce = µf AC 630 V 6 kv/3 AC, 3(N)AC V Hz see ordering information x US Hz 3 VA 0 00 kω kω s Measuring circuit Measuring voltage U m 40 V Measuring current Im (at RF = 0 Ω) 00 µa Internal DC resistance Ri 00 kω Impedance Zi at 50 Hz 80 kω Permissible extraneous DC voltage Ufg 800 V Permissible system leakage capacitance 0 μf Outputs Test/reset button internal/external Current output for measuring instrument (scale centre point = 0 kω) µa Load 5 kω Switching elements Number of switching elements x changeover contact Operating principle N/O operation/n/c operation Factory setting N/O operation Electrical endurance, number of cycles 000 Contact class IIB in accordance with DIN IEC Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP0400 Weight 360 g Dimension diagram (dimensions in mm) 99 4 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-406

25 Wiring diagram front plate U S Combined test and reset button TEST RESET, short-time pressing (< s) = RESET, long-time pressing (> s) = TEST Power On LED ON 3 Alarm LEDs ALARM, yellow; light when the value falls below the set response value and flash in case of interruption of the connecting leads /KE or L/L 4 kω LED bar graph indicator 5 Operating principle of the alarm relay Fault memory 5. N/O operation 5.3 without fault memory 5. N/C operation 5.4 with fault memory 6 Potentiometer to set the response value RALARM 7 Potentiometer to set the response value RALARM 8 Alarm relay : N/O operation 9 Alarm relay : N/C operation 0 Alarm relay : N/O operation Alarm relay : N/C operation External test button PT 3 External reset button LT, LT or bridge for fault memory 4 US see ordering information, 6 A fuse recommended 5 External kω indicating instrument Wiring diagram system connection 3 4 3NAC system 3AC system 3 AC system 4 AC system AC V with coupling device AGH50S Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-406 5

26 ISOMETER IRDH75 Insulation monitoring device for unearthed AC, AC/DC and DC systems (IT systems) Device features Typical applications AC, DC or AC/DC main circuits AC/DC main circuits with directly connected DC components, such as rectifiers, converters, and thyristor-controlled DC drives UPS systems, battery systems Heaters with phase control Installations including switchmode power supplies IT systems including high leakage capacitances Coupled IT systems Insulation monitoring for unearthed AC, AC/DC systems V, DC V Nominal voltage extendable via coupling device Two separately adjustable response values kω 0 MΩ AMP Plus measurement method Automatic adaptation to the system leakage capacitance Info button to display device settings and system leakage capacitance Self monitoring with automatic alarm Automatic self test, selectable Connection for external kω indication Test and reset button External test/reset button can be connected Two separate alarm relays with two potential-free changeover contacts N/O or N/C operation, selectable Backlit LC display RS-485 interface Additional device features, version IRDH75B History memory with real-time clock to store all alarm messages with date and time stamp Electrically isolated RS-485 interface (BMS protocol) for communication with other Bender devices Isometer disconnecting relays for the operation of several ISOMETER s in coupled IT systems Current output 0(4 ) 0 ma (electrically isolated) Approvals Standards The ISOMETER of the IRDH57 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information RS-485 interface Coupled IT systems Output ASCII-IsoData not applicable Current output µa BMS applicable Current output 0(4) 0 ma ) Supply voltage U S Type Art. No. AC DC V V IRDH B V IRDH75-47 B V IRDH75-45 B V V IRDH75B-435 B V IRDH75B-47 B V IRDH75B-45 B ) Absolute values Device Option-W with increased shock and vibration resistance: Indicated by the letter W at the end of the order number. Suitable system components Type designation Type Page External kω measuring instruments Coupling devices AGH50W-4 AGH04S-4 3 AGH50S 4 6 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH75

27 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree AC 800 V 8 kv/3 Voltage ranges IRDH75 : Nominal system voltage Un AC, 3/(N)AC V* Nominal frequency fn Hz Nominal system voltage Un DC V* IRDH75-435: Supply voltage US (also see nameplate) AC V* Frequency rangeus Hz Supply voltage US (also see nameplate) DC V* IRDH75-47: Supply voltage US (also see nameplate) DC 9. 7 V* IRDH75 Power consumption 4 VA Response values Response value R an (Alarm) kω 0 MΩ Response value Ran (Alarm) kω 0 MΩ Relative uncertainty (0 kω MΩ) (acc. to IEC ) ± 5 % Relative uncertainty ( 0 kω + kω/+0 % Relative uncertainty ( 0 MΩ) 0. kω/+0 % Response time tan at RF = 0.5 x Ran and Ce = μf 5 s Hysteresis ( 0 kω) + kω Hysteresis (0 kω 0 MΩ) 5 % Measuring circuit Measuring voltage Um 50 V Measuring current Im (at RF = 0 Ω) 80 μa Internal DC resistance Ri 80 kω Impedance Zi at 50 Hz 80 kω Permissible extraneous DC voltage Ufg DC 00 V Permissible system leakage capacitance 500 μf Factory setting 50 µf Displays Display, illuminated two-line display Characteristics (number) x 6 Display range measured value kω 0 MΩ Operating uncertainty (0 kω MΩ) (nach IEC ) ± 5 %** Operating uncertainty ( 0 kω) ± kω/± 5 %** Operating uncertainty ( 0 MΩ) ± 0. MΩ/± 5 %** Outputs/Inputs Test/reset button internal/external Cable length test/reset button, external 0 m Current output for measuring instrument SKMP (scale centre point = 0 kω): Current output IRDH75 (load) 400 μa (.5 kω) Current output IRDH75B (load) 0 ma ( 500 Ω) Accuracy current output ( kω MΩ) related to the value indicated ±0 %, ± kω Serial interface Interface/protocol IRDH75 RS-485/ASCII-IsoData Interface/protocol IRDH75B RS-485/BMS Connection terminals A/B Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 30 (factory setting = 3) Switching elements Switching elements changeover contacts: K (Alarm ), K (Alarm, device error) Operating principle K, K (Alarm /Alarm ) N/O or N/C operation Factory setting (Alarm /Alarm ) N/O operation Electrical endurance, number of cycles 000 Contact class IIB (DIN IEC ) Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment/EMC EMC acc. to IEC Ed..0 Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to IEC K5 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Other Operating mode continuous operation Mounting display-oriented Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X, free from halogen DIN rail mounting DIN EN 6075/IEC 6075 Flammability class UL94 V-0 Software version IRDH75 D60 V.4 Software version IRDH75B D59 V.4 Operating manual Weight TGH36 50 g Option W Shock resistance IEC (device in operation) 30 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC mm/0 5 Hz 4 g/5 50 Hz Ambient temperature (during operation) C Storage temperature range C Screw mounting x M4 The data labelled with an * are absolute values ** = Under EMC test conditions in accordance with IEC the specified tolerances can double Dimension diagram (dimensions in mm) Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH75 7

28 Displays and controls ISOMETER IRDH75 8 INFO button: to query standard information ESC button: back to the menu function TEST button: to call up the self test Arrow up button: Parameter changes, scroll 3 RESET button: to delete alarm and fault messages Arrow down button: Parameter change, scroll MENU button: to activate the menu system Enter button: to confirm parameter changes 5 Alarm LED lights: insulation fault, st warning level reached 6 Alarm LED lights: insulation fault, nd warning level reached 7 LED lights: system fault 8 LC display Wiring diagram 3 AC-System U n AC-System 6 U n N AC-System U n DC-System U n Supply voltage U S (see ordering information) 6 A fuse recommended; for UL and CSA applications, it is mandatory to use 5 A fuses. 3 Connection to the 3AC system being monitored: Connect the terminals L, L to neutral conductor N or terminals L, L to conductor L, L. 4 Connection of the AC system to be monitored: Connect terminals L, L to conductor L, L. 5 Connection to the DC systems to be monitored: Connect terminal L to conductor L+, terminal L to conductor L- 6 Separate connection of the equipotential bonding conductor to PE and KE 7 * External test button T/T (N/O contact) 8 * External reset button R, R (N/C contact or wire jumper). When the terminals are open the fault messages will not be stored, provided that the fault memory has not been activated via the operating menu. 9 * Standby by means of the function input F, F : with the contact in closed position no insulation measurement takes place (Isometer disconnection B version only/no disconnection when operated via AK). 0 IRDH75: Currrent output, electrically isolated: µa IRDH75B: Currrent output, electrically isolated: 0 0 ma or 4 0 ma RS-485 interface Alarm relay: Alarm 3 Alarm relay: Alarm /system * the terminal pairs 7, 8 and 9 have to be wired electrically isolated and do not have to be connected to earth! 8 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH75

29 Wiring diagrams Un 3/(N)/AC Hz V U n DC V AGH50S ISOMETER IRDH75 with coupling device AGH50W ISOMETER IRDH75 with coupling device AGH50S U n ISOMETER IRDH75 with coupling device AGH04S-4 without rectifiers U n = 3AC V (DC max. 000 V) with rectifiers U n = 3AC V (peak voltage downstream of the rectifier or intermediate circuit voltage of max. 840 V) Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH75 9

30 Insulation monitoring device ISOMETER IRDH75BM-7 with coupling device AGH675-7 Device combination for insulation monitoring in unearthed AC, AC/DC and DC power systems (IT systems) Typical applications AC, DC or AC/DC medium voltage systems AC/DC medium voltage systems with directly connected DC components, such as rectifiers, converters, and thyristor-controlled DC drives Approvals Device features Insulation monitoring for drives including medium voltage converters up to 7. kv Two separately adjustable response values00 kω 0 MΩ AMP Plus measurement method (European patent: EP B) Automatic adaptation to the system leakage capacitance Info button to display device settings and the system leakage capacitance History memory with real-time clock to store alarm messages with date and time stamp BMS interface (Bender Measuring Device Interface) for communication with other Bender devices (RS-485 electrically isolated) Current output 0(4) 0mA (electrically isolated) analogously to the measured insulation value Self monitoring with automatic alarm Automatic self test, selectable Connection for external kω indication Test and reset button Connection external test and reset button Two separate alarm relays with two potential-free changeover contacts N/O or N/C operation, selectable Backlit two-line plain text display Remote setting of specific parameters via Internet (option; COM460IP with at least Option C required) Standards The ISOMETER of the IRDH75BM-7 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information Nominal system voltage Un Supply voltage US Cable length Type Art. No. AC, 3(N)AC/DC DC 9. 7 V IRDH75BM-7 B kv 000 mm AGH675S B mm AGH675S B Suitable system components Type designation Type Page External kω measuring instruments Insulation monitoring devices Application-specific selection Variable-speed drives Insulation monitoring device ISOMETER IRDH75BM-7 with coupling device AGH675-7

31 Technical data Insulation coordination acc. to IEC : Rated voltage with AGH675S-7 Voltage test acc. to DIN EN (VDE ) Voltage impulse test (basic insulation) AC voltage test (basic insulation) Partial discharge test Voltage ranges Nominal system voltage U n with AGH675S-7 Nominal frequency fn Supply voltage US Frequency range of US Power consumption AC 7. kv AC 40 kv AC 0 kv 4 kv 0 7. kv DC, Hz DC 9. 7 V Hz 4 VA Response values Response value R an (Alarm) 00 kω 0 MΩ Response value Ran (Alarm) 00 kω 0 MΩ Relative uncertainty kω ± 00 kω Relative uncertainty 500 kω 0 MΩ 0 % + 0 % Response time tan 5 min. Hysteresis 5% Measuring circuit Measuring voltage U m 50 V Measuring current Im (at R F = 0 Ω) µa Internal DC resistance Ri.4 MΩ Impedance Z i at 50 Hz.4 MΩ Permissible system leakage capacitance 5 μf Factory setting µf Displays Display, illuminated two-line display Characteristics (number) x 6 Display range, measured value 50 kω 0 MΩ Operating uncertainty kω ± 50 kω Operating uncertainty 500 kω 0 MΩ ± 0 % Outputs/Inputs Test/reset button internal/external Cable length test and reset button 0 m Current output for measuring instrument SKMP scale centre point =.8 MΩ Current output (load) 0/4 0 ma ( 500 Ω) Accuracy current output (00 kω 0 MΩ) ± 0 %, ±00 k Serial interface Interface/protocol IRDH75B RS-485/BMS Connection terminals A/B Cable length 00 m Shielded cable (shield connected to PE at one end) recommended: J-Y(St)Y min. x 0.6 Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 30 (factory setting = 3) Switching elements Switching elements changeover contacts: K (Alarm ), K (Alarm, system fault) Operating principle K, K (Alarm /Alarm ) N/O or N/C operation Factory setting (Alarm /Alarm ) N/O operation Electrical endurance, number of cycles 000 Contact class IIB in accordance with DIN IEC Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation/during storage) C/ C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Conductor sizes (AWG) 4 Other Operating mode continuous operation Mounting display-oriented Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X, free from halogen DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH395 Weight 50 g Values marked with * are absolute values Dimension diagrams (dimensions in mm) IRDH75BM-7 AGH675S Insulation monitoring devices Application-specific selection Variable-speed drives Insulation monitoring device ISOMETER IRDH75BM-7 with coupling device AGH

32 Displays and controls ISOMETER IRDH75 8 INFO button: to query standard information ESC button: back to the menu function TEST button: to call up the self test Arrow up button: Parameter changes, scroll 3 RESET button: to delete installation and fault messages Arrow down button: Parameter change, scroll MENU button: to activate the menu system Enter button: to confirm parameter changes 5 Alarm LED lights: insulation fault, st warning level reached 6 Alarm LED lights: insulation fault, nd warning level reached 7 LED lights: system fault 8 LC display Wiring diagrams 3 US Supply voltage U S (see ordering information) 6 A fuse recommended 3 Terminals L, L are left unconnected! 4 Connection to the coupling device AGH675S-7: Connect terminal AK with terminal 5 of the coupling device. 5 Separate connection of and /KE to PE 6 Connect the terminals 3 and 4 of the AGH675S-7 separately to PE 7 External test button T/T (N/O contact) 8 External reset button R/R (N/C contact or wire jumper). When the terminals are open, the fault message will not be stored. 9 STANDBY by means of the function input F, F: when the contact is closed, insulation measurement does not take place 0 Currrent output, electrically isolated: 0 0 ma or 4 0 ma Serial interface RS-485 (termination with a 0 Ω resistor) Alarm relay K : available changeover contacts 3 Alarm relay K (system fault relay); available changeover contacts 4 Connection of the coupling device to the converter: Terminal to the mid-point of the DC intermediate circuit 3 Insulation monitoring devices Application-specific selection Variable-speed drives Insulation monitoring device ISOMETER IRDH75BM-7 with coupling device AGH675-7

33 ISOMETER IRDH375 Insulation monitoring device for unearthed AC, AC/DC and DC systems (IT systems) Typical applications AC, DC or AC/DC main circuits AC/DC main circuits with directly connected DC components, such as rectifiers, converters, and thyristor-controlled DC drives UPS systems, battery systems Heaters with phase control Installations including switchmode power supplies IT systems including high leakage capacitances Coupled IT systems Approvals Device features Insulation monitoring for unearthed AC, AC/DC systems V, DC V Nominal voltage extendable via coupling device Two separately adjustable response values kω 0 MΩ AMP Plus measurement method Automatic adaptation to the system leakage capacitance Info button to display device settings and the system leakage capacitance Continuous self monitoring, with automatic alarm message Automatic self test, selectable Connection for external kω indication Test and reset button Connection external test and reset button Two separate alarm relays with two potential-free changeover contacts N/O or N/C operation Alarm relay for system fault (N/C operation) Backlit LC display RS-485 interface Plug-in terminals Additional device features, version IRDH375B History memory with real-time clock to store all alarm messages with date and time stamp Electrically isolated RS-485 interface (BMS protocol) for communication with other Bender devices Isometer disconnecting relays for the operation of several ISOMETER s in coupled IT systems Current output 0(4) 0 ma Standards The ISOMETER of the IRDH375 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information RS-485 interface Coupled IT systems Output ASCII BMS not applicable applicable external kω indication µa Current output 0(4 0 ma) - Supply voltage U S Type Art. No. AC DC V V IRDH B V IRDH B V V IRDH375B-435 B V IRDH375B-47 B ) Absolute values Device Option-W with increased shock and vibration resistance : Indicated by the letter W at the end of the order number. Suitable system components Type designation Type Page External kω measuring instruments Coupling devices Transparent front plate cover IP AGH50W-4 AGH04S-4 3 AGH50S 4 44x7 83 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH375 33

34 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree AC 800 V 8 kv/3 Voltage ranges IRDH375 : Nominal system voltage U n AC, 3/(N)AC V* Nominal frequency fn Hz Nominal system voltage Un DC V* IRDH : Supply voltage US (also see nameplate) AC V* Frequency range US Hz Supply voltage US (also see nameplate) DC V* IRDH375-47: Supply voltage US (also see nameplate) DC 9. 7 V* IRDH375 : Power consumption 4 VA Response values Response value R an (Alarm) kω 0 MΩ Response value Ran (Alarm) kω 0 MΩ Relative uncertainty (0 kω MΩ) (acc. to IEC ) ± 5 % Relative uncertainty ( 0 kω) + kω/+0 % Relative uncertainty ( 0 MΩ) 0. MΩ/+0 % Response time tan at R F = 0.5 x R an and C e = μf 5 s Hysteresis ( 0 kω) + kω Hysteresis (0 kω 0 MΩ) 5 % Measuring circuit Measuring voltage Um 40 V Measuring current Im (at RF = 0 Ω 0 μa Internal DC resistance Ri 80 kω Impedance Zi at 50 Hz 80 kω Permissible extraneous DC voltage Ufg DC 00 V Permissible system leakage capacitance Ce 500 μf Factory setting 50 µf Displays Display, illuminated two-line display Characteristics (number) x 6 Display range measured value kω 0 MΩ Operating uncertainty (0 kω MΩ) (acc. to IEC ) ±5 %** Operating uncertainty ( 0 kω) ± kω/±5 %** Operating uncertainty ( MΩ 0 kω) ±0. MΩ/±5 %** Outputs/Inputs Test/reset button internal/external Cable length test/reset button, external 0 m Current output for measuring instrument SKMP (scale centre point = 0 kω): Current output IRDH375 (load) 400 μa (.5 kω) Current output IRDH375B (load) 0 ma ( 500 Ω) Accuracy current output ( kω MΩ) related to the value indicated ±0 %, ± kω Serial interface Interface/protocol IRDH375 RS-485/ASCII Interface/protocol IRDH375B RS-485/BMS Connection terminals A/B Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 30 (factory setting = 3) Switching elements Switching elements 3 changeover contacts K (Alarm ), K (Alarm ), K3 (device error) Operating principle K, K (Alarm /Alarm ) N/O or N/C operation Factory setting (Alarm /Alarm ) N/O operation Operating principle K3 (device error) N/C operation Electrical endurance, number of cycles 000 Contact class IIB acc. to DIN IEC 6055 Part 0-0 Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment/EMC EMC according to IEC Ed..0 Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to IEC K5 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Conductor sizes (AWG) 4 Other Operating mode continuous operation Mounting display-oriented Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X300, free from halogen DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version IRDH375 D83 V.4 Software version IRDH375B D84 V.4 Operating manual Weight TGH35 50 g Option W Shock resistance IEC (device in operation) 30 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC mm/0 5 Hz 4 g/5 50 Hz Ambient temperature, during operation C Ambient temperature for storage C Screw mounting x M4 The data labelled with an * are absolute values ** = Under EMC test conditions in accordance with IEC the specified tolerances can double Dimension diagram (dimensions in mm) 38 +0,8/ ,8/ Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH375

35 Displays and controls ISOMETER IRDH INFO button: to query standard information ESC button: back to the menu function TEST button: to call up the self test Arrow up button: Parameter changes, scroll 3 RESET button: to delete alarm and fault messages Arrow down button: Parameter changes, scroll 4 MENU button: to activate the menu system Enter button: to confirm parameter changes 5 Alarm LED, yellow, lights when the value falls below the set response value R ALARM 6 Alarm LED, yellow, lights when the value falls below the set response value RALARM 7 Alarm LED, yellow, lights in case of fault in the connecting leads to the system or to earth, or in case of system fault 8 Transparent front plate cover (accessory) Wiring diagrams 3 4 US AC system 3NAC system 3 AC system 4 DC system 5 Supply voltage U S (see ordering information) 6 A fuse recommended. For UL and CSA applications, the use of 5 A fuses is mandatory. 6 Alarm relay RALARM 7 Alarm relay R ALARM 8 Alarm relay system fault 9 External kω indication µa or current output 0(4) 0 ma (option). 0 External reset button R, R (N/C contact or wire jumper). When the terminals are open the fault messages will not be stored, provided that the fault memory has not been activated via the operating menu. External test button T/T (N/O contact) Standby by means of the function input F, F : with the contact in closed position no insulation measurement takes place 3 DIP switch, S ON - RS-485 terminated (0 Ω on), S unassigned * The terminal pairs 0, and must be wired electrically isolated and may not be connected to earth! Rear view IRDH375 Detachable terminal cover Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH375 35

36 Wiring diagrams Un 3/(N)/AC Hz V Un DC V AGH50S ISOMETER IRDH375 with coupling device AGH50W ISOMETER IRDH375 with coupling device AGH50S U n ISOMETER IRDH375 with coupling device AGH04S-4 without rectifier U n = 3AC V (DC max. 000 V) with rectifier U n = 3AC V (peak voltage downstream of the rectifier or intermediate circuit voltage of max. 840 V) 36 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IRDH375

37 ISOMETER IR575 Insulation monitoring device for unearthed AC, 3(N)AC systems up to 480 V and DC systems up to 480 V Typical applications AC or AC/DC main circuits AC/DC main circuits with directly connected DC components UPS systems, battery systems Heaters with phase control Installations including switchmode power supplies Approvals Device features Insulation monitoring for unearthed AC, AC/DC systems V and DC systems V Two separately adjustable response values kω MΩ AMP measurement method Automatic adaptation to the system leakage capacitance LEDs: Alarm /Alarm Fault memory behaviour, selectable Connection monitoring system/earth Test and reset button Connection external test and reset button Two separate alarm relays with one changeover contact each N/O or N/C operation, selectable Backlit LC display Self monitoring with automatic alarm Plug-in terminals Enclosure for door mounting 96 x 96 mm Standards The ISOMETER of the IR575 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information Design AC Supply voltage U S ) DC Type Art. No. Standard V V V IR B Increased shock and vibration resistance V V V IR575W-435 B W ) Absolute values Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR575 37

38 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Voltage ranges Nominal system voltage Un Nominal frequency fn Supply voltage US Power consumption AC 500 V 4 kv/3 AC, 3(N)AC V, DC V DC, Hz see ordering information 5 VA Response values Response value R an (Alarm ) kω MΩ Response value Ran (Alarm ) kω MΩ Relative uncertainty %/min. + kω Response time tan at R F = 0.5 x R an and C e = μf 5 s Hysteresis 5% Measuring circuit Measuring voltage U m ±0 V Measuring current Im (at RF = 0 Ω) 70 µa Internal DC resistance Ri 9 kω Impedance Zi at 50 Hz 4 kω Permissible extraneous DC voltage Ufg DC 680 V Permissible system leakage capacitance 60 μf Displays Display backlit LC display Characters (number of characters, height) x 6 (4.5 mm) Display range, measured value kω 5 MΩ Operating uncertainty ( 0 kω) ± kω Operating uncertainty (0 kω 5 MΩ) ± 0 % Outputs Test and reset button internal/external Switching elements Number of switching elements x changeover contact Operating principle N/C operation/n/o operation Factory setting N/O operation Contact class IIB (IEC ) Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection plug-in terminals Connection properties rigid/flexible 0. /4/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Conductor sizes (AWG) 4 Tightening torque Nm ( lb-in) Other Operating mode continuous operation Mounting position display-oriented Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Mounting panel mounting Flammability class UL94 V- Operating manual TGH370 Weight 400 g Dimension diagram (dimensions in mm) 38 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR575

39 Wiring diagram Operating elements ISOMETER IR TEST button: to call up the self test Arrow up button: Parameter changes, scroll RESET button: to delete alarm and fault messages Arrow down button: Parameter changes, scroll 3 MENU button: to call up the menu system Enter button: to confirm parameter changes 4 LC display x 6 characters 5 Alarm LED lights: insulation fault, first warning level reached 6 Alarm LED lights: insulation fault, second warning level reached. 7 External test button T/T (N/O contact) 8 External reset button R/R (N/C contact or wire jumper). When the terminals are open, the fault message will not be stored. 9 Alarm relay. Alarm 0 Alarm relay. Alarm Wiring diagram System connection US Un 3 Un 4 Un 5 Un 6 Supply voltage US (see nameplate), 6 A fuse protection recommended: A0 - A = AC V, DC V A0 - A = AC V Separate connection of E and KE to PE 3 Connection of the AC system to be monitored: connect terminals L, L to conductor L, L. 4 Connection to the DC systems to be monitored: Connect terminal L to conductor L+, terminal L to conductor L- 5 6 Connection to the 3AC system being monitored: Connect the terminals L, L to neutral conductor N or terminals L, L to conductor L, L. Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR575 39

40 ISOMETER IR47 with alarm indicator and test combination MK7 Insulation monitoring device with integrated load and temperature monitoring for medical IT systems in accordance with IEC , IEC and DIN VDE Typical applications Medical IT systems in accordance with IEC , IEC and DIN VDE Device features ISOMETER IR47 Insulation monitoring for medical IT systems Load and temperature monitoring for IT system transformers Adjustable response value for insulation monitoring Adjustable load current response value Integrated voltage monitoring for four alarm and test combinations MK7 Temperature monitoring with PTC thermistor or bimetal switch Connection monitoring earth LEDs: Power On, Alarm, Alarm Internal/external test button Configurable alarm relay: N/O or N/C operation selectable Self monitoring with automatic alarm Compact two-module enclosure (36 mm) Four-wire interface for four alarm indicator and test combinations MK7 Remote alarm indicator and test combination MK7 Easy-to-clean front foil surface Label field Panel frame alpine white Alarm LEDs: Power On, insulation fault overload, overtemperature Test button, mute button Standard flush-mounting enclosure 66 mm Standards The ISOMETER of the IR47 series complies with the requirements of the device standards: IEC , IEC and DIN VDE Further information For further information refer to our product range on Ordering information Supply voltage U S ) Nominal system voltage U n Type Art. No. AC DC AC V, Hz V, Hz IR47- B V MK7 Remote alarm indicator and test combination B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Art. No. Type designation Type Page Mounting clip for screw mounting ( piece per device) B MK-cavity-wall-box-60mm B Measuring current transformers STW Temperature sensor (PTC) ES007 Mounting frame XM Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER IR47

41 Technical data IR47 Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (L, L, E, KE,,, 3, 4 Z, Z/k, I) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage U S Power consumption IT system being monitored Nominal system voltage Un Nominal frequency f n = Un 4 VA AC V Hz Insulation monitoring Response value Ran kω (50 kω)* Relative uncertainty ±0 % Hysteresis 5 % Response time t an at RF = 0.5 x Ran and Ce = 0.5 μf 5 s Permissible system leakage capacitance C e 5 μf Measuring circuit Measuring voltage Um Measuring current I m (at RF = 0 Ω) Internal DC resistance R i Impedance Z i at 50 Hz Permissible extraneous DC voltage U fg ± V 50 μa 40 kω 00 kω DC 300 V Load current monitoring Response value, adjustable 5 50 A (7 A)* Relative uncertainty ± 5 % Hysteresis 4 % Setting values load current measurement: Transformer 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 0000 VA I alarm ~ 4 A 8 A A 8 A 35 A 45 A Temperature monitoring: Response value (fixed value) Release value (fixed value) PTC resistors acc. to DIN kω.6 kω max. 6 in series Displays, memory LC display multifunctional, not illuminated Measured value insulation resistance 0 kω MΩ Operating uncertainty ± 0 %, ± kω Measured value load current (as % of the set response value) 0 % 99 % Operating uncertainty ± 5 %, ± 0. A Password on, off/0 999 (off, 0)* Interface for MK7 Cable length, twisted in pairs, shielded 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Power supply (terminals and ): U off DC 4 V I max (max. 4 MK7) 80 ma Communication (terminal 3 and 4): Interface/protocol RS-485/proprietary, no BMS Terminating resistor 0 (0.5 W), internal, switchable Technical data MK7 Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree 500 V/3 Supply voltage Supply voltage US Power consumption DC 8 8 V 0.5 VA Environment/EMC EMC IEC 636 Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Cable lengths for the connection of the measuring current transformer STW and the temperature sensor single wire > 0.5 mm² m single wire, twisted > 0.5 mm² 0 m twisted in pairs, twisted > 0.5 mm² 40 m Cable (shield on one side connected to PE) recommended: J-Y(St)Y min. x 0.6 Switching elements Number changeover contact Operating principle N/C operation or N/O operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) Connection Connection type Connection properties rigid/flexible Flexible with ferrule Stripping length Opening force Test opening, diameter M3 push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use any Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Flammability class UL94V-0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Software version D88 V.0x Instruction leaflet TBP0007 Weight 50 g ( )* = Factory setting Connection Connection Connection properties rigid/flexible Flexible with ferrule Stripping length Other Operating mode Position of normal use Degree of protection, internal components (IEC 6059) Degree of protection, terminals (IEC 6059) Front plate colour Flush-mounting enclosure, diameter (included in the scope of delivery) Weight (including mounting frame) screw-type terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 8 mm continuous operation any IP30 IP0 alpine white 66 mm 80 g Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER IR47 4

42 Dimension diagram (dimensions in mm) IR47 MK7 70,5 47,5 3, 36 0 Flush-mounting box Ø 66 Drilling hole Ø 70 ON 67, Distance screw mounting Alarm messages LEDs IR47 MK7 ON AL AL ON Ins. fault Overload Overtemp. Operation System fault ) flashing flashing flashing flashing flashing flashing flashing Insulation fault Overcurrent Overtemperature No communication betw. IR 47+MK7 flashing ) Detailed alarm information on LCD Displays and controls IR47 3 MK7 3 ON 4 7 Power On LED ON 3 Alarm LEDs AL, AL 4 Test button TEST (> s): To call up the self test. Arrow up button: parameter change to move up in the menu 5 Arrow down button: parameter change to move down in the menu 6 MENU button (> s): to call up the menu system. Enter button: to confirm parameter changes 7 LC display Power On LED ON LED to signal insulation faults 3 LED to signal overload 4 LED to signal overtemperature 5 Mute button 6 Test button TEST 4 Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER IR47

43 Wiring diagram 3 I 5 ON ON 4 Connection to the IT system to be monitored = supply voltage U S via fuse Temperature sensor 3 Measuring current transformer for load current monitoring 4 Connection alarm indicator and test combination MK7 (max. 4 pieces) 5 Line protection by a fuse in accordance with IEC (6 A fuse recommended) In case of supply (L/L) from an IT system, both lines have to be protected by a fuse. Example of application Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER IR47 43

44 ISOMETER 07TD47 Insulation monitoring device with load and temperature monitoring for medical locations Device features Typical applications IT systems for the power supply in medical locations, hospitals, medical practices and outpatient surgical centres IT systems with restricted power source with additional load current monitoring Monitoring device for medical IT systems AC, 3(N)AC Adjustable response value kω Load and temperature monitoring Alarm LED Monitoring of the connection to the system, earth, measuring current transformer, temperature sensors Test button External test button can be connected BMS-bus interface Common alarm relay with one potential-free changeover contact Backlit LC display Standards The 07TD47 series ISOMETER complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , DIN VDE (VDE ), IEC , ASTM F Approvals Further information For further information refer to our product range on Ordering information Nominal system voltage Un (V) Supply voltage US (V) Type Art. No. AC AC 30 V, Hz 30 V, Hz 07TD47 B V, Hz 7 V, Hz 07TD47-33 B Suitable system components Type designation Type Page Measuring current transformers STW AN Power supply unit AN Measuring adapter LSD Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER 07TD47

45 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Voltage ranges Nominal system voltage Un/Nominal frequency fn Supply voltage US Operating range of US Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information see ordering information x US Hz 3 VA Measuring circuit insulation monitoring Response value R an kω Relative uncertainty % Response time tan at R F = 0.5 x R an and C e = µf 3 s Hysteresis 5 % Measuring voltage Um V Measuring current Im max. (at RF = 0 Ω) 50 µa Internal DC resistance Ri 40 kω Impedance Zi at 50 Hz 00 kω Permissible extraneous DC voltage Ufg DC 375 V Permissible system leakage capacitance 5 μf Measuring circuit load current monitoring Response value 5 50 A Hysteresis 4 % Temperature influence < 0.5 %/ C Measuring circuit temperature monitoring Response value Release value PTC resistors acc. to DIN kω.6 kω max. 6 in series Displays Display (illuminated)/characters(number, height) LC display/ x 6 (3.5 mm) Display range, measured value kω Operating uncertainty in accordance with IEC ± 0 % Inputs Test button Message Insulation fault operating theatre light Cable length inputs max. N/O contact N/C contact 0 m Outputs Test button internal/external Interfaces Interface/protocol RS-485/BMS Max. cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) Switching elements Number of switching elements changeover contact Operating principle N/O operation/n/c operation Factory setting N/O operation Electrical endurance, number of cycles 000 Contact class IIB Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Minimum contact current at DC 4 V ma (50 mw) Environment Shock resistance IEC (during operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (during operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation/during storage) C/ C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP30 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP000 Weight 400 g Dimension diagram (dimensions in mm) 99 Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER 07TD47 45

46 Wiring diagram AC IT system 3AC IT system 3 STW Measuring current transformer for load current monitoring 4 Short-ciruit protection supply voltage, 6 A fuse recommended 5 LSD470 Three-phase adapter for load current monitoring 3AC systems 7 PTC resistors (or N/C contacts) in the transformer winding. Will operate when the temperature in the transformer core reaches an excessive level. Max. 6 PTC thermistors should be connected in series. 8 The measuring connections L, L, k, l, Z, Z, E, KE are monitored for interruption resp. short-circuit (k, l). A and A are intended for the power supply of the 07TD47 resp. LSD470 9 Alarm LED ALARM 0 Display TEST button in display mode: activates the test function (self test). In the menu mode: causes a return to the display mode from any position. If activated during a parameter change, the last change will not be stored. In the menu mode: for navigation within the menus and for setting parameters. Adjustment: upwards/in ascending resp. downwards in descending order. No function in the display mode. 3 MENU button: Changes from the display mode to the menu mode. In the menu mode: this button serves as an Enter button. 4 Alarm indicator and test combination MK48-5 TM operator panels 6 Alarm relay without fault memory to signal insulation faults, overcurrent, overtemperature and device errors. 7 Optional external test button for testing the insulation monitoring function (4 kω test resistance) and the measuring circuits for load current and temperature. 8 Input IN for displaying the message Insulation fault operating theatre light, initiated by the N/C contact of the respective insulation monitoring device 9 BMS-bus interface RS-485, e.g. for the connection of alarm indicator and test combinations or panels. 46 Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER 07TD47

47 Block diagrams AC system 3 U S load load 5 6 ISOMETER operating theatre lamp 7 3(N)AC system 4 load load 3 U S ISOMETER operating theatre lamp Measuring current transformers for load current monitoring Temperature sensor, isolating transformer ES A fuse (recommended) 4 LSD470 measuring adapter 5 Power supply unit AN450 for max. 3 MK430 6 ISOMETER 07TD47 7 Alarm indicator and test combination MK430 Insulation monitoring devices Application-specific selection Medical locations Insulation monitoring device ISOMETER 07TD47 47

48 ISOMETER isopv with coupling device AGH-PV Insulation monitoring device for unearthed AC, AC/DC and DC systems (IT systems) for photovoltaic systems up to AC 793 V/DC 00 V Typical applications AC, DC or AC/DC main circuits Solar systems with directly connected inverters Solar systems with large system capacitances of up to 000 µf Solar systems with high but slow voltage fluctuations Installations including switchmode power supplies Coupled IT systems Device features Insulation monitoring for unearthed systems AC, AC/DC V, DC 0 00 V Two separately adjustable response values kω Various AMP Plus measurement methods selectable Automatic adaptation to the system leakage capacitance Info button to display device settings and the system leakage capacitance Self monitoring with automatic alarm Automatic self test, selectable Connection for external kω indication Test and reset button External test/reset button can be connected Two separate alarm relays with two potential-free changeover contacts N/O or N/C operation, selectable Backlit LC display RS-485 interface Presetting for PV systems via menu Additional functions History memory with real-time clock to store all alarm messages with date and time stamp Electrically isolated RS-485 interface (BMS protocol) for communication with other Bender devices Isometer disconnecting relays for the operation of several ISOMETER s in coupled IT systems Current output 0(4 ) 0 ma (electrically isolated) Standards The ISOMETER of the isopv series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , IEC Ed..0, DIN EN (VDE 00-), DIN EN (VDE 00-3). Further information For further information refer to our product range on Ordering information Supply voltage U S Set comprising DC AC Type Art. No V isopv-37 B W AGH-PV B W V V isopv-335 B W AGH-PV B W Devices are available as a set. Art. No. B W B W Accessories Suitable system components Type designation Art. No. Type designation Type Page Screw mounting B External kω measuring instruments Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv with coupling device AGH-PV

49 Technical data ISOMETER isopv Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Voltage ranges Nominal system voltage Un isopv-335: Supply voltage US (also see nameplate) Frequency range US Supply voltage US (also see nameplate) isopv-37: Supply voltage US (also see nameplate) isopv : Power consumption AC 800 V 8 kv/3 via AGH-PV AC V** Hz DC V** DC 9. 7 V** 8 VA Response values Response value R an kω Factory setting Ran (Alarm) 4 kω Response value Ran kω Factory setting Ran (Alarm) kω Relative uncertainty (7 00 kω) (acc. to IEC ) ±5 % Relative uncertainty (0. 7 kω) ± kω Response time tan see table THG454 from page 39 onwards Hysteresis 5 %, + kω Measuring circuit Measuring voltage U m (peak value) Measuring current Im (at RF = 0 Ω) Internal DC resistance Ri Impedance Zi at 50 Hz Permissible extraneous DC voltage Ufg Permissible system leakage capacitance Ce Displays Display, illuminated Characters (number/height) Display range measured value Operating uncertainty ± 50 V.5 ma 35 kω 35 kω DC 00 V 000 μf (000 μf)* two-line display x 6/4/mm 0. kω MΩ ±5%, ± kω Outputs/Inputs Test/reset button internal/external Cable length test/reset button, external 0 m Current output (load) 0/4 0 ma ( 500 Ω) Accuracy current output, related to the value indicated ( 00 kω) ±5 %, ± kω Serial interface Interface/protocol RS-485/BMS Connection terminals A/B Cable length 00 m Cable (twisted in pairs, shield connected to PE) -core, 0.6 mm², recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 30 (3)* Switching elements Switching elements changeover contacts: K (Alarm ), K (Alarm, device error) Operating mode K, K (Alarm /Alarm ) N/C operation/n/o operation (N/O operation)* Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC not suitable for household and small companies IEC :.0 Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (with condensation and formation of ice) Transport (IEC ) K3 (with condensation and formation of ice) Long-term storage (IEC ) K4 (with condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) for screw mounting with accessories M7 for DIN rail mounting 3M4 Transport (IEC ) M Long term storage (IEC ) M3 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Cable length between iso-pv and AGH-PV 0.5 m Other Operating mode continuous operation Mounting display-oriented Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X, free from halogen Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D35 V.0 Weight 50 g ( )* = factory setting Data labelled with ** are absolute values Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv with coupling device AGH-PV 49

50 Technical data coupling device AGH-PV Voltage ranges Nominal system voltage Un Nominal frequency fn Max. AC voltage U~ in the frequency range fn = 0. 0 Hz AC, 3(N)AC V, DC 0 00 V DC, Hz U~max = 0 V/Hz * fn Environment/EMC EMC IEC Ed..0 Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (with condensation and formation of ice) Transport (IEC ) K3 (with condensation and formation of ice) Long-term storage (IEC ) K4 (with condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M7 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Cable length between iso-pv and AGH-PV 0.5 m Other Operating mode continuous operation Mounting cooling slots must be ventilated vertically! Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X00 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Weight 30 g Dimension diagrams (dimensions in mm) isopv AGH-PV Operating elements isopv INFO button: to query standard information ESC button: back (menu function), to confirm parameter change TEST button: to call up the self test. Arrow up button: parameter change, to move up in the menu 3 RESET button: to delete stored insulation fault alarms Arrow down button: parameter change, to move down in the menu 4 MENU button: to call up the menu system. Enter button: to confirm parameter changes 5 Alarm LED lights: insulation fault, first warning level reached 6 Alarm LED lights: insulation fault, second warning level reached 7 Device error LED lights: isopv faulty 8 Two-line display for standard and menu mode 50 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv with coupling device AGH-PV

51 Wiring diagrams 3 AC system U n AC system 6 U n N AC system U n DC system U n Supply voltage U S (see nameplate) via 6 A fuse; For UL and CSA applications, it is mandatory to use 5 A fuses 3 Connection to the 3 AC system to be monitored: Connect the terminals L, L to neutral conductor N or terminals L, L to conductor L, L. 4 Connection to the AC system to be monitored: connect terminals L, L to conductor L, L. 5 Connection to the DC system to be monitored: Connect terminal L to conductor L+, terminal L to conductor L- 6 Separate connection of and KE to PE 7 External test button T, T (N/O contact) 8 External reset button (N/C contact or wire jumper), when the terminals are open, the fault message will not be stored. 9 STANDBY by means of the function input F, F : when the contact is closed, the insulation resistance is not measured. Disconnection from the IT system 0 Currrent output, electrically isolated: 0 0 ma or 4 0 ma Serial interface RS-485 (termination by means of a 0 Ω resistor) Alarm relay K : available changeover contacts 3 Alarm relay K (device error relay); available changeover contacts isopv U n DC 0 00 V isopv with coupling device AGH-PV Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv with coupling device AGH-PV 5

52 Typical applications R f R f R f C e <000µF PV generator unearthed (IT system) with nominal voltage DC 00 V and ISOMETER isopv with coupling device AGH-PV isopv isopv isopv Several PV generators unearthed (IT system) with nominal voltage DC 00 V as a coupled system and ISOMETER iso-pv with coupling device AGH-PV 5 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv with coupling device AGH-PV

53 ISOMETER isopv485 Insulation monitoring device for unearthed AC/DC IT systems in small and medium-sized photovoltaic systems Typical applications Unearthed AC/DC IT systems Photovoltaic systems Solar power stations Device features Insulation monitoring for IT systems AC V, Hz, DC V System leakage capacitance 00 µf, corresponds to a power generation capacity of up to approx. 00 kw Combined alarm LED lights up when operating correctly flashes in the event of an alarm message or system fault Potential-free voltage output 0 V = kω MΩ for further processing in SCADA systems Continuous self monitoring External test and reset button 9-module enclosure (6 mm) Standards The ISOMETER of the isopv485 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , IEC Ed..0, DIN EN (VDE 00-), DIN EN (VDE 00-3). Further information For further information refer to our product range on Ordering information Nominal system voltage ) U n Supply voltage ) U S Type Art. No. AC DC DC V V 7 V isopv485-4 B ) Absolute values of the voltage ranges. Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv485 53

54 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 000 V Rated impulse voltage/pollution degree 8 kv/3 Protective separation (reinforced insulation) between (A, A) - (L, L, E, KE, T/R) - (,, 4) - (M+,M-) Voltage ranges Nominal system voltage Un Nominal frequency fn Supply voltage US Power consumption DC V, AC V Hz DC 7 V 3.5 VA Response values Response value R an (ALARM) 0 kω Relative uncertainty ± 5 % Response time tan at RF = 0.5 x Ran and Ce = μf 90 s Hysteresis 50% Measuring circuit Measuring voltage U m ± 30 V Measuring current Im (at R F = 0 Ω) 50 μa Internal DC resistance Ri 00 kω Impedance Zi at 50 Hz 00 kω Permissible system leakage capacitance Ce 00 μf Displays LED, green Inputs/outputs Test/reset button Cable length test and reset button Output signal at M+/M- normal operation (lights continuously), alarm (0.3 Hz), system fault ( Hz) external 0 m 0 V ( kω 0 MΩ) Switching elements Number of switching elements changeover contact (,, 4) Operating principle N/C operation Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC K3 (except condensation and formation of ice) Long-time storage (IEC K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection properties rigid/flexible/conductor sizes 0. 4/0..5 mm² (AWG 4 ) flexible with ferrule, without/with plastic sleeve 0.5,5 mm² Multi-conductor connection (conductors with the same cross section) rigid/flexible 0..5/0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Type of enclosure X480 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP0603 Weight 300 g Dimension diagram (dimensions in mm) 54 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv485

55 Displays and controls Power On and alarm LED: lights when the device is in operation, flashes in case of alarm (0.3 Hz) or system faults ( Hz) Wiring diagram US 6 A 6 A Supply voltage U S (see ordering information) via fuse Separate connection of E, KE to PE 3 Connection of the AC system to be monitored, DC: Connect terminal L, L to L+ and L- 4 Line protection by a fuse in accordance with DIN VDE / IEC (0 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. 5 Voltage output 0 V (0 MΩ) 6 Test button T : Calls up the self test 7 External reset button R (N/C contact or wire jumper) when the terminals R/R are open, the fault message will not be stored 8 Alarm relay (N/C operation) Typical application Insulation monitoring in a photovoltaic system isopv485 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv485 55

56 ISOMETER isopv45 with AGH40 Insulation monitoring device for unearthed AC, AC/DC and DC systems (IT systems) for photovoltaic systems of up to AC 690 V/DC 000 V Typical applications AC, DC or AC/DC main circuits Solar systems with directly connected inverters Solar systems with high system leakage capacitances Solar systems with high but slow voltage fluctuations Systems including switched-mode power supplies Device features Insulation monitoring for unearthed systems AC, AC/DC V, DC V Nominal system voltage measurement with undervoltage/overvoltage detection Measurement of the voltages system to earth (L+/PE and L-/PE) Measurement of the system leakage capacitance BMS interface Information about the point of fault L+/L- via display and relay contacts Automatic adaptation to the system leakage capacitance up to 500 µf Supply voltage range DC 4 40 V/AC V Self monitoring and connection monitoring system/earth with automatic notification LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two alarm relays with single pole (one N/O contact each) N/O or N/C operation, selectable Fault memory behaviour, selectable Multi-functional LC display Adjustable response delay Compact two-module enclosure (36 mm) plus coupling in a two-module enclosure Quick wiring by push-wire terminals Standards The ISOMETER of the isopv45 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , ASTM F 669M-96 (007). Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. DC AC 4 40 V V isopv45-d4 with AGH40 B Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv45

57 Technical data isopv45 Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) - (AK, GND, AK, Up, KE) - (, 4, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage U S DC 4 40 V, AC V Tolerance of U S % Frequency range Hz Power consumption 3 W, 6 VA IT system being monitored Nominal system voltage U n via AGH40 Response values Undervoltage detection V (off)* Overvoltage detection 3 50 V (off)* Hysteresis 5 % Response value R an (Alarm ) 500 kω (0 kω)* Response value R an (Alarm ) 500 kω (5 kω)* Relative uncertainty ± 5 % Hysteresis 5 % Time response Response time t an at RF = 0.5 x Ran and Ce = μf IEC Start-up delay (start time) t Response delay t on 0 s 0 0 s (0 s)* 0 99 s (0 s)* Displays, memory Display range, measured value insulation resistance kω MΩ Operating uncertainty 5 kω/5 kω MΩ ± 0.5 kω/± 5 % Display range, measured value nominal system voltage 0 50 V RMS Operating uncertainty ± 3 V/± 5 % Display range, measured value system leakage capacitance µf 500 µf Operating uncertainty ± 30 % Password off/0 999 (off)* Fault memory alarm relay on/(off)* Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Shielded cable (shield connected to PE on one side) recommended: J-Y(St)Y min. x 0.6 Terminating resistor 0 Ω (0.5 W), can be enabled in the device Device address, BMS bus 3 90 (3)* Switching elements Switching elements x N/O contact (single pole) Operating principle N/C operation/n/o operation (N/C operation)* Contact -4 indication Alarm Contact -4 indication Alarm Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting cooling slots must be ventilated vertically Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Operating manual D Weight 50 g ( )* = factory setting Technical data AGH40 Insulation coordination acc. to IEC /IEC Rated insulation voltage 000 V Rated impulse voltage/pollution degree 8 kv/3 Protective separation (reinforced insulation) between (L/+, L/-) - (AK, GND, AK, Up, E) Voltage test acc. to IEC kv IT system being monitored Nominal system voltage Un DC V, AC V Tolerance of U n +5 % Frequency range of U n DC, Hz Max. AC voltage U~ in the frequency range 0. 0 Hz U~max = 0 V/Hz * f n Measuring circuit Measuring voltage Um ± 45 V Measuring current I m (at R f = 0 Ω) 400 µa Internal DC resistance R i 0 kω Impedance Z i at 50 Hz 0 kω Permissible system leakage capacitance 500 μf Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type push-wire terminal Connection properties rigid 0..5 mm² (AWG 4 4) flexible without ferrule 0..5 mm² (AWG 4 4) flexible with ferrule 0..5 mm² (AWG 4 6) Stripping length 0 mm Opening force 50 N Test opening, diameter. mm Other Operating mode continuous operation Mounting cooling slots must be ventilated vertically Distance to adjacent devices, Un > 800V 30 mm Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Operating manual D Weight 50 g Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv45 57

58 Dimension diagram (dimensions in mm) 70,5 47,5 3, 36 67, Displays and controls 3 AL AL Power On LED ON, (flashes in case of interruption of the connecting leads E/KE or L(+)/ L(-) or system fault. Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L(+)/L(-), system faults and in case of overvoltage (can be activated). 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L(+)/L(-), system faults and in case of undervoltage (can be activated). 4 LC display 5 Test button T : To call up the self test. Arrow up button: To change parameters, move upwards in the menu. 6 Reset button R : To delete stored fault alarms Arrow down button : parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter changes Wiring diagram U S 6 E Up Up KE A A AK GND AK AK GND AK 4 4 AK GND L/+ L/- AK AK GND AK E Up Up K K 4 T/R A B ON 4 4 R Term OFF L/+ 3 L/- 7 T/R A 5 B Supply voltage US (see ordering information) via fuse Separate connection of the functional earth E and KE to PE 3 Connection to the IT system to be monitored: AC: Connect terminals L(+), L(-) to conductor L, L DC: Connect terminals L(+) to L+, and L(-) to L- 4 Alarm relay K, K with single pole 5 Serial interface RS-485 (termination with a 0 Ω resistor, can be enabled in the device) Bender protocol BMS 6 Line protection by a fuse in accordance with IEC /DIN VDE (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. 7 Connection external T/R button to PE. 58 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isopv45

59 ISOMETER isolr75 with coupling device AGH-LR Insulation monitoring device for unearthed AC, AC/DC and DC systems (IT systems) for installations with a low level of insulation Typical applications AC, DC or AC/DC main circuits IT systems with directly connected inverters IT systems with high system capacitances of up to 500 μf IT systems with high but slow voltage fluctuations Installations including switch-mode power supplies Coupled IT systems Device features isolr75 ISOMETER for IT AC systems with galvanically connected rectifiers or converters and for IT DC systems (IT = unearthed systems) Particularly suitable to monitor installations with a low level of insulation Use the isolr75 only combination with the coupling device AGH-LR Automatic adaptation to the existing system leakage capacitance AMP Plus measurement method (European patent: EP B) Choice of measurement methods to meet different requirements Two separately adjustable response ranges of kω (Alarm, Alarm ) Two-line LC display Automatic device self test History memory with real-time clock to store alarm messages with date and time stamp BMS interface (Bender Measuring Device Interface) for communication with other Bender devices (RS-485 electrically isolated) Internal disconnection of the ISOMETER from the IT system to be monitored (via control signal; terminals F/F) (e.g. if several ISOMETERs are interconnected) Current output 0(4) 0mA (electrically isolated) analogously to the measured insulation value AGH-LR Appropriate coupling device for ISOMETER isolr75 Nominal voltage range AC V and DC 0 00 V DIN rail mounting Standards The ISOMETER of the isolr75 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , IEC Ed..0, DIN EN (VDE 00-), DIN EN (VDE 00-3) Further information For further information refer to our product range on Ordering information Supply voltage U S Set comprising DC AC Type Art. No V isolr75-37 B W AGH-LR-3 B W V V isolr B W AGH-LR-3 B W Devices are available as a set. Art. No. B W B W Accessories Suitable system components Type designation Art. No. Type designation Type Page Screw mounting B External kω measuring instruments Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isolr75 with coupling device AGH-LR 59

60 Technical data ISOMETER isolr75 Insulation coordination acc. to IEC /IEC Rated insulation voltage for isolr75-3 AC 50 V Rated impulse voltage/pollution degree 6 kv/iii Protective separation (reinforced insulation ) between (A/+, A/-) - (,, 4,,, 4) - (AK, AK, KE, PE, T, T, R, R, F, F, M+, M-, A, B) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: (,, 4) - (,, 4) Voltage test acc. to IEC kv Voltage ranges Nominal system voltage Un isolr75-335: Supply voltage US (also see nameplate) Frequency range US Power consumption Supply voltage US (also see nameplate) Power consumption isolr75-37: Supply voltage US (also see nameplate) Power consumption via AGH-LR AC V** Hz 6 VA DC V** 8 W DC 9. 7 V** 8 W Response values Response value R an kω Factory setting Ran (Alarm) 4 kω Response value Ran kω Factory setting Ran (Alarm) kω Relative uncertainty (7 00 kω) (acc. to IEC ) ± 5 % Relative uncertainty (0. 7 kω) ± kω Response time tan see table TGH468 from page 39 onwards Hysteresis 5 %, + kω Measuring circuit Measuring voltage U m (peak value) Measuring current Im (at RF = 0 Ω) Internal DC resistance Ri Impedance Zi at 50 Hz Permissible extraneous DC voltage Ufg Permissible system leakage capacitance Ce Displays Display, illuminated Characters (number/height) Display range measured value Operating uncertainty ± 50 V.5 ma 35 kω 35 kω DC 00 V 500 μf (50 μf)* two-line display x 6/4/mm 0. kω MΩ ±5%, ± kω Outputs/Inputs Test/reset button internal/external Cable length test/reset button, external 0 m Current output (load) 0/4 0 ma ( 500 Ω) Accuracy current output, related to the value indicated ( 00 kω) ±5 %, ± kω Serial interface Interface/protocol RS-485/BMS Connection terminals A/B Cable length 00 m Shielded cable (shield to PE on one end) -core, 0.6 mm², e.g. J-Y(St)Y min. x 0.6 Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 30 (3)* Switching elements Switching elements changeover contacts: K (Alarm ), K (Alarm, device error) Operating mode K, K (Alarm /Alarm ) N/C operation/n/o operation (N/O operation)* Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC not suitable for household and small companies IEC Ed..0 Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (with condensation and formation of ice) Transport (IEC ) K3 (with condensation and formation of ice) Long-term storage (IEC ) K4 (with condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) for screw mounting with accessories B M7 for DIN rail mounting 3M4 Transport (IEC ) M Long term storage (IEC ) M3 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Cable length between isolr75 and AGH-LR 0.5 m Other Operating mode continuous operation Mounting display-oriented Distance to adjacent devices 30 mm Degree of protection, terminals (DIN EN 6059 IP30 Degree of protection, terminals (DIN EN 6059 IP0 Type of enclosure X, free from halogen Screw mounting with mounting clip x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D369 V. Weight 50 g ( )* = factory setting Data labelled with ** are absolute values Technical data coupling device AGH-LR Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree AC 800 V 8 kv/3 Voltage ranges Nominal system voltage Un AC, 3(N)AC V, DC 0 00 V Nominal frequency fn DC, Hz Max. AC voltage U~ in the frequency range fn = 0. 0 Hz U~max = 0 V/Hz * fn Environment/EMC EMC IEC Ed..0 Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (with condensation and formation of ice) Transport (IEC ) K3 (with condensation and formation of ice) Long-term storage (IEC ) K4 (with condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M7 Transport (IEC ) M Storage (IEC ) M3 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Cable length between isolr75 and AGH-LR 0.5 m Other Operating mode continuous operation Mounting cooling slots must be ventilated vertically! Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X00 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Weight 30 g 60 Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isolr75 with coupling device AGH-LR

61 Dimension diagrams (dimensions in mm) isolr75 AGH-LR Operating elements isolr75 LR INFO button: to query standard information/ ESC button: back (menu function), to confirm parameter change TEST button: to call up the self test/arrow up button: parameter change, to move up in the menu 3 RESET button: to delete stored insulation fault alarms Arrow down button: parameter change, to move down in the menu 4 MENU button: to call up the menu system. Enter button: to confirm parameter changes 5 Alarm LED lights: insulation fault, first warning level reached 6 Alarm LED lights: insulation fault, second warning level reached. 7 Device error LED lights: isolr75 faulty 8 Two-line display for standard and menu mode Wiring diagrams 3 AC-System U n AC-System AGH-LR 6 U n 3 3 N AC-System U n DC-System 4 isolr75 U n Supply voltage U S (see nameplate) via 6 A fuse; For UL and CSA applications, it is mandatory to use 5 A fuses 3 Connection to the 3AC system to be monitored: Connect the terminals L, L to neutral conductor N or terminals L, L to conductor L, L. 4 Connection to the AC system to be monitored: connect terminals L, L to conductor L, L. 5 Connection to the DC system to be monitored: Connect terminal L to conductor L+, terminal L to conductor L- 6 Separate connection of and KE to PE 7 External test button (N/O contact) 8 External reset button (N/C contact or wire jumper), when the terminals are open, the fault message will not be stored 9 STANDBY by means of the function input F, F: when the contact is closed, the insulation resistance is not measured. Disconnection from the IT system 0 Currrent output, electrically isolated: 0 0 ma or 4 0 ma Serial interface RS-485 (termination by means of a 0-Ω resistor) Alarm relay K ; available changeover contacts 3 Alarm relay K (device error relay); available changeover contacts * The terminal pairs 7, 8 and 9 have to be wired electrically isolated and do not have to be connected to earth! Insulation monitoring devices Application-specific selection photovoltaic Insulation monitoring device ISOMETER isolr75 with coupling device AGH-LR 6

62 ISOMETER IR470LY-60 Insulation monitoring device for unearthed AC and 3(N)AC systems (IT systems) and de-energised loads Typical applications AC, 3(N)AC main circuits (without directly connected rectifiers), such as motors, pumps, rolling mills without variable-speed drives, air cooling and air conditioning systems, lighting systems, heating systems, mobile generators, building services, domestic electrical installation practice, etc. De-energised loads, such as fire extinguisher pumps, slide-valve drives (gas, water, oil etc.), flue gas valves, cranes Device features Insulation monitoring for unearthed AC, 3(N)AC systems V Off-line monitoring for TN, TT and IT systems V Nominal voltage extendable via coupling device Operating mode selectable: Insulation monitoring/off-line monitoring Two separately adjustable response values 00 kω MΩ/500 kω 5 MΩ Connection monitoring system/earth Power ON LED, Alarm LED for signalling AC, L+, L- insulation faults LED bar graph indicator for the indication of the insulation resistance Connection for external kω indication Combined test and reset button Two separate alarm relays with one potential-free changeover contact each N/O or N/C operation Fault memory behaviour, selectable Standards The ISOMETER of the IR470LY-60 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC , ASTM F 669M-96 (007), ASTM F Further information For further information refer to our product range on Approvals Ordering information Supply voltage U S Type Art. No. DC AC AC 30 V IR470LY-60 B AC 90 3 V ) IR470LY-603 B AC 400 V IR470LY-605 B V ) IR470LY-60 B Other supply voltages on request ) Absolute values Suitable system components Type designation Type Page External kω measuring instruments Coupling devices AGH50S 4 6 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-60

63 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Voltage ranges Nominal system voltage Un Nominal frequency fn Supply voltage US Operating range of US Frequency range US Power consumption Response values Response value R an (Alarm ) Response value Ran (Alarm ) Response time tan at R F = 0.5 x R an and C e = μf AC 630 V 6 kv/3 AC, 3(N)AC V Hz see ordering information x U S Hz 3 VA 00 kω MΩ 500 kω 5 MΩ 4 s Measuring circuit Measuring voltage U m 40 V Measuring current Im (at RF = 0 Ω) 33 µa Internal DC resistance Ri. MΩ Impedance Zi at 50 Hz MΩ Permissible extraneous DC voltage Ufg 800 V Permissible system leakage capacitance Ce 0 μf Outputs Test/reset button internal/external Current output for measuring instrument (scale centre point = 0 kω) µa Load 5 kω Switching elements Number of switching elements x changeover contact Operating principle N/O operation/n/c operation Factory setting N/O operation Electrical endurance, number of cycles 000 Contact class IIB in accordance with DIN IEC Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (during operation) g 0 50 Hz Vibration resistance IEC (during transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP0400 Weight 360 g Dimension diagram (dimensions in mm) 99 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-60 63

64 Wiring diagram front plate Combined test and reset button TEST RESET, short-time pressing (< s) = RESET, long-time pressing (> s) = TEST Power On LED ON 3 Alarm LEDs ALARM, yellow, light when the value falls below the set response value and flash 4 In case of interruption of the connecting leads /KE or L/L 5 LED bar graph indicator 6 Operating principle of the alarm relays on-line/off-line 6. N/O operation 6. N/C operation 6.3 OFF-Line 6.4 ON-Line 7 Potentiometer to set the response value Ran (Alarm ) 8 Potentiometer to set the response value R an (Alarm ) 9 Alarm relay : N/O operation (basic setting) 0 Alarm relay : N/C operation Alarm relay : N/O operation (basic setting) Alarm relay : N/C operation 3 External MΩ indicating instrument 4 U S see ordering information, 6 A fuse recommended 5 External test button PT 6 External reset button LT, LT or bridge for fault memory Wiring diagram system connection 3 4 3NAC system 3AC system 3 AC system 4 AC > 690 V with coupling device 64 Insulation monitoring devices Main circuits Insulation monitoring device ISOMETER IR470LY-60

65 ISOMETER IR40-D6 Offline monitor for de-energised AC, DC and 3(N)AC loads in TN,TT and IT systems Typical applications De-energised loads such as automatic fire extinguisher pumps, emergency drives, ship cranes, slide-valve drives in supply lines (gas, water, oil), motor-driven closing systems, diving pumps, drives for anchors, elevators, fluegas valves and emergency power generators Device features Insulation monitoring for de-energised TN,TT and unearthed systems AC, 3(N)AC and DC Nominal voltage extendable via coupling device Two separately adjustable response values 00 kω 0 MΩ LEDs: Power On LED, LEDs Alarm, Alarm for signalling insulation faults Combined test/reset button Two separate alarm relays with one changeover contact each Fault memory behaviour, selectable Push-wire terminal (two terminals per connection) Standards The ISOMETER of the IR40 D6 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Approvals Ordering information Supply voltage ) US Type Art. No. DC AC V 6 7 V, Hz IR40-D6- B V V, Hz IR40-D6- B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Type designation Type Page Coupling device AGH50S 4 Insulation monitoring devices Application-specific selection De-energised loads Insulation monitoring device ISOMETER IR40-D6 65

66 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) (L, AK, E, KE, T/R) (,, 4) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption see ordering information 3 VA IT system being monitored Nominal system voltage U n off-line without AGH nominal contact voltage of the N/C contact of K3 (switch-on contactor) with AGH50S AC V, Hz Response values Response value Ran (Alarm ) 00 kω 0 MΩ ( MΩ)* Response value Ran (Alarm ) 00 kω 0 MΩ (00 kω)* Relative uncertainty ± 5 % Hysteresis 5 % Time response Response time tan at R F = 0.5 x R an and C e = μf Start-up delay (start time) t Response delay ton 4 s 0 0 s (0 s)* 0 99 s (0 s)* Measuring circuit Measuring voltage U m ± V Measuring current Im (at RF = 0 Ω) 0 µa Internal DC resistance Ri. MΩ Impedance Zi at 50 Hz. MΩ Permissible extraneous DC voltage Ufg DC 300 V Permissible system leakage capacitance Ce 0 μf Displays, memory Display range, measured value 0 kω 0 MΩ Operating uncertainty ± 5 % Password off/0 999 (off)* Fault memory alarm relay on/off (off)* Outputs Cable length test and reset button 0 m Switching elements Number of switching elements x changeover contact Operating principle NC or N/O operation (N/O operation)* Electrical service life, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC > 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Operating manual TBP004 Weight 50 g ( ) * = Factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, , Insulation monitoring devices Application-specific selection De-energised loads Insulation monitoring device ISOMETER IR40-D6

67 Displays and controls Power On LED ON, flashes in case of interruption of the connecting leads E/KE Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE 4 LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete stored insulation fault alarms parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter changes Wiring diagrams U n = 3NAC 400 V U n 3NAC 700 V 8 8 U S U S U S U S Supply voltage U S (see ordering details) via fuse Separate connection of E, KE to PE 3 Connection of the AC system to be monitored: 4 Alarm relay K : Alarm 5 Alarm relay K : Alarm 6 Combined test and reset button TEST RESET short-time pressing (<.5 s) = RESET long-time pressing (>.5 s) = TEST 7 Line protection by a fuse in accordance with IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. 8 K3 is also required and is not included in IR40-D6 Insulation monitoring devices Application-specific selection De-energised loads Insulation monitoring device ISOMETER IR40-D6 67

68 ISOMETER IR43 Insulation monitoring device for mobile generators Typical applications IEC , DIN VDE (005) Electrical installations in mobile or transportable units DIN VDE (VDE ), IEC Low-voltage generating sets (mobile generators) GW 308 Mobile Stromerzeuger für Rohrleitungsbaustellen 8/00 (Mobile auxiliary power generators on pipeline site ) (DVGW) BGI 867 (German Berufsgenossenschaft Information) Auswahl und Betrieb von Ersatzstromerzeugern auf Bau- und Montagestellen (Selecting and operating standby generators on construction and installation sites) Device features Insulation monitoring for mobile generators AC V Protection by electrical separation with insulation monitoring and disconnection Version W for protection against high mechanical stress Two separately adjustable response values Connection monitoring system/earth Power On LED, alarm LEDs: Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation, selectable Fault memory behaviour, selectable Self monitoring with automatic alarm Multi-functional LC display Adjustable response delay Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) Standards The ISOMETER of the IR43 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN (VDE 00-3), ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Approvals Ordering information Version Supply voltage ) U S Type Art. No. AC DC AC/DC Standard V 6 7 V, Hz IR43-D4- B V, Hz IR43-D4- B High mechanical stress V 6 7 V, Hz IR43-D4W- B W V, Hz IR43-D4W- B W Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Insulation monitoring devices Application-specific selection Mobile generators Insulation monitoring device ISOMETER IR43

69 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (L, L, E, KE, T/R) - (,, 4) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption IT system being monitored Nominal system voltage U n Nominal frequency fn see ordering information 3 VA AC V Hz Response values Response value R an (Alarm ) 00 kω (46 kω)* Response value Ran (Alarm ) 00 kω (3 kω)* Relative uncertainty 5 kω/5 00 kω ± 0.5 kω/± 5 % Hysteresis 5% of the response value Time response Response time tan at RF = 0.5 x Ran and Ce = µf Start-up delay (start time) t Response delay ton s 0 0 s (0 s)* 0 99 s (0 s)* Measuring circuit Measuring voltage U m ± V Measuring current Im (at RF = 0 Ω) 00 µa Internal DC resistance Ri 6 kω Impedance Zi at 50 Hz 60 kω Permissible extraneous DC voltage Ufg DC 300 V Permissible system leakage capacitance 5 μf Displays, memory Display range, measured value kω MΩ Operating uncertainty 5 kω/5 kω MΩ ± 0.5 kω/± 5 % Password off/0 999 (off)* Fault memory (alarm relay) on/off* Outputs Cable length test and reset button 0 m Switching elements Number of switching elements x changeover contact Operating principle NC or N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (with condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M7 Transport (IEC ) M Long-time storage (IEC ) M3 Vibration resistance: acc. to IEC For DIN rail mounting 3 g/30 50 Hz For screw mounting 6 g/30 50 Hz Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Operating manual TBP003 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Insulation monitoring devices Application-specific selection Mobile generators Insulation monitoring device ISOMETER IR43 69

70 Displays and controls Power On LED ON, flashes in case of interruption of the connecting leads E/KE or L/L Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L 4 LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete stored insulation fault alarms parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter changes Wiring diagram 4 6 U S Supply voltage U S (see ordering details) via fuse Separate connection of E, KE to PE 3 Connection of the AC system to be monitored: AC: connect terminals L, L to conductor L, L. 4 Alarm relay K : Alarm 5 Alarm relay K : Alarm 6 Combined test and reset button T/R : short-time pressing (<.5 s) = RESET, long-time pressing (>.5 s) = TEST 7 Line protection by a fuse in accordance with IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. Protective measure for mobile generators: Protection by electrical separation with insulation monitoring and disconnection < R < R Setting K/K for overvoltage release: N/O operation (n.o.); Fault memory setting: OFF Setting K/K for contactor: N/C operation (n.c.), fault memory setting: ON 70 Insulation monitoring devices Application-specific selection Mobile generators Insulation monitoring device ISOMETER IR43

71 ISOMETER IR3P Insulation monitoring device for mobile generators Typical applications Monitoring of unearthed AC systems (IT systems) in mobile generators Device features Insulation monitoring for unearthed DC systems (IT systems) V Automatic adaptation to the existing system leakage capacitance Optimised measurement technique for low-frequency control processes Electrically isolated PWM output for the kω measuring value Optocoupler output for signalling the device status Automatic device self test Certonal coating Permanently set response value for the insulation resistance 3/46 kω Second response range 40/80 kω selectable via a jumper Further information For further information refer to our product range on Ordering information Connection Nominal system voltage U n ) Supply voltage U S Type Art. No. AC AC Connectors V, 460 Hz US = Un IR3P-4- B * Absolute values Technical data Insulation coordination acc. to IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between: (A/L, A/L, E, KE, T/R, T, R, M+, M-/OK-, OK+) - (--4) - (--4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption IT system being monitored Nominal system voltage U n Nominal frequency fn = Un 3 VA AC V 460 Hz Response values Response value R an (Alarm ) (46 kω)* Response value Ran (Alarm ) (3 kω)* Second response range, adjustable via jumper JP 80/40 kω Relative uncertainty ±5 % Hysteresis +5 % Time response Response time tan at RF = 0.5 x Ran and Ce = μf Measuring circuit Measuring voltage U m Measuring current Im (at R F = 0 Ω Internal DC resistance Ri Impedance Zi at 50 Hz Permissible extraneous DC voltage Ufg Permissible system leakage capacitance Memory Fault memory (alarm relay) Inputs Reset button Test button Cable length external test/reset button s ± V 00 μa 6 kω 60 kω DC 300 V 5 μf on/off (on)* N/O contact N/O contact 3 m Switching elements Number of switching elements (changeover contacts K, K) Operating principle K/K N/C operation/n/o operation (N/O operation)* Electrical endurance, number of cycles 0000 Interfaces Optocoupler, alarm Optocoupler, measured value UCE 4 V, I C 0 ma UCE DC 4 V, I C 0 ma PWM signal, duty cycle 0 % = kω PWM signal, duty cycle 50 % = 0 kω PWM signal, duty cycle 00 % = 0 kω Contact data acc. to IEC : Rated operational voltage AC 30 V 30 V Utilisation category AC AC 3 AC 4 Rated operational current AC 5 A 3 A Rated operational voltage DC 0 V 0 V 4 V Utilisation category DC DC DC DC Rated operational current DC 0. A 0. A A Minimum current ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic categories acc. to IEC 607, valid for one encapsulated p.c.b.: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607, valid for one encapsulated p.c.b: Stationary use (IEC ) 3M7 Transport (IEC ) M Storage (IEC ) M3 Connection connectors Universal MATE-N-LOK 3-pole-AMP pole-AMP pole-AMP Other Operating mode continuous operation Mounting any position Dimensions of the p.c.b., L x W x H without connectors 07.5 mm x 76.5 mm x 0 mm with connectors 07.5 mm x 76.5 mm x 35 mm Enclosure without Software version D8 V.0x Weight 50 g ( )* = factory setting Insulation monitoring devices Application-specific selection Mobile generators Insulation monitoring device ISOMETER IR3P 7

72 Dimension diagrams (dimensions in mm) 07,30 0 3,30 3,50 XK3 7,50 76,50 JP JP XK 66,5 7,75 73,53 XK 04,0 00,46 3,50 0 Wiring diagrams 4 U n G ~ L L Alarm PE OK+ OK- M+ M- +U B R R +U B -U B RESET TEST 6A 6A A/L A/L 9 K 0 K R T T/R KE E A/L A/L OK+ OK- M+ M- R T T R KE E Input for reset button R (N/O contact) Input for test button T (N/O contact) 3 Common input for test and reset button T/R 4 Connect the leads E and KE separately to PE 5 Supply voltage US = Un Connection to the IT system to be monitored 6 Digital output optocoupler OK+ : Alarm ; Connect to external operating voltage UB: max. +4 V 7 Pulse-width-modulated output optocoupler M+ : Measuring value; Connect to external operating voltage U B: max. +4 V 8 Common reference point -UB OK-, M- for OK+ and M+ 9 Alarm relay K 0 Alarm relay K Application example with overvoltage release or contactor overvoltage release Loads Loads contactor Loads Loads Setting K/K for overvoltage release: N/O operation Setting K/K for contactor: N/C operation 7 Insulation monitoring devices Application-specific selection Mobile generators Insulation monitoring device ISOMETER IR3P

73 ISOMETER IR55-303/IR Insulation monitoring device for unearthed DC drive systems (IT systems) in electric vehicles Typical applications Monitoring for unearthed DC drive systems (IT systems) in electric vehicles Device features Suitable for V and 4 V systems Automatic device self test Continuous measurement of the insulation resistance 0 0 MΩ Response time for the first measurement of the system state (SST), < s after switching the supply voltage on Response time < 0 s for insulation resistance measurement (DCP) Automatic adaptation to the existing systemleakage capacitance ( μf) Detection of earth faults and interruption of the earth connection Insulation monitoring of AC and DC insulation faults for unearthed systems (IT systems) V Undervoltage detection for voltages below 500 V (adjustable at factory by Bender) Short-circuit proof outputs for: Fault detection (high-side output) Measured value (PWM 5 95 %) and status (f = 0 50 Hz) at high or inverted low-side driver (MHS/MLS output) Protective coating (SL 30ECO-FLZ) Standards IEC IEC IEC ISO ISO ISO ISO ISO e acc. 7/45/EWG/EEC 009/9/EG/EC DIN EN Z/AD:00 DIN EN Db:006 DIN EN Nb:00 DIN EN Fh:009 DIN EN Ea:00 Exclusion of standards The device went through an automotive test procedure in combination with special customer requirements. In order to fulfill the requirements of the IEC standard, a visual warning device and a test facility for detecting whether the device is fulfilling its function have to be realised by the customer. The devices provides no surge and load dump protection above 60 V. An additional central protection is necessary. Further information For further information refer to our product range on Ordering information Parameters Response value R an F ave Undervoltage detection Measured value output Type Art. No. 300 V Low-side IR B V4 Continuously set value 00 kω 0 0 V (inactive) High-side IR B V4 Low-side IR B CV4 Customer-specific setting 00 kω MΩ 0 0 V 500 V High-side IR B CV4 Accessories Type designation Art. No. Fastening set B Connector set IR55-3xx B Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER IR55-303/IR

74 Technical data Insulation coordination acc. to IEC Protective separation (reinforced insulation) between (L+/L-) (Kl. 3, Kl. 5, E, KE, MHS, MLS, OKHS) Voltage test AC 3500 V/ min Supply/IT system being monitored Supply voltage U S Max. operating current IS Max. current Ik HV voltage range (L+/L-) Un Power consumption DC 0 36 V 50 ma A 6 A/ ms inrush current AC V (peak value) V rms (0 Hz khz) DC V < W Response values Response value hysteresis (DCP) 5 % Response value Ran 00 kω MΩ Undervoltage detection V Measuring range Measuring range 0 0 MΩ Undervoltage detection V default setting: 0 V (inactive) Relative uncertainty SST ( s) good > * Ran; bad < 0.5* R an Relative uncertainty DCP 0 85 kω ± 0 kω (default setting 00 kω) 00 kω 0 MΩ ±5% Relative uncertainty output M (fundamental frequency) ±5 % at each frequency (0 Hz; 0 Hz; 30 Hz; 40 Hz; 50 Hz) Relative uncertainty undervoltage detection Un 00 V ±0 %; at U n 300 V ±5 % Relative uncertainty (SST) Good condition * Ran Bad condition 0.5* R an No Insulation fault (high) Insulation fault (low) Response value = 50kΩ 00kΩ 00kΩ 0MΩ Relative uncertainty DCP 00 kω 0 MΩ ± 5 % 00 kω. MΩ ± 5 % to ± 7 %. MΩ ± 7 %. 0 MΩ ± 7% to ± 5 % 0 MΩ ± 5% Absolute uncertainty +.5MΩ +84kΩ +0kΩ +5kΩ -.5MΩ +5% +7% 0-5kΩ -0kΩ -84kΩ -7% -5% 0 0kΩ 00kΩ 85kΩ00kΩ.MΩ 0MΩ 0 85 kω ±0 kω.mω 0MΩ Time response Response time tan (OKHS; SST) tan s (typ. < s at Un > 00 V) Response time tan (OKHS; DCP) (when changing over from RF = 0 MΩ to Ran/; at Ce = µf; Un = DC 000 V) tan 0 s (at Fave = 0*) tan 7.5 s (at Fave = 9) tan 7.5 s (at Fave = 8) tan 5 s (at Fave = 7) tan.5 s (at Fave = 6) tan.5 s (at Fave = 5) tan 0 s (at Fave = 4) tan 7.5 s (at Fave = 3) tan 7.5 s (at Fave = ) tan 5 s (at Fave = ) during the self test tan + 0 s Switch-off time tab (OKHS; DCP (when changing over from RF = 0 MΩ to Ran/; at Ce = µf; Un = DC 000 V tab 40 s (at Fave = 0) tab 40 s (bei Fave = 9) tab 33 s (at Fave = 8) tab 33 s (at Fave = 7) tab 33 s (at Fave = 6) tab 6 s (at Fave = 5) tab 6 s (at Fave = 4) tab 6 s (at Fave = 3) tab 0 s (at Fave = ) tab 0 s (at Fave = ) during a self test tab + 0 s Duration of the self test 0 s (every five minutes; should be added to tan/t ab) Measuring circuit System leakage capacitance C e µf Smaller measurement range and increased measuring time at Ce > µf (e.g. max. range 3 µf, tan = 68 s when changing over from R F MΩ to R an/) Measuring voltage UM ± 40 V Measuring current IM at R F = 0 ±33 µa Impedance Zi at 50 Hz. MΩ Internal DC resistance Ri. MΩ Output Measurement output (M) M HS switches to U S V (304) (external pull-down resistor to Kl. 3 necessary. kω) MLS switches to Kl. 3 + V (303) (external pull-down resistor to Ub reqired. kω 0 Hz Hi > short-circuit to Ub + (Kl. 5); Low > IMD off or short-circuit to Kl. 3 0 Hz Normal condition Insulation measurement DCP; starts two seconds after power on; First successful insulation measurement at 7.5 s PWM active 5 95 % 0 Hz undervoltage condition Insulation measurement DCP (continuous measurement); starts two seconds after power on; PWM active 5 95 % First successful insulation measurement at 7.5 s Undervoltage detection V (Bender configurable) 30 Hz Speed start measurement Insulation measurement (only good/bad evaluation) starts directly after power on s; PWM 5 0 % (good) and % (bad) 40 Hz Device error Device error detected; PWM % 50 Hz Connection fault earth Fault detected on the grounding connection (Kl. 3) PWM % * Fave = 0 is recommended for electric and hybrid vehicles 74 Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER IR55-303/IR55-304

75 Technical data (continued) Status output (OK HS) OKHS switches to US V (external pull-down resistor to Kl. 3 required. kω) High No fault; RF > response value Low Insulation resistance response value detected; Device error; Fault in the grounding connection Undervoltage detected or device switched off Operating principle PWM driver Condition Normal and Undervoltage detected (0 Hz; 0 Hz) Duty cycle 5 % = >50 MΩ ( ) Duty cycle 50 % = 00 kω Duty cycle 95 % = 0 kω (M HS ; M LS )/V U high Operating principle PWM driver Condition SST (30 Hz) 0 (M HS ; M LS )/V U high RF = Grey invalid 90 % x 00 kω dcmeas -5% - 00 kω dcmeas = measured duty cycle (5 % 95 %) Working range PWM 5% 95% PWM/% Good Grey invalid Duty cycle 5 0 % ( good ) % ( bad ) Bad EMC Load dump protection < 60 V Measurement method Bender-DCP technology Factor averaging Fave (output M) 0 (factory set: 0) ESD protection Contact discharge directly to terminals Contact discharge indirectly to environment Air discharge handling of the PCB 0 kv 5 kv 6 kv Connection Connectors TYCO-MICRO MATE-N-LOK x (Kl. 3, Kl.5, E, KE, MHS, M LS, OK HS x (L+, L-); The connection between the respective connecting pins at L+ resp. L- may only be used as redundancy. Cannot be used for looping through! Crimp contacts TYCO-MICRO MATE-N-LOK Gold 4 x Conductor cross section: AWG 0 4 General data Necessary crimp tongs (TYCO) 950- Operating mode/mounting continuous operation/any position Temperature range C Voltage failure ms Flammability class acc. to UL94 V-0 Mounting M4 metal screws with locking washers between screw head and PCB. Torx, T0 with a maximum tightening torque of 4 Nm for the screws. Furthermore maximum 0 Nm pressure to the PCB at the mounting points. Mounting and connector kits are not included in delivery, but are available as accessories. The maximum diameter of the mounting points is0 mm. Before mounting the device, ensure sufficient insulation between the device and the vehicle resp. the mounting points (min.,4 mm to other parts). If the device is mounted on a metal or conductive subsurface, this subsurface has to get ground potential (Kl.3; vehicle mass). Deflection max. % of the length resp. width of the PCB Coating thick-film-lacquer Weight 5 g ± g 0 PWM/% Operating principle PWM driver Condition Device error and Kl.3 fault (40 Hz; 50 Hz;) (M HS ; M LS )/V Grey invalid Duty cycle % U high Device fault or Kl.3 Fault 0 PWM/% Load current IL 80 ma Turn-on time to 90 % Vout max. 5 µs Turn-on time to 0 % Vout max. 75 µs Slew rate on 0 30 % Vout max. 6 V/µs Slew rate off 70 40% Vout max. 8 V/µs Timing 304 (inverse to 303) V OUT 90% t on dv/dt off dv/dt on 0% t off Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER IR55-303/IR

76 Dimension diagrams (dimensions in mm) XLA- XLA+ XKA 5 0 The connector XKA is mm longer than the PCB dimensions ø 4. 0mm copper circumferential on the rear side and 8.4mm on the front side Wiring diagrams HV-System DC 0V 000V (-30x only) HV-System DC 0V 800V (-30 only) L- L+ XLA- XLA+ Version V004 3 XKA M HS M LS NC OK HS Kl.3 Kl.5 E KE Notice: M HS only at -304 and -30 M LS only at -303 Kl.3 Connectors XLA+ Pin + L+ mains voltage Connectors XLA- Pin + L- mains voltage 3 Connectors XKA Pin Kl. 3 Ground connection Pin Kl. 5 Supply voltage Pin 3 Kl. 3 Ground connection Pin 4 Kl 3 Ground connection (separate line) Pin 5 MHS Measured value output, PWM (High-Side) Pin 6 M LS Measured value output, PWM (Low-Side) Pin 7 n.c. Pin 8 OK HS Status output (High-Side) Example of application Charger AC Vehicle coupler iso-f HV DC Circuit Load enable relay Drive enable relay IMD vehicle 76 Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER IR55-303/IR55-304

77 ISOMETER isoev45 with coupling device AGH40 * Insulation monitoring device for unearthed DC circuits (IT systems) for charging electric vehicles Device features Typical applications DC charging stations for electric vehicles according to CD IEC Insulation monitoring for DC charging stations (mode 4 according to IEC 685-/CD 685-) for charging electric vehicles Mains voltage DC 0 00 V and AC V Two factory-set response values Leakage capacitance 5 µf Continuous monitoring of system/earth connections LEDs: Power On, Alarm, Alarm Internal test/reset button Two alarm relays with single pole (one N/O contact each) N/O or N/C operation, selectable Fault memory behaviour, selectable Self monitoring with automatic alarm Multi-functional LC display RS-485 interface Compact two-module enclosure (36 mm) plus coupling in a two-module enclosure Quick wiring by push-wire terminals Standards The ISOMETER of the isoev45 series complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. DC AC 50 V V, Hz isoev45-d4 with AGH40 B Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B * Delivery time on request Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER isoev45 with coupling device AGH40 77

78 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (L/+, L/-, E, KE) - (,, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage Tolerance Power consumption IT system being monitored Nominal system voltage Un DC 50 V, AC V, Hz W, 6 VA DC 0 00 V AC V, Hz Response values Response value R an (Alarm ) kω (300 kω)* Response value Ran (Alarm ) kω (00 kω)* Relative uncertainty % Hysteresis 5 % Time response Response time tan at RF = 0.5 x Ran and Ce = μf Start-up delay (start time) t Response delay ton s 0 0 s (0 s)* 0 0 s (0 s)* Measuring circuit Measuring voltage U m ± 45 V Measuring current 400 µa Internal DC resistance Ri 0 kω Permissible system leakage capacitance 5 μf Measuring range 990 kω Displays, memory Display range, measured value kω MΩ Betriebsmessunsicherheit 5 kω/5 kω MΩ ± 0.5 kω/± 5 % Password off/0 999 (off)* Fault memory alarm relay on/(off)* Power LED green Alarm-plus LED yellow Alarm-minus LED yellow Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Shielded cable (shield connected to PE on one side) recommended: J-Y(St)Y min. x 0.6 Terminating resistor 0 Ω (0.5 W), can be enabled in the device Device address, BMS bus 90 (3)* Switching elements Switching elements x N/O contact (single pole) Operating principle N/C operation or N/O operation (N/C operation)* Contact -4 indicator Alarm Contact -4 indicator Alarm Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Classification of mechanical conditions IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Operating manual Weight with coupling device 00 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, , Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER isoev45 with coupling device AGH40

79 Isolating transformer U n DC F Load Switch F CP Control Pilot U S AK L/+ L/- T/R A GND 4 B E Displays and controls Power On LED ON flashes in case of interruption of the connecting leads E/KE or L/L or system fault. Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L or system fault. 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L or system fault. 4 LC display 5 Test button T : to call up the self test. Arrow up button: Parameter change, to move up in the menu 6 Reset button R : to delete stored insulation fault alarms Down button: parameter change, to move down in the menu 7 Menu button MENU : to call up the menu system. Enter button: to confirm parameter changes Wiring diagram DC+ Function DC- CP PE 3 6 L/+ L/- FE T/R KE A A GND 4 Up Up AK AK AK 4 K K 4 4 A B 5 Up AK AK GND GND AK AK Up Supply voltage U S (see ordering details) via fuse Separate connection of FE, KE to PE 3 Connection to the IT system to be monitored: Connect terminals L (+) to L+, and L (-) to L- 4 Alarm relays K, K with single pole 5 Serial interface RS-485 (termination with a 0 Ω resistor, can be enabled in the device) Bender protocol BMS 6 Line protection by a fuse in accordance with IEC (6 A fuse recommended). If being supplied from an IT system, both lines have to be protected by a fuse. Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER isoev45 with coupling device AGH40 79

80 Connection to the AC side Isolating transformer U n AC F Load Switch DC+ F CP Control Pilot DC- CP Function U S PE L/+ L/- FE T/R KE A A AK 4 4 GND T/R A B GND AK AK AK L/+ L/- FE Up Up K K 4 4 A B Up AK AK GND GND AK AK Up Example of application 80 Insulation monitoring devices Application-specific selection emobility Insulation monitoring device ISOMETER isoev45 with coupling device AGH40

81 ISOMETER isorw45 * Insulation monitoring device for unearthed AC/DC control circuits (IT systems) for railway applications up to AC/DC 400 V Typical applications AC control circuits in industry, mechanical engineering, power stations, elevators, automation systems and railway systems in accordance with EN 5055 AC control and auxiliary circuits in accordance with DIN EN Electrical equipment of machines, IEC 6004-, EN AC auxiliary circuits in accordance with DIN VDE (VDE ) Smaller AC IT systems such as lighting systems, mobile generators Device features Insulation monitoring for unearthed systems AC/DC V Measurement of the nominal system voltage with undervoltage and overvoltage detection Measurement of the voltages system to earth (L+/PE and L-/PE) Measurement of the system leakage capacitance BMS interface Information about the point of fault L+/L- via display and relay contacts Automatic adaptation to the system leakage capacitance up to 300 µf Supply voltage range DC 4 40 V/AC V Self monitoring with automatic alarm message Mains/earth connection monitoring LEDs: Power On, Alarm, Alarm Internal and external test/reset button Two alarm relays with single pole (one N/O contact each) N/O or N/C operation selectable Fault memory, selectable Multi-functional LC display Adjustable response delay Compact two-module enclosure (36 mm) Quick wiring by push-wire terminals Adjustable response value for Re and Ze Standards The ISOMETER isorw45 complies with the requirements of the device standards: DIN EN (VDE 043-8), IEC and EN 5055 Further information For further information refer to our product range on Ordering information Nominal system voltage Un Supply voltage ) US Type Art. No. DC/AC DC AC V, Hz 4 40 V V, Hz isorw45-d4w-4 B W Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B * Delivery time on request Insulation monitoring devices Application-specific selection Railway Insulation monitoring device ISOMETER isorw45 8

82 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 4.0 kv/3 Protective separation (reinforced insulation) between (A, A) - (L, L, E, KE, T/R, A, B) - (, 4, 4) Voltage test acc. to IEC kv Supply voltage Supply voltage US DC 4 40 V, AC V Tolerance of US % Frequency range Hz Power consumption 3 W, 0 VA IT system being monitored Nominal system voltage Un AC/DC V Tolerance of Un + 5 % Nominal frequency fn DC, Hz Response values Undervoltage detection V (off)* Overvoltage detection V (off)* Hysteresis 5 % Response value Ran (Alarm ) 990 kω (0 kω)* Response value Ran (Alarm ) 990 kω (5 kω)* Response value Zan 990 kω (off)* Relative uncertainty ± 5 % Hysteresis 5% Time response Response time tan at R F = 0.5 x R an and C e = μf Start-up delay (start time) t Response delay ton Delay on release toff 5 s 0 0 s (0 s)* 0 99 s (0 s)* 0 99 s (0 s)* Measuring circuit Measuring voltage U m V Measuring current Im (at R F = 0 Ω) 00 µa Internal DC resistance Ri 0 kω Impedance Zi at 50 Hz 0 kω Permissible system leakage capacitance 300 μf Displays, memory Display range, measured value 0.5 kω MΩ Operating uncertainty kω/5 kω MΩ ± 0.3 kω/± 5 % Display range, measured value nominal system voltage VRMS Operating uncertainty ± 3 V/± 5 % Display range, measured value system leakage capacitance nf 300 μf Relative uncertainty ± nf/± 30 % Password off / (off)* Fault memory, alarm relay on/off* Outputs Cable length test and reset button 0 m Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Shielded cable (shield connected to PE on one side) recommended: J-Y(St)Y min. x0.6 Terminating resistor 0 Ω (0.5 W), can be enabled in the device Device address, BMS bus 3 90 (3)* Switching elements Switching elements x N/O contact Operating principle N/C operation/n/o operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 0 V 0 V 4 V Rated operational current 5 A 3 A 0. A 0. A A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC EN 50-3-/IEC Operating temperature C Classification of mechanical conditions IEC 607/EN 505- Stationary use (IEC ) 3K7 Transport (IEC ) K4 Long-time storage (IEC ) K6 Classification of mechanical conditions IEC 607/EN 6373 Stationary use (IEC ) 3M7 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP 30 Degree of protection, terminals (IEC 6059) IP 0 Enclosure material polycarbonate DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Operating manual TBP0300 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 3, , Insulation monitoring devices Application-specific selection Railway Insulation monitoring device ISOMETER isorw45

83 Displays and controls 3 AL AL LED power ON, flashes in case of interruption of the connecting leads E/KE, L/L or system fault. Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L or system fault and in case of overvoltage (can be activated). 3 Alarm LED AL, lights when the value falls below the set response value Alarm and flashes in case of interruption of the connecting leads E/KE or L/L or system fault and in case of undervoltage (can be activated). 4 LC display 5 Test button T : To call up the self test Arrow up button: to change parameters, move upwards in the menu. 6 Reset button R : to delete stored insulation fault alarms. Down button: to change parameters, move downwards in the menu. 7 Menu button MENU : to call up the menu system. Enter button: to confirm parameter changes. Wiring diagram U n 3 6 U S K K 4 7 A B ON OFF A B 5 to BMS devices Supply voltage U S (see ordering information) via fuse Separate connection of E, KE to PE 3 Connection to the IT system to be monitored: AC: Connect terminals L, L to conductor L, L. DC: Connect terminal L to L+ and L to L-. 4 Alarm relay K, K with single pole 5 Serial interface RS-485 (termination with a 0 Ω resistor, can be enabled in the device) Bender protocol BMS 6 Combined test and reset button T/R short-time pressing (<.5 s) = RESET long-time pressing (>.5 s) = TEST 7 Line protection by a fuse in accordance with DIN VDE / IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. Insulation monitoring devices Application-specific selection Railway Insulation monitoring device ISOMETER isorw45 83

84 84

85 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 85

86 Device overview Equipment for insulation fault location ISOSCAN ISOMETER IRDH575 ISOMETER isomed47p ISOSCAN EDS460/490 EDS46/49 ISOSCAN EDS460DG ISOSCAN EDS50/5 ISOSCAN PGH47 ISOSCAN PGH473 ISOSCAN EDS30 Page Application stationary stationary stationary stationary stationary stationary stationary portable Circuits Voltage system Control circuits Main circuits 3(N)AC AC AC/DC DC Nominal voltage U n max dependent on type AC V AC 0 76 V DC (EDS 46,49) DC V AC, 3(N)AC V DC V AC, 3(N)AC 0 65 V DC V dependent on type System leakage capacitance Ce µf 500 (50) 5 Response value Ran kω kω Special applications Industrial plants, ships, power stations Medical locations acc. to characteristic curve acc. to characteristic curve Industrial plants, ships, power stations, med. locations acc. to acc. to characteristic curve characteristic curve acc. to acc. to characteristic curve characteristic curve Industrial plants, ships, Medical locations power stations Locating current injector Locating current injector acc. to characteristic curve acc. to characteristic curve for de-energised systems DIN rail Installation Screw mounting Panel mounting/ wall fastening 86 Equipment for insulation fault location Device overview

87 ISOMETER IRDH575 ISOMETER isomed47p ISOSCAN EDS460/490 EDS46/49 ISOSCAN EDS460-DG Type ISOSCAN EDS50/5 ISOSCAN PGH47 ISOSCAN PGH473 ISOSCAN EDS30 Page Type P. Suitable system components Coupling device to extend the voltage range of the PGH85/86 Measuring instruments AGE S-4 57 Panel seal for IP 4 ) Transparent cover for IP 65 Adapter for DIN rail mounting Measuring current transformers 83 W 8 WR 4 WS 8 STW AN40 5 Power supply unit AN430 AN AN AN47 Repeater Protocol converter Measuring clamp 5 mm Accessories for fault location in diodedecoupled systems DI-DL 58 DI-USB 59 COM460IP 6 FTC470XMB 66 FTC470XDP 68 PSA365 EDS65-SET Equipment for insulation fault location Device overview 87

88 ISOMETER IRDH575 Insulation monitoring device for unearthed AC, DC and AC/DC systems (IT systems) with control and display function for EDS insulation fault location systems Device features Typical applications Insulation resistance monitoring in IT systems Localisation of insulation faults with additional insulation fault locators EDS4 Universal application in 3(N)AC, AC/DC and DC IT systems V/ V Response range kω 0 MΩ Info button for the indication of various parameters and the system leakage capacitance Comprehensive self-monitoring function including system fault alarm relay Internal/external test and reset button Two separate alarm relays, N/C or N/O operation selectable Backlit plain text display 4 x 6 characters RS-485 interface Data memory, disconnection from supply and 0/4 0 ma current output Can be extended to an insulation fault location system for max.080 circuits Adjustable locating current for insulation fault location Appropriate for EDS4 insulation fault location systems AMP measurement method Approvals Other functions History memory to store max. 99 alarm messages with date and time stamp Isometer disconnecting relays for the operation of several ISOMETER s in coupled IT systems Built-in RS-485 interface (BMS bus) for communication with other Bender devices Standards The ISOMETER of the IRDH575 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN , DIN EN , VDE 043-9, IEC , ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information Permissible extraneous DC voltage U Nominal system voltage U n Supply voltage U S fg Type Art. No. DC AC DC DC AC 9. 7 V IRDH575B-47 B V V V V IRDH575B-435 B V 9. 7 V IRDH575B-47 ) B V 0 50 V V V IRDH575B-435 B V IRDH575B-47 B V V V V V IRDH575B-435 B ) Measuring voltage Um 0 V (version -47) for usage in control circuits Device Option-W with increased resistance to shock and vibrations: Indicated by the letter W at the end of the order number. Suitable system components Designation Type Art. No. Page Panel seal for IP 4 B Transparent cover for IP 65 B Adapter for DIN rail mounting B Measuring instruments B S-4 B Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER IRDH575

89 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Dimension diagram (dimensions in mm) AC 800 V 8 kv/3 Voltage ranges IRDH575B-435: Nominal system voltage Un AC, 3/(N)AC 0 50 V* Nominal frequency fn Hz Nominal system voltage Un DC 0 50 V* IRDH575B-435: Nominal system voltage Un AC, 3/(N)AC V* Nominal frequency fn Hz Nominal system voltage Un DC V* IRDH575B-435: Nominal system voltage Un AC, 3/(N)AC V* Nominal frequency fn Hz Nominal system voltage Un DC V* IRDH575B-435: Supply voltage US (also see nameplate) V* Frequency range US Hz Supply voltage US (also see nameplate) DC V* IRDH575B-47: Supply voltage US (also see nameplate) DC 9. 7 V* Power consumption 4 VA Response values Response value R an (Alarm) kω 0 MΩ Response value Ran (Alarm) kω 0 MΩ Relative uncertainty (0 kω MΩ) (acc. to IEC ) ±5 % Relative uncertainty ( 0 kω) + kω/+0 % Relative uncertainty ( 0 MΩ) 0. MΩ/+0 % Measuring time see characteristic curves Hysteresis ( 0 kω) + kω Hysteresis (0 kω 0 MΩ) 5 % Measuring circuit for insulation measurement Measuring voltage Um 40 V Measuring voltage Um (IRDH575B-47) 0 V Measuring current Im (at R F = 0Ω) 0 μa Internal DC resistance Ri 80 kω Impedance Zi at 50 Hz 80 kω Permissible extraneous DC voltage Ufg (variant B) DC 80 V Permissible extraneous DC voltage Ufg (variant B) DC 060 V System leakage capacitance Ce 500 µf Factory setting Ce 50 μf Measuring circuit for insulation fault location (EDS) Locating current I L DC Test pulse/break /.5/0/5/50 ma /4 s Displays Display, illuminated four-line display Characters (number of characters) 4 x 6 Display range measured value kω 0 MΩ Operating uncertainty (0 kω MΩ) (acc. to IEC ) ±5 %** Operating uncertainty ( 0 kω) ± kω/5 %** Operating uncertainty ( 0 MΩ) ±0. MΩ/5 %** Outputs/Inputs Test/reset button internal/external Current output for measuring instrument SKMP (scale centre point = 0 kω): Current output IRDH575 (max. load) 0/4 0 ma ( 500 Ω) Accuracy current output ( kω MΩ) ±0 %, ± kω Serial interface Interface/protocol RS-485/BMS Max. cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) Switching elements Switching components 3 changeover contacts: K (Alarm ), K (Alarm), K3 (device error, additionally selectable EDS alarm) Operating principle K, K N/O or N/C operation Factory setting (Alarm /Alarm ) N/O operation Operating principle K3 N/C operation Electrical endurance, number of cycles 000 Contact class IIB (DIN IEC ) Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Contact rating at DC 4 V ma (50 mw) Environment/EMC EMC acc. to IEC Ed..0 Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (during operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² flexible with ferrules without/with plastic sleeve mm² Conductor sizes (AWG) 4 Other Operating mode continuous operation Mounting display-oriented Distance to adjacent devices 30 mm Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Degree of protection, for door mounting (DIN EN 6059) IP40 Degree of protection, for door mounting with panel sealing (DIN EN 6059) IP4 Degree of protection, for mounting the transparent front plate cover (DIN EN 6059) IP65 Type of enclosure: suitable for panel mounting free from halogen Flammability class UL94 V-0 Software version D85 V.6 Operating manual TGH364 Weight 900 g Option W Shock resistance IEC (device in operation) 30 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC mm/0 5 Hz 4 g/5 50 Hz Ambient temperature, during operation C Ambient temperature, during operation > 55 C (not for continuous operation in the insulation fault location mode with 50 ma) Ambient temperature for storage C The data labelled with an * are absolute values ** = Under EMC test conditions in accordance with IEC the specified tolerances can double Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER IRDH575 89

90 Displays and controls INFO button: to query standard information ESC button: back (menu function), confirms parameter changes TEST button: to call up the self test (Isometer function only) Arrow up button: parameter change, to move up in the menu 3 RESET button: to delete insulation fault alarms (Isometer function only) Arrow down button: parameter change, to move down in the menu 4 MENU button: to call up the menu system. Enter button: to confirm parameter changes 5 EDS LED lights: Insulation fault location has been started 6 EDS alarm LED lights: Insulation fault localised 7 Alarm LED lights: insulation fault, first warning level reached 8 Alarm LED lights: insulation fault, second warning level reached. 9 LED lights: Device error 0 Indication of the insulation resistance in kω Additional information about the insulation resistance: + = Fault at L+, - = Fault at L-, s = A new measuring process has been started. Bus address of the testing EDS46 (indication in case of fault detection) 3 Channel being monitored by EDS4 (indication in case of fault detection) 4 Locating current in ma or µa (indication in case of fault detection) 5 EDS in AUTO mode und just running. Further modes are: on, off, pos: address and channel of the EDS can be predefined (in the Master mode only). cycle: When all the channels have been checked once, the EDS will be deactivated. 6 Polarity of the locating current. Point = valid BMS traffic, H = a new entry is made in the history memory. 7 Plain text fault messages Wiring diagram For external indicating instrument Current output 0 0 ma or 4 0 ma * External test button T, T (N/O contact) 3 * External reset button R, R (N/C contact or wire jumper), (with the terminals open and the ISO-SETUP setting Memory:off, insulation faults will not be stored) 4 * STANDBY, when the contact is closed, no insulation measurement is carried out; disconnection from the IT system being monitored 5 S = ON : Termination of the serial RS-485 interface (A/B) with 0 Ω S = not wired) 6 Serial RS-485 interface (BMS bus) 7 Alarm relay K3 (device error and EDS alarm) (addr.: ) 8 Alarm relay K (insulation fault ); available changeover contacts 9 Alarm relay K (insulation fault ); available changeover contacts 0 Supply voltage U S (see nameplate) via 6 A fuse; for UL and CSA applications, it is mandatory to use 5 A fuses. Connection to the 3AC system to be monitored: Connect terminals L, L L3 to conductor L, L, L3 Connection to the AC system to be monitored: Connect L to conductor Land terminals L, L3 to conductor L 3 Connection to the DC system to be monitored: Connect L to conductor L+ and terminals L, L3 to conductor L- 4 Separate connection of and KE to PE * The terminal pairs, 3 and 4 have to be wired electrically isolated and must not be connected to PE! 90 Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER IRDH575

91 Rear view Rear view IRDH575 Detachable terminal cover System configuration Example 4 3 ISOMETER IRDH575 RS-485/BMS protocol 3 EDS460/EDS46 4 EDS3090/EDS309 Wiring example EDS system with EDS460 and IRDH575 Wiring example EDS system with EDS46 and IRDH U S US EDS system with IRDH575, EDS460 and measuring current transformers W in a 3AC system 3AC, 3NAC, DC V bzw. 3AC, 3NAC, DC V U S see ordering information, 6 A fuse recommended. Note: Supply voltage U S in the IT system requires two fuses. 3 Measuring current transformers W 4 Outgoing circuits to the loads 5 ISOMETER IRDH575 6 Insulation fault locator EDS460 AC 0 65V/DC 0 V 308 V U S see ordering information, 6 A fuse recommended. Note: Supply voltage US in the IT system requires two fuses. 3 Measuring current transformers W / Outgoing circuits PLC: inputs and outputs 5 ISOMETER IRDH575 6 Insulation fault locator EDS46 Design of an insulation fault location system with EDS46 The example above shows an EDS46 system in a DC system for the supply of a programmable logic controller (PLC). Due to the fact that the inputs of PLC systems are very sensitive, the use of an EDS46 is recommended. The locating current of the IRDH575 is to be set to max..5 ma or as necessary to ma, in order to avoid influences on the PLC system. Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER IRDH575 9

92 ISOMETER isomed47p Insulation monitoring device with integrated load and temperature monitoring and locating current injector and insulation fault location systems for medical IT systems Typical applications Medical IT system in accordance with IEC , IEC , IEC and DIN VDE Approvals Device features Insulation monitoring for medical IT systems Adjustable response value for insulation monitoring Locating current injector for insulation fault location systems Load and temperature monitoring for IT system transformers Adjustable load current response value Temperature monitoring with PTC thermistor or bimetal switch Self monitoring with automatic alarm PE connection monitoring Internal/external test button LEDs: Power On, Alarm, Alarm Configurable alarm relay: N/O or N/C operation selectable Compact two-module enclosure (36 mm) BMS interface Standards The ISOMETER of the isomed47p series complies with the requirements of the device standards: IEC , IEC , IEC and DIN VDE Further information For further information refer to our product range on Ordering information Supply voltage U S= ) U n Type Art. No. AC V/4 460 Hz isomed47p- B ) Absolute values of the voltage range Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Suitable system components Type designation Type Page Measuring current transformers STW Temperature sensor (PTC) ES007 Mounting frame XM Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER isomed47p

93 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (L, L, E, KE, T, T, A, B, Z, Z/k, l) - (,, 4) Voltage test acc. to IEC kv Voltage supply Supply voltage U S Power consumption IT system being monitored acc. to IEC Nominal system voltage Un Nominal frequency f n = Un 4 VA AC V Hz Insulation monitoring acc. to IEC Response value Ran kω (50 kω)* Relative uncertainty ±0 % Hysteresis 5 % Response time t an at RF = 0.5 x Ran and Ce = 0.5 μf 5 s Permissible system leakage capacitance C e 5 μf Measuring circuit Measuring voltage Um Measuring current I m (at RF = 0 Ω) Internal DC resistance R i Impedance Z i at 50 Hz Permissible extraneous DC voltage U fg Locating current injector acc. to IEC Locating current Test pulse/break ± V 50 μa 40 kω 00 kω DC 300 V ma /4 s Load current monitoring Response value, adjustable 5 50 A (7 A)* Nominal frequency f n Hz Relative uncertainty ± 5 % Hysteresis 4 % Setting values load current measurement: Transformer 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 0000 VA Ialarm ~ 4 A 8 A A 8 A 35 A 45 A Temperature monitoring: Response value (fixed value) 4 kω Rated frequency f n Hz Release value (fixed value).6 kω PTC resistors acc. to DIN 4408 max. 6 in series Relative uncertainty ± 0 % Displays, memory LC display multifunctional, not illuminated Measured value insulation resistance 0 kω MΩ Operating uncertainty ± 0 %, ± kω Measured value load current (as % of the set response value) 0 % 99 % Operating error ± 5 %, ± 0. A Password on, off/0 999 (off, 0)* Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 (0.5 W), internal, switchable Device address, BMS bus 90 (3)* Interfaces for measuring current transformer STW and temperature sensor Cable lengths: single wire > 0.5 mm² m single wire, twisted > 0.5 mm² 0 m twisted in pairs, shielded > 0.5 mm² 40 m Cable (shield on one side connected to PE) recommended: J-Y(St)Y min. x 0.6 Switching elements Number changeover contact Operating principle N/C operation or N/O operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use any Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Software version D355 V.0x Operating manual TBP0009 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) Alarm messages LEDs 67, ,5 47,5 3, isomed47p ON AL AL Operation System fault* flashing flashing flashing Insulation fault Overcurrent Overtemperature Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER isomed47p 93

94 Displays and controls Power On LED ON 3 Alarm LEDs AL, AL 4 TEST button (> s): to call up the self test. Arrow up button: parameter change, to move up in the menu 5 Arrow down button: parameter change to move down in the menu 6 MENU button (> s): to call up the menu system. Enter button: confirms parameter changes 7 LC display Wiring diagram 3 STW N iso-med47p T T 6A 4 6A T T A B R A B on off J-Y(St)Y xx0,6 5 Connection to the IT system to be monitored = supply voltage U S via fuse Temperatur sensor 3 Measuring current transformer for load current monitoring 4 Line protection by a fuse in accordance with IEC (6 A fuse recommended). In case of supply (L/L) from an IT system, both lines have to be protected by a fuse. 5 Serial interface BMS Example of application iso-med47p BMS EDS5 MK430 MK Equipment for insulation fault location ISOMETER and locating current injector Insulation monitoring device ISOMETER isomed47pg

95 ISOSCAN EDS460/490 EDS46/49 Insulation fault locators with control and display function for EDS systems (insulation fault location systems) Typical applications Insulation fault location in AC, AC/DC and DC IT systems Main and control circuits in industrial plants and ships Diode-decoupled DC IT systems in power stations Systems for medical locations Approvals Device features Insulation fault location in IT systems For AC, 3AC, DC and IT systems Control and display function in a single device (EDS -D) measuring channels (circuits) for measuring current transformers of the W, WR, WS series Up to 90 EDS insulation fault locators in the system (080 measuring channels) Scanning time max. 0 s for all measuring channels (parallel scanning) Response sensitivity EDS460/490 0 ma, EDS46/49 0. ma History memory to store 300 events Two alarm relays with one changeover contact each N/O or N/C operation, selectable Connection external test/reset button Indication via graphical display resp. 7-segment display and alarm LEDs BMS address range 90 Serial interface RS-485 Continuous CT connection monitoring Fault memory behaviour selectable Device version EDS490/49 with one alarm contactor per channel Additional AC residual current measurement Standards The ISOSCAN EDS46 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN , DIN EN , VDE 043-9, IEC , ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information EDS460/490-D, EDS46/49-D Measuring range Common alarm relay for all Alarm relay per Supply voltage ) U S Type Art. No. channels channel EDS function RCM function DC AC/DC AC 0 ma 00 ma 0 A 0. ma 0 ma A 0 ma 00 ma 0 A 0. ma ) Absolut values 0 ma A x changeover contact x changeover contact x changeover contact x changeover contact x N/O contact x N/O contact 6 94 V 6 7 V /4 460 Hz EDS460-D- B V Hz EDS460-D- B V 6 7 V/4 460 Hz EDS46-D- B V Hz EDS46-D- B V 6 7 V/4 460 Hz EDS490-D- B V Hz EDS490-D- B V 6 7 V/4 460 Hz EDS49-D- B V Hz EDS49-D- B Ordering information EDS460/490-L, EDS46/49-L Measuring range Common alarm relay for all Alarm relay per Supply voltage ) U S Type Art. No. channels channel EDS function RCM function DC AC/DC AC 0 ma 00 ma 0 A 0. ma 0 ma A 0 ma 00 ma 0 A 0. ma ) Absolut values 0 ma A x changeover contact x changeover contact x changeover contact x changeover contact x N/O contact x N/O contact 6 94 V 6 7 V/4 460 Hz EDS460-L- B V Hz EDS460-L- B V 6 7 V/4 460 Hz EDS46-L- B V Hz EDS46-L- B V 6 7 V/4 460 Hz EDS490-L- B V Hz EDS490-L- B V 6 7 V/4 460 Hz EDS49-L- B V Hz EDS49-L- B Insulation fault locator Insulation fault locators ISOSCAN EDS460/490 EDS46/49 95

96 Suitable system components Type designation Design Type of construction Type Page RS-485 repeater Protocol converters Measuring current transformers Bus repeater DI-DL 58 Supplied by the USB port, no additional power supply required. DI-USB 60 Power supply unit for DI- or DI- AN47 BMS bus TCP IP via Ethernet COM460IP 6 BMS bus Modbus/RTU FTC470XMB 66 BMS bus PROFIBUS DP FTC470XDP 68 circular W 8 pulsed DC sensitive rectangular WR 4 split-core WS 8 Technical data Insulation coordination acc. to IEC /IEC for versions with a supply voltage of AC/DC V/AC Hz Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l k, R, T/R, T, A, B, ), C, C C4), (C, C, C4), (,4), (,4), (3,34), (4,44), (5,54), 6,64), (7,74), (8,84), (9,94), (0,04), (,4), (,4) Protective separation (reinforced insulation) between (C, C, C4) - (C, C, C4) - (, 4,, 4, 3, 34) - (4, 44, 5, 54, 6, 64) - (7,74) - (8,84) - (9,94) - (0,04) - (,4) - (,4) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: k, l k, R, T/R, T, A, B) - (C, C, C4), (C, C, C4) Basic insulation between: (, 4) - (, 4) - (3, 34) - (4, 44) - (5, 54) - (6, 64) Voltage test acc. to IEC kv Insulation coordination acc. to IEC /IEC for versions with a supply voltage of DC 6 94 V, AC 6 7 V/4 460 Hz Rated insulation voltage AC 00 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l k, R, T/R, T, A, B) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between (A, A), (k, l k, R, T/R, T, A, B) - (C, C, C4), (C, C, C4), (,4), (,4), (3,34), (4,44), (5,54), (6,64), (7,74), (8,84), (9,94),(0,04), (,4), (,4) Basic insulation between: (, 4) - (, 4) - (3, 34) - (4, 44) - (5, 54) - (6, 64) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between (C, C, C4) - (C, C, C4) - (, 4,, 4, 3, 34) - (4, 44, 5, 54, 6, 64) - (7,74) - (8,84) - (9,94) - (0,04) - (,4) - (,4) Voltage test acc. to IEC kv Supply voltage Supply voltage US Frequency range US Power consumption see ordering information AC Hz 0 VA ( EDS460/46) 4 VA (EDS490/49) Measuring circuit Nominal system voltage Un see IRDH575, PGH (EDS460, EDS490) AC 0 76 V, DC V (EDS46, EDS49) External measuring current transformers type W, WR, WS (EDS460, EDS490) W /8000, WS /8000 (EDS46, EDS49) CT monitoring on/off (on)* Load 0 Ω (EDS460/490),.5 kω (EDS46/49) Rated insulation voltage (measuring current transformer) 800 V Response sensitivity EDS460/490 0 ma EDS46/49 0. ma Rated frequency DC, AC 400, 60, 50 Hz Measuring range EDS function.5 50 ma (EDS460/490) ma (EDS46/49) Measuring range RCM function 00 ma 0 A (EDS460/490) 0 ma A (EDS46/49) Number of measuring channels (per device/system) /080 Time response Response delay ton 0 4 s Delay on release toff 0 4 s Scanning time for all channels approx. 8 4 s (EDS / ) approx s (EDS46/49) Displays, memory LEDs LC display 7-segment display History memory Password Language Fault memory alarm relay Inputs/outputs Test/reset button Cable length for external test/reset button ON/ALARM (EDS4 -D) ON/ALARM/measuring channel (EDS4 -L) backlit graphical display (EDS4 -D) x 7.6 mm (EDS4 -L) 300 data records (EDS4 -D) off/0 999 (off)* D, GB, F (GB)* on/ ff (off)* internal/external 0 0 m Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Cable (twisted pair, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus 90 ()* Connection: EDS - measuring current transformer Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield on one side connected to L-conductor, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Switching elements Number two relays, each with one changeover contact (EDS46.) two relays, each with one changeover contact, relays, each with one N/O contact (EDS49.) Operating principle NC or N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current (common alarm relays) 5 A 3 A A 0. A 0. A Rated operational current (alarm relay) A 0.5 A 5 A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Ed..0 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 96 Insulation fault locator Insulation fault locators ISOSCAN EDS460/490 EDS46/49

97 Technical data (continued) Connection Connection screw-type terminals Connection rigid/flexible 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section): rigid/flexible 0..5/0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Position of normal use any Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Flammability class UL94 V-0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Weight 360 g (EDS460) 530 g (EDS490) ( )* factory setting Dimension diagrams (dimensions in mm) EDS46 -D/-L EDS49 -D/-L Overview of device types Distinctive device features EDS460-D/EDS46-D EDS460-L/EDS46 -L EDS490-D/EDS49 -D EDS490-L/EDS49 -L Response value EDS460: 0 ma EDS490: 0 ma EDS46: 0. ma EDS49: 0. ma Residual current indication EDS460: 00 ma 0 A EDS490: 00 ma 0 A EDS46: 0 ma A EDS49: 0 ma A Backlit graphics LC display 7-segment display and LED line Parameter setting function Error code indication Address range Internal clock History memory Alarm contact Common alarm for all channels x changeover contact x changeover contact x changeover contact x changeover contact Alarm contact per channel x N/O contact Enclosure XM460 XM490 Insulation fault locator Insulation fault locators ISOSCAN EDS460/490 EDS46/49 97

98 Displays and controls ISOSCAN EDS46 D 5 EDS49 D ISOSCAN EDS46 L EDS49 L 0 9 LED ALARM lights up in case of the following system faults: when the residual current exceeds > 0 A (EDS460/490) or > A (EDS46/EDS49) (RCM function) when there is a loss of power or short circuit in a measuring current transformer circuit (this function can be deactivated) LED Alarm lights up when an insulation fault is detected on a channel (EDS function) 3 Power On LED ON 4 LC graphical display 5 INFO button: to query standard information (does not apply to EDS L). ESC button: back to menu function. 6 TEST button: to call up the self test Arrow up button: Parameter changes, scroll 7 RESET button: to acknowledge insulation and fault messages Arrow down button: Parameter changes, scroll 8 MENU button: EDS -D: to toggle between the standard display, menu and alarm indication EDS -L: to set the BMS address Enter button: to confirm parameter changes 9 Alarm LEDs, light up if an insulation fault has been detected in the relevant channel 0 Digital display for device address and error codes (parameter setting (EDS460/490-D only) Wiring diagrams 8 ISOSCAN EDS46 D 8 ISOSCAN EDS49 D Supply voltage US (see ordering information), 6 A fuse recommended; two-pole fuses are required on IT systems Connection measuring current transformers k k 3 Serial interface RS External reset button R (N/O contact)* 5 External test button T (N/O contact)* 6 Alarm relay 7 Alarm relay 8 Alarm relay: one N/O contact per channel (EDS490/49 only) 9 Ron/off: Termination of the serial RS-485 interface (A/B) with 0 Ω * The external test/reset buttons of several devices must not be connected to one another 98 Insulation fault locator Insulation fault locators ISOSCAN EDS460/490 EDS46/49

99 ISOSCAN EDS95P US Example for system configuration COM460IP Fieldbus COM460IP AC V N L DI-DL B/N A/P B/N A/P Note: The DI- interface repeater only is required when the length of the cable exceeds 00 m or when more than 3 devices are connected to the bus. Insulation fault locator Insulation fault locators ISOSCAN EDS460/490 EDS46/49 99

100 ISOSCAN EDS460-DG Insulation fault locator for DC IT systems with high system leakage capacitances Device features Typical applications Insulation fault location in DC IT systems DC main circuits in industrial installations and ships Diode-decoupled DC IT systems in power stations Approvals Insulation fault location in IT systems For DC-IT systems (0 308 V) Control and display function in a single device measuring channels (circuits) for measuring current transformers of the W, WR, WS series Up to 90 EDS insulation fault locators in the system (080 measuring channels) Scanning time max. 0 s for all measuring channels (parallel scanning) Response sensitivity 0 ma History memory to store 300 events Two alarm relays with one changeover contact each N/O or N/C operation, selectable Connection external test/reset button Indication via graphical display BMS address range 90 Serial interface RS-485 Continuous CT connection monitoring Fault memory behaviour selectable Additional AC residual current measurement Standards The ISOSCAN EDS460-DG series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN , DIN EN , VDE 043-9, IEC , ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information Measuring range Supply voltage ) US Design Type Art. No. EDS function RCM function DC AC/DC AC 6 94 V 6 7 V/4 460 Hz EDS460-DG- B Standard 50 ma 00 ma A V Hz EDS460-DG- B Capable of withstanding high climatic and mechanical stress ) Absolut values 50 ma 00 ma A 6 94 V 6 7 V/4 460 Hz EDS460-DGW- B W V Hz EDS460-DGW- B W Suitable system components Designation Design Type of construction Type Page RS-485 repeater Protocol converters Measuring current transformers Bus repeater DI-DL 58 Supplied by the USB port DI-USB 60 Power supply unit for DI- or DI- AN47 BMS bus TCP IP via Ethernet COM460IP 6 BMS bus Modbus/RTU FTC470XMB 66 BMS bus PROFIBUS DP FTC470XDP 68 circular W 8 pulsed DC sensitive rectangular WR 4 split-core WS 8 00 Insulation fault locator Insulation fault locators ISOSCAN EDS460-DG

101 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between: (A, A) - (k, l k, R, T/R, T, A, B), (C, C, C4), (C, C, C4) Protective separation (reinforced insulation) between (C, C, C4) - (C, C, C4) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: (k, l k, R, T/R, T, A, B) - (C, C, C4), (C, C, C4) Voltage test acc. to IEC kv Voltage supply Supply voltage US Power consumption see ordering information 0 VA Measuring circuit Nominal system voltage U n DC V Measuring current transformers, external type W, WR, WS CT monitoring on/off (on)* Load 68 Ω Rated insulation voltage (measuring current transformer) 800 V Response sensitivity 0 ma ( ma)* Rated frequency 400/60/40 Hz Measuring range EDS function 50 ma Measuring range RCM function 00 ma A Number of measuring channels (per device/system) /080 Time response Response delay ton Delay on release ton Scanning time for all channels Displays, memory LEDs LC display History memory Password Language Fault memory alarm relay Inputs/outputs Test/reset button Cable length for external test/reset button 0 4 s 0 4 s approx. 4 0 s ON/ALARM backlit graphical display 300 data records off/0 999 (off)* D, GB, F (GB)* on/off (off)* internal/external 0 0 m Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus 90 ()* Connection: EDS - measuring current transformer Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield on one side connected to L-conductor, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Switching elements Number relays, each with changeover contact Operating principle NC or N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current (common alarm relays) 5 A 3 A A 0. A 0. A Rated operational current (alarm relay) A 0.5 A 5 A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection screw-type terminals Connection rigid/flexible 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section) rigid/flexible 0..5/0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Position of normal use any Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH49 Weight 360 g ( )* factory setting Dimension diagram (dimensions in mm) Insulation fault locator Insulation fault locators ISOSCAN EDS460-DG 0

102 Displays and controls ISOSCAN EDS460-DG LED ALARM lights in case of the following system faults: when the residual current is exceeded > A (RCM function) when there is a loss of power or short circuit in a measuring current transformer circuit (this function can be deactivated) LED Alarm lights up when an insulation fault is detected on a channel (EDS function) 3 Power On LED ON 4 LC graphical display 5 INFO button: to query standard information ESC button: back to menu function 6 TEST button: to call up the self test Arrow up button: Parameter changes, scroll 7 RESET button: to acknowledge insulation and fault messages Arrow down button: Parameter changes, scroll 8 MENU button: to toggle between the standard display, menu and alarm display Enter button: to confirm parameter changes Wiring diagram ISOSCAN EDS460-DG Supply voltage U S (see ordering information), 6 A fuse recommended; two-pole fuses should be used on IT systems Connection measuring current transformers k k 3 Serial interface RS External reset button R (N/O contact)* 5 External test button T (N/O contact) 6 Alarm relay 7 Alarm relay 8 R on/off: Termination of the serial RS-485 interface (A/B) with 0 Ω * Do not connect external test/reset buttons of several devices to one another. 0 Insulation fault locator Insulation fault locators ISOSCAN EDS460-DG

103 US Example for system configuration COM460IP EDS460-DG EDS460-DG COM460IP AC V N L DI-DL B/N A/P B/N A/P Note: The DI- repeater only is required when the length of the cable exceeds 00 m or when more than 3 devices are connected to the bus. Insulation fault locator Insulation fault locators ISOSCAN EDS460-DG 03

104 ISOSCAN EDS50/5 Insulation fault locator with integrated measuring current transformers for EDS systems Typical applications Insulation fault location in AC, AC/DC and DC IT systems DC main circuits in industrial plants, power stations and ships IT systems for medical locations and control circuits (EDS5) Approvals Device features Insulation fault location in AC, AC/DC and DC IT systems 6 measuring channels with measuring current transformer per EDS50/5 Up to 58 measuring channels can be combined by the BMS bus in the IT system being monitored: 88 x 6 measuring channels Response sensitivity EDS50: 5 ma, EDS5 0.5 ma A response time of up to 8 s in the AC system acc. to IEC RS-485 interface with BMS protocol BMS address range 3 90 Cyclical self test Standards The ISOSCAN EDS50/5 series complies with the requirements of the device standards: IEC Further information For further information refer to our product range on Ordering information Response value Supply voltage ) U S Measuring range Type Art. No. EDS function RCM function DC AC 5 5 ma 5 ma 0 A EDS50 B V 7 4 V/50 60 Hz ma 0.5 ma A EDS5 B ) Absolut values Suitable system components Type designation Voltage supply Output voltage Explanation Type Page Power supply unit AC V/DC V/47 63 Hz DC 4 V, 40 ma For the supply of max. 6 EDS5 AN40 5 AC V/47 63 Hz DC 4 V, 300 ma For the supply of max. 0 EDS5 AN430 AC 30 V/50 60 Hz AC 0 V, 500 ma For the supply of max. 6 EDS5 AN AC 7 V/50 60 Hz AC 0 V, 500 ma For the supply of max. 6 EDS5 AN According to IEC only power supply units providing Safe separation (reinforced insulation) may be used for the supply voltage between the primary and secondary side. All power supply units listed above comply with this requirement! 04 Insulation fault locator Insulation fault locators ISOSCAN EDS50/5

105 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree Voltage ranges IT system being monitored: Nominal system voltage Un Nominal frequency fn Supply voltage: Supply voltage US Frequency range of the supply voltage Power consumption AC Power consumption DC AC 50 V 6 kv/3 see IRDH575, PGH (EDS50) AC 0 76 V, DC V (EDS5) Hz AC 7 4 V, DC 4 8 V Hz 3 VA.5 VA Measuring circuit Number of measuring channels (per device/system) 6/58 EDS function: Response value EDS50: 5 ma EDS5: 0.5 ma Relative uncertainty ± 30 % Rated frequency Hz Measuring range EDS function EDS50: 5 5 ma, EDS5: ma Response time in the AC system acc. to IEC s Scanning time for all channels approx. 7 s RCM function: Response value EDS50: 0 A EDS5: A Relative uncertainty ± 30 % Frequency range 4 68 Hz Displays LEDs: ON/COM, green Alarm K K6, yellow operation indicator/bus activity EDS and RCM function Interface Interface/protocol RS-485/BMS Connection terminals A/B Cable (twisted pair, one end of shield connected to PE) two-core, recommended: J-Y(St)Y min. x 0.8 Cable length 00 m Terminating resistor 0 Ω (0.5 W) Device address, BMS bus 3 90 (3)* Environment/EMC EMC IEC Operating temperature C For UL application: Maximum ambient temperature 55 C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type For UL application: Only use 60/75 C copper conductors! Connection rigid /flexible/conductor sizes pluggable push-wire terminal 0..5 mm² (AWG 4 6) Multi-conductor connection ( conductors of the same cross section) rigid 0..5 mm² flexible 0..5 mm² flexible with ferrule without plastic sleeve mm² flexible with ferrule with plastic sleeve mm² Stripping length 0 mm Other Operating mode continuous operation Position of normal use any Enclosure material polycarbonate Flammability class UL94 V-0 Screw mounting x M6 Tightening torque.5 Nm Software version D353 V.0x Weight 340 g ( )* = factory setting Dimension diagrams (dimensions in mm) 0 ±0, 45 ± 30 ±0,6 38 ±0,5 K K K3 K4 K5 K6 05 ±0,8 6 ±0,4 A B Insulation fault locator Insulation fault locators ISOSCAN EDS50/5 05

106 Displays and controls 3 K K K3 K4 K5 K ON/COM x x 0 A B Opening for screw mounting Alarm LEDs measuring channels K K6 3 Cable lead-through of the measuring current transformers for the measuring channels K K6 4 ON/COM LED: Power On LED and bus activity 5 Set the ones position of the BMS address 6 Set the tens position of the BMS address 7 Connection to the supply voltage 8 Connection RS-485, BMS bus Wiring diagrams TN system L N IT system L' L' PE F7 F8 F F F3 F4 F5 F6 3 A A 4V DC 30V AC 4 MK430 E KE L L iso-med47p 9 5 EDS50/EDS A B U V A B A B 8 Bus termination 0 Ω, external Bus termination 0 Ω, internal switch circuit circuit circuit 3 circuit 4 circuit 5 circuit 6 Transformer for the IT system to be monitored Circuit-breakers for the circuits 3 AN430 resp. AN40 for DC 4 V supply voltage 4 Alarm indicator and test combination MK430/MK800 for indication of alarm messages from the EDS50/5 (BMS master) 5 IRDH575 insulation monitoring devices with locating current injector for insulation fault location systems 6 Insulation fault locator EDS50/5 with integrated measuring current transformers 7 Supply voltage U S DC 4 V 8 Serial interface BMS 9 Terminating resistor BMS bus (0 Ω, internally connected) 0 Terminating resistor BMS bus 06 Insulation fault locator Insulation fault locators ISOSCAN EDS50/5

107 ISOSCAN PGH47/PGH473 Locating current injector for existing installations with an integrated insulation monitoring device Device features Locating current: PGH47: max. 5/0 ma; PGH473: max..5/ ma Power On LED Alarm LED RS-485 active Two alarm LEDs for positive and negative clock signals of the locating current Alarm relay with one voltage-free N/O contact to signal that insulation fault location is being carried out Start/stop button to activate resp. deactivate insulation fault location Typical applications Locating current injector for insulation fault location systems PGH47: IT main circuits PGH473: IT control circuits Approvals PGH47: Standards The ISOSCAN PGH47 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN , DIN EN , VDE 043-9, IEC , ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on PGH473: Ordering information Locating current 5/0 ma.5/ ma ) Absolut values BMS bus address range Supply voltage U S Type Art. No. DC AC 30 V PGH47 B V ) PGH47-3 B V ) PGH47- B V ) PGH47-3 B V PGH47E B V PGH473 B V ) PGH473-3 B V ) PGH473- B V PGH473E B V ) Hz PGH473E- B Insulation fault locator Locating current injector ISOSCAN PGH47/PGH473 07

108 Technical data Insulation coordination acc. to IEC Rated insulation voltage AC 500 V Rated impulse withstand voltage/pollution degree 4 kv/3 Voltage ranges Nominal system voltage Un PGH473 AC, 3(N)AC 0 65 V/DC V/ Hz Nominal system voltage Un PGH47 AC, 3(N)AC V/DC V/ Hz Supply voltage US see ordering information Operating range of US x US Power consumption 3 VA Measuring circuit Locating current PGH473:.5 ma/ ma; PGH47: 5 ma/0 ma Clock pulse/break /4 s Switching elements Switching elements N/O contact Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi = A, DC 0 V, L/R = 0.04 s Environment Shock resistance IEC (device in operation) 5 g/0 ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection type Connection properties rigid/flexible modular terminals 0. 4 mm²/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual PGH470 TGH43/PGH473 TGH3 Weight 350 g Dimension diagram (dimensions in mm) 99 Wiring diagram U S see nameplate, 6 A fuse recommended. Supply voltage U S in the IT system requires two fuses. IT system AC L, L 3 IT system DC L, L 4 IT system 3AC L, L, L3 5 Power On LED ON 6 LEDs clock pulse 7 Connection BMS bus 8 Alarm relay 08 Insulation fault locator Locating current injector ISOSCAN PGH47/PGH473

109 Locating current injector PGH47/PGH473 in combination with EDS46 4 U S 5 3 T T ISOMETER IRDH75 Locating current injector PGH47 3 Insulation fault locator EDS46 4 Measuring current transformers 5 Outgoing circuits to the loads Insulation fault locator Locating current injector ISOSCAN PGH47/PGH473 09

110 ISOSCAN EDS30 Portable equipment for insulation fault location for unearthed and earthed systems (IT and TN systems) to be used in conjunction with or without equipment for insulation fault location Typical applications IT systems with or without an incorporated equipment for insulation fault location (EDS) Device features Portable insulation fault location systems for IT systems AC V/DC V/4 460 Hz or de-energised systems Residual current measurement in TN/TT systems Use in main and control circuits Measuring clamps 0/5 mm (5 mm optional) Robust aluminium case, convenient to carry Locating current injectors PGH8 with variable locating current 5 ma Integrated locating voltage for de-energised systems (PGH86) Insulation fault locator EDS95P Backlit LC display, 3 x 6 characters Measuring clamps 0/5 mm included in the scope of delivery Accumulator (delivered with a power supply unit) Response value insulation fault location 0 ma for main circuits Response value insulation fault location 0. ma for control circuits Response value residual current measurement 0 ma 0 A Selectable operating mode insulation fault location/residual current measurement Standards The ISOSCAN EDS30 series complies with the requirements of the device standards: DIN EN (VDE 043-8), EN , IEC , IEC , DIN EN (VDE 00-), DIN EN , DIN EN , VDE 043-9, IEC , ASTM F669M-96 (007), ASTM F07M-96 (007) Further information For further information refer to our product range on Ordering information Main circuits Control circuits Nominal voltage U n Supply voltage U S Type Art. No. with EDS without EDS with EDS without EDS AC DC AC EDS460/ V/4 460 Hz V EDS3090 B V/4 460 Hz V 30 V/50 60 Hz EDS3090PG B V/50 60 Hz EDS3090PG-3 B V/4 460 Hz V 30 V/50 60 Hz EDS3096PG B V/50 60 Hz EDS3096PG-3 B EDS46/ V/4 460 Hz V EDS309 B V/4 460 Hz V 30 V/50 60 Hz EDS309PG B V/50 60 Hz EDS309PG-3 B V/4 460 Hz V 30 V/50 60 Hz V/4 460 Hz V 30 V/50 60 Hz EDS309PG B Suitable system components Scope of delivery Designation Measuring clamp 5 mm for EDS3090 and EDS3096 Coupling device to extend the voltage range of the PGH85/86 Accessories for fault location in diode-decoupled systems Nominal voltage U n Type Page AC DC PSA V/ Hz V AGE85 8 EDS65-SET Insulation fault locator Locating current injector Measuring clamps 0 mm Measuring clamps 5 mm Type EDS95P PSA300 PSA305 EDS3090 EDS95P PGH85 PSA300 PSA305 EDS3090PG EDS95P PGH85-3 PSA300 PSA305 EDS3090PG-3 EDS95P PGH86 PSA300 PSA305 EDS3096PG EDS95P PGH86-3 PSA300 PSA305 EDS3096PG-3 EDS95P PSA330 PSA335 EDS309 EDS95P PGH83 PSA330 PSA335 EDS309PG EDS95P PGH83-3 PSA330 PSA335 EDS309PG-3 EDS95P PGH83 PSA330 PSA335 PGH85 PSA300 PSA305 EDS309PG 0 Insulation fault locator Portable equipment for insulation fault location ISOSCAN EDS30

111 Technical data EDS309 system The technical data listed in this chapter apply to the components: PGH8, EDS95P, AGH85. Environment/EMC EMC IEC Operating temperature C Classification of climatic conditions acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Storage (IEC ) K4 (except condensation and formation of ice) Climatic class acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Other Operating mode Position of normal use Operating manual Weight EDS309 Weight EDS309 with PSA365 Weight EDS309 Dimensions W x H x D Technical data PGH8 Insulation coordination acc. to IEC / IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Nominal system voltage U n PGH83 PGH85 PGH86 Voltage supply Supply voltage US Operating range of US Supply voltage U S version -3 PGH83, PGH85: Power consumption PGH86: Power consumption Locating current PGH83 Test current, selectable, max. PGH85/86 Locating current IL, selectable, max. PGH83/85/86 Clock pulse Idle time Measuring voltage Um PGH86 continuous operation any TGH g 8500 g 9000 g 430 x 340 x 55 mm AC 500 V 4 kv/3 AC 0 65 V, DC V/4 460 Hz 3AC, AC V, DC V/4 460 Hz 3AC, AC V, DC V/4 460 Hz AC 30 V/50 60 Hz x US AC 90 3 V/50 60 Hz 3 VA 6 VA /,5 ma 0/5 ma s 4 s DC 50 V Other Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP40 Enclosure material ABS plastic Flammability class UL94 V-0 Weight 700 g Dimensions W x H x D 60 x 48 x 8 mm Technical data EDS95P Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Voltage supply Supply voltage US Batteries Accumulators Size Power consumption Hours of operation (without display illumination) 50 V 0.8 kv/3 DC 6 V +/± 0 %, external power supply unit 3 x LR6 AA.5 V 3 x NiMh 000 mah AA R6 0.5 W 60 h Measuring circuit insulation fault location Nominal system voltage conductors uninsulated, including measuring clamp up to 600 V Rated frequency DC, Hz Main circuit (ILmax = 50 ma) Measuring range ma 50 ma Measuring clamps PSA300, PSA305, PSA365 Response value IΔL, adjustable 0 ma (5 ma)* Relative uncertainty ±30 %/± ma of the reference value Control circuit Measuring range 0, ma 5 ma Measuring clamps PSA330, PSA335 Response value IΔL, adjustable 0..0 ma (0.5 ma)* Relative uncertainty ma ±30 %/± 0. ma of the reference value Relative uncertainty 5 ma ±30 %/± ma of the reference value Measuring circuit residual current with measuring clamps PSA300, PSA305, PSA365 Measuring range 5 ma 0 A (crest factor up to 3) Response value IΔL, adjustable 0 ma 0 A (00 ma)* with measuring clamps PSA330, PSA335 Measuring range ma A (crest factor up to 3) Response value IΔL, adjustable 5 ma A (00 ma)* Frequency range Hz Relative uncertainty, 4 60 Hz ±5 % Relative uncertainty, Hz ±0 % Hysteresis 0% Harmonics, adjustable st to 8th harmonic component Connection Type of connection measuring clamp Power supply unit (DC 5 V) Indication LCD LED BNC plug µusb plug 3 x 6 characters Alarm Other Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP40 Protection class acc. to IEC , DIN EN (VDE ) Class III Enclosure material ABS plastic Flammability class UL94 V-0 Operating manual TGH40 Weight 350 g Software version D399 V. Dimensions W x H x D 84 x 97 x 30 mm ( )* = Factory settings Insulation fault locator Portable equipment for insulation fault location ISOSCAN EDS30

112 Technical data measuring clamps Technical data AGE85 Electrical safety Standard IEC Pollution degree Installation category III Operating voltage 600 V Nominal insulation voltage AC 600 V CAT III resp. AC 300 V CAT IV Transmission ratio PSA30 PSA33 PSA365 0 A/0 ma A/0, ma 0 A/0 ma Other Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP40 Protection class acc. to IEC , DIN EN (VDE ) Class III Test port BNC plug Dimensions PSA305/335 6 x x 45 mm Dimensions PSA300/ x 65 x 30 mm Dimensions PSA x 79 x 45 mm Permissible cable diameter PSA305/335 5 mm Permissible cable diameter PSA305/330 0 mm Permissible cable diameter PSA365 5 mm Weight PSA305/ g PSA300/ g PSA g Insulation coordination acc. to IEC Rated insulation voltage AC 000 V Rated impulse voltage/pollution degree 4 kv/3 Nominal system voltage Un 3AC, AC V, DC V/4 460 Hz Other Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP30 Type of connection/cable: safety plug with green-yellow connecting wire mm² Weight 400 g Dimensions W x H x D 84 x 97 x 30 mm Weight 00 g Dimensions W x H x D 88.5 x 4 x mm Dimension diagram PSA300/330 (dimensions in mm) Dimension diagram PSA305/335 (dimensions in mm) ,5 50 shielded cable m BNC plug shielded cable m BNC plug 8, ,5 ø5 0 Dimension diagram PSA365 (dimensions in mm) Dimension diagram aluminium case(dimensions in mm) shielded cable m BNC plug ø max. opening: 0mm Equipment for insulation fault location Portable equipment for insulation fault location ISOSCAN EDS30

113 Operating elements PGH On/Off switch ON, activates the test current Selector switch for the maximum locating current 5/0 ma or.5/ ma 3 Not visible: Magnetic adhesive strip at the back of the enclosure for fixing to metal parts (e.g. switchboard cabinet) 4 3 sockets for system coupling 5 Socket for PE connection LED indicators: ON Power On LED Indication of the positive clock pulse of the locating current Indication of the negative clock pulse of the locating current 7 Microfuse 00 ma 8 Panel plug for supply voltage Operating elements EDS95P OK EDS95P ISOSCAN Micro USB connection for charging the device s rechargeable battery BNC connection for the measuring clamp 3 LC display, backlit, 3 lines à 6 characters 4 LED ALARM, lights when the response value is exceeded 5 Button for the selection of the operating mode : IΔS = insulation fault location in IT systems (EDS mode) IΔn = residual current measurement in TN-S systems in (RCM mode) 6 Button for transformer selection for I Tmax = 50 ma: for I Tmax = 5 ma: P0 = PSA300 = PSA330 P5 = PSA305 = PSA335 P65 = PSA W/WR = W /WR = W WS = WS = W INFO button: device type software version current response values IΔS and IΔn setup status ESC button: to exit the menu function without changing parameters 8 MENU button to toggle between the standard display and the menu selection 9 On-Off button 0 HOLD button: to store the currently indicated measured value Arrow up button: Parameter changes, scroll RESET button: fault memory acknowledgement Arrow down button: Parameter changes, scroll Illumination button: to switch on the display lighting Equipment for insulation fault location Portable equipment for insulation fault location ISOSCAN EDS30 3

114 ISOSCAN EDS95P Typical applications ISOSCAN EDS95P PGH8x R F Equipment for insulation fault location EDS3090/309PG for use in unearthed systems (IT systems) without a permanently installed equipment for insulation fault location EDS95P Equipment for insulation fault location EDS3090/309 in unearthed systems (IT systems) with permanently installed equipment for insulation fault location EDS 4 Equipment for insulation fault location Portable equipment for insulation fault location ISOSCAN EDS30

115 Typical applications ISOSCAN EDS95P R F Equipment for insulation fault location EDS3096PG in de-energised systems (IT systems) (Note: TN-S system with all poles disconnected) ISOSCAN EDS95P R F Residual current measurement with EDS309 in earthed systems (TN-S systems) Equipment for insulation fault location Portable equipment for insulation fault location ISOSCAN EDS30 5

116 Device selection for IT systems with integrated equipment for insulation fault location Type of distribution system AC, DC, AC/DC (mixed systems) AC, DC, AC/DC (mixed systems) Application range Main circuits Control circuits Insulation monitoring device ISOMETER /Locating current injector PGH Nominal system voltage U n (B) 3AC, AC V, DC V 3AC, AC 0 50 V, DC 0 50 V Nominal system voltage U n (B) 3AC, AC V, DC V U S DC 9.-7 V IRDH575B-47 IRDH575B-47 U S AC V, DC V IRDH575B-435 IRDH575B-435 U S AC V DC V IRDH575B-435 Locating current I L 0/5/50 ma /.5 ma Response values kω 0 MΩ kω 0 MΩ LC display 4 x 0 characters 4 x 0 characters Alarm relay 3 changeover contacts 3 changeover contacts Interface/protocol RS-485 (BMS) RS-485 (BMS) Address range Insulation fault locator Type LC display Evaluating current I ΔL Response value EDS95P 3 x 6 characters ma 0. / 0 ma selectable Measuring clamps Type PSA300 PSA305 PSA365 (optional) PSA330 PSA335 0 mm 5 mm 5 mm Complete systems Type EDS3090 EDS309 Comprising Aluminium case, EDS95P, PSA300, PSA305, power supply unit Aluminium case, EDS95P, PSA300, PSA305, power supply unit Aluminium case, EDS95P, PSA330, PSA335, power supply unit 6 Equipment for insulation fault location Device selection equipment for insulation fault location

117 Device selection for IT systems without a permanently installed equipment for insulation fault location Application Main circuit Control circuit energised offline energised Locating current injector PGH Nominal system voltage Un 3AC, AC V DC V 3AC, AC V DC V AC 0 65 V, DC V US AC 30 V PGH85 PGH86 PGH83 U S AC 90 3 V PGH85-3 PGH86-3 PGH83-3 Locating current IL max. 0/5 ma 0/5 ma /.5 ma Insulation fault locator Type LC display Evaluating current I ΔL Response value EDS95P 3 x 6 characters ma 0. / 0 ma selectable Measuring clamps Type PSA300 PSA305 PSA365 (optional) PSA330 PSA335 0 mm 5 mm 5 mm Complete system Type EDS3090PG (-3) EDS3096PG (-3) EDS309PG (-3) EDS3090PG for US = AC 30 V, Hz EDS for US= AC 90 3 V, Hz EDS3096PG for US= AC 30 V, Hz EDS3096PG-3 for US = AC 90 3 V, Hz EDS309PG for US=AC 30 V, Hz EDS309PG-3 for US=AC 90 3 V, Hz Comprising Type Comprising Type Aluminium case, PGH85, EDS95, PSA300, PSA305, power supply unit, cable set Aluminium case, PGH86, EDS95, PSA300, PSA305, power supply unit, cable set Aluminium case, PGH85, EDS95, PSA300, PSA305, power supply unit, cable set Accessories AGE85 EDS309PG Aluminium case, PGH83, EDS95, PSA330, PSA335, power supply unit, cable set Aluminium case, PGH83, EDS95, PSA330, PSA335, power supply unit, cable set Extension Nominal voltage range AC V, Hz DC V Equipment for insulation fault location Device selection equipment for insulation fault location 7

118 Coupling device AGE85 Typical applications Monitoring of AC IT systems of up to 790 V and DC IT systems of up to 960 V Further information For further information refer to our product range on Ordering information Nominal system voltage US Type Art. No. AC, 3(N)AC DC V V AGE85 B Wiring diagram Locating current injector PGH85 and coupling device AGE85 8 Equipment for insulation fault location Coupling device AGE85

119 Equipment for insulation fault location Coupling device AGE85 9

120 3 0

121 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX 3. 3 Residual current monitoring systems LINETRAXX 75 4 System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i

122 Device overview measuring and monitoring relays LINETRAXX LINETRAXX VME40 LINETRAXX VME4H LINETRAXX VMD40 LINETRAXX VMD4H LINETRAXX VMD43/VMD43H 3. Voltage monitoring Page AC 3(N)AC DC with Us without Us < U, > U < U, > U with U s < U, > U < U, > U (43) without Us with Us without Us Measuring range/ nominal system voltage Un < U, > U AC/DC systems V < U, > U AC/DC systems V (VME4H-D-), V (VMD4H-D-) (L-N) 0 88 V (L-L) V < U, > U < U, > U (43H) (L-N) 0 88 V (L-L) V (L-N) 0 88 V (L-L) V Frequency <f, >f <f, >f <f, >f <f, >f <f, >f Asymmetry/phase failure Phase sequence Current monitoring AC with Us 3 AC with Us Special function Special applications Interface Protection System/ Decoupling protection relay Installation DIN rail Screw mounting Measuring and monitoring relays Device overview

123 LINETRAXX VMD460-NA LINETRAXX CME40 LINETRAXX CMD40/CMD4 LINETRAXX CMS460 LINETRAXX GM40 RM475 RM475LY SB < U, > U < U, > U 3. (L-N) V (L-L) 0 50 V <f, >f <l, >l <l, >l <l, >l Islanding detection with df/dt Interface Protection System/ Decoupling protection relay Loop monitoring Loop monitoring Fault voltage relay Measuring and monitoring relays Device overview 3

124 LINETRAXX VME40 Multi-functional monitoring relay for undervoltage, overvoltage and frequency monitoring in AC/DC systems with separate supply voltage Device features 3. Typical applications Voltage and frequency monitoring of single-phase machines and electrical installations Earth fault monitoring in mediumvoltage systems via voltage transformers Monitoring of battery systems Switching machinery and equipment on and off at a certain voltage level Approvals Monitoring AC/DC systems for undervoltage, overvoltage and frequency in the voltage range of V Various monitoring functions selectable < U, > U, < f, > f Start-up delay, response delay and delay on release Adjustable switching hysteresis r.m.s. value measurement (AC+DC) Digital measured value display via multi-functional LC display Preset function (automatic setting of basic parameters) LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. DC AC V 6 7 V, Hz VME40-D- B V V, Hz VME40-D- B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME40

125 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Overvoltage category/pollution degree III/3 Rated impulse voltage 4 kv Protective separation (reinforced insulation) between: (A, A) - (U/+, U/-) - (--4) - (--4) Supply voltage VME40-D-: Supply voltage US Frequency range US VME40-D-: Supply voltage US Frequency range US Power consumption Measuring circuit Measuring range (r.m.s. value) Rated frequency f n Frequency display range AC 6 7 V/DC V Hz AC/DC V Hz 4 VA AC/DC V DC, Hz Hz Response values Undervoltage < U (Alarm ) AC/DC V Overvoltage > U (Alarm ) AC/DC V Resolution of setting U V 0. V Resolution of setting U V V Preset function: Undervoltage < U = (0.85 Un):* for Un = 30/0/60/4 V 96/0/5/0.4 V Overvoltage > U = (. Un):* for Un = 30/0/60/4 V 53/3/66/6.4 V Relative uncertainty voltage at 50/60 Hz ±.5 %, ± digits Relative uncertainty, voltage in the range of Hz ± 3 %, ± digit Hysteresis U 40 % (5 %)* Underfrequency < Hz Hz** Overfrequency > Hz Hz** Resolution of setting f Hz 0. Hz Resolution of setting f Hz Hz Preset function: Underfrequency for fn = 400/60/50/6.7 Hz 399/59/49/5.7 Hz Overfrequency for fn = 400/60/50/6.7 Hz 40/6/5/7.7 Hz Hysteresis frequency Hys Hz 0. Hz (0. Hz)* Relative uncertainty, frequency range Hz ± 0. %, ± digit Time response Start-up delay t s (0 s)* Response delay ton/ s (0 s)* Delay on release toff s (0.5 s)* Resolution of setting t, ton/, t off (0 0 s) 0. s Resolution of setting t, ton/, t off (0 99 s) s Resolution of setting t, ton/, t off ( s) 0 s Operating time, voltage tae DC/AC 6.7 Hz: 30 ms, AC Hz: 70 ms Operating time frequency tae AC Hz: 30 ms Response time tan t an = t ae + t on/ Recovery time tb 300 ms Displays, memory Display LC display, multifunctional, not illuminated Display range measured value AC/DC V Operating uncertainty at 50/60 Hz ±.5 %, ± digits Operating uncertainty, voltage in the range of Hz ± 3 %, ± digits Operating uncertainty, frequency in the range of Hz ± 0. %, ± digit History memory (HiS) for the first alarm value data record measured values Password off/0 999 (off)* Fault memory (M) alarm relay on/off/con (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation/n/o operation K: Err, < U, > U, < Hz, > Hz, S.AL (undervoltage < U: N/C operation n.c.)* K: Err, < U, > U, < Hz, > Hz, S.AL (overvoltage > U: N/O operation n.o.)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC K3 (except condensation and formation of ice) Long-time storage (IEC K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties: rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059 IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D35 V.x Operating manual TGH399 Weight 50 g ( )* = factory setting ** = The technical data applies to the operating range of the rated frequency Hz only 3. Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME40 5

126 Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow), lights when the set response value >U/<f/>f is exceeded and flashes in the event of system fault alarm 3 Alarm LED AL (yellow), lights when the value falls below the set response vlaue <U/<f/>f and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: To change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button >.5 s 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters To delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level When the menu item LEd is activated, the alarm LED AL indicates that K is in the alarm state. When AL lights up, K is in the alarm position. Wiring diagram Un US Connection to the system/load being monitored Supply voltage US (see ordering information) 3 Alarm relay K : Configurable for <U/>U/<f/>f/ERROR 4 Alarm relay K : Configurable for <U/>U/<f/>f/ERROR 5 Line protection according to IEC : A fuse recommended recommended. If being supplied from an IT system, both lines have to be protected by a fuse. 6 Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME40

127 LINETRAXX VME4H Multi-functional monitoring relay for undervoltage, overvoltage and frequency monitoring in AC/DC systems without separate supply voltage Device features Typical applications Voltage and frequency monitoring of single-phase machines and electrical installations Earth fault monitoring in mediumvoltage systems via voltage transformers Monitoring of battery systems Switching machinery and equipment on and off at a certain voltage level Approvals Monitoring undervoltage, overvoltage and frequency of AC/DC systems of V (VME4H-D-), V (VME4H-D-) Without external supply voltage Integrated energy backup Various monitoring functions selectable < U, > U, < f, > f Start-up delay, response delay, delay on release Adjustable switching hysteresis r.m.s. value measurement (AC+DC) Digital measured value display via multi-functional LC display Preset function (automatic setting of basic parameters) LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Further information For further information refer to our product range on 3. Ordering information Nominal system voltage ) Un Type Art. No. DC AC V V, Hz VME4H-D- B V V, Hz VME4H-D- B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME4H 7

128 3. Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between: (U/+, U/-) - (--4) - (--4) Voltage test acc. to IEC kv Supply voltage VME4H-D-: Supply voltage U S none (internally supplied by Un) VME4H-D-: Supply voltage U S none (internally supplied by Un) Power consumption 6 VA Measuring circuit Measuring range (r.m.s. value) (VME4H-D-) AC/DC 0 50 V Measuring range (r.m.s. value) (VME4H-D-) AC/DC V Rated frequency f n DC, Hz Frequency display range Hz Response values VME4H-D-: Undervoltage < U (Alarm ) AC/DC V Overvoltage > U (Alarm ) AC/DC V Preset function: Undervoltage < U (0.85 U n)* for U n = 0/60/4 V 0/5/0.4 V Overvoltage > U (. U n)* for Un = 0/60/4 V 3/66/6.4 V Resolution of setting U V 0. V Resolution of setting U V V VME4H-D-: Undervoltage < U (ALARM ) AC/DC V Overvoltage > U (ALARM ) AC/DC V Resolution of setting U V V Preset function: Undervoltage < U (0.85 U n)* for U n = 30/0 V 96/0 V Overvoltage > U (. U n)* for U n = 30/0 V 53/3 V VME4H : Relative uncertainty voltage at 50/60 Hz.5 %, digits Relative uncertainty voltage in the range Hz ± 3 %, ± digit Hysteresis U 40 % (5 %)* Underfrequency < Hz Hz** Overfrequency > Hz Hz** Resolution of setting f Hz 0. Hz Resolution of setting f Hz Hz Preset function: Underfrequency for f n = 400/60/50/6.7 Hz 399/59/49/5.7 Hz Overfrequency for f n = 400/60/50/6.7 Hz 40/6/5/7.7 Hz Hysteresis frequency Hys Hz 0. Hz (0. Hz)* Relative uncertainty, frequency in the range of Hz ± 0. %, ± digit Time response Start-up delay t s (0 s)* Response delay t on/ s (0 s)* Delay on release t off s (0.5 s)* Resolution of setting t, t on/, toff (0 0 s) 0. s Resolution of setting t, t on/, t off (0 99 s) s Resolution of setting t, t on/, toff ( s) 0 s Operating time, voltage t ae DC/AC 6.7 Hz: 30 ms, AC Hz: 70 ms Operating time frequency t ae AC Hz: 30 ms Response time t an t an = t ae + t on/ Discharging time energy backup on power failure (VME4H-D-) 3 s Discharging time energy backup on power failure (VME4H-D-).5 s at f n < 4 Hz Discharging time energy backup (VME4H-D-) 4 s at DC 70 V 6 s at DC 80 V/AC 70 V Charging time energy backup (VME4H-D-) 60 s Charging time energy backup (VME4H-D-) 0 s Recovery time t b 300 ms Displays, memory Display LC display, multifunctional, not illuminated Display range measured value (VME4H-D-) AC/DC 0 50 V Display range measured value (VME4H-D-) AC/DC V Operating uncertainty at 50/60 Hz ±.5 %, ± digits Operating uncertainty voltage in the range of Hz ± 3 %, ± digits Operating uncertainty in the frequency range Hz ± 0. %, ± digit History memory (HiS) for the first alarm value data record measured values Password off/0 999 (off)* Fault memory (M) alarm relay on/off/con (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation/n/o operation K: Err, < U, > U, < Hz, > Hz, S.AL (undervoltage < U: N/C operation n.c.)* K: Err, < U, > U, < Hz, > Hz, S.AL (overvoltage > U: N/O operation n.o.)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC K3 (except condensation and formation of ice) Long-time storage (IEC K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059 IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version VME4H-D- D36 V.x Software version VME4H-D- D37 V.x Operating manual TGH403 Weight 40 g ( )* = factory setting ** = The technical data applies to the operating range of the rated frequency Hz only. 8 Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME4H

129 Dimension diagram (dimensions in mm) Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow), lights when the set response value >U/<f/>f is exceeded and flashes in the event of system fault alarm 3 Alarm LED AL (yellow), lights when the value falls below the set response vlaue <U/<f/>f and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: To change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button T >.5 s 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters To delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level Wiring diagram Un 4 3 Connection to the system/load being monitored Alarm relay K : Configurable for <U/>U/<f/>f/ERROR 3 Alarm relay K : Configurable for <U/>U/<f/>f/ERROR 4 Line protection according to IEC : A fuse recommended recommended. If being supplied from an IT system, both lines have to be protected by a fuse. Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VME4H 9

130 LINETRAXX VMD40 Multi-functional voltage relay for 3(N)AC systems, frequency/overvoltage/undervoltage, phase, phase failure, asymmetry 3. Typical applications Monitoring of voltage-sensitive machines and electrical installations Switching machinery and equipment on and off at a certain voltage level Monitoring of stand-by and emergency supply systems Supply voltage monitoring of portable loads Protection of three-phase motors against phase failure and phase open-circuit Transformer protection, asymmetrical load can be recognised Device features Undervoltage, overvoltage and frequency monitoring in 3(N)AC systems V Asymmetry, phase failure and phase sequence monitoring Various monitoring functions selectable< U, > U, < f, > f Start-up delay, response delay and delay on release Adjustable switching hysteresis r.m.s. value measurement (AC+DC) Digital measured value display via multi-functional LC display Preset function (automatic setting of basic parameters) LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Further information For further information refer to our product range on Approvals Ordering information Supply voltage ) US Type Art. No. DC AC AC/DC V, Hz 6 7 V VMD40-D- B V, Hz VMD40-D- B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD40

131 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) - (N, L, L, L3) - (,, 4) - (,, 4) Voltage test acc. to IEC 600-: (N, L, L, L3) - (A, A), (,, 4) 3.3 kv (N, L, L, L3) - (,, 4). kv (A, A) - (,, 4) - (,, 4). kv Supply voltage VMD40-D-: Supply voltage US Frequency range US VMD40-D-: Supply voltage US Frequency range US Power consumption Measuring circuit Measuring range (r.m.s. value) (L-N) Measuring range (r.m.s. value) (L-L) Rated frequency fn Frequency display range AC 6 7 V/DC V Hz AC/DC V Hz 4 VA AC 0 88 V AC V Hz Hz Response values Type of distribution system 3(N)AC/3AC (3AC)* Undervoltage < U (Alarm ) (measurement method: AC 6 500/6 88 V Overvoltage > U (Alarm ) (measurement method: 3Ph/3n) AC 6 500/6 88 V Resolution of setting U V Preset function for 3AC measurement: Undervoltage < U (0.85 Un)* for U n = 400/08 V 340/77 V Overvoltage > U (. Un)* for Un = 400/08 V 440/9 V Preset function for 3(N)AC measurement: Undervoltage < U (0.85 Un)* for U n = 30/0 V 96/0 V Overvoltage > U (. Un)* for U n = 30/0 V 53/3 V Asymmetry 5 30 % (30 %)* Phase failure by setting the asymmetry Phase sequence clockwise/anticlockwise rotation (off)* Relative uncertainty, voltage at 50/60 Hz ±.5 %, ± digits Relative uncertainty, voltage in the range Hz ± 3 %, ± digits Hysteresis U 40 % (5 %)* Underfrequency < Hz Hz** Overfrequency > Hz Hz** Resolution of setting f ( Hz) 0. Hz Resolution of setting f ( Hz) Hz Preset function: Underfrequency for fn = 400/60/50/6.7 Hz 399/59/49/5.7 Hz Overfrequency for fn = 400/60/50/6.7 Hz 40/6/5/7.7 Hz Hysteresis, frequency Hys Hz 0. Hz (0. Hz)* Relative uncertainty, frequency range Hz ± 0. %, ± digit Time response Start-up delay t Response delay ton/ Delay on release toff Resolution of setting t, ton/, t off (0 0 s) Resolution of setting t, ton/, t off (0 99 s) Resolution of setting t, ton/, t off ( s) Operating time, voltage tae Operating time, frequency tae Response time tan Recovery time t b s (0 s)* s (0 s)* s (0.5 s)* 0. s s 0 s 40 ms 335 ms t an = t ae + t on/ 300 ms Displays, memory Display LC display, multifunctional, not illuminated Display range measured value AC/DC V Operating uncertainty, voltage at 50 Hz/60 Hz.5 %, digits Operating uncertainty voltage in the range of Hz ± 3 %, ± digits Operating uncertainty, frequency in the range of Hz ± 0. %, ± digit History memory (HiS) for the first alarm value data record measured values Password off/0 999 (off/ 0)* Fault memory (M) alarm relay on/off/con (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation n.c. or N/O operation n.o. K: Err, < U, > U, Asy, < Hz, > Hz, PHS, S.AL (undervoltage < U, asymmetry Asy, N/C operation n.c.)* K: Err, < U, > U, Asy, < Hz, > Hz, PHS, S.AL (overvoltage >U, asymmetry Asy, N/O operation n.o.)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059 IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D38 V.x Operating manual TGH396 Weight 50 g ( )* = factory setting ** = The technical data can only be ensured in the operating range of the nominal frequency Hz. 3. Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD40 3

132 Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow), lights when the set response value >U/<f/>f >f/asy/phs is exceeded and flashes in the event of system fault alarm 3 Alarm LED AL (yellow), lights when the set response value >U/<f/>f >f/asy/phs is exceeded and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: to change the measured value display, move upwards in the menu or to change parameters To call up the self test: press the button T >.5 s 6 Reset button R : Arrow down button: to change the measured value display, move downwards in the menu or to change parameters To delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level When the menu item LEd is activated, the alarm LED AL indicates that K is in the alarm state. When AL lights up, K is in the alarm position. Wiring diagram 3 5 US 5 4 Connection to the system/load to be monitored Supply voltage US (see ordering information) 3 Alarm relay K : Configurable for <U/>U/<f/>f/Asy/PHS/ERROR 4 Alarm relay K : Configurable for <U/>U/<f/>f/Asy/PHS/ERROR 5 Fuse as line protection. 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. 3 Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD40

133 LINETRAXX VMD4H Multi-functional voltage relay for 3(N)AC systems, frequency/overvoltage/undervoltage, phase, phase failure, asymmetry Typical applications Monitoring of voltage-sensitive machines and electrical installations Switching machinery and equipment on and off at a certain voltage level Monitoring of stand-by and emergency supply systems Supply voltage monitoring of portable loads Protection of three-phase motors against phase failure and phase open-circuit Transformer protection, asymmetrical load can be recognised Approvals Device features Undervoltage, overvoltage and frequency monitoring in 3(N)AC systems /88 V Without external supply voltage Integrated energy backup Asymmetry, phase failure and phase sequence monitoring Various monitoring functions selectable <U, >U, <f, >f Start-up delay, response delay, delay on release Adjustable switching hysteresis r.m.s. value measurement (AC+DC) Digital measured value display via multi-functional LC display Preset function (automatic setting of basic parameters) LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Standards The LINETRAXX VMD4H series complies with the requirements of the device standards: IEC 600- and IEC Further information For further information refer to our product range on 3. Ordering information Nominal system voltage ) Un Type Art. No. 3(N)AC V, Hz VMD4H-D-3 B Device version with screw terminals on request. ) Absolute values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VMD4H 33

134 3. Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree Protective separation (reinforced insulation) between (N, L, L, L3) - (,, 4) - (,, 4) Voltage test acc. to IEC 600-: (N, L, L, L3) - (,, 4) (N, L, L, L3) - (,, 4) Supply voltage Supply voltage US Power consumption Measuring circuit Measuring range (r.m.s. value) (L-N) Measuring range (r.m.s. value) (L-L) Rated frequency fn Frequency display range 400 V 4 kv/3 3.3 kv. kv none (internally supplied by Un) 6 VA AC 0 88 V AC V Hz Hz Response values Type of distribution system 3(N)AC/3AC (3AC)* Undervoltage < U (Alarm ) (measurement method: 3Ph/3n) AC /70 88 V Overvoltage > U (Alarm ) (measurement method: 3Ph/3n) AC V/70 88 V Resolution of setting U V Preset function for 3AC measurement: Undervoltage < U (0.85 Un)* for Un = 400/08 V 340/77 V Overvoltage > U (. Un)* for U n = 400/08 V 440/9 V Preset function for 3(N)AC measurement: Undervoltage < U (0.85 Un)* for U n = 30/0 V 96/0 V Overvoltage > U (. Un)* for U n = 30/0 V 53/3 V Asymmetry 5 30 % (30 %)* Phase failure by setting the asymmetry Phase sequence clockwise/anticlockwise rotation (off)* Relative uncertainty, voltage at 50/60 Hz ±.5 %, ± digits Relative uncertainty voltage in the range Hz ±3 %, ± digits Hysteresis U 40 % (5 %)* Underfrequency < Hz Hz Overfrequency > Hz Hz Resolution of setting f Hz 0. Hz Resolution of setting f Hz Hz By preset function : Underfrequency for fn = 400/60/50/6.7 Hz 399/59.5/49.5/6. Hz Overfrequency for fn = 400/60/50/6.7 Hz 40/60.5/50.5/7. Hz Hysteresis frequency Hys Hz 0. Hz (0. Hz)* Relative uncertainty, frequency in the range of Hz ±0. %, ± digit Time response Start-up delay t Response delay ton/ Delay on release toff Operating time, voltage tae Operating time, frequency tae Response time tan Discharging time energy backup on power failure Charging time energy storage Recovery time tb 0 99 s (0 s)* 0 99 s (0 s)* 0 99 s (0.5 s)* 40 ms 335 ms tan = tae + ton/.5 s 60 s 300 ms Displays, memory Display LC display, multifunctional, not illuminated Display range measured value AC/DC V Operating uncertainty, voltage at 50/60 Hz ±.5 %, ± digits Operating uncertainty voltage in the range of Hz ±3 %, ± digits Operating uncertainty, frequency in the range of Hz ±0. %, ± digit History memory (HiS) for the first alarm value data record measured values Password Off/0 999 (OFF)* Fault memory (M) alarm relay on/off/con (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation n.c. or N/O operation n.o. K: Err, < U, > U, Asy, < Hz, > Hz, PHS (undervoltage < U, asymmetry Asy, N/C operation n.c.)* K: Err, < U, > U, Asy, < Hz, > Hz, PHS (overvoltage > U, asymmetry Asy, N/O operation n.o.)* Electrical endurance, number of cycles 0000 Fault memory on/off (on)* Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-term storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting position vertically, see dimension diagram Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH405 Weight 40 g ( )* = factory setting 34 Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VMD4H

135 Dimension diagram (dimensions in mm) Displays and controls Power On LED ON (green), lights when the supply voltage is applied or flashes in the event of system fault alarm Alarm LED AL (yellow), lights when the set response value >U/<f/>f >f/asy/phs is exceeded and flashes in the event of system fault alarm 3 Alarm LED AL (yellow), lights when value falls below the set response value >U/<f/>f >f/asy/phs and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: To change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button >.5 s 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters To delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level Wiring diagram 4 3 Connection to the system/load to be monitored Alarm relay K : Configurable for <U/>U/<f/>f/Asy/PHS/ERROR 3 Alarm relay K : Configurable for <U/>U/<f/>f/Asy/PHS/ERROR 4 Fuse as line protection. 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. Measuring and monitoring relays voltage relays Monitoring relay for undervoltage, overvoltage and frequency LINETRAXX VMD4H 35

136 LINETRAXX VMD43/VMD43H Three-phase voltage and frequency monitoring relay for CHPs (Combined Heat and Power plants), wind power stations, hydroelectric power plants and photovoltaic systems in accordance with DIN V VDE V Typical applications Monitoring of automatic switching points between private electricity generation power system in parallel operation with the public low voltage grid Applications according to DIN V VDE V 06-- (VDE V 06--): 006-0, C 0/, EN 50438:007 Universally applicable for photovoltaic systems, CHPs (Combined Heat and Power plants), wind power and hydro power plants Approvals Device features VMD43 with separate supply voltage VMD43H is supplied by the system being monitored Undervoltage, overvoltage and underfrequency and overfrequency monitoring in 3(N)AC systems AC V Monitoring of overvoltage by average determination of the latest 0-minute measuring interval Asymmetry, phase failure and phase sequence monitoring Start-up delay, response delay and delay on release Adjustable switching hysteresis r.m.s. value measurement (AC+DC) Digital measured value display via multi-functional LC display LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device settings Sealable transparent cover Push-wire terminal (two terminals per connection) Two-module enclosure (36 mm) RoHS compliant Certificates of non-objection DIN V VDE V 06--:006- (France, Switzerland) DIN V VDE V 06--:006- and EN 50438:007 (Czech Republic) C 0/ (Belgium) Further information For further information refer to our product range on Ordering information Supply voltage ) U S Response value Type Art. No. DC AC AC V 6 7 V, Hz V VMD43-D- B V V, Hz V VMD43-D- B U n U n V VMD43H-D-3 B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD43VMD43H

137 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) - (N, L, L, L3) - (,, 4) - (,, 4) Voltage test according to IEC 600-: VMD43 and VMD43H: (N, L, L, L3) - (A, A), (,, 4) 3.3 kv (N, L, L, L3) - (,, 4). kv VMD43: (A, A) - (,, 4) - (,, 4). kv Supply voltage VMD43-D-: Supply voltage U S Frequency range U S VMD43-D-: Supply voltage U S Frequency range U S Power consumption VMD43H-D-3: Supply voltage U S Power consumption Measuring circuit Measuring range (r.m.s. value) (L-N) Measuring range (r.m.s. value) (L-L) Rated frequency f n Frequency display range AC 6 7 V/DC V Hz AC/DC V Hz 4 VA none (internally supplied by Un) 6 VA AC 0 88 V AC V Hz 5 00 Hz Response values VMD43-D-/VMD43-D- Type of distribution system 3(N)AC/3AC (3(N)AC)* Undervoltage< U (Alarm ) (measurement method: 3Ph/3n) AC 0 500/0 88 V (84)* Overvoltage > U (Alarm ) (measurement method: 3Ph/3n) AC 0 500/0 88 V (64)* Overvoltage > U (Alarm ) (measurement method: 3Ph/3n) AC 0 88 V (53)* Overvoltage U 0-minute average determination Schrittweite U V VMD43H-D-3 Type of distribution system 3(N)AC/3AC (3(N)AC)* Undervoltage < U (Alarm ) (measurement method: 3Ph/3n ) AC /70 88 V Overvoltage > U (Alarm ) (measurement method: 3Ph/3n ) AC /70 88 V Resolution of setting U V Asymmetry 5 30 % (30 %)* Phase failure by setting the asymmetry Phase sequence clockwise R/anticlockwise L (R/on)* Relative uncertainty, voltage at 50/60 Hz ±.5 %, ± digits Hysteresis U 40 % (5 %)* Underfrequency< Hz Hz (47.5 Hz)* Overfrequency > Hz Hz (50. Hz)* Resolution of setting f 0. Hz Hysteresis frequency Hys Hz 0. Hz (0. Hz)* Relative uncertainty, frequency Hz ±0. %, ± digit Time response Start-up delay t s (30 s)* Response delay t on/ s (0.) Delay on release t off s (30 s)* Resolution of setting t, t off, ton/ (0 0 s) 0. s Resolution of setting t, t off, ton/ (0 99 s) s Resolution of setting t, t off, ton/ ( s) 0 s Operating time, voltage t ae 80 ms Operating time, frequency t ae 80 ms Response time t an tan = tae + ton/ Recovery time tb 300 ms Discharging time energy backup on power failure for VMD43H.5 s Charging time energy backup for VMD43H 60 s Displays, memory Display LC display, multifunctional, not illuminated Display range measured value AC/DC V Operating uncertainty, voltage at 50/60 Hz ±.5 %, ± digits Operating uncertainty, frequency in the range of Hz ± 0. %, ± digit History memory (HiS) for the first alarm value data record measured values Password off/on/0 999 (on/6)* Fault memory (M) alarm relay on/off/con (OFF)* Switching elements Number x changeover contacts (K, K) Operating principle K/K N/O operation n.o/n/c operation n.c K: (undervoltage < U, overvoltage > U, asymmetry Asy, underfrequency < Hz, overfrequency > Hz, alarm when starting SAL, N/C operation n.c.)* K: (device error Err, undervoltage < U, overvoltage > U, asymmetry Asy, underfrequency < Hz, overfrequency > Hz, phase sequence PHS, overvoltage > U, alarm when starting SAL, N/C operation n.c.)* Electrical endurance, number of cycles 0000 Fehlerspeicherung on/off/con (off)* Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D344 V3.x Operating manual TGH444 Weight VMD43 50 g VMD43H 40 g ( )* = Factory setting 3. Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD43VMD43H 37

138 Dimension diagrams (dimensions in mm) VMD43 VMD43H 70,5 47,5 3, ,5 90 Displays and controls Power On LED ON (green); Lights up when voltage is available and when the device is in operation or flashes in case of system fault alarm. Alarm LED AL (yellow): Lights up in case of the following fault messages: >U/>U (0 minute average determination) 3 Alarm LED AL (yellow): Lights up in case of the following fault message: <U Both the alarm LEDs AL and AL light up in case of the following fault messages: <f/>f/asy/phs, the alarm LEDs flash in case of system fault alarm. 4 Display: Displays operating information. 5 Test button T : UPWARDS (<.5 s)/test (>.5 s): The arrow up button is used to increase input values or to navigate through the menu. The test button is used to start a manual self test. 6 Reset button R : Down (<.5 s)/reset (>.5 s): The arrow down button is used to decrease input values or to navigate through the menu. The reset button R is used to activate a manual reset. 7 ENTER (<.5 s)/menu (>.5 s) button: The Enter button is used to save input data and changed data. Press the MENU button to call up the menu system. Press the MENU (ESC) button >.5 s in the menu mode to abort an action or to return to the previous menu level. (ESC) When the menu item LEd is activated, the alarm LED AL indicates that K is in the alarm state. When AL lights up, K is in the alarm position. 38 Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD43VMD43H

139 Wiring diagram VMD US 5 4 Connection to the system/load to be monitored Supply voltage US (see ordering information) 3 Alarm relay K : Configurable for <U/>U/>U/<f/>f/Asy/PHS/ERROR 4 Alarm relay K : Configurable for <U/>U/>U/<f/>f/Asy/PHS/ERROR 5 Fuse as line protection. 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. Wiring diagram Connection to the system to be monitored and to supply voltage Alarm relay K : Configurable for <U/>U/>U/<f/>f/Asy/PHS/ERROR 3 Alarm relay K : Configurable for <U/>U/>U/<f/>f/Asy/PHS/ERROR 4 Fuse as line protection. 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. Measuring and monitoring relays voltage relays Three-phase voltage and frequency monitoring relay LINETRAXX VMD43VMD43H 39

140 LINETRAXX VMD460-NA Network and system protection (NS protection) for monitoring the power feed-in of power generation systems 3. Typical applications Automatic switching point between a power generation system operated in parallel with the network and the public grid Application in accordance with CEI 0-, VDE-AR-N 405, BDEW guideline, C0/, G59/, G83/, DIN V VDE V 06-- Universally applicable for safe mains decoupling of power generation systems Device features Straightforward commissioning due to pre-set basic programs for national standards and regulations Single-fault tolerance Monitoring of the connected coupling switch (configurable: NC/NO/off) Islanding detection df/dt (ROCOF) Interface RS-485 (software update) Test function for the determination of the disconnection time Test button for the trigger circuit The last 300 distribution network faults can be recalled with time stamp/real-time clock Continuous monitoring of the phase and line-to-line voltage Separate switching conditions after a threshold infringement Language selection (German, English, Italian) Backlit graphics LC display Password protection for device setting Remote shutdown via ripple control signal receiver Sealable enclosure Certificates of non-objection/certificate of conformity CEI O- VDE-AR-N 405 BDEW guideline C0/ G59/ G83/ DIN V VDE V 06-- in preparation in preparation in preparation in preparation in preparation Further information For further information refer to our product range on Ordering information Supply voltage U S Type Art. No. DC AC 50/60 Hz V VMD460-NA-D- B Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays voltage relays Network and system protection (NS protection) VMD460-NA

141 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 6 kv/ii Safe separation (reinforced insulation) between (A, A) - (L, L, L3, N) - (,, 4,,, 4) (D, D, D3, D4, DG/, DG3/4, RTG, RT)-(A, A, L, L, L3, N) Voltage test acc. to IEC 600-: (N, L, L, L3) - (A, A), (,, 4,,, 4) 3.3 kv Supply voltage Nominal supply voltage US Operating range US Power consumption Measuring circuit Nominal system voltage Un (r.m.s. value) (L-N) Nominal system voltage Un (r.m.s. value) (L-L) Rated frequency fn Response values Type of distribution system AC/DC V DC/50/60 Hz AC/DC V DC/40 70 Hz 8 VA/3 W AC V AC 0 50 V Hz NAC: 30 V, 50 Hz 3NAC: 400/30 V, 50 Hz Relative uncertainty, voltage U 80 V: % U > 80 V: ± 3 % Resolution of setting, voltage % Rated frequency 50 Hz Relative uncertainty, frequency ±0. % Resolution of setting f 0.05 Hz Recording of measurement values, condition for connection L-N, L-L 0.3 Un <f Hz >f Hz Recording of measurement value, condition for disconnection L-N, L-L 0.3 U n <f Hz >f Hz df/dt 0. 5 Hz/s Time response Delay time for connection ton Resolution of setting ton Operating time voltage tae Operating time frequency tae Recovery time tb Digital inputs Monitoring of potential-free contacts or voltage inputs: D D D3 D4 RT DG/, DG3/4, RTG 40 ms 30 s/ 3600 s < 0 s: 0. s >0 s: s 5 ms 5 ms 300 ms closed = low; 0 4 V; I in < -5 ma open = high; > 6 30 V Feedback signal contact K Feedback signal contact K Local control (mode) External signal (mode) Remote trip GND Displays, memory Display LC display, multi-functional, illuminated Display range measured value AC/DC 0 50 V Operating uncertainty, voltage U 80 V: % U > 80 V: ± 3 % Operating uncertainty, frequency ±0. % History memory for the last 300 messages per data record measured values Password on/off/0 999 (off*) Switching elements Number x changeover contacts (K, K) Operating mode N/C operation n.c /N/O operation n.o. Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC DIN EN /CEI 0- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties: rigid flexible Stripping length Tightening torque screw terminals or push-wire terminals 0. 4 mm² (AWG 4 ) 0..5 mm² (AWG 4 4) 8 9 mm Nm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate Flammability class UL94 V-0 DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Weight 360 g ( )* = factory setting 3. Dimension diagrams (dimensions in mm) Measuring and monitoring relays voltage relays Network and system protection (NS protection) VMD460-NA 4

142 Displays and controls LINETRAXX VMD460 V Both alarm LEDs AL and AL : light when voltage and frequency values are outside the thresholds. LED ON (green): lights up when voltage is available and when the device is in operation or flashes in case of system fault alarm (external watchdog). 3 Backlit LC display 4 INFO button 5 The test button TEST is used to start a manual self test that triggers both alarm relays (trigger test to check the coupling switches). In addition, a fault is simulated to determine the disconnection time. Arrow up button: parameter change, scroll 6 RESET button: to acknowledge alarm and fault messages Arrow down button: parameter change, scroll 7 MENU button: to toggle between the standard display, menu and alarm display 3. Wiring diagram VMD460 (VDE-AR-N-405) coupling switches coupling switches L L L3 N power generation system 6A 6A 6A U S IT System 6A 6A A A L L L3 N DG/ D 4 4 D 4 K 3 K DG/ D D L L L3 4 4 LINETRAXX VMD460 V DG3/4 D3 D4 N RT RTG 7 A B DG3/4 D3 D4 RT RTG 6 5 Supply voltage U S (see ordering information) Coupling to the grid 3 Relay connections 4 Contact monitoring coupling switch (feedback signal contacts, optional NC/NO/off) NO (in non-operating state open) NC (in non-operating state open) off (contact monitoring switched off) 5 Remote trip input (NC/NO) 6 RS-485 interface 7 Activate or deactivate the BMS bus terminating resistor (0 Ω ) 4 Measuring and monitoring relays voltage relays Network and system protection (NS protection) VMD460-NA

143 Wiring diagram VMD460 (CEI 0-) DG/ Backup < U D coupling switches L L L3 N power generation system 6A 6A 6A U S IT System 6A 6A A A L L L3 N 3 DG/ D 4 4 K 4 K DG/ D D L L L3 4 4 LINETRAXX VMD460 V DG3/4 D3 D4 N 3. RT RTG 8 A B DG3/4 D3 D4 RT RTG Supply voltage U S (see ordering information) Coupling to the grid 3 Contact monitoring coupling switch (feedback signal contacts, optional NC/NO/off) NO (in non-operating state open) NC (in non-operating state open) off (contact monitoring switched off) 4 Relay connections 5 GND, digital inputs (external monitoring) 6 Remote trip input (NC/NO) 7 RS-485 interface 8 Activate or deactive the BMS bus terminating resistor (0 Ω ) Intended use coupling switches coupling switches G public grid power generation systems VMD460 The principle of an installation according to CEI 0-; VDE-AR-N 405 (30 kw and higher), C0/, BDEW-Richtlinie, DIN VDE 06--, G59/, G83/ Measuring and monitoring relays voltage relays Network and system protection (NS protection) VMD460-NA 43

144 LINETRAXX CME40 Multi-functional current relay, AC, overcurrent/undercurrent/window discriminator function 3. Typical applications Current consumption of motors, such as pumps, elevators, cranes Monitoring of lighting circuits, heating circuits, charging stations Monitoring of emergency lighting Monitoring of screw conveyors, e.g. in sewage plants Dust removal in wood working Approvals Device features Undercurrent and overcurrent monitoring in AC systems 0. 6 A Indirect current monitoring with standard current transformers x/5 A Transformation ratio n allows adaptation to all standard current transformers x/5 A Different monitoring functions selectable < I, > I or < I/> I Start-up delay, response delay, delay on release Adjustable switching hysteresis r.m.s. value measurement (AC) Digital measured value display via multi-functional LC display LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays (one changeover contact each) N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Standards The LINETRAXX CME40 series complies with the requirements of the device standards: IEC Further information For further information refer to our product range on Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz CME40-D- B V V, Hz CME40-D- B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CME40

145 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l) - (,, 4) - (,, 4) Maximum rated voltage of the system being monitored (conductor to be monitored directly connected) With protective separation AC 30 V Without protective separation AC 400 V Voltage test acc. to IEC kv Supply voltage Supply voltage US Power consumption Measuring circuit Rated frequency Measuring range Overload capability, continuous Overload capability < s Frequency display range see ordering information 4 VA Hz AC A 7.6 A 40 A Hz Response values Undercurrent (alarm ) direct connection: AC 0. 6 A ( A)* Overcurrent (alarm ) direct connection: AC 0. 6 A (0 A)* current transformer x/5 A: 0. x n 999 A (0 A)* Transformation ratio n 000 ()* Relative uncertainty in the range of 50/60 Hz ± 3 % ± digit Relative uncertainty in the range of Hz ± 5 % ± digits Hysteresis 40% (5 %)* Time response Start-up delay t Response delay ton Response delay ton Delay on release toff Operating time tae Response time tan Recovery time t b Displays, memory Display range measured value Operating uncertainty in the range of 50/60 Hz Operating uncertainty in the range of Hz Measured-value memory for alarm value Password Fault memory alarm relay 0 99 s (0.5 s)* 0 99 s ( s)* 0 99 s (0 s)* 0 99 s (0. s)* 70 ms tan = tae + ton/ 300 ms AC A x n ± 3 % ± digit ± 5 % ± digit data record measured values off/0 999 (off)* on/off (on)* Switching elements Number relays, each with changeover contact Operating principle NC/N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact load/gold-plated relay contacts ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter M3 push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use any Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual TGH400 Weight 60 g ( )* factory setting 3. Dimension diagram (dimensions in mm) 70,5 47,5 36 3, 45 67,5 90 Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CME40 45

146 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow): lights when the set response value is exceeded or flashes in the event of system fault alarm 3 Alarm LED AL (yellow): lights when the value falls below the set response value or flashes in the event of system fault alarm. 4 Multi-functional LC display 5 Test button T : Arrow up button: to change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button T >.5 s Wiring diagram 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters to delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level 3 U S 5 4 Connection to the system/load being monitored Supply voltage U S (see ordering information) 3 Alarm relay K : configurable for <I, >I or <I/>I/ERROR/TEST 4 Alarm relay K : configurable for <I, >I or <I/>I/ERROR/TEST 5 Line protection according to IEC : 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. 46 Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CME40

147 LINETRAXX CMD40/CMD4 Current monitoring relays for monitoring 3AC currents for overcurrent and undercurrent using measuring current transformers or current monitoring with window discriminator function Device features Typical applications Current consumption of motors, such as pumps, elevators, cranes Monitoring of lighting circuits, heating circuits, charging stations Monitoring of emergency lighting Monitoring of screw conveyors, e.g. in sewage plants Dust removal in wood working 70 % agreement in accordance with EEG 0 for PV inverters Undercurrent and overcurrent monitoring in AC systems with prealarm and main alarm or current monitoring with window discriminator function Current monitoring using current transformers, suitable for standard transformers x/ A, x/5 A (depending on the device type) Transformation ratio n allows adaptation to all standard current transformers x/ A, x/5 A Start-up delay, response delay and delay on release Adjustable switching hysteresis r.m.s. value measurement AC Digital measured value display via multi-functional LC display LEDs: Power On, Alarm, Alarm Fault memory for the operating value Cyclical self monitoring Internal test/reset button Two separate alarm relays with one changeover contact each N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant 3. Approvals Further information For further information refer to our product range on Ordering information Suitable for current transformer types x/a x/5a Response value 0. A x n A x n Device version with screw terminals on request. ) Absolut values Supply voltage ) US Type Art. No. DC AC AC/DC 9.6 V 94 V, Hz 6 7 V CMD40-D- B V, Hz CMD40-D- B V, Hz 6 7 V CMD4-D- B V, Hz CMD4-D- B Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CMD40/CMD4 47

148 3. Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l) - (,, 4) - (,, 4) Protective separation (reinforced insulation) between (k, l, k, l, k3, l3) - (,, 4) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: (k, l, k, l, k3, l3) - (A, A), (,, 4) Basic insulation between: (,, 4) - (,, 4) Voltage test acc. to IEC kv Supply voltage CMD40-D-, CMD4-D-: Supply voltage US Frequency range US CMD40-D-, CMD4-D-: Supply voltage US Frequency range US Power consumption Measuring circuit CMD40 Nominal measuring range (r.m.s. value) n = Overload capability, continuous Overload capability < 5 s Load per measuring input Rated frequency fn AC 6 7 V/DC V Hz AC/DC V Hz 4 VA AC 0 A A 5 A 50 mω Hz Response values CMD40 Undercurrent Lo < I (Alarm ) n = AC 0. A (0.3 A)* Undercurrent Lo < I (Alarm ) n = % (50 %)* Take a maximum nominal current of A into consideration! Overcurrent Hi > I (Alarm ) n = AC 0. A (0.3 A)* (Hi)* Overcurrent Hi > I (Alarm ) n = % (50 %)* (Hi)* Window In > I (Alarm ) n = AC 0. A (0.3 A)* Window In < I (Alarm ) n = % (50 %)* External current transformer x/ A Transformation ratio n 000 ()* Relative uncertainty in the range of Hz ± 5 %, ± digits Hysteresis 3 40% (5 %)* Measuring circuit CMD4 Nominal measuring range (r.m.s. value) Overload capability, continuous Overload capability < 5 s Load per measuring input Rated frequency fn AC 0 5 A 7.5 A with screw-type terminal connection: 0 A with push-wire terminals: A 3 mω Hz Response values CMD4 Undercurrent Lo < I (Alarm ) n = AC A (.5 A)* Undercurrent Lo < I (Alarm ) n = % (50 %)* Take a maximum nominal current of 5 A into consideration! Overcurrent Hi > I (Alarm ) n = AC A (.5 A)* (Hi)* Overcurrent Hi > I (Alarm ) n = % (50 %)* (Hi)* Window In > I (Alarm ) n = AC A (.5 A)* Window In < I (Alarm ) n = % (50 %)* External current transformer x/5 A Transformation ratio n 000 ()* Relative uncertainty in the range of Hz ± 5 %, ± digits Hysteresis 3 40% (5 %)* Time response Start-up delay t Response delay ton Response delay ton Delay on release toff Resolution of setting t, ton/, t off (0 0 s) Resolution of setting t, ton/, t off (0 99 s) Resolution of setting t, ton/, toff ( s) Operating time tae Response time tan Device release time tre Release time toff Recovery time tb s (0.5 s)* s ( s)* s (0 s)* s ( s)* 0. s s 0 s 30 ms tan = tae + ton/ 35 ms toff = tre + toff 300 ms Displays, memory Display LC display, multifunctional, not illuminated Display range, measured value (r.m.s. value) x transformation ratio n CMD40: AC 0 A x n CMD4: AC 0 5 A x n Operating uncertainty in the range of Hz ± 5 %, ± digit Measured-value memory (HiS) for the first alarm value data record measured values Password on/off/0 999 (OFF)* Fault memory (M) alarm relay on/off/con (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation/n/o operation K: Err, I, I, tes (device error Err, overcurrent prewarning > I, test button tes)* K: Err, I, I, tes (device error Err, overcurrent alarm > I, test button tes)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC 3 AC 4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Classification of climatic conditions acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate Flammability class UL94 V-0 DIN rail mounting acc. to IEC 6075 Screw mounting x M4 with mounting clip Software version CMD40 D87 V.x Software version CMD4 D94 V.x Weight 50 g ( )* = factory setting 48 Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CMD40/CMD4

149 Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow): lights when the value exceeds or falls below the set response values and flashes in the event of system fault alarm 3 Alarm LED AL (yellow): lights when the value exceeds or falls below the set response values and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: To change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button T >.5 s 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters to delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level Wiring diagram L3 L k3 l3 k3 l3 A A k l k k l k l 3 K U S 5 A A l 4 4 K 4 Connection to the conductors to be monitored; using current transformers Supply voltage U S (see ordering information) 3 Alarm relay K : configurable for <I, >I or <I/>I/ERROR/TEST 4 Alarm relay K : configurable for alarm <I, >I or <I/>I/ERROR/TEST 5 Line protection according to IEC : 6 A fuse recommended. If being supplied from an IT system, both lines have to be protected by a fuse. Measuring and monitoring relays current relays Multi-functional current relay LINETRAXX CMD40/CMD4 49

150 LINETRAXX CMS460-D Multi-channel AC, pulsed DC sensitive load current evaluator for AC systems (TN, TT and IT systems) Device features 3. Typical applications Monitoring of loads and installations for load currents in the frequency range of Hz (measuring current transformers W, WR, WS, WF ) Monitoring of currents regarded as fire hazards in flammable atmospheres EMC monitoring of TN systems for stray currents and additional N-PE connections Monitoring of N conductors for overload caused by harmonics Monitoring of PE and equipotential bonding conductors to ensure they are free of current Optional AC or pulsed DC sensitive measurements for each channel r.m.s. value measurement measuring channels per individual device for load current Up to 90 evaluators CMS460-D in the system (080 measuring channels) Fast parallel scanning for all channels Response ranges 00 ma 5 A (4 000 Hz) Preset function Adjustable time delays Adjustable frequency behaviour (e.g. fire and plant protection) History memory with date and time stamp for 300 data records/channel Data logger for 300 data records/channel Analysis of the harmonics, THD Two alarm relays with one changeover contact each N/O or N/C operation and fault memory selectable Connection external test and reset button Backlit graphical display (7-segment display) and alarm LEDs Data exchange via BMS bus Password protection for device setting RoHS compliant Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. DC AC 6 94 V 6 7 V, Hz CMD460-D- B V V, Hz CMD460-D- B ) Absolut values Accessories Type designation Art. No. XM460 mounting frame, 44 x 8 mm B Suitable system components Type designation Version Type of construction Type Page circular W 8 Measuring current transformers pulsed DC sensitive rectangular WR 4 split-core WS 8 flexible WF 3 BMS bus TCP IP via Ethernet COM460IP 6 Protocol converters BMS bus Modbus/RTU FTC470XMB 66 BMS bus PROFIBUS DP FTC470XDP 68 Alarm indicator and test combination MK RS-485 repeater DI-DL 58 Power supply unit for DI- AN47 50 Measuring and monitoring relays current relays Multi-functional load current evaluator LINETRAXX CMS460

151 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between: (A, A) - (k, l k, R, T/R, T, A, B), (C, C, C4), (C, C, C4) Protective separation (reinforced insulation) between (C, C, C4) - (C, C, C4) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: (k, l k, R, T/R, T, A, B) - (C, C, C4), (C, C, C4) Voltage test acc. to IEC kv Supply voltage Rated supply voltage US Frequency range of US Power consumption see ordering information see ordering information 0 VA Measuring circuit External measuring current transformer W, WR, WS, WF series (Type A) Load Ω Rated insulation voltage (measuring current transformer) 800 V Operating characteristics acc. to IEC Type A, depending on the type of current transformer (Type A)* Rated frequency Hz (Type A) Cut-off frequency none, IEC, 50 Hz, 60 Hz (none)* Measuring range 00 ma 5 A (measuring current transformer Type A) 00 ma 30 A (measuring current transformer Flex) crest factor up to 0 A = 4, up to 5 A = Rated operating current In (alarm) 00 ma 5 A (6 A overcurrent)* Rated operating current In prewarning) 0 00 % x I n* Preset for alarm offset: 0 0 A ( A)* and I x factor 99 (3)* Relative uncertainty +0-0 % Hysteresis 40% (0 %)* Factor for additional CT 0; x 0 (x )* Number of measuring channels (per device/system) /080 Time response Start-up delay t (start-up) per device Response delay ton per channel Delay on release toff per channel Operating time tae at I Δn = x In / Operating time tae at IΔn = 5 x In / Response time tan for current measurement Scanning time for all measuring channels (current measurement) Recovery time tb 0 99 s (0 ms)* s (00 ms)* s (00 ms)* 80 ms 30 ms t an = t ae + t on/ 80 ms ms Displays, memory Display range measured value < 0 ma 5 A (measuring current transformer Type A) < 0 ma 30 A (measuring current transformer Flex) Operating uncertainty ± 0 % LEDs ON/ALARM LC display backlit graphical display History memory 300 data records Data logger 300 data records per measuring channel Password off/0 999 (off)* Language D, GB, F (GB)* Fault memory alarm relay on/off (off)* Inputs/outputs Test/reset button Cable length for external test/reset button internal/external 0 0 m Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus 90 ()* Cable lengths for W, WR, WS, WF series measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield connected to terminal l at one end, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Switching elements Number x changeover contact Operating principle NC/N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current (common alarm relays) 5 A 3 A A 0. A 0. A Rated operational current (alarm relay) A 0.5 A 5 A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636- Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 Connection Connection screw-type terminals Connection rigid/flexible/conductor sizes 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section) rigid/flexible 0..5/0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Mounting display-oriented Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Enclosure material polycarbonate Flammability class UL94V-0 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Operating manual TGH450 Weight 360 g ( )* factory setting 3. Dimension diagrams (dimensions in mm) Measuring and monitoring relays current relays Multi-functional load current evaluator LINETRAXX CMS460 5

152 Displays and controls LINETRAXX CMS LED ALARM lights up if the measured value falls below or exceeds the Alarm response value in a measuring channel. LED ALARM lights up if the measured value falls below or exceeds the Alarm response value in a measuring channel. In the event of a device error, the LED lights up. 3 The LED ON lights up when the device is switched on and flashes during power on until the device is ready for operation. 4 Backlit graphics LC display 5 INFO button: to call up standard information ESC button: to exit the menu function without changing parameters 6 TEST button: to call up the automatic self test Arrow up button: Parameter changes, scroll 7 RESET button: to delete alarm and fault messages Arrow down button: Parameter changes, scroll 8 MENU button: to toggle between the standard display, MENU and alarm display Enter button: to confirm parameter changes 3. Wiring diagrams Connection of supply voltage U S (see ordering information), 6 A fuse recommended. Connection of measuring current transformers CT CT 3 RS-485 interface with BMS protocol 4 External reset button R (N/O contact)* 5 External test button T (N/O contact). The external T/R buttons of several devices must not be connected to one another. 6 Alarm relay K : Alarm, common alarm for alarm, prewarning, device error, ext. alarm (adjustable) 7 Alarm relay K : Alarm, common alarm for alarm, prewarning, device error, ext. alarm (adjustable) 8 R on/off: Activate or deactivate the BMS bus terminating resistor (0 Ω) 5 Measuring and monitoring relays current relays Multi-functional load current evaluator LINETRAXX CMS460

153 Connection W, WR, WS series measuring current transformers (pulsed DC sensitive) Connection WF series measuring current transformer (pulsed DC sensitive) 3. Example for the design of a standard system consisting of an CMS460-D with up to measuring points Series W, WR, WS, WF Series W, WR, WS, WF Series W, WR, WS, WF L Series W, WR, L WS, WF L3 L Series W, WR, WS, WF L Series W, WR, WS, WF L3 CMS460-D Measuring and monitoring relays current relays Multi-functional load current evaluator LINETRAXX CMS460 53

154 Example for the design of a standard system consisting of two CMS460-D and one COM460IP BMS-Ethernet gateway CMS460-D CMS460-D COM460IP US AC V N L US 3. B/N A/P B/N A/P DI-DL Note: The DI- repeater only is required when the length of the cable exceeds 00 m or when more than 3 devices are connected to the bus. 54 Measuring and monitoring relays current relays Multi-functional load current evaluator LINETRAXX CMS460

155 LINETRAXX GM40 Loop monitoring relay to monitor loop resistances or PE conductor connections Typical applications Loop monitoring of motors Loop monitoring of PE conductor connections for wire interruptions in electrical installations Monitoring of earthing systems Approvals Device features Loop monitoring of the PE conductor in AC systems Measuring circuit providing a high resistance against extraneous voltages and indication of extraneous voltages Adjustable start-up delay, response delay and delay on release Adjustable switching hysteresis Digital measured value display via multi-functional LC display Preset function (automatic setting of basic parameters) LEDs: Power On, Alarm, Alarm Measured value memory for operating value Continuous self monitoring Internal test/reset button Two separate alarm relays with one changeover contact each N/C or N/O operation and fault memory behaviour selectable Password protection for device setting Sealable transparent cover Two-module enclosure (36 mm) Push-wire terminal (two terminals per connection) RoHS compliant Further information For further information refer to our product range on 3. Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz GM40-D- B V V, Hz GM40-D- B Device version with screw terminals on request. ) Absolut values Accessories Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Measuring and monitoring relays Application-specific selection Loop resistance Loop monitor LINETRAXX GM40 55

156 3. Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 400 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between: (A, A) - (E, KE) - (--4) - (--4) Voltage test acc. to IEC 600-: (E, KE) - [(A-A), (--4)] 3.3 kv (E, KE) - (--4). kv (A- A) - (--4) - (--4). kv Supply voltage Supply voltage US see ordering information Frequency range US see ordering information Power consumption 4 VA Measuring circuit Loop resistance Rm: Measuring range Rm 0 00 Ω Measuring current Im DC 0 ma Measuring voltage Um DC 4 V Extraneous voltage Uf: Measuring range Uf AC 0 50 V Rated frequency fn Hz Disconnection of the measuring loop at Uf V Reconnection of the measuring loop 0 V Permissible extraneous voltage Uf 440 V Permissible extraneous DC voltage, without influence on the measurement DC 0 V Response values Loop resistance > R (Alarm ) Ω Resolution of setting R = 0 0 Ω 0. Ω Resolution of setting R = 0 00 Ω Ω Preset function: Loop resistance (> R) = ((Rm Ω) x.5)* Relative uncertainty 0 Ω ±0 %, ± digit Relative uncertainty 00 Ω ±5 %, ± digit Hysteresis > R 40 % (5 %)* Extraneous voltage > U (Alarm ) 50 V (5 V)* Resolution of setting Uf 50 V 0.5 V Relative uncertainty Uf (> U) in the range of 50/60 Hz ± %, ± digit Relative uncertainty Uf (> U) in the range of Hz ±0 %, ± digit Hysteresis > U 40 % (5 %)* Time response Start-up delay t 0 99 s (0 s)* Response delay ton/ 0 99 s (0 s)* Delay on release toff 0 99 s (0.5 s)* Operating time In the case of loop interruption (R > 50 kω) t ae 40 ms In the case of closed loop (> R) tae 500 ms in case of extraneous voltage (> U) and overload (OL) tae 00 ms Response time tan t an = t ae + t on/ Recovery time t b 300 ms Recovery time tb after safety shutdown s Displays, memory Display LC display, multifunctional, not illuminated Display range, measuring value Rm 0 00 Ω Display range, measuring value Uf AC 0 50 V Operating uncertainty, loop resistance 0 Ω ±0 %, ± digit Operating uncertainty loop resistance 00 Ω ±5 %, ± digit Operating uncertainty voltage in the range of 50/60 Hz ± %, ± digit Operating uncertainty voltage in the range of Hz ±0 %, ± digits History memory (HiS) for the first alarm value data record measured values Password off/0 999 (off)* Fault memory (M) alarm relay on/off (on)* Switching elements Number x changeover contacts (K, K) Operating principle N/C operation or N/O operation K: Err, > R, OL, > U, tes (device error, loop resistance, measuring current disconnection: N/O operation n.o.)* K: Err, > R, OL, > U, tes (overvoltage: N/O operation n.o.)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC3 AC4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 636 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long time storage (IEC ) K4 (except condensation and formation of ice) Climatic class acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Software version D68 V.0x Weight 50 g ( )* = factory setting 56 Measuring and monitoring relays Application-specific selection Loop resistance Loop monitor LINETRAXX GM40

157 Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm Alarm LED AL (yellow), lights when the set response value > R, OL, > Uf, ERROR, TEST is exceeded and flashes in the event of system fault alarm 3 Alarm LED AL (yellow), lights when the value falls below the set response value > R, OL, > U f, ERROR, TEST and flashes in the event of system fault alarm 4 Multi-functional LC display 5 Test button T : Arrow up button: To change the measured value display, move upwards in the menu or to change parameters. To call up the self test: press the button >.5 s 6 Reset button R : Arrow down button: to change the measured value indication, move downwards in the menu or to change parameters To delete stored alarms: press the button T >.5 s 7 MENU button: Enter button: to confirm the measured value indication or to confirm changed parameters To call up the menu system, press the button T >.5 s Press the ESC button >.5 s to abort an action or to return to the previous menu level When the menu item LEd is activated, the alarm LED AL indicates that K is in the alarm state. When AL lights up, K is in the alarm position. Wiring diagram U S Supply voltage US (see ordering details) via fuse Connection of E to the PE conductor 3 Connection of KE to the loads or the monitoring conductor 4 Alarm relay K : Alarm configurable for > R, OL, > Uf, ERROR, TEST 5 Alarm relay K : Alarm configurable for > R, OL, > Uf, ERROR, TEST 6 Test button T 7 Reset button R 8 Line protection by a fuse in accordance with DIN VDE / IEC (6 A fuse recommended). In case of supply (A/A) from an IT system, both lines have to be protected by a fuse. Measuring and monitoring relays Application-specific selection Loop resistance Loop monitor LINETRAXX GM40 57

158 RM475/RM475LY Loop monitor Typical applications Monitoring conductor for monitoring cables and conductors Monitoring of PE loops Device features RM475: permanently set response value: series resistance 00 Ω, cross resistance 000 Ω RM475LY: series resistance, adjustable Ω, cross resistance 000 Ω Adjustable response delay 0 s (RM475LY) N/O or N/C operation, selectable Fault memory behaviour selectable Internal/external test/reset button LEDs: Power On, alarm, extraneous voltage LED bar graph for series resistance potential-free changeover contacts Modular DIN rail enclosure Further information For further information refer to our product range on Ordering information 3. Series resistance Response delay 00 Ω < s adjustable Ω adjustable 0 s Supply voltage U S Type Art. No. AC DC 30 V, Hz RM475 B V, Hz RM475-3 B V, Hz RM475-5 B V, Hz RM475-6 B V RM475- B V RM475-3 B V, Hz RM475LY B V, Hz RM475LY-3 B V, Hz RM475LY-5 B V, Hz RM475LY-6 B V RM475LY- B V RM475LY-3 B Accessories Type designation Type Art. No. Terminating resistor EVS B Measuring and monitoring relays Application-specific selection Loop resistance Loop monitor RM475/RM475LY

159 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Supply voltage Supply voltage U S Operating range US Power consumption Measuring circuit RM475 Response value, series resistance Response value, cross resistance Response time tan RM475LY Response value, series resistance Response value, cross resistance Response time tv Max. extraneous voltage measuring circuit Terminating resistor conductor loop EVS AC 50 V 4 kv/3 see ordering information x US 3 VA 00 Ω 000 Ω < s Ω (00 Ω)* 000 Ω 0 s AC 30 V AC 500 V s Switching elements Number of changeover contacts x Operating principle N/C operation/n/o operation (N/C operation)* Fault memory behaviour selectable ON/OFF Electrical endurance, number of cycles 000 Contact class IEC IIB Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi A, DC 0 V, L/R = 0.04 s Environment/EMC EMC immunity acc. to IEC EMC emission acc. to IEC Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (device not in operation) g/0 50 Hz Ambient temperature, during operation C Ambient temperature for storage C Climatic class acc. to IEC K5 (except condensation and formation of ice) Connection Connection type Connection properties single wire flexible modular terminals 0. 4 mm² mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual BP7000 Weight 400 g ( )* factory setting 3. Dimension diagram (dimensions in mm) 99 Wiring diagram Line Series resistance 3 Cross resistance 4 Test and reset button TEST RESET 5 Power On LED ON 6 Alarm LEDs, light in the case of cross resistance and series resistance faults, flash in the case of extraneous voltage 7 Adjustable response value R, cross resistance Ω (RM475LY only) 8 Adjustable time delay t/s 0 s (RM475LY only) 9 DIP switch for setting the operating principle -N/C or N/O operation Fault memory on/off (on)* 0 Terminating resistor External test and reset button Alarm relay: N/C operation N/O operation F Short-circuit protection supply voltage 6 A fuse is recommended Measuring and monitoring relays Application-specific selection Loop resistance Loop monitor RM475/RM475LY 59

160 SB46 Fault voltage monitor Typical applications Monitoring of welding equipment according to DIN VDE 0545 (VDE 0545-) Device features Voltage monitoring of 6 secondary circuits of welding transformers Alarm LEDs for fault voltage per channel, PE/KE interruption, interruption of the measuring line Connection monitoring of measuring line and earth connection Fault memory Reset button potential-free changeover contact 45 mm enclosure Standards The SB46 series complies with the requirements of the device standard: DIN VDE Further information For further information refer to our product range on Ordering information 3. Supply voltage U S Type Art. No. AC DC 0 65 V 0 90 V SB46-34 B V V SB46-35 B Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Power consumption Measuring circuit Nominal system voltage U n Nominal voltage range Response value UF for sinusoidal voltages UF for DC voltages Response time tan at. x UFmax Response time for coupling monitoring Recovery time tb AC 800 V 6 kv/3 see ordering information 3 VA 600 V 0.5 x Un AC.6 4 V, Hz DC 9 4 V 00 ms 5 s 500 ms Switching elements Number of changeover contacts x Operating principle N/C operation Fault memory behaviour Electrical endurance, number of cycles 000 Contact class IEC IIB Rated contact voltage AC 50 V/DC 300 V Making capacity AC/DC 5 A Breaking capacity A, AC 30 V, cos phi A, DC 0 V, L/R = 0.04 s Environment/EMC EMC immunity acc. to IEC EMC emission acc. to IEC Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (device not in operation) g/0 50 Hz Ambient temperature, during operation C Ambient temperature for storage C Climatic class acc. to IEC K5 (except condensation and formation of ice) Connection Connection type Connection properties single wire/flexible modular terminals mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Screw mounting no DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual BP Weight 0 g 60 Measuring and monitoring relays Application-specific selection Fault voltage Fault voltage monitor SB46

161 Dimension diagram (dimensions in mm) Alarm messages Condition Messages US UF> Connection LED System PE ON E K Relay on OK OK on on open OK flashes de-energised on OK OK on de-energised on OK open flashes de-energised off de-energised Wiring diagram 3 7 * Power On LED ON : lights during operating mode flashes in case of interruption of the connection PE/KE Test button TEST 3 Reset button RESET 4 Alarm LEDs light in the case of fault voltage flash in case of a fault in the connection monitoring 5 Welding transformers monitored 6 Alarm relay in N/C operation (marked by dotted lines: without fault voltage) 7 6 A fuse recommended. * Unassigned inputs have to be bridged individually Measuring and monitoring relays Application-specific selection Fault voltage Fault voltage monitor SB46 6

162 LINETRAXX PEM735 kwh kvarh ENTER ESC PEM755 LINETRAXX kwh kvarh ESC ENTER Device overview Universal Devices for Power Quality and Energy Measurement PEM * * LINETRAXX PEM330 LINETRAXX PEM333 LINETRAXX PEM533 LINETRAXX PEM555 LINETRAXX PEM575 LINETRAXX PEM735 LINETRAXX PEM Normative requirements Page Accuracy class according to IEC s 0.5 s 0.5 s 0. s 0. s 0. s 0. s DIN EN 5060 n n DIN EN , DIN EN , DIN EN DIN EN , DIN EN Phase voltages/ Line voltages n n n n n n n Phase currents n n n n n n n Neutral current I 4 n n n n Neutral current I4 (calculated) n n n n n n n Frequency/phase angle n n n n n n n n n n Reactive and active power import/ Reactive and active power export n n n n n n n Voltage unbalance/current unbalance n n n n n n n Parameters Power Displacement factor cos (φ)/ power factor λ per phase and total S in kva, P in kw, Q in kvar n n n n n n n Total harmonic distortion (THD U/THD I) up to the 5 th up to the 5 th up to the 3 st up to the 3 st up to the 63 rd up to the 63 rd up to the 63 rd Harmonic components voltage up to the 3 st up to the 3 st up to the 63 rd up to the 63 rd up to the 63 rd Harmonic components current up to the 3 st up to the 3 st up to the 63 rd up to the 63 rd up to the 63 rd Transient detection longer than 80 µs longer than 40 µs longer than 40 µs Overvoltage (swell) n n n Undervoltage (sag) n n n Flicker severity PST n n Features Technical aspects Digital inputs Digital outputs Voltage supply AC V ( Hz), DC Sampling rate.6 khz.6 khz 3. khz.8 khz.8 khz 5.6 khz 5.6 khz Temperature C Communication Modbus/RTU Modbus/RTU Modbus/RTU & TCP Modbus/RTU & TCP Modbus/RTU & TCP Modbus/RTU & TCP * Delivery on request 6 Power Quality Device overview

163 Example of system design L PEN PEM7xx Modbus TCP U I PEM7xx Modbus TCP U Ethernet I NSHV CP700 Fileserver 3. PE PAS BMS PEM5xx U I PEM5xx U I Modbus RTU RCMS Modbus TCP Modbus TCP Modbus RTU Modbus RTU L N PE UV UV RCMS 3 3 PEM3xx U PEM3xx U I I Modbus RTU Modbus RTU NSHV = Low-voltage main distribution board Power Quality Device overview 63

164 Power Quality and Energy Measurement PEM330/PEM333 Device features 3. Typical applications As a compact device for front panel mounting, the PEM330/333 is a replacement for analogue indicating instruments Typical application in low and medium-voltage networks (via measuring voltage transformer) Power quality monitoring Collection of relevant data for energy management systems Energy consumption allocation to cost accounting centers Accuracy class according to IEC 6053-: 0.5 S Measured quantities Phase voltages UL, UL, UL3 in V Line voltages ULL, ULL3, UL3L in V Phase currents I, I, I 3 in A Neutral current (calculated) I4 in A Frequency f in Hz Phase angle for U and I in Power per phase conductor S in kva, P in kw, Q in kvar Total power S in kva, P in kw, Q in kvar Displacement factor cos (φ) Power factor λ Active and reactive energy import in kwh, kvarh Active and reactive energy export in kwh, kvarh Voltage unbalance in % Current unbalance in % Harmonic distortion (THD) for U and I k-factor for I Programmable setpoint monitoring (PEM333 only) LED pulse outputs for active and reactive energy Modbus/RTU communication via RS-485 (PEM333 only) digital outputs (PEM333 only) Demands of energy and current for particular time frames Peak demands with timestamps Standards The universal measuring device for Power Quality and Energy Measurement PEM330/PEM333 was developed in accordance with the following standards: DIN EN (VDE 048 Part 3-), DIN EN (VDE 043-) Further information For further information refer to our product range on Ordering information Interface Digital inputs/outputs Current input Type Art. No. RS-485 / 5 A PEM330 B A PEM330-5 B A PEM333 B A PEM333-5 B Power Quality Universal devices for Power Quality and Energy Measurement PEM330/PEM333

165 Technical data Insulation co-ordination Measuring circuit Rated insulation voltage 300 V Overvoltage category III Pollution degree Supply circuit Rated insulation voltage 300 V Overvoltage category II Pollution degree Supply voltage Rated supply voltage US Frequency range of US Power consumption V DC, Hz 3 VA Measuring circuit Measuring voltage inputs U L-N,L-N,L3-N 30 V UL-L,L-L3,L3-L 400 V Measuring range 0 0 % UN Rated frequency Hz Internal resistance (L-N) > 500 kω Measuring current inputs External measuring current transformer should at least comply with accuracy class 0.5 S Burden n.a., internal current transformers Measuring range 0. 0% IN PEM330/333 IN 5 A Measuring current transformer ratio 6000 PEM330-5/PEM333-5 IN A Measuring current transformer ratio Accuracies (of measured value/of full scale value) Phase voltage UL-N, UL-N, UL3-N ± 0. % of measured value Current ± 0. % of measured value % of full scale value Neutral current I4 % of full scale value Frequency ± 0.0 Hz Phase position ± Active energy measurement according to DIN EN (VDE 048 Part 3-) r.m.s. voltage measurement according to DIN EN (VDE 043-), chapter r.m.s. phase current measurement according to DIN (VDE 043-), chapter Frequency measurement according to DIN EN (VDE 043-), chapter Interface* Interface/protocol RS-485/Modbus/RTU Baud rate. 9. kbits/s Cable length 0 00 m Shielded cable (shield connected to terminal SH on one side) recommended: J-Y(St)Y min. x 0.8 Switching elements* Outputs N/O contacts Operating principle N/O operation Rated operational voltage AC 30 V DC 4 V AC 0 V DC V Rated operational current 5 A 5 A 6 A 5 A Minimum contact rating ma at AC/DC 0 V Inputs electrically separated digital inputs Imin.4 ma UDI DC 4 V Environment/EMC EMC DIN EN 636- Operating temperature C Climatic class acc. to DIN EN 607 Stationary use Classification of mechanical conditions acc. to DIN EN 607 Stationary use Connection Connection Other Degree of protection, installation Degree of protection, front Operating manual Weight * PEM333 only 3K5 3M4 screw-type terminals IP0 IP54 TGH g 3. Dimension diagram (dimensions in mm) Panel cut out (dimensions in mm) Power Quality Universal devices for Power Quality and Energy Measurement PEM330/PEM333 65

166 Displays and controls LINETRAXX PEM333 kwh kvarh 3 SYSTEM PHASE ENERGY SETUP OK Pulse LED: kwh Pulse LED: kvarh 3 Display 4 SYSTEM button: Selection (in the menu) 5 PHASE button: Up (in the menu) 6 ENERGY button: Down (in the menu) 7 SETUP button: OK (in the menu) Press the SETUP button >.5 s to enter/leave the Setup menu. Wiring diagram 3. DO3 4 DO4 3 U S DO3 DO4 DI DI DIC P (RS-485) DO3 DO4 DO3 DO4 DI DI DIC A/- A/+ D+ D- SH l l l l l3 l3 L L L3 N I I I I I3 I3 L L L3 N L L L3 N Connection to the system to be monitored: The measuring leads should be protected with appropriate fuses. Supply voltage. Line protection by a fast-acting 6-A fuse. If being supplied from an IT system, both lines have to be protected by a fuse. 3 Digital inputs 4 Digital outputs (N/O contacts) 66 Power Quality Universal devices for Power Quality and Energy Measurement PEM330/PEM333

167 Power Quality and Energy Measurement PEM533 Device features Typical applications As a compact device for front panel mounting, the PEM533 is a replacement for analogue indicating instruments Typical application in low and medium-voltage networks (via measuring voltage transformer) Power quality monitoring Collection of relevant data for energy management systems Energy consumption allocation to cost accounting centers Accuracy class according to IEC 6053-: 0.5 S Measured quantities (Phase) voltages UL, UL, UL3 in V Line-to-line voltages ULL, ULL3, UL3L in V Phase currents I, I, I 3 in A Neutral current (calculated) I4 in A Frequency f in Hz Phase angle for U and I in Power per phase conductor S in kva, P in kw, Q in kvar Total power S in kva, P in kw, Q in kvar Displacement factor cos (φ) Power factor λ Active and reactive energy import in kwh, kvarh Active and reactive energy export in kwh, kvarh Voltage unbalance in % Current unbalance in % Total harmonic distortion (THD) for U and I k-factor for I Programmable setpoint monitoring LED pulse outputs for active and reactive energy Modbus/RTU communication via RS-485 digital outputs Demands of energy and current for particular time frames Peak demands with timestamps Individual current/voltage harmonics up to the 3st harmonic Minimum and maximum values 3. Standards The universal measuring device for Power Quality and Energy Measurement PEM533 was developed in accordance with the following standards: DIN EN (VDE 048 Part 3-), DIN EN (VDE 043-) Further information For further information refer to our product range on Ordering information Interface Nominal system voltage Current input Type Art. No. RS-485 3(N)AC 400/30 V 3(N)AC 690/400 V 5 A PEM533 B A PEM533-5 B A PEM B A PEM B Power Quality Universal devices for Power Quality and Energy Measurement PEM533 67

168 3. Technical data Insulation co-ordination Measuring circuit Rated insulation voltage 300 V Overvoltage category III Pollution degree Supply circuit Rated insulation voltage 300 V Overvoltage category II Pollution degree Supply voltage Rated supply voltage US Frequency range of US Power consumption V DC, Hz 4 VA Measuring circuit Measuring voltage inputs U L-N,L-N,L3-N 30 V UL-L,L-L3,L3-L 400 V Measuring range 0 0 % UN Rated frequency Hz Internal resistance (L-N) > 500 kω Measuring current inputs External measuring current transformer should at least comply with accuracy class 0.5 S Burden n.a., internal current transformers Measuring range 0. 0 % IN PEM533/PEM IN 5 A Measuring current transformer ratio 6000 PEM533-5/PEM IN A Measuring current transformer ratio Accuracies (of measured value/of full scale value) Phase voltage UL-N, UL-N, UL3-N ± 0. % of measured value Current ± 0. % of measured value % of full scale value Neutral current I4 % of full scale value Frequency ± 0,0 Hz Phase position ± Active energy measurement according to DIN EN (VDE 048 Part 3-) r.m.s. voltage measurement according to DIN EN (VDE 043-), chapter r.m.s. phase current measurement according to DIN (VDE 043-), chapter Frequency measurement according to DIN EN (VDE 043-), chapter Interface Interface/protocol RS-485/Modbus/RTU Baud rate. 9. kbits/s Cable length 0 00 m Shielded cable (shield connected to terminal SH on one side) recommended: J-Y(St)Y min. x 0.8 Switching elements Outputs N/O contacts Operating principle N/O operation Rated operational voltage AC 30 V DC 4 V AC 0 V DC V Rated operational current 5 A 5 A 6 A 5 A Minimum contact rating ma at AC/DC 0 V Inputs 6 electrically separated digital inputs Imin.4 ma UDI DC 4 V Environment/EMC EMC DIN EN 636- Operating temperature C Climatic class acc. to DIN EN 607 Stationary use Classification of mechanical conditions acc. to DIN EN 607 Stationary use Connection Connection Other Degree of protection, front Operating manual Weight 3K5 3M4 screw-type terminals IP54 TGH g Dimension diagram (dimensions in mm) Panel cut out (dimensions in mm) Power Quality Universal devices for Power Quality and Energy Measurement PEM533

169 Displays and controls LINETRAXX PEM533 kwh kvarh 3 V/I POWER HARMONICS ENERGY OK Pulse LED: kwh Pulse LED: kvarh 3 Display 4 V/I button: Selection (in the menu) 5 POWER button: Up (in the menu) 6 HARMONICS button: Down (in the menu) 7 ENERGY button: OK (in the menu) Press the ENERGY button >.5 s to enter/leave the Setup menu. Wiring diagram DO3 4 DO4 3 U S 3. DO3 DO4 DI DI DI3 DI4 DI5 DI6 DIC DI DI DI3 DI4 DI5 DI6 DIC Power A A DO3 DO4 DO3 DO4 RS-485 D+ D- SH L L L3 N l l l l l3 l3 I I I I I3 I3 L L L3 N L L L3 N Connection to the system to be monitored: The measuring leads should be protected with appropriate fuses. Supply voltage. Line protection by a fast-acting 6-A fuse. If being supplied from an IT system, both lines have to be protected by a fuse. 3 Digital inputs 4 Digital outputs (N/O contacts) Power Quality Universal devices for Power Quality and Energy Measurement PEM533 69

170 Power Quality and Energy Measurement PEM555/PEM Typical applications As a compact device for front panel mounting, the PEM575 is a replacement for analogue indicating instruments Typical application in low and medium-voltage networks (via measuring voltage transformer) Power quality monitoring Collection of relevant data for energy management Cost allocation of energy consumption High-resolution waveform recording allows analysis of power quality phenomena Device features Accuracy class according to IEC 6053-: 0.S Parameters Phase conductor voltages UL, UL, UL3 in V Line voltages ULL, ULL3, UL3L in V Phase currents I, I, I 3 in A Neutral current (calculated) I4 in A Frequency f in Hz Phase angle for U and I in Power per phase conductor S in kva, P in kw, Q in kvar Total power S in kva, P in kw, Q in kvar Displacement factor cos (φ) Power factor λ Active and reactive power import in kwh, kvarh Active and reactive power export in kwh, kvarh Voltage unbalance in % Current unbalance in % Harmonic distortion (THD) for U and I Harmonic factor for I Programmable setpoint monitoring LED pulse outputs for active and reactive power Modbus/RTU communication via RS-485 digital outputs Demands of energy and current for particular time frames Peak demands with timestamps Individual, harmonic components in current and voltage up to the 3 st harmonic Minimum and maximum values Waveform test (.8 khz) Data recorder Sag/swell detection High-resolution recording can be triggered by transient events (PEM575 only) Standards The universal measuring device for Power Quality and Energy Measurement PEM555/PEM575 was developed in accordance with the following standards: DIN EN (VDE 048 Part 3-), DIN EN (VDE 043-) Further information For further information refer to our product range on Ordering information Interface RS-485/Ethernet RS-485/Ethernet Nominal system voltage 3(N)AC 400/30 V 690/400 V 400/30 V 690/400 V Current input Type Art. No. 5 A PEM555 B A PEM555-5 B A PEM B A PEM B A PEM575 B A PEM575-5 B A PEM B A PEM B Power Quality Universal devices for Power Quality and Energy Measurement PEM555/PEM575

171 Technical data Insulation co-ordination Measuring circuit Rated insulation voltage 300 V Overvoltage category III Pollution degree Supply circuit Rated insulation voltage 300 V Overvoltage category II Pollution degree Supply voltage Rated supply voltage US Frequency range of US Power consumption V DC, Hz 5 VA Measuring circuit Measuring voltage inputs U L-N,L-N,L3-N 30 V UL-L,L-L3,L3-L 400 V Measuring range 0 0 % UN Rated frequency Hz Internal resistance (L-N) > 500 kω Measuring current inputs External measuring current transformer should at least comply with accuracy class 0.5 S Burden n.a., internal current transformers Measuring range 0. 0 % IN PEM575/PEM IN 5 A Measuring current transformer ratio 6000 PEM575-5/PEM IN A Measuring current transformer ratio Accuracies (of measured value/of full scale value) Phase voltage UL-N, UL-N, UL3-N ± 0. % of measured value. Current ± 0. % of measured value % of full scale value. Neutral current I4 0.5 % of full scale value Frequency ± 0.0 Hz Phase position ± Active energy measurement according to DIN EN (VDE 048 Part 3-) r.m.s. voltage measurement according to DIN EN (VDE 043-), chapter r.m.s. phase current measurement according to DIN (VDE 043-), chapter Frequency measurement according to DIN EN (VDE 043-), chapter Interface Interface/protocol RS-485/Modbus/RTU Baud rate. 9. kbits/s Cable length 0 00 m Shielded cable (shield connected to terminal SH on one side) recommended: J-Y(St)Y min. x 0.8 Switching elements Outputs 3 N/O contacts Operating principle N/O operation Rated operational voltage AC 30 V DC 4 V AC 0 V DC V Rated operational current 5 A 5 A 6 A 5 A Minimum contact rating ma at AC/DC 0 V Inputs 6 electrically separated digital inputs Imin.4 ma UDI DC 4 V Environment/EMC EMC DIN EN 636- Operating temperature C Climatic class acc. to DIN EN 607 Stationary use Classification of mechanical conditions acc. to DIN EN 607 Stationary use Connection Connection Other Degree of protection, front Operating manual Weight 3K5 3M4 screw-type terminals IP54 TGH g 3. Dimension diagram (dimensions in mm) Panel cut out (dimensions in mm) Power Quality Universal devices for Power Quality and Energy Measurement PEM555/PEM575 7

172 Displays and controls LINETRAXX PEM575 kwh kvarh 3 V/I POWER HARMONICS ENERGY OK Pulse LED: kwh Pulse LED: kvarh 3 Display 4 V/I button: Selection (in the menu) 5 POWER button: Up (in the menu) 6 HARMONICS button: Down (in the menu) 7 ENERGY button: OK (in the menu) Press the ENERGY button >.5 s to enter/leave the Setup menu. Wiring diagram 3. DO3 4 DO4 3 U S DO3 DO33 DO4 DO34 DI DI DI3 DI4 DI5 DI6 DIC DIC DI DI DI3 DI4 DI5 DI6 Power A A ETH RS-485 DO34 DO33 DO4 DO3 DO4 DO3 D+ D- SH SH l4 l4 L L L3 N l l l l l3 l3 I I I3 I4 I I I3 I4 L L L3 N L L L3 N Connection to the system to be monitored: The measuring leads should be protected with appropriate fuses. Supply voltage. Line protection by a fast-acting 6-A fuse. If being supplied from an IT system, both lines have to be protected by a fuse. 3 Digital inputs 4 Digital outputs (N/O contacts) 7 Power Quality Universal devices for Power Quality and Energy Measurement PEM555/PEM575

173 3. 73

174 4 74

175 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX 3 Residual current monitoring systems LINETRAXX 75 4 System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 75

176 Device overview residual current monitors LINETRAXX LINETRAXX RCM40 LINETRAXX RCMA40 LINETRAXX RCMA43 LINETRAXX RCMS460/RCMS490 Type of distribution system Page TN/TT IT Residual currents Number of measuring channels (per device) 080 (per system) 4 Response value l Δn % x lδn % x lδn % x lδn 0 00 % x lδn min. 5 ma lδn 0 ma 0 A ma 30 ma 3 A 0 ma 0 A (Type AB) 6 ma 0 A (Type A) Response delay t on 0 0 s 0 0 s 0 0 s 0 99 s Start-up delay t 0 0 s 0 0 s 0 0 s 0 99 s Delay on release t off s 0 99 s 0 99 s s Operating principle, alarm relays Special applications N/C operation or N/O operation N/C operation or N/O operation N/C operation or N/O operation N/C operation or N/O operation Installation DIN rail Screw mounting Type P. Suitable system components W 8 Measuring current transformers WR 4 WS 8 WF 3 W AB Coupling device AKS470 Connection cable measuring current transformer WX WXS RS-485 repeater Dl-DL 58 Power supply units AN40-53 AN40-53 AN0-48 AN Residual current monitoring systems Device overview

177 LINETRAXX RCMB RCMB LINETRAXX RCMB ma 30 ma 4 Fault current monitoring in installations containing frequency converters s (after reset) N/C operation Suitable system components Residual current monitoring systems Device overview 77

178 LINETRAXX RCM40 Residual current monitor for TN and TT systems (AC and pulsed DC currents) 4 Typical applications Residual current monitoring in earthed, 3 or 4-conductor systems Current monitoring of, in the normal case, de-energised single conductors Socket-outlet circuits for devices which are operated unattended for a long time and which may not fail Alarm systems, safety devices Air conditioning systems, EDP systems Cooling equipment with valuable frozen goods Canteen kitchens Monitoring of earthed power supplies for stray currents Impact on N conductors Trace heating systems Device features AC and pulsed DC sensitive residual current monitor Type A according to IEC 600 r.m.s. value measurement (AC) Two separately adjustable response values Frequency range Hz Start-up delay, response delay and delay on release Restart function Digital measured value display via LC display Measured value memory for operating value CT connection monitoring LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation and fault memory behaviour selectable Password protection for device setting Device self monitoring Sealable transparent cover Two-module enclosure (36 mm) RoHS compliant Push-wire terminal (two terminals per connection) Further information For further information refer to our product range on Approvals Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz RCM40-D- B V V, Hz RCM40-D- B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Art. No. Type designation Type of construction Type Page Mounting clip for screw mounting ( piece per device) B Measuring current transformers circular W 8 rectangular WR 4 split-core WS 8 flexible WF 3 78 Residual current monitoring systems -channel, AC/DC pulsed sensitive residual current monitoring RCM Residual current monitor LINETRAXX RCM40

179 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 50 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l, T/R) - (,, 4) - (,, 4) Voltage tests according to IEC kv Supply voltage RCM40-D-: Supply voltage US AC 6 7 V/DC V Frequency range US Hz RCM40-D-: Supply voltage US AC/DC V Frequency range US Hz Power consumption 4 VA Measuring circuit External measuring current transformers type W, WR, WS, WF Load 68 Ω Rated insulation voltage (measuring current transformer) 800 V Operating characteristic acc. to IEC 600 type A Rated frequency Hz Measuring range 3 ma 6 A Relative uncertainty 0-0% Operating uncertainty 0 30 % Response values Rated residual operating current IΔn (prewarning, AL) % x I Δn, (50 %)* Rated residual operating current IΔn (alarm, AL) 0 ma 0 A (30 ma)* Hysteresis 0 5% (5 %)* Time response Start-up delay t 0 0 s (0.5 s)* Response delay ton (alarm) 0 0 s (0 s)* Response delay ton (prewarning) 0 0 s ( s)* Delay on release toff 0 99 s ( s)* Operating time tae at I Δn = x I Δn/ 80 ms Operating time tae at I Δn = 5 x I Δn/ 30 ms Response time tan t an = t ae + t on/ Recovery time t b 300 ms Number of restart cycles 0 00 (0)* Cable lengths for measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.75 mm² 0 40 m Shielded cable (shield on one side connected to terminal L of the RCM40, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Connection screw-type terminals Displays, memory Display range, measuring value Error of indication Measured-value memory for alarm value Password Fault memory alarm relay Inputs/outputs Cable length for external test/reset button 3 ma 6 A ±5 %/± digits data record measured values off/0 999 (off)* on/off (on)* 0 0 m Switching elements Number of switching elements x changeover contact Operating principle N/C operation or N/O operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC : Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 600 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 ) 0..5 mm² (AWG 4 ) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use any Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH40 Weight 50 g ( )* = factory setting 4 Dimension diagram (dimensions in mm) 70,5 47,5 36 3, 45 67,5 90 Residual current monitoring systems -channel, AC/DC pulsed sensitive residual current monitoring RCM Residual current monitor LINETRAXX RCM40 79

180 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm respectively in the event of CT malfunction. Alarm LED AL (yellow), prewarning; lights when the set response value I Δn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction 3 Alarm LED AL (yellow), alarm; lights when the set response value IΔn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction 4 Multi-functional LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete saved alarms. Arrow down button: parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter change. ESC button: press the button T >.5 s Wiring diagram 4 * US Supply voltage U S see ordering information, 6 A fuse recommended Connection of the external measuring current transformer 3 Alarm relay K : configurable for alarm IΔn/IΔn/TEST/ERROR 4 Alarm relay K : configurable for alarm I Δn/I Δn/TEST/ERROR 5 Combined test and reset button T/R short-time pressing (<.5 s) = RESET long-time pressing (>.5 s) = TEST * when a shielded cable is used Do not route the PE conductor through the measuring current transformer! 80 Residual current monitoring systems -channel, AC/DC pulsed sensitive residual current monitoring RCM Residual current monitor LINETRAXX RCM40

181 LINETRAXX RCMA40 AC/DC sensitive residual current monitor for TN and TT systems (AC, DC and pulsed DC currents) Device features Typical applications AC/DC sensitive residual current monitoring in earthed two, three or four conductor systems (TN and TT systems) Monitoring of variable-speed drives, UPS systems, construction site equipment, printing machines, battery systems, laboratory equipment, wood working machines, MF welding systems, furniture industry, medical electrical equipment, etc. AC/DC sensitive current monitoring of, in the normal case, de-energised single conductors (e.g. N and PE conductors) AC/DC sensitive residual current monitor Type B acc. to IEC 600 and IEC/TR r.m.s. value measurement (AC+DC) Two separately adjustable response values ma Frequency range Hz Start-up delay, response delay and delay on release Digital measured value display via LC display Measured value memory for operating value CT connection monitoring LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation and fault memory selectable Continuous self monitoring Multi-functional LC display Password protection for device settings Sealable transparent cover Two-module enclosure (36 mm) RoHS compliant Push-wire terminal (two terminals per connection) Further information For further information refer to our product range on Approvals 4 Ordering information Supply voltage ) US Type Art. No. DC AC V 6 7 V, Hz RCMA40-D- B V V, Hz RCMA40-D- B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Art. No. Type designation Type of construction Type Page Mounting clip for screw mounting ( piece per device) B Measuring current transformers circular W AB Connection cable measuring current transformer WX Residual current monitoring systems -channel AC/DC sensitive residual current monitor RCMA Residual current monitor LINETRAXX RCMA40 8

182 4 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree Protective separation (reinforced insulation) between Voltage tests according to IEC 600- Supply voltage RCMA40-D-: Supply voltage US Frequency range US RCMA40-D-: Supply voltage US Frequency range US Power consumption 50 V.5 kv/3 (A, A) - (k, l, T/R) - (,, 4) - (,, 4). kv AC 6 7 V/DC V Hz AC/DC V Hz 4 VA Measuring circuit External measuring current transformer W0AB, W35AB, W60AB series Rated insulation voltage (measuring current transformer) 800 V Operating characteristic acc. to IEC 600 and IEC/TR Type B Rated frequency Hz Measuring range AC 0.5 A Measuring range DC ma Relative uncertainty 0-35% Operating uncertainty 0 35 % Response values Rated residual operating current IΔn (prewarning, AL) % x I Δn, (50 %)* Rated residual operating current IΔn (alarm, AL) ma (30 ma)* Hysteresis 0 5% (5 %)* Time response Start-up delay t Response delay ton (alarm) Response delay ton (prewarning) Delay on release toff Operating time tae at I Δn = x I Δn/ Operating time tae at I Δn = 5 x I Δn/ Response time tan Recovery time t b 0 0 s (0.5 s)* 0 0 s (0 s)* 0 0 s ( s)* 0 99 s ( s)* 80 ms 30 ms t an = t ae + t on/ 300 ms Cable lengths for measuring current transformers Connection (see ordering information) connecting cable WX m/.5 m/5 m/0 m Displays, memory Display range, measured value AC Display range, measured value DC Error of indication Measured-value memory for alarm value Password Fault memory alarm relay 0.5 A ma ±7.5 %/± digits data record measured values off/0 999 (off)* on/off (on)* Inputs/outputs Cable length for external test/reset button 0 0 m Switching elements Number of switching elements x changeover contact Operating principle N/C operation or N/O operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 600 Operating temperature ºC Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Climatic class acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter push-wire terminal 0..5 mm² (AWG 4 ) 0..5 mm² (AWG 4 ) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use display-oriented Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Software version D4 V.x Operating manual TGH4 Weight 50 g ( )* = factory setting Dimension diagram (dimensions in mm) 70,5 47,5 36 3, 45 67, Residual current monitoring system -channel, AC/DC sensitive residual current monitoring RCMA Residual current monitor LINETRAXX RCMA40

183 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm respectively in the event of CT malfunction. Alarm LED AL (yellow), prewarning; lights when the set response value I Δn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction 3 Alarm LED AL (yellow), alarm; lights when the set response value IΔn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction. 4 Multi-functional LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete saved alarms. Arrow down button: parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter change. ESC button: press the button >.5 seconds. Wiring diagram US Supply voltage U S see ordering information, 6 A fuse recommended Connector for the external W0AB W60AB series measuring current transformer 3 Alarm relay K : I Δn (prewarning) 4 Alarm relay K : alarm I Δn (alarm) 5 Combined test and reset button T/R short-time pressing (<.5 s) = RESET long-time pressing (>.5 s) = TEST Do not route the PE conductor through the measuring current transformer! Connection of measuring current transformers I( n) 500 ma I( n) > 500 ma Connection to the RCMA43 residual current monitor using the WX- connecting cable. Colour coding for WX : k = yellow, l = green, - V = black, GND = brown, + V = red, Test (T) = orange Residual current monitoring system -channel, AC/DC sensitive residual current monitoring RCMA Residual current monitor LINETRAXX RCMA40 83

184 LINETRAXX RCMA43 AC/DC sensitive residual current monitor for TN and TT systems (AC, DC and pulsed DC currents) Typical applications AC/DC sensitive residual current monitoring in earthed two, three or four conductor systems (TN and TT systems) Monitoring of variable-speed drives, UPS systems, construction site equipment, printing machines, battery systems, laboratory equipment, wood working machines, MF welding systems, furniture industry, medical electrical equipment, etc. AC/DC sensitive current monitoring of, in the normal case, de-energised single conductors (e.g. N conductors) Device features AC/DC sensitive residual current monitor Type B acc. to IEC 600 and IEC/TR r.m.s. value measurement (AC+DC) Two separately adjustable response values 30 3 A Frequency range Hz Start-up delay, response delay and delay on release Digital measured value display via LC display Measured value memory for operating value CT connection monitoring LEDs: Power On, Alarm, Alarm Internal/external test/reset button Two separate alarm relays (one changeover contact each) N/O or N/C operation and fault memory selectable Continuous self monitoring Multi-functional LC display Password protection for device settings Sealable transparent cover Push-wire terminal (two terminals per connection) Two-module enclosure (36 mm) Further information For further information refer to our product range on 4 Approvals Ordering information Supply voltage ) U S Type Art. No. DC AC V 6 7 V, Hz RCMA43-D- B V V, Hz RCMA43-D- B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Art. No. Type designation Type of construction Type Page Mounting clip for screw mounting ( piece per device) B Measuring current transformers circular W AB Connection cable measuring current transformer WX 84 Residual current monitoring system -channel, AC/DC sensitive residual current monitoring RCMA Residual current monitor LINETRAXX RCMA43

185 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree Protective separation (reinforced insulation) between 50 V.5 kv/3 (A, A) - (k/l/t/ /GND/+, T/R) - (,, 4) - (,, 4) Voltage tests according to IEC kv Supply voltage RCMA43-D-: Supply voltage US Frequency range US RCMA43-D-: Supply voltage US Frequency range US Power consumption AC 6 7 V/DC V Hz AC/DC V Hz 6.5 VA Measuring circuit External measuring current transformer W0AB, W35AB, W60AB, W0AB, W0AB series Rated insulation voltage (measuring current transformer) 800 V Operating characteristic acc. to IEC 600 and IEC/TR Type B Rated frequency Hz Measuring range AC/DC 3 ma 6 A Relative uncertainty for f Hz oder 6 Hz 0-35 % Relative uncertainty for f > Hz <6 Hz % Operating uncertainty 0 35 % Response values Rated residual operating current IΔn (prewarning, AL) % of I Δn (50 %)* Rated residual operating current IΔn (alarm, AL) 30 ma 3 A (30 ma)* Hysteresis 0 5% (5 %)* Time response Start-up delay t Response delay ton (prewarning) Response delay ton (alarm) Delay on release toff Operating time tae at I Δn = x I Δn/ Operating time tae at IΔn = 5 x IΔn/ Response time tan Recovery time tb Displays, memory Display range measured value AC/DC Error of indication Measured-value memory for alarm value Password Fault memory alarm relay 0 0 s (0 s)* 0 0 s ( s)* 0 0 s (0 s)* 0 99 s ( s)* 80 ms 30 ms t an = t ae + t on/ 300 ms 0 6 V ±7.5 %/± digits data record measured values off/0 999 (off)* on/off (on)* Inputs/outputs Cable length for external test/reset button Cable lengths for measuring current transformers Connecting cable WX (see ordering information) Alternatively: single wire 6 x 0.75 mm² 0 0 m m/.5 m/5 m/0 m 0 0 m Switching elements Number of switching elements x changeover contact Operating principle N/C operation or N/O operation (N/C operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current 5 A 3 A A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 600 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Classification of mechanical conditions IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Connection Connection type Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force Test opening, diameter 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 push-wire terminals 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N. mm Other Operating mode continuous operation Position of normal use display-oriented Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Software version D330 V.0x Operating manual TGH44 Weight 50 g ( )* = factory setting 4 Dimension diagram (dimensions in mm) 70,5 47,5 36 3, 45 67,5 90 Residual current monitoring system -channel, AC/DC sensitive residual current monitoring RCMA Residual current monitor LINETRAXX RCMA43 85

186 Displays and controls Power On LED ON (green); lights when supply voltage is applied and flashes in the event of system fault alarm respectively in the event of CT malfunction. Alarm LED AL (yellow), prewarning;lights when the set response value I Δn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction 3 Alarm LED AL (yellow), alarm; lights when the set response value IΔn is exceeded or flashes in the event of system fault alarm respectively in the event of CT malfunction 4 Multi-functional LC display 5 Test button T : to call up the self test. Arrow up button: parameter change, to move up in the menu 6 Reset button R : to delete saved alarms. Arrow down button: parameter change, to move down in the menu 7 MENU button: to call up the menu system. Enter button: to confirm parameter change. ESC button: press the button >.5 seconds. Wiring diagram 4 US Supply voltage U S see ordering information, 6 A fuse recommended Connector for the external W0AB W0AB series measuring current transformer 3 Alarm relay K : I Δn (prewarning) 4 Alarm relay K : alarm I Δn (alarm) 5 Combined test and reset button T/R short-time pressing (<.5 s) = RESET long-time pressing (>.5 s) = TEST Do not route the PE conductor through the measuring current transformer! Connection of measuring current transformers I( n) 500 ma I( n) > 500 ma Connection to the RCMA43 residual current monitor using the WX- connecting cable. Colour coding for WX : k = yellow, l = green, - V = black, GND = brown, + V = red, Test (T) = orange 86 Residual current monitoring system single channel, AC/DC sensitive residual current monitoring RCMA Residual current monitor LINETRAXX RCMA43

187 LINETRAXX RCMS460-D/-L RCMS490-D/-L Multi-channel AC, pulsed DC and AC/DC sensitive residual current monitors for earthed AC, DC and AC/DC systems (TN and TT systems) Typical applications Measuring and evaluating residual, fault and rated currents of loads and installations in the frequency range of Hz (W AB series measuring current transformers), Hz (W, WR, WS WF series measuring current transformers) Monitoring of currents regarded as fire hazards in flammable atmospheres EMC monitoring of TN-S systems for stray currents and additional N-PE connections Monitoring of N conductors for overload caused by harmonics Monitoring of PE and equipotential bonding conductors to ensure they are free of current Residual current monitoring of stationary electrical equipment and systems to determine test intervals which meet practical requirements in compliance with the accident prevention regulations BGV A3 (Germany). Personnel and fire protection due to rapid disconnection Monitoring of digital inputs Device features Optional AC, pulsed DC or AC/DC sensitive measurement by selecting the respective measuring current transformer for each channel True r.m.s. value measurement measuring channels per device for residual current measurement or digital input Up to 90 RCMS monitors, up to080 measuring channels in the system Fast parallel scanning for all channels Response ranges: 0 ma 0 A (0 000 Hz), 6 ma 0 A (4 000 Hz), 00 ma 5 A (4 000 Hz) RCMS -D4 Preset function Adjustable time delays The frequency response characteristics can be set for the protection of persons, fire and plant protection History memory with date and time stamp for 300 data records Data logger for 300 data records/channel Analysis of the harmonics, DC, THD Two alarm relays with one changeover contact each Device version RCMS490 with one alarm contact per channel N/O or N/C operation and fault memory selectable Connection external test/reset button Backlit graphical display ( 7-segment display) and alarm LEDs Data exchange via BMS bus Password protection for device setting Continuous CT connection monitoring RoHS compliant Standards The LINETRAXX RCMS460/490 series complies with the requirements of the device standards: DIN EN 600 (VDE 0663) and IEC 600. Further information For further information refer to our product range on 4 Approvals Ordering information RCMS460/490-D Differential measurement method Common alarm Alarm relay per 4 channels for Supply voltage ) U S relay channel load current Type Art. No. pulsed DC sensitive AC/DC sensitive measurement DC AC 6 94 V 6 7 V, Hz RCMS460-D- B V V, Hz RCMS460-D- B V 6 7 V, Hz RCMS460-D4- B x 00 ma 5 A V V, Hz RCMS460-D4- B ma 0 A 0 ma 0 A changeover contact 6 94 V 6 7 V, Hz RCMS490-D- B x V V, Hz RCMS490-D- B N/O contact 6 94 V 6 7 V, Hz RCMS490-D4- B ma 5 A V V, Hz RCMS490-D4- B ) Absolute values Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L 87

188 Ordering information RCMS460/490-L Current measurement Common alarm relay for all Alarm relay per Supply voltage ) US channels channel pulsed DC sensitive AC/DC sensitive DC AC 6 ma 0 A 0 ma 0 A ) Absolute values RCMS460-L4 and RCMS490-L4 on request x changeover contact x changeover contact x N/O contact Type Art. No V 6 7 V, Hz RCMS460-L- B V V, Hz RCMS460-L- B V 6 7 V, Hz RCMS490-L- B V V, Hz RCMS490-L- B Accessories Type designation Art. No. XM460 mounting frame, 44 x 8 mm B Suitable system components Type designation Version Type of construction Type Page 4 circular W 8 rectangular WR 4 pulsed DC sensitive Measuring current transformers split-core WS 8 flexible WF 3 AC/DC sensitive circular W AB Connecting cable measuring current transformers W AB WXS BMS-Ethernet-Gateway COM460IP 6 Protocol converters BMS bus Modbus/RTU FTC470XMB 66 BMS bus PROFIBUS DP FTC470XDP 68 RS-485 repeater DI-DL 58 AN40-53 for supplying up to six W AB series AN40-53 Power supply unit measuring current transformers AN0-48 AN0-48 for DI- AN47 88 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L

189 Overview of device types Distinctive device features RCMS460-D RCMS460-L RCMS490 -D RCMS490-L Measuring circuit Switching elements Parameter setting function Master/Slave Address range Measuring channels per device W, WR, WS, W AB, W F series measuring current transformers CT monitoring Rated residual operating current I n (Alarm) AC/DC sensitive Hz (Type B) 0 ma 0 A 0 ma 0 A 0 ma 0 A 0 ma 0 A pulsed DC sensitive Hz (Type A) 6 ma 0 A 6 ma 0 A 6 ma 0 A 6 ma 0 A pulsed DC sensitive Hz (Type A) for the channels 9 (RCMS4x0-D4/-L4) 00 ma 5 A 00 ma 5 A 00 ma 5 A 00 ma 5 A Rated residual operating current I n (prewarning) 0 00 %, min. 5 ma 0 00 %, min. 5 ma 0 00 %, min. 5 ma 0 00 %, min. 5 ma Function selectable per channel off, <, >, I/O Cut-off frequency adjustable for personnel, plant and fire protection * * Preset function for I n and I/O Hysteresis 40 % 40 % 40 % 40 % Factor for additional CT Common alarm relay for all channels x changeover contact x changeover contact x changeover contact x changeover contact Alarm relay per channel x N/O contact x N/O contact Start-up delay 0 99 s Response delay tv, adjustable s Time response I n = x I n: 80 ms Operating time at I n = 5 x I n: 30ms Analysis of the harmonics (I, DC, THD) * * History memory 300 data records Data logger for 300 data records/ channel Displays, Internal clock memory Password Language English, German, French, Swedish Backlit graphics LC display 7-segment display and LED line * only in conjunction with RCMS4xx-D, MK430 or COM460IP 4 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L 89

190 4 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 6 kv/3 Protective separation (reinforced insulation) between (A, A) - (k, l k, R, T/R, T, A, B), (C, C, C4), (C, C, C4), (,4), (,4), (3,34), (4,44), (5,54), (6,64), (7,74), (8,84), (9,94), (0,04), (,4), (,4) Protective separation (reinforced insulation) between (C, C, C4) - (C, C, C4) - (, 4,, 4, 3, 34) - (4, 44, 5, 54, 6, 64) - (7,74) - (8,84) - (9,94) - (0,04) - (,4) - (,4) Voltage test acc. to IEC kv Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Basic insulation between: k, l k, R, T/R, T, A, B) - (C, C, C4), (C, C, C4) Basic insulation between: (, 4) - (, 4) - (3, 34) - (4, 44) - (5, 54) - (6, 64) Voltage test acc. to IEC kv Supply voltage Rated supply voltage U S Frequency range of U S Power consumption see ordering information see ordering information 0 VA (RCMS460) VA (RCMS490) Measuring circuit External measuring current transformer W, WR, WS, WF series (Type A) W AB series (Type B) CT monitoring on/off (on)* Rated burden RCMS -D/-L 68 Ω Rated burden RCMS -D4/-L4 (channels 9 only) Ω Rated insulation voltage (measuring current transformer) 800 V Operating characteristics acc. to IEC 600 and IEC/TR Type A and Type B (Type A)* depending on measuring current transformer series Rated frequency Hz (Type B)/4 000 Hz (Type A) Cut-off frequency none, IEC, 50 Hz, 60 Hz (none)* Measuring range RCMS -D/-L 0 30 A (measuring current transformer type A) 0 0 A (measuring current transformer type B) crest factor up to 0 A = 4, up to 0 A = Measuring range RCMS -D4/-L4 (channels 9 only) 00 ma 5 A Rated residual operating current I Δn (alarm) 0 ma 0 A (Type B) 6 ma 0 A (Type A) (00 ma overcurrent)* Rated residual operating current I Δn (alarm) for RCMS -D4/-L4 (channels 9 only) 00 ma 5 A (6 A overcurrent)* Rated residual operating current I Δn (prewarning) 0 00 % x I Δn min 5 ma (50 %)* Digital input ^= < 00 Ω, 0 ^= > 50 Ω Preset for alarm I Δ x factor 99 (3)* Offset 0 0 A (30 ma)* Preset for digital input 0/ ()* Relative uncertainty RCMS -D/-L 0-0 %** Relative uncertainty RCMS -D4/-L4 (channels 9 only) +0-0 %** Hysteresis 40 % (0 %)* Factor for additional CT 0; x 50 (x )* Number of measuring channels (per device/system) /080 Time response Start-up delay t (start-up) per device Response delay t on per channel Delay on release t off per channel Operating time t ae at I Δn = x I Δn/ Operating time t ae at I Δn = 5 x I Δn/ Response time t an for residual current measurement Operating time t ae digital inputs Scanning time for all measuring channels (residual current measurement) Recovery time t b 0 99 s (0 ms)* s (00 ms)* s (00 ms)* 80 ms 30 ms t an = t ae + t on/ 3.5 s 80 ms ms Displays, memory Display range measured value RCMS -D/-L 0 30 A (measuring current transformer type A) 0 0 A (measuring current transformer type B) Display range, measured value RCMS -D4/-L4 (channels 9 ) 0 5 A (measuring current transformer type A) Error of indication ± 0 % LEDs ON/ALARM (RCMS -D ) ON/ALARM/measuring channel (RCMS -L ) LC display backlit graphical display (RCMS -D ) 7-segment display x 7.6 mm (RCMS4 -L) History memory 300 data records (RCMS -D ) Data logger 300 data records per measuring channel (RCMS -D ) Password off/0 999 (off)* Language D, GB, F (GB)* Fault memory alarm relay on/off (off)* Inputs/outputs Test/reset button Cable length for external test/reset button internal/external 0 0 m Interface Interface/protocol RS-485/BMS Baud rate 9.6 kbit/s Cable length 0 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus 90 ()* Cable lengths for W, WR, WS, WF series measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield to terminal I on one end, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Cable lengths for W AB series measuring current transformers Single wire 0.75 mm² 0 0 m Connection plug-in connector, recommended WXS Switching elements Number x changeover contacts (RCMS460), x changeover contacts, x N/O contact (RCMS490) Operating principle NC or N/O operation (N/O operation)* Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- DC- DC- Rated operational voltage 30 V 30 V 4 V 0 V 0 V Rated operational current (common alarm relays) 5 A 3 A A 0. A 0. A Rated operational current (alarm relay) A 0.5 A 5 A 0. A 0. A Minimum contact rating ma at AC/DC 0 V Environment/EMC EMC IEC 600 Operating temperature -5 C + 55 C Climatic class acc. to IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) Classification of mechanical conditions IEC 607 Stationary use (IEC ) Transport (IEC ) Long-time storage (IEC ) 3K5 (except condensation and formation of ice) K3 (except condensation and formation of ice) K4 (except condensation and formation of ice) 3M4 M M3 Connection Connection screw-type terminals Connection rigid/flexible/conductor sizes 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section) rigid/flexible 0..5/0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Mounting display-oriented Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual TGH393 Weight 360 g (RCMS460), 50 g (RCMS490) ( )* factory setting ** In the frequency range of <5 Hz, the relative uncertainty is between -35 % and 00 %. 90 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L

191 Dimension diagrams (dimensions in mm) RCMS460-D/-L RCMS490-D/-L Displays and controls LED ALARM lights up when the measured value falls below or exceeds the response value in a measuring channel or an error is indicated by the digital input. LED ALARM lights up if the measured value exceeds or falls below the Prewarning response value in a channel or in the event of device error. 3 Power On LED ON lights up when the device is switched on or flashes until the device is ready for operation during switching on. 4 Illuminated graphic LCD 5 INFO button: to query standard information (does not apply to RCMS4 -L) ESC button: to exit the menu function without changing parameters 6 Test button TEST : to call up the self test Arrow up button: Parameter changes, scroll 7 Reset button RESET : to delete alarm and fault messages Arrow down button: Parameter changes, scroll 8 MENU button: RCMS460-D/490-D: to toggle between the standard display, menu and alarm display SET button: RCMS460-L/490-L: to set the BMS address Enter button: to confirm parameter changes 9 Alarm LEDs light up when a fault has been detected in the relevant measuring channel or flash if there is a fault with the measuring current transformer 0 Digital display for device address and error codes. 4 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L 9

192 Wiring diagrams Connection of supply voltage U S (see ordering information), 6 A fuse recommended. Connection of measuring current transformers CT CT. Either Type A or Type B measuring current transformers can be selected for each measuring channel. Six W AB series measuring current transformers require one AN40 or AN0 power supply unit. The channels k9 k of the device versions RCMS460-D4/-L4 require the connection of Type A measuring current transformers. 3 RS-485 interface with BMS protocol 4 External reset button R (N/O contact)* 5 External test button T (N/O contact) The external T/R buttons of several devices must not be connected to one another. 6 Alarm relay K : Alarm, common alarm for alarm, prewarning, device error, ext. alarm (adjustable) 7 Alarm relay K : Alarm, common alarm for alarm, prewarning, device error, ext. alarm (adjustable) 8 R on/off: Activate or deactivate the BMS bus terminating resistor (0) 9 Alarm relay: N/O contact per channel Digital input Potential-free contact 0 Resistance between k and l > 50 Ω I Resistance between k and l < 00 Ω Measuring current transformers 9 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors RCMS460-D/-L RCMS490-D/-L

193 Connection W, WR, WS series measuring current transformers (pulsed current sensitive) Connection W AB series measuring current transformer (AC/DC current sensitive) Connection WF series measuring current transformers 4 Analogue output Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors RCMS460-D/-L RCMS490-D/-L 93

194 Example for a system design minimum system consisting of an RCMS460-D and measuring points Example for a system design of standard system consisting of an RCMS460-D and RCMS460-L and a protocol converter COM460IP 4 RCMS460-D RCMS460-L AN40 COM460IP US AC V N L DI-DL B/N A/P B/N A/P Note: When AC/DC sensitive measuring current transformers of the W AB series are used, an AN40 or AN0* is required that supplies up to six measuring current transformers of this type. The DI-DL repeater only is required when the length of the cable exceeds 00 m or when more than 3 devices are connected to the bus. When the supply voltage of AN0- is < 30 V, the output power decreases, so that only 5 measuring current transformers can be connected. 94 Residual current monitoring systems Multichannel residual current monitoring RCMS Residual current monitors LINETRAXX RCMS460-D/-L RCMS490-D/-L

195 LINETRAXX RCMB /RCMB AC/DC sensitive residual current monitoring module with frequency converters Approvals Device features AC/DC sensitive measured value acquisition Frequency range Hz Measuring current transformer, inside diameter 0 mm/35 mm Measuring range 500 ma Measuring time Supply voltage Analogue output current DC 4 0 ma Insensitive to load currents ensured by a full magnetic shielding Connection monitoring measuring current transformers using cyclical test current Multicolour LEDs for operation and fault indication Further information For further information refer to our product range on Ordering information ) Absolute values Supply voltage ) U S Inside diameter Type Art. No. DC V ø 0 mm RCMB B ø 35 mm RCMB B Scope of delivery The connection set supplied consists of the following individual parts: For type RCMB RCMB RCMB RCMB Accessories Single conductor with integrally moulded ferrule (black, white, red, blue) Dimensions Units 45 cm 4 PVC insulating tube 45 cm Single conductor with integrally moulded ferrule (black, white, red, blue) 80 cm 4 PVC insulating tube 80 cm Push-wire plug, four-pole, encoded Mounting brackets for measuring current transformers Ferrule (mm² x mm) 0.5 x 6 4 Cable ties (mm x mm) 00 x.5 Lens head screw M6 x Spring washer M6 4 Resiudal current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB0/

196 4 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 800 V Rated impulse voltage/pollution degree kv/ Overvoltage category CAT III Protective separation (reinforced insulation) between primary conductor and measurement electronics Voltage tests according to IEC kv Supply voltage Supply voltage US DC 4 V Operating range of US V Ripple US % Power consumption.5 VA Measuring circuit Measuring current transformer RCMB0/RCMB35, inside diameter 0 mm/35 mm Rated insulation voltage (measuring current transformer) 800 V Characteristics according to IEC 600 and IEC/TR AC/DC sensitive, Type B Frequency range Hz Measuring range IΔn AC/DC ma Nominal current at 3NAC (RCMB0/RCMB35) 3 A/80 A Operating uncertainty ± 4 % Operating uncertainty at 0 30 Hz +3 % -5 % * Operating uncertainty at Hz ± 3 % * Operating uncertainty at Hz ± 0% * Resolution measuring circuit ma Test winding yes Time response Response delay ton Delay on release toff (if outside the measuring range) Operating time tae at I Δ Response time tan Recovery time t b Displays LED 0 s s 80 ms = t ae + t on s lights constantly green = operation indicator flashes red = fault (output current > 0 ma) Outputs Current output, proportional to the residual current DC 4 0 ma Current output, resolution I Δn = 3,5 x (analogue output current - 4 ma) Load 300 Ω Environment/EMC EMC IEC Annex M Operating temperature C For UL application: Maximum ambient temperature 70 C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M3 Long-time storage (IEC ) M3 Chemical stresses acc. to IEC 607 Stationary use (IEC ) 3C4 Connection Primary conductor: RCMB0 RCMB35 Connector XK: Connection type For UL application: Use at least 60/75 C copper lines! Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force 4 x 6 mm² or 3 x 0 mm² 4 x 35 mm² or 3 x 50 mm² pluggable push-wire terminals, x four-pole 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N General data Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Flammability class UL94 V-0 Screw mounting M5 with mounting brackets DIN rail mounting acc. to IEC 6075 Software version RCMB D378 V.0 Software version RCMB D379 V.0 Weight RCMB0 00 g Weight RCMB35 50 g * of full scale value of the measuring range Dimension diagram Dimensions (mm) Type A B C D E F G H RCMB ø RCMB ø Screw mounting Dimensions (mm) Type A B C D RCMB0 (mounting with angles diagonal) RCMB35 (mounting with angles diagonal) Residual current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB0/

197 Wiring diagram Connect the residual current monitoring module according to the wiring diagram. The output current in proportion to the residual current IA must be made available to the frequency converter. RCMB0 RCMB35 a e d c T 00 ma + + U S = DC 4 V I A = 4 0 ma M 3~ Connections Position of the terminals, connection and disconnection of the conductors Wiring of the plug-in terminal XK 4 Coding socket Pluggable push-wire terminal Terminal Colour RCMB0/RCMB a b c d e f g h XK A black GND (US) B C white DC 4 0 ma D blue GND (DC 4 0 ma) E red +4 V (U S) F G H Installation examples Residual current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB0/

198 LINETRAXX RCMB AC/DC sensitive residual current monitoring module for residual current monitoring in earthed systems (TN and TT systems) Approvals Device features Realisation of a protective device in accordance with DIN EN Annex M in combination with circuit-breakers providing isolating properties Integral switching output for controlling an undervoltage release Combined test and reset button Monitoring of the connection to the measuring current transformer with cyclical test current Insensitive to load currents due to a full magnetic shielding Multicolour LED indicating operation, response value exceeded and fault detected AC/DC sensitive measured value acquisition Response value IΔn 30 ma Frequency range 0 khz Supply voltage DC 4 V Measuring current transformer, inside diameter 35 mm Further information For further information refer to our product range on Ordering information Supply voltage ) US Inside diameter Type Art. No. DC ø 35 mm RCMB B ) Absolute values 4 98 Resiudal current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB35/-30-0

199 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage AC 800 V Rated impulse voltage/pollution degree kv/ Overvoltage category CAT III Protective separation (reinforced insulation) between primary conductor and measurement electronics Voltage tests according to IEC kv Supply voltage Supply voltage US DC 4 V Operating range of US DC V Ripple US % Power consumption.5 VA Making current 5 A, ms Measuring circuit Measuring current transformer, inside diameter 35 mm Rated insulation voltage (measuring current transformer) 800 V Characteristics according to IEC 600 and IEC/TR AC/DC sensitive, Type B Rated frequency khz Response value IΔn 30 ma Nominal current 60 A Relative uncertainty 0-35% Test winding yes Time response Response delay ton 0 s Delay on release toff s after reset Operating time tae at IΔ 80 ms Operating time tae at x I Δn 30 ms Operating time tae at 5 x I Δn 0 ms Response time tan = t ae + t on Recovery time t b s Displays Multicolour LED lights constantly green operation indicator Flashes green (quickly) self test lights constantly red, response value exceeded/self test: no faults detected flashes red (quickly) Reset flashes red (slowly) fault/during a self test: fault occurred Outputs Number N/O contact in N/C operation Operating principle N/C operation Switching output AC 4 V/DC 48 V; 00 ma Electrical endurance, number of cycles Environment/EMC EMC IEC Annex M Operating temperature C For UL application: Maximum ambient temperature 70 C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M3 Long-time storage (IEC ) M3 Chemical stresses acc. to IEC 607 Stationary use (IEC ) 3C4 Connection Primary conductor: Connector XK: Connection type For UL application: Use at least C copper lines! Connection properties rigid flexible without ferrule flexible with ferrule Stripping length Opening force 4 x 35 mm² or 3 x 50 mm² pluggable push-wire terminals, x four-pole 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 4) 0..5 mm² (AWG 4 6) 0 mm 50 N Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material polycarbonate Flammability class UL94 V-0 Screw mounting M5 with mounting brackets DIN rail mounting acc. to IEC 6075 Software version D37 V.00 Weight 50 g 4 Dimension diagram Dimensions (mm) Type A B C D E F G H RCMB ø Screw mounting Dimensions (mm) Type A B C D RCMB (mounting with angles diagonal) Resiudal current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB35/

200 Wiring diagram N K >I >I >I >I 4 < U a3 a4 ~/+ ~/- RCMB a3 a4 b a } } K U S GND (U S ) DC 4 V (U S ) F 5 6 a b 3 Connect the residual current monitoring module according to the wiring diagram. The output current in proportion to the residual current I A must be made available to the frequency converter. 4 Circuit-breaker with undervoltage release in accordance with DIN EN ; t ab 0 ms RCMB Loads, e.g. welding inverter 4 N/O contact in N/C operation for controlling the undervoltage release 5 Supply voltage for RCMB Fuse F: 00 ma, time-lag Connections Position of the terminals connecting of the conductors disconnecting of the conductors Wiring of the plug-in terminal XK a b Coding socket Pluggable push-wire terminal Terminal RCMB a GND (U S) a a3 N/O contact K(3) a a a3 a4 a4 N/O contact K(4) b +4 V (U S) b b b3 b4 b XK b3 b Residual current monitoring systems single-channel, AC/DC sensitive residual current monitoring RCMB AC/DC sensitive residual current monitoring module LINETRAXX RCMB35/-30-0

201 4 0

202 5 0

203 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 03

204 Device overview coupling devices AGH50W-4 AGH04S-4 AGH50S AGH675S-7 Page Application Nominal system voltage Un Device family IR470LY IRDH75/375 IRDH75BM Extension of the nominal voltage range for ISOMETER s AC 0 50 V, DC V Extension of the nominal voltage range for ISOMETER s AC V/ AC V Extension of the nominal voltage range for ISOMETER s AC, 3(N)AC V Extension of the nominal voltage range for ISOMETER s AC, 3(N)AC V Device overview measuring current transformers 5 W0-S0 W5-S0, W0/600 W /W W AB(P) WR Page Characteristics CT type W0/600 W0-S0 W-S35 W-S70 W3-S05 W4-S40 W5-S0 W0 W35 W60 W0 W0 W W W W0AB W35AB(P) W60AB(P) W0AB W0AB WR70x75 WR5x305 Dimensions (mm) Inside diameter Width x height 70 x 75 5 x 305 Strip length EDS460/490 EDS460-DG EDS46/49 Device family RCM40 RCM470DY RCMA40 RCMA43 RCMS460/ System components Device overview

205 WR S(P) WS WS WS S WF split-core split-core flexible WR70x75S(P) WR5x305S(P) WR50x350S(P) WR00x500S(P) WS0x30 WS50x80 WS80x0 WS0x WS50x WS50x80S WS80x80S WS80x0S WS80x60S WF70 WF50 WF500 WF800 WF00 70 x 75 5 x x x x x x 0 0 x x x x x 0 80 x System components Device overview 05

206 Device overview isolating transformers, transformers for operating theatre lights ES70 DS007 ESL007 Voltages Design type Page Application Type of distribution system Design of medical IT systems Supply of three-phase loads in group 0, or medical locations Supply of operating theatre luminaires single-phase three-phase single-phase Input AC 30 V 3AC 400 V AC 30 V (± 5 %, ± 0 %) Output AC 30 V 3NAC 30 V AC 3 8 V Frequency range Hz Hz Hz Power vertical horizontal encapsulated (protection class B) 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 000 VA 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 0000 VA 0 VA 60 VA 80 VA 400 VA 630 VA 000 VA 5 Device overview measuring transducer RK70 Page 46 Application Conversion of DC currents Input Current DC µa Output Current Voltage 0/4 0 ma DC 0 0 V 06 System components Device overview

207 Device overview power supply units AN0 AN AN40 AN40 AN450 Page Application Output voltage Supply voltage US for measuring current transformers ± V AC 0 60 V; DC 8 7 V AC V; DC V for DC 4 V power supply DC 4 V on double terminals L-L for DC 4 V power supply for measuring current transformers for voltage supply DC 4 V DC ± V 0 V, AC Hz AC V DC V AC 6 7; DC V AC/DC V 30 V, AC Hz 7 V, AC Hz Device overview measuring instruments Page Input current μa 0 0 ma μa 0 0 ma Dimensions (mm) 7 x 7 7 x 7 96 x x 96 IR470LY Device family IR470LY-6 IRDH75/375 IRDH75B/375B IRDH575 System components Device overview 07

208 Device overview interface converters and repeaters DI-DL DI- DI-USB Page Application Interface repeater BMS bus Interface converter BMS/RS-3 Interface converter BMS/USB Input RS-485 RS-485 RS-485 Input Connection screw-type terminal screw-type terminal screw-type terminal Cable length 00 m 00 m 00 m Output RS-485 RS-3 USB Output Connection screw-type terminal 9-pin SUB-D USB Type B Cable length 00 m 5 m 5 m Expansion of bus devices 30 Supply voltage US V, AC Hz DC 0 30 V via USB Particular features Driver CD 5 08 System components Device overview

209 Device overview gateways COMTRAXX COM460IP COMTRAXX COM46MT FTC470MB FTC470XDP COMTRAXX CP700 Page Application BMS-Ethernet-Gateway BMS-Ethernet-Gateway BMS-Modbus/RTU-Gateway BMS-PROFIBUS DP-Gateway Condition Monitor/Gateway Protocol input BMS BMS BMS BMS BMS/Modbus/RTU/TCP Protocol output Ethernet/Modbus/TCP Ethernet/Modbus/TCP Modbus/RTU PROFIBUS DP Ethernet/Modbus/TCP Display LCD/LED LED LED LED 7 -colour LCD Alarm messages, ),, 3) Functions Measured values, ),, 3) Device parameter setting ) ) Alarm list ), 3) History memory ) ) Diagrams ), 3) Visualisation ) ) notification ) ) Device tests, ), ) Data logger ) ) 5 Connection System requirements BMS screw-type terminal screw-type terminal screw-type terminal screw-type terminal pluggable screw terminals Output RJ 45 RJ 45 9-pin SUB-D 9-pin SUB-D RJ 45 Supply voltage U S Browser AC V AC 6 7 V, DC 6 94 V Internet Explorer, Opera, Firefox etc. with Silverlight plugin AC/DC V AC V AC V DC 4 V Internet Explorer, Opera, Firefox etc. Internet Explorer, Opera, Firefox etc. with Silverlight plugin ) Functions available on the web server accessible via a personal computer with browser ) Available via the protocol 3) On the device s own LC display System components Device overview 09

210 Device overview alarm indicator and test combinations COMTRAXX MK800 (DI400) COMTRAXX MK340 Visualisation Messages/ displays Page MEDICS systems RCMS Residual current monitoring system EDS insulation fault locator Flush-mounting Installation type Cavity wall mounting Cable-duct mounting Panel mounting 5 Inputs/outputs Surface mounting Digital inputs (potential free) 0/6 0/ N/O or N/C operation selectable selectable Relay outputs N/O or N/C operation programmable programmable Common alarm programmable programmable System fault alarm programmable programmable Languages selectable 0 programmable Standard display 4 x 0 characters 4 x 0 characters Parameter setting/text message Additional text display 3 x 0 characters 3 x 0 characters Standard texts Freely configurable text messages History memory, maximum number of data records Real-time clock Parameterisation software TMK-Set V 4.xx (USB, BMS) TMK-Set V 4.xx (USB, BMS) Messages/alarms, medical gases acc. to EN475, EN737-3 acc. to EN475, EN737-8 RS-485 (BMS protocol) BMS address range internal: ( 50), external: Interfaces Master redundancy, BMS internal Master redundancy, BMS external USB Ethernet (TCP/IP) Supply voltage US AC/DC 4 V AC/DC 4 V Stored energy time in the event of power failure s 5 s 0 System components Device overview

211 5 System components Device overview

212 AGH50W-4 Coupling device Typical applications Extension of the nominal voltage range for the ISOMETER s IRDH series to AC 0 50 V, DC V Further information For further information refer to our product range on Approvals Ordering information Nominal system voltage US Type Art. No. DC AC V 0 50 V AGH50W-4 B Technical data Insulation coordination acc. to DIN EN (VDE ) Rated insulation voltage Voltage test acc. to DIN EN (VDE ) Voltage impulse test (basic insulation) AC voltage test (basic insulation Voltage ranges Nominal system voltage U n Overvoltage category/rated impulse voltage Internal DC resistance Ri AC 600 V AC kv AC 6.6 kv AC 0 50 V, DC V CAT III/ kv 60 kω Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection Connection properties rigid/flexible flat terminals 0. 4/0..5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual BP0900 Weight 900 g Dimension diagram (dimensions in mm) Wiring diagram Un AC 0 50 V DC V System components Individual components and accessories Coupling devices for ISOMETER and RCM Coupling device AGH50W-4

213 AGH04S-4 Coupling device Typical applications Extension of the nominal voltage range to AC, 3(N)AC V/0 300 V, Hz for the ISOMETER s IRDH75-4 /IRDH375-4 /IR470LY-40/IRDH065B-4 Further information For further information refer to our product range on Approvals Ordering information Nominal system voltage US Type Art. No. AC V/0 300 V AGH04S-4 B Technical data Insulation coordination acc. to DIN EN (VDE ) Rated insulation voltage Voltage test acc. to DIN EN (VDE ) Impulse voltage test (basic insulation) AC voltage test (basic insulation) Partial discharge test Voltage ranges Nominal system voltage U n (including DC components) Nominal system voltage Un (AC only) Nominal frequency fn Overvoltage category/rated impluse voltage Internal DC resistance Ri Coupling to AK80 Coupling to AK60 AC 500 V AC 0.4 kv AC 5 kv 3 kv V V Hz III/ 0.4 kv 80 kω 60 kω Environment Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection properties rigid/flexible 0. 4 mm²/0..5 mm² Tightening torque 0.5 Nm Conductor sizes (AWG) 4 Length of the connecting lead between the ISOMETER and AGH 0.5 m Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP30 Degree of protection, terminals (DIN EN 6059) IP0 Type of enclosure X, free from halogen Screw mounting x M4 DIN rail mounting DIN EN 6075/IEC 6075 Flammability class UL94 V-HB Weight 350 g Dimension diagram (dimensions in mm) Wiring diagram without converters Un = 3AC V with converters Un = 3AC V (rectifiers or intermediate circuit voltage max. DC 840 V) U n 5. System components Individual components and accessories Coupling devices for ISOMETER and RCM Coupling device AGH04S-4 3

214 AGH50S Coupling device Typical applications Extension of the nominal voltage range to (3)AC V, Hz for the ISOMETER s IRDH75-4 / IRDH375-4 /IR470LY-40/IR40-D6/IRDH065B-4 Further information For further information refer to our product range on Approvals Ordering information Nominal system voltage US Type Art. No. 3(N)AC V AGH50S B Technical data Dimension diagram (dimensions in mm) Insulation coordination acc. to DIN EN Rated insulation voltage AC 6.3 k V Voltage test acc. to DIN EN Voltage impulse test (basic insulation) AC voltage test (basic insulation) Partial discharge test 35 kv AC 7.5 kv kv 5. Voltage ranges Nominal system voltage U n Nominal frequency fn Internal DC resistance Ri Impedance Zi at 7. kv and 50 Hz AC, 3(N)AC 0 7. kv Hz 80 kω 6 MΩ Environment Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to IEC K5 Connection Connection terminal (medium voltage) Connection terminals 3, 4, 5 Connection properties rigid/flexible screw-type terminal screw-type terminals 0. 4 mm²/0..5 mm² Wiring diagram Un 3/(N)/AC Hz V 3 AC terminal tol 3/N/AC terminal to N AGH50S Other Operating mode Mounting Degree of protection, internal components (DIN EN 6059) Degree of protection, terminals (DIN EN 6059) Type of enclosure Screw mounting Flammability class Weight continuous operation any position IP64 IP0 resin-encapsulated block 4 x M5 UL94 V-HB 4500 g System components Individual components and accessories Coupling devices for ISOMETER and RCM Coupling device AGH50S

215 AGH675S-7 Coupling device Typical applications Extension of the nominal voltage range to AC/DC 0 7. kv for the ISOMETER IRDH75BM-7 Further information For further information refer to our product range on Approvals Ordering information Nominal system voltage US AC/DC 0 7. kv, Hz Cable length Type Art. No. 500 mm AGH675S B mm AGH675S B Technical data Wiring diagram Insulation coordination acc. to DIN EN Rated insulation voltage Voltage test acc. to DIN EN Voltage impulse test (basic insulation) AC voltage test (basic insulation) Partial discharge test Voltage ranges Nominal system voltage U n Nominal frequency fn Internal DC resistance Ri AC 7. k V 40 kv 0 kv 4 kv AC, 3(N)AC 0 7. kv Hz.8 MΩ Environment Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Storage (IEC ) M3 Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to IEC K5 Connection Connection terminal (medium voltage) Connection terminals 3, 4, 5 Connection properties rigid/flexible Other Operating mode Mounting Degree of protection, internal components (DIN EN 6059) Degree of protection, terminals (DIN EN 6059) Type of enclosure Screw mounting Flammability class Weight high-voltage cable (encapsulated on the device side) screw-type terminals 0. 4 mm²/0..5 mm² continuous operation any position IP64 IP0 resin-encapsulated block 6 x M5 UL94 V-HB 500 g ISOMETER IRDH75BM-7 Dimension diagram (dimensions in mm) System components Individual components and accessories Coupling devices for ISOMETER and RCM Coupling device AGH675S-7 5

216 W0-S0 W5-S0, W0/600 Measuring current transformers Typical applications For residual current monitors (RCM) For residual current monitoring systems (RCMS) Measuring current transformer W0/600 Standards W0-S0 W5-S0 series measuring current transformers comply with the device standards: DIN EN , IEC Approvals Measuring current transformer W0-S0 Further information For further information refer to our product range on Measuring current transformer W-S35 Ordering information Inside diameter Type Art. No mm W0/600 B mm W0-S0 B mm W-S35 B mm W-S70 B mm W3-S05 B mm W4-S40 B mm W5-S0 B Approvals Type UL GL GOST W0/600 W0-S0 W-S35 W-S70 W3-S05 W4-S40 W5-S0 6 System components Individual components and accessories Measuring current transformers Measuring current transformers W0-S0 W5-S0, W0/600

217 Technical data Insulation coordination acc. to IEC Highest system voltage for electrical equipment Um Rated impulse withstand voltage Uisol AC 70 V 3 kv Measuring circuit Rated transformation ratio 600/ Rated burden 80 Ω (8 Ω at 00 A) Phase displacement <4 Rated primary current 0 A (00 A) Rated primary current 0 ma Nominal power 50 mva Rated frequency Hz Internal resistance 5 8 Ω Secondary overvoltage protection with suppressor diode P6KE6V8CP Accuracy class 3 Rated continuous thermal current 00 A Rated short-time thermal current 4 ka s Rated dynamic current 35 ka 30 ms Environment Standard IEC Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 ms Virbation resistance IEC (device in operation) W-S35 W3-S05 g/0 50 Hz W4-S40, W5-S0 g/0 50 Hz/0.075 mm Vibration resistance IEC (device not in operation) g/0 50 Hz Ambient temperature (during operation/during storage) C/ C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection rigid/flexible 0. /4/0..5 mm² flexible with ferrules with/without plastic sleeve mm² Conductor sizes (AWG) 4 Connection to the evaluator single wire 0.75 mm² 0 m single wire, twisted 0.75 mm² 0 0 m shielded cable 0.6 mm² 0 40 m Shielded cable (shield connected to PE on one side) recommended cable J-Y(St)Y min. x 0.6 Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting M5 Flammability class UL94 V-0 Operating manual TBP Dimension diagrams Type W0/600 Type W0-S0 A B E D Type W-S35 W5-S0 C 5. Dimensions (mm) Type A B C D E F G Weight W0/600 ø 37 ø g W0-S ø ø 0 70 g W-S ø g W-S ø g W3-S ø g W4-S ø g W5-S ø g System components Individual components and accessories Measuring current transformers Measuring current transformers W0-S0 W5-S0, W0/600 7

218 W /W series Measuring current transformers Typical applications Measuring current transformers W For RCMS460/490 residual current monitoring systems For RCM40 residual current monitors For EDS470, EDS460/490 insulation fault locators Approvals W measuring current transformers For EDS46 and EDS49 insulation fault locators Standards WS and WS measuring current transformers comply with the device standards: DIN EN , IEC Further information For further information refer to our product range on Ordering information Mounting Inside diameter Type Art. No. Mounting brackets, DIN rail Mounting brackets 0 mm W0 B W ) B mm W35 B W ) B mm W60 B W ) B mm W0 B mm W0 B ) For EDS46/49 and EDS473/474 insulation fault locators Accessories 5. Type designation Width Art. No. Snap-on mounting for W0-W35, W0-W mm B Snap-on mounting for W60, W mm B Selection list Type RCM40 RCMS460/490 EDS460/490 EDS46/49 W0 W35 W60 W0 W0 W W W System components Individual components and accessories Measuring current transformers W /W series measuring current transformers

219 Technical data Insulation coordination acc. to IEC Rated insulation voltage 800 V Rated impulse voltage/pollution degree 8 kv/3 CT circuit W Rated primary residual current 0 ma 0 A Rated secondary residual current A Rated transformation ratio Kn 0/0.067 A Rated burden 80 Ω* Nominal power 0.05 VA Frequency range 4 Hz 3 khz Rated continuous thermal current Icth 40 A Rated short-time thermal current Ith 60 x Icth =.4 ka/ s Rated dynamic current Idyn.5 x I th = 6.0 ka/40 ms CT circuit W Rated primary residual current A Rated secondary residual current 0.5 ma Rated transformation ratio Kn A/0.5 ma Rated burden 400 Ω Nominal power VA Frequency range 4 Hz 3 khz Rated continuous thermal current Icth 6 A Rated short-time thermal current Ith 60 x Icth = 0.36 ka/ s Rated dynamic current Idyn.5 x I th = 0.9 ka/40 ms Environment Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K5 (except condensation and formation of ice) Long-time storage (IEC ) K5 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection Connection rigid/flexible/conductor sizes Stripping length cage clamp spring terminal / mm² (AWG 8 ) 8 9 mm Connection EDS, RCM(S) measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield on one side connected to L-conductor, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Other Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (IEC 6059) IP0 Screw mounting lens head screw M5 acc. to DIN 7985 with mounting bracket Flammability class UL94 V-0 Operating manual W, W TBP40903 Approvals and certifications UL under development, GOST * The rated burden may vary depending on the respective device data sheet. Dimension diagram Dimensions (mm) Type A B C D E F G Weight W ø 0 30 g W ø g W ø g W ø g W ø g W0-8000* ø 0 50 g W * ø g W * ø g Tolerance: ± 0.5 mm * For EDS46/49 insulation fault locators 5. System components Individual components and accessories Measuring current transformers W /W series measuring current transformers 9

220 Screw mounting Snap-on mounting Screw mounting with mounting brackets for: W0, W35, W60 and W0-8000, W , W Snap-on mounting on DIN rail: for vertical or horizontal mounting: W0, W35, W60 und W0-8000, W , W Screw mounting: W0, W0 Dimensions (mm) Type A B C D W0/W (fixing with two mounting brackets, diagonally) W35/W (fixing with two mounting brackets, diagonally) W60/W (fixing with four mounting brackets) W0 (screw mounting) W0 (screw mounting) Tolerance for screw mounting with mounting brackets: ±.5 mm Dimensions (mm) Type A B W0/W W35/W W60/W Wiring diagram 5. Measuring current transformers W Connection to the respective residual current monitoring system RCMS, residual current monitors RCM or to insulation fault location systems EDS W measuring current transformers Connection to the respective EDS46 and EDS49 insulation fault locator 0 System components Individual components and accessories Measuring current transformers W /W series measuring current transformers

221 W AB(P) series Measuring current transformers Typical applications W0AB W60AB for AC/DC sensitive RCMA40 residual current monitors W0AB W0AB for RCMS460/490 residual current monitoring systems or for RCMA43 residual current monitors W35ABP and W60ABP for RCMS460/490 and for RCMA40/43 residual current monitors. For use in systems where short-term load currents are likely to occur. Approvals Standards W AB series measuring current transformers comply with the device standards: DIN EN , IEC Further information For further information refer to our product range on Ordering information Mounting Inside diameter Type Art. No. Mounting brackets, DIN rail Mounting brackets 0 mm W0AB B mm W35AB B W35ABP B mm W60AB B W60ABP B mm W0AB B mm W0AB B Connecting wires Accessories For device Length Type Art. No. m WX-00 B RCMA40/43.5 m WX-50 B m WX-500 B m WX-000 B m WXS-00 B RCMS460/490.5 m WXS-50 B m WXS-500 B m WXS-000 B Control cable LiYY flexible, 6 x AWG 0 (6 x 0.56 mm²), approved by UL 464 Type designation For device Art. No. Snap-on mounting Suitable system components W0AB, W35AB(P) B W60AB(P) B Type designation Type Page Power supply units AN40-53 AN40-53 AN0-48 AN Selection list Type RCMA40 RCMA43 RCMS460/490 W0AB W35AB(P) W60AB(P) W0AB W0AB System components Individual components and accessories Measuring current transformers Measuring current transformers of the W AB series

222 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Operating range of US Power consumption CT circuit Rated primary residual current W0AB Rated primary residual current W35AB W0AB Rated primary residual current W0AB Rated primary residual current W35ABP and W60ABP Rated continuous thermal current Icth Rated short-time thermal current Ith Rated dynamic current Idyn 800 V 8 kv/3 DC ± V x US.5 VA ma 0 ma 0 A 300 ma 0 A 0 ma 0 A 40 A.4 ka/ s 6.0 ka/40 ms Environment/EMC EMC IEC 600 Ambient temperature, operation C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K5 (except condensation and formation of ice) Long-time storage (IEC ) K5 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Type of connection Connection RCMA/RCMS measuring current transformers plug-in connectors see table connecting cables Other Degree of protection, internal components (IEC 6059) IP40 Degree of protection, terminals (IEC 6059) IP0 Screw mounting lens head screw M5 acc. to DIN 7985 with mounting bracket DIN rail mounting (W0AB, W35AB(P), W60AB(P) only) with snap-on mounting Flammability class UL94 V-HB Operating manual TBP4090 Dimension diagram Dimensions (mm) Weight Type A B C D E F G H W0AB ø g W35AB(P) ø g W60AB(P) ø g W0AB ø g W0AB ø g Tolerance: ± 0.5 mm Screw mounting Snap-on mounting 5. Screw mounting with mounting brackets for W0AB, W35AB(P), W60AB(P) Snap-on mounting on DIN rail for vertical or horizontal mounting, for W0AB, W35AB(P), W60AB(P) Screw mounting: W0AB, W0AB Dimensions (mm) Type A B C D W35 (mounting with mounting brackets diagonal) W35AB(P) (mounting with mounting brackets diagonal) W60AB(P) (mounting with 3 mounting brackets diagonal) W0AB (screw mounting) W0AB (screw mounting) Dimensions in mm Tolerance for screw mounting with mounting brackets: ±.5 mm Dimensions (mm) Type A B W0AB W35AB(P) W60AB(P) System components Individual components and accessories Measuring current transformers Measuring current transformers of the W AB series

223 Wiring diagrams I( n) 500 ma I( n) > 500 ma I( n) 500 ma I( n) > 500 ma Connection to the RCMS460/490 residual current monitoring system using the WXS- connecting cable. Connection to the RCMA40/43 residual current monitor using the WX- connecting cable. Colour coding for WXS and WX : k = yellow, l = green, - V = black, GND = brown, + V = red, test (T) = orange 5. System components Individual components and accessories Measuring current transformers Measuring current transformers of the W AB series 3

224 WR series Measuring current transformers Typical applications For RCMS460/490 residual current monitoring systems For RCM40 residual current monitors For EDS460/490 insulation fault locators Approvals Standards WR series measuring current transformers comply with the device standards: IEC DIN EN , IEC Further information For further information refer to our product range on Ordering information Mounting Internal dimensions Type Art. No. Mounting brackets 70 x 75 mm WR70x75 B x 305 mm WR5x305 B Selection list Type RCM40 RCMS460 RCMS490 EDS460 EDS490 WR70x75 WR5x305 Technical data 5. Insulation coordination acc. to IEC /IEC Rated insulation voltage Rated impulse voltage/pollution degree 800 V 8 kv/3 CT circuit Rated primary residual current 30 ma 0 A Rated secondary residual current A Rated transformation ratio Kn 0/0.067 A Rated burden 80 Ω* Nominal power 0.05 VA Frequency range 4 Hz 3 khz Rated continuous thermal current Icth 40 A Rated short-time thermal current Ith 60 x Icth =.4 ka/ s Rated dynamic current Idyn.5 x Ith = 6.0 ka/40 ms Environmental conditions Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K5 (except condensation and formation of ice) Long-time storage (IEC ) K5 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection cage clamp spring terminal Connection rigid/flexible/conductor sizes mm² (AWG 8 ) Stripping length 8 9 mm Connection EDS, RCM(S) measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield on one side connected to L-conductor, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Other Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting M5 with mounting brackets Flammability class UL94 V-0 Operating manual TBP40904 Approvals and certifications UL under development, GOST * The rated burden may vary depending on the respective device data sheet. 4 System components Individual components and accessories Measuring current transformers Measuring current transformers of the WR series

225 Dimension diagram Mounting details Dimensions (mm) Type A B C D E F G H I Weight WR70x g WR5x g Wiring diagram Connection to the respective RCMS residual current monitoring system, RCM residual current monitors or to EDS insulation fault location systems 5. System components Individual components and accessories Measuring current transformers Measuring current transformers of the WR series 5

226 WR70x75S(P) WR00x500S(P) series Measuring current transformers Typical applications For RCMS460/490 residual current monitoring systems For RCM40 residual current monitors For EDS460/490 insulation fault locators The WR SP measuring current transformers are particularly suitable for use in busbar systems. This series is to be used for load currents 500 A. Measuring current transformers WR70x75S(P) Standards WR70x75S(P) WR00x500S(P) measuring current transformers comply with the device standards: DIN EN , IEC Further information For further information refer to our product range on Measuring current transformers WR00x500S(P) Approvals Ordering information Screening Internal dimensions Type Art. No. 5. without screening Screening integrated 70 x 75 mm WR70x75S B x 305 mm WR5x305S B x 350 mm WR5x350S B x 500 mm WR00x500S B x 75 mm WR70x75SP B x 305 mm WR5x305SP B x 350 mm WR50x350SP B x 500 mm WR00x500SP B Approvals Type UL GL WR70x75S(P) WR5x305S(P) WR50x350S(P) WR00x500S(P) 6 System components Individual components and accessories Measuring current transformers WR70x75S(P) WR00x500S(P) series measuring current transformers

227 Technical data Insulation coordination acc. to IEC Highest system voltage for electrical equipment Um Rated impulse withstand voltage Uisol AC 70 V 3 kv Measuring circuit Rated transformation ratio 600/ Rated burden 80 Ω Rated primary current 0 A (00 A) Rated primary current 0 ma Nominal power 50 mva Rated frequency Hz Internal resistance 5 8 Ω Secondary overvoltage protection suppressor diode P6KE6V8CP Accuracy class 5 Rated continuous thermal current 00 A Rated short-time thermal current 4 ka/ s Rated dynamic current 35 ka/30 ms Environment Standard IEC Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 s Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection rigid/flexible 0. 4/0..5 mm² flexible with ferrules with/without plastic sleeve mm² Conductor sizes (AWG) 4 Connection to the evaluator single wire 0.75 mm² 0 m single wire, twisted 0.75 mm² 0 0 m shielded cable 0.6 mm² 0 40 m Shielded cable (shield on one side connected to PE) recommended: J-Y(St)Y min. x 0.6 Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting M5 Flammability class UL94 V-0 Operating manual TBP Dimension diagrams WR70x75S(P) WR50x350S(P) WR00x500S(P) Dimensions (mm) Weight Type A B C D E F G H I WR70x75S(P) g WR5x305S(P) g WR50x350S(P) g WR00x500S(P) g 5. Wiring diagram k l S (k) S (l) RCM, RCMS, EDS to the loads System components Individual components and accessories Measuring current transformers WR70x75S(P) WR00x500S(P) measuring current transformers 7

228 WS /WS Split-core type measuring current transformers Typical applications WS measuring current transformers For RCMS460/490 residual current monitoring systems For RCM40/RCM460 residual current monitors For EDS460/490 insulation fault locators WS measuring current transformer For EDS473(E)-, EDS474(E)-, EDS46 and EDS49 insulation fault locators Approvals Standards WS and WS measuring current transformers comply with the device standards: IEC , VDE , IEC Further information For further information refer to our product range on Ordering information Mounting Internal dimensions Type Art. No. Mounting brackets 0 x 30 mm WS0x30 B WS0x ) B x 80 mm WS50x80 B WS50x ) B x 0 mm WS80x0 B ) For EDS46/49 and EDS473/474 insulation fault locators Selection list Type RCM40 RCMS460 RCMS490 EDS460 EDS490 EDS46 EDS49 5. WS0x30 WS50x80 WS80x0 WS0x WS50x System components Individual components and accessories Measuring current transformers WS /WS measuring current transformers

229 Technical data Insulation coordination acc. to IEC /IEC Rated insulation voltage 800 V Rated impulse voltage/pollution degree 8 kv/3 CT circuit WS Rated primary residual current 30 ma 0 A Rated secondary residual current A Rated transformation ratio Kn 0/0.067 A Rated burden 80 Ω* Nominal power 0.05 VA Frequency range 4 Hz 3 khz Rated continuous thermal current Icth 40 A Rated short-time thermal current Ith 60 x Icth =.4 ka/ s Rated dynamic current Idyn.5 x I th = 6.0 ka/40 ms CT circuit WS Rated primary residual current 30 ma A Rated secondary residual current A Rated transformation ratio Kn 0/ A Rated burden 400 Ω Nominal power VA Frequency range 4 Hz 3 khz Rated continuous thermal current Icth 6 A Rated short-time thermal current Ith 60 x Icth = 0.36 ka/ s Rated dynamic current Idyn.5 x I th = 0.9 ka/40 ms Environmental conditions Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K5 (except condensation and formation of ice) Long-time storage (IEC ) K5 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection screw-type terminals Connection rigid/flexible/conductor sizes mm² (AWG 8 ) Stripping length 8 9 mm Connection EDS, RCM(S) measuring current transformers Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield on one side connected to L-conductor, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Other Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting M5 with mounting brackets Flammability class UL94 V-0 Operating manual WS TBP40905 Operating manual WS TBP0808 Approvals and certifications UL under development, GOST * The rated burden may vary depending on the respective device data sheet. Dimension diagram Dimensions (mm) Weight Type A B C D E WS0x g WS50x g WS80x g WS0x g WS50x g 5. Wiring diagram WS series measuring current transformers Connection to the respective RCMS series residual current monitoring system, RCM series residual current monitors or to EDS series insulation fault location systems WS measuring current transformer Connection to the respective EDS46 and EDS49 insulation fault locator System components Individual components and accessories Measuring current transformers WS /WS series measuring current transformers 9

230 WS50x80S WS80x60S series Split-core type measuring current transformers Typical applications For residual current monitors (RCM) For residual current monitoring systems (RCMS) Measuring current transformer WS50x80S Standards WS measuring current transformers comply with the device standards: DIN EN , IEC Approvals Measuring current transformer WS80x60S Further information For further information refer to our product range on Ordering information Internal dimensions Type Art. No. 50 x 80 mm WS50x80S B x 80 mm WS80x80S B x 0 mm WS80x0S B x 60 mm WS80x60S B Approvals 5. Type UL GL WS50x80S WS80x80S WS80x0S WS80x60S 30 System components Individual components and accessories Measuring current transformers WS50x80S WS80x60S series measuring current transformers

231 Technical data Insulation coordination acc. to IEC Highest system voltage for electrical equipment Um Rated impulse withstand voltage Uisol AC 70 V 3 kv Measuring circuit Rated transformation ratio 600/ Rated burden 80 Ω Rated primary current 0 A (00 A) Rated primary current 0 ma Nominal power 50 mva Rated frequency Hz Internal resistance 5 8 Ω Secondary overvoltage protection with suppressor diode P6KE6V8CP Accuracy class 5 Rated continuous thermal current 00 A Rated short-time thermal current 4 ka/ s Rated dynamic current 35 ka/30 ms Environment Standard IEC Shock resistance IEC (device in operation) 5 g/ ms Bumping IEC (transport) 40 g/6 s Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Storage temperature range C Climatic class acc. to DIN IEC K5 Connection Connection screw-type terminals Connection rigid/flexible 0. 4/0..5 mm² flexible with ferrules with/without plastic sleeve mm² Conductor sizes (AWG) 4 Connection to the evaluator single wire 0.75 mm² 0 m single wire, twisted 0.75 mm² 0 0 m shielded cable 0.6 mm² 0 40 m Shielded cable (shield on one side connected to PE) recommended: J-Y(St)Y min. x 0.6 Other Operating mode continuous operation Mounting any position Degree of protection, internal components (DIN EN 6059) IP40 Degree of protection, terminals (DIN EN 6059) IP0 Screw mounting M5 Flammability class UL94 V-0 Operating manual TBP Dimension diagrams WS50x80S WS80x0S WS80x60S 5. Dimensions (mm) Weight Type A B C D E F G H WS50x80S g WS80x80S g WS80x0S g WS80x60S g System components Individual components and accessories Measuring current transformers WS50x80S WS80x60S series measuring current transformers 3

232 LINETRAXX Series WF Consisting of an RCC40 signal converter and a W F measuring current transformer Flexible WF70, WF50, WF500, WF800, WF00 measuring current transformers Device features Typical applications Residual, fault and nominal current monitoring of loads and systems which cannot be switched off Flexible measuring current transformer in different lengths Space-saving design, quick installation Easy retrofitting into existing installations Can be installed without the need to disconnect the conductors Connection monitoring WF measuring current transformers For RCMS460/490 series residual current monitoring systems For RCM40 series residual current monitors Analogue output (U, I) for external measuring devices RCC40 with push-wire terminals (two terminals per connection) Further information For further information refer to our product range on EMC monitoring of TN-S systems for stray currents and additional N-PE connections in the central earthing point (CEP) Monitoring of PE and equipotential bonding conductors to ensure they are free of current Approvals Ordering information 5. Length A measuring current transformer 70 mm 50 mm 500 mm 800 mm 00 mm ) Absolute values ) Supply voltage U S Type Art. No. DC AC V 6 7 V, Hz WF70- B V V, Hz WF70- B V 6 7 V, Hz WF50- B V V, Hz WF50- B V 6 7 V, Hz WF500- B V V, Hz WF500- B V 6 7 V, Hz WF800- B V V, Hz WF800- B V 6 7 V, Hz WF00- B V Hz, V WF00- B Accessories Type designation Type Art. No. Mounting clip for screw mounting ( piece per device) XM40 (RCC40) B System components Individual components and accessories Measuring current transformers LINETRAXX WF series flexible measuring current transformers

233 Technical data Electrical safety Standard: RCC40 IEC : Pollution degree 3 Rated insulation voltage 50 V Standard: WF IEC 600- and IEC CAT III Pollution degree Rated insulation voltage (CAT III) 000 Vrms or DC Supply voltage Supply voltage U S see ordering information Power consumption 3 VA Measuring circuit Measuring range 00 ma 0 A Rated transformation ratio Kn (U - I): 00 mv/a, K N (k - l):.67 ma/a Rated burden (signal output k, l) 68 Ω Rated frequency Hz Rated continuous thermal current Icth ka Rated short-time thermal current Ith 60 ka/ s Rated dynamic current Idyn 50 ka/40 ms Environment/EMC EMC IEC 600 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection RCC40 Connection type push-wire terminal Connection properties rigid 0..5 mm² (AWG 4 4) flexible without ferrule 0..5 mm² (AWG 4 4) flexible with ferrule 0..5 mm² (AWG 4 6) Stripping length 0 mm Opening force 50 N Test opening, diameter. mm Connection measuring current transformer W F PS/ plug Cable length WF m Cable lengths RCMS-RCC40 Single wire 0.75 mm² 0 m Single wire, twisted 0.75 mm² 0 0 m Shielded cable 0.5 mm² 0 40 m Shielded cable (shield to terminal l, not connected to earth) recommended: J-Y(St)Y min. x 0.8 Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material RCC40 polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual TBP40900 Weight RCC g WF g WF70 60 g WF g WF50 80 g WF00 30 g Note: The measuring current transformer is adapted to the associated signal converter RCC40. Dimension diagrams (dimensions in mm) XM40 (RCC40) 70,5 47,5 36 3, WF measuring current transformers A = For details about the length of the measuring current transformer refer to ordering information. 67, Dimension diagrams (dimensions in mm) Locking connector measuring current transformer WF500 WF00 Keep the locking connector clean Locking connector WF70 WF50 System components Individual components and accessories Measuring current transformers LINETRAXX WF series flexible measuring current transformers 33

234 Wiring diagram U S RCM40 * Connection to the respective RCMS460/490 residual monitoring system or to an RCM40 residual current monitor. Power On LED ON : lights up when voltage is available and when the device is in operation Alarm LED ERR : Lights in the event of a short-circuit and interruption of the WF * When using software version D33 V. or an earlier version, switch off CT monitoring When using software version D33 V.3 or higher, set the CT type to flex System components Individual components and accessories Measuring current transformers LINETRAXX WF series flexible measuring current transformers

235 5. 35

236 Measuring current transformer selection list Cables and wires Type W W W AB Wire NYM NYY NYCY/ NYCWY H07RN-F NSSHÖU Page 8 8 cross section mm² Ø mm Ø mm Ø mm Ø mm Ø mm Ø mm x x x x x x x x x x x x x x x x x x x x x x x x x x x x Insulation fault locators Residual current monitors Type Page Suitable system components EDS EDS EDS46 95 EDS49 95 RCM40 78 RCMA40 8 RCMA43 84 RCMS RCMS System components Individual components and accessories Measuring current transformers Measuring current transformer selection list

237 Type WS WS WR WF Page Dimensions mm Dimensions mm Dimensions mm Length mm 0x30 50x80 80x0 0x30 50x80 70x75 5x Suitable system components System components Individual components and accessories Measuring current transformers Measuring current transformer selection list 37

238 Isolating transformer ES70 Single-phase isolating transformers for the design of medical IT systems Typical applications For IT systems in medical locations Approvals VDE test mark for all ES70/350 ES70/0000 types, ES K, ES LG and ES S are not VDE certified. Device features Built-in temperature sensors acc. to DIN 4408 (0 C) Screen winding with brought-out insulated connection terminal Insulated mounting angles Degree of protection, IP00 (open design) Degree of protection, IP3 (with enclosure) Protection class I Protection class II (option: encapsulated version) Reinforced insulation Classification of insulation: ta40/b Connections: screw terminals Noise level < 35 db (A)(no-load and nominal load) Vector group: IiO Standards ES70 isolating transformers comply with the device standards and the regulations for installation: DIN EN (VDE 570-), IEC 6558-, DIN VDE (VDE ), DIN EN (VDE ), IEC , IEC Further information For further information refer to our product range on Technical data Type ES70/350 ES70/4000 ES70/5000 ES70/6300 ES70/8000 ES70/0000 Insulation classification ta40/b t a40/b t a40/b t a40/b t a40/b t a40/b Degree of protection, IP00 IP00 IP00 IP00 IP00 IP00 Degree of protection I/II* I/II* I/II* I/II* I/II* I/II* 5. Power/voltages/currents Rated power 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 0000 VA Rated frequency Hz Hz Hz Hz Hz Hz Rated input voltage AC 30 V AC 30 V AC 30 V AC 30 V AC 30 V AC 30 V Rated input current 4. A 8 A.5 A 8.5 A 36 A 45.3 A Rated output voltage AC 30/5 V AC 30/5 V AC 30/5 V AC 30/5 V AC 30/5 V AC 30/5 V Rated output current 3.7 A 7.4 A.7 A 7.4 A 34.7 A 43.5 A Inrush current IE < x Î n < x Î n < x Î n < x Î n < x Î n < x Î n Leakage current 0.5 ma 0.5 ma 0.5 ma 0.5 ma 0.5 ma 0.5 ma No-load input current i0 3 % 3 % 3 % 3 %.8 % 3 % No-load output voltage u0 36 V 33 V 34 V 35 V 33 V 33 V Short-circuit voltage uk.9 %.8 %.6 %. %. % 3 % Environmental conditions Ambient temperature 40 C 40 C 40 C 40 C 40 C 40 C No-load temperature rise C C 6 C 3 C 33 C 36 C Full-load temperature rise 55 C 53 C 6 C 67 C 76 C 65 C Noise level (no load and full load) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) Other Recommended use when used in accordance with DIN VDE A gl/gg 35 A gl/gg 50 A gl/gg 50 A gl/gg 63 A gl/gg 80 A gl/gg Induction 0.86 T 0.94 T T.05 T T. T Rprimär 0.45 Ω 0.33 Ω Ω 0.08 Ω Ω Ω Rsekundär 0.8 Ω 0.08 Ω Ω 0.07 Ω Ω Ω Fe losst (iron loss) 55 W 56 W 77 W 07 W 05 W 50 W Cu loss (copper loss) 0 W 05 W 5 W 70 W 00 W 30 W Efficiency 95 % 96 % 96 % 96 % 96 % 96 % * Option: completely encapsulated version 38 System components Individual components and accessories Isolating transformers Isolating transformer ES70

239 Dimension diagrams Standard Dimension B: depth incl. terminals SK series S series Dimension E: width incl. terminals K series LG series Transformer enclosure All other dimensions correspond to the standard dimensions. Ordering information S series SK series LG series K series Standard Dimensions (mm) A B C D E F G Cu weight (kg) ES70/350 B ES70/4000 B ES70/5000 B ES70/6300 B ES70/8000 B ES70/0000 B ES70/350K B ES70/4000K B ES70/5000K B ES70/6300K B ES70/8000K B ES70/0000K B ES70/350LG B ES70/4000LG B ES70/5000LG B ES70/6300LG B ES70/8000LG B ES70/0000LG B ES70/350SK B ES70/4000SK B ES70/5000SK B ES70/6300SK B ES70/8000SK B ES70/0000SK B x ES70/350S B x ES70/4000S B x ES70/5000S B x ES70/6300S B x ES70/8000S B x ES70/0000S B Weight (kg) Type Art. No. 5. Ordering information enclosure Dimensions (mm) Weight (kg) Type Art. No. A B C D E F G H I M0 ø 37.5 ø ESDS007- B System components Individual components and accessories Isolating transformers Isolating transformer ES70 39

240 Nameplate Wiring diagram Terminal diagram Standard K series LG series S series SK series 5. Connection properties Type Input terminals flexible/rigid Screen winding flexible/rigid Control terminals flexible/rigid Control terminals for protection class II flexible/rigid Output terminals flexible/rigid ES70/350 0/6 mm² 0/6 mm² 4/6 mm².5/4 mm² 0/6 mm² ES70/4000 6/5 mm² 6/5 mm² 4/6 mm².5/4 mm² 6/5 mm² ES70/5000 6/5 mm² 6/5 mm² 4/6 mm².5/4 mm² 6/5 mm² ES70/6300 6/5 mm² 6/5 mm² 4/6 mm².5/4 mm² 6/5 mm² ES70/8000 6/5 mm² 6/5 mm² 4/6 mm².5/4 mm² 6/5 mm² ES70/ /35 mm² 35/35 mm² 4/6 mm².5/4 mm² 35/35 mm² 40 System components Individual components and accessories Isolating transformers Isolating transformer ES70

241 DS070 Three-phase isolating transformers for the supply of three-phase loads in medical locations Typical applications For IT systems in medical locations Device features Built-in temperature sensors acc. to DIN 4408 (0 C) Screen winding with brought-out insulated connection terminal Insulated mounting angles Degree of protection, IP00 (open design) Degree of protection, IP3 (with enclosure) Protection class I Protection class II (option: encapsulated version) Reinforced insulation Classification of insulation ta40/b Connections: screw terminals Noise level < 35 db (A)(no-load and nominal load) Vector group: Yyn O Standards DS070 isolating transformers comply with the device standards and the regulations for installation: DIN EN (VDE 570-), IEC 6558-, DIN VDE (VDE ), DIN EN (VDE ), IEC , IEC Note: According to DIN VDE (VDE ): 00-, para , single -phase transformers shall be used for the erection of medical IT systems. The transformers of the DS007 series are not suitable for the erection and installation of medical IT systems. Further information For further information refer to our product range on Technical data Type DS007/000 DS007/350 DS007/4000 DS007/5000 DS007/6300 DS007/8000 DS007/0000 Insulation classification ta 40/B t a 40/B t a 40/B t a 40/B t a 40/B t a 40/B t a 40/B Degree of protection IP00 IP00 IP00 IP00 IP00 IP00 IP00 Protection class I/II* I/II* I/II* I/II* I/II* I/II* I/II* Power/voltages/currents Rated power 000 VA 350 VA 4000 VA 5000 VA 6300 VA 8000 VA 0000 VA Rated frequency Hz Hz Hz Hz Hz Hz Hz Rated input voltage 3AC 400 V 3AC 400 V 3AC 400 V 3AC 400 V 3AC 400 V 3AC 400 V 3AC 400 V Rated input current 3 A 4.9 A 6. A 7.7 A 9.8 A. A 5.6 A Rated output voltage 3NAC 30 V 3NAC 30 V 3NAC 30 V 3NAC 30 V 3NAC 30 V 3NAC 30 V 3NAC 30 V Rated output current 5 A 7.9 A 0 A.6 A 5.8 A 0. A 5. A Inrush current IE < x În < x În < x În < x În < x În < x În < x În Leakage current 0.5 ma 0.5 ma 0.5 ma 0.5 ma 0.5 ma 0.5 ma 0.5 ma No-load input current i0 3.0 % 3.0 % 3.0 % 3.0 % 3.0 % 3.0 % 3.0 % No-load output voltage u0 3 V 35 V 34 V 36 V 36 V 35 V 35 V Short-circuit voltage uk.9 %.9 %.8 % 3 %.8 %.8 %.5 % 5. Environmental conditions Ambient temperature 40 C 40 C 40 C 40 C 40 C 40 C 40 C No-load temperature rise 5 C C 4 C 8 C 4 C 7 C 3 C Full-load temperature rise 50 C 50 C 53 C 67 C 60 C 7 C 75 C Noise level (no load and full load) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) Other Recommended fuse when used in accordance with DIN VDE A gl/gg 6 A gl/gg 0 A gl/gg 0 A gl/gg 5 A gl/gg 35 A gl/gg 35 A gl/gg Induction.0 T 0.8 T 0.86 T 0.8 T 0.8 T 0.8 T 0.8 T Rprimary. Ω 0.7 Ω 0.4 Ω 0.38 Ω 0.33 Ω 0.6 Ω 0.3 Ω Rsecondary 0.7 Ω 0.7 Ω 0.3 Ω 0. Ω 0.07 Ω Ω 0.05 Ω FE loss (iron loss) 45 W 5 W 70 W 75 W 80 W 96 W 0 W Cu loss (copper loss) 60 W 05 W 5 W 70 W 00 W 55 W 70 W Efficiency 95 % 96 % 95 % 95 % 96 % 96 % 96 % * Option: completely encapsulated version System components Individual components and accessories Isolating transformers Isolating transformer DS070 4

242 Dimension diagrams Standard Dimension B: depth incl. terminals SK series K series All other dimensions correspond to the standard dimensions. LG series Isolating transformer enclosure Ordering information 5. SK series LG series K series Standard Dimensions (mm) A B C D E F G Cu weight (kg) DS07/000 B DS07/350 B DS07/4000 B DS07/5000 B DS07/6300 B DS07/8000 B DS07/0000 B DS07/000K B DS07/350K B DS07/4000K B DS07/5000K B DS07/6300K B DS07/8000K B DS07/0000K B DS07/000LG B DS07/350LG B DS07/4000LG B DS07/5000LG B DS07/6300LG B DS07/8000LG B DS07/0000LG B DS07/000SK B DS07/350SK B DS07/4000SK B DS07/5000SK B DS07/6300SK B DS07/8000SK B DS07/0000SK B Weight (kg) Type Art. No. Ordering information enclosure Dimensions (mm) Suitable for the following device types A B C D E F G H I Weight (kg) Type Art. No M0 ø 9 ø DS007/000 bis DS007/ ESDS007- B M0 ø 36 ø 6 DS007/6300 bis DS007/ ESDS007- B System components Individual components and accessories Isolating transformers Isolating transformer DS070

243 Nameplate Wiring diagram Terminal diagram Standard, K series, LG series SK series, Connection properties 5. Type Input terminals flexible/rigid Screen winding flexible/rigid Control terminals flexible/rigid Output terminals flexible/rigid DS007/000 0/6 mm² 0/6 mm².5/4 mm² 0/6 mm² DS007/350 0/6 mm² 0/6 mm².5/4 mm² 0/6 mm² DS007/4000 0/6 mm² 0/6 mm².5/4 mm² 0/6 mm² DS007/5000 0/6 mm² 0/6 mm².5/4 mm² 0/6 mm² DS007/6300 0/6 mm² 0/6 mm².5/4 mm² 6/5 mm² DS007/8000 0/6 mm² 0/6 mm².5/4 mm² 6/5 mm² DS007/0000 6/5 mm² 6/5 mm².5/4 mm² 6/5 mm² System components Individual components and accessories Isolating transformers Isolating transformer DS070 43

244 ESL007 transformers for operating theatre lights Single-phase isolating transformers for the supply of operating theatre lights Typical applications For the supply of operating theatre lights in group medical locations Device features Screen winding lead out for external connection Insulated mounting angles Degree of protection, IP00 (open design) Reinforced insulation Classification of insulation ta 40/E Connections: screw terminals Vector group: IiO Standards ESL070 isolating transformers comply with the device standards and the regulations for installation: DIN EN (VDE 0570-), IEC and DIN EN (VDE ), IEC Further information For further information refer to our product range on Technical data Type ESL007/0 ESL007/60 ESL007/80 ESL007/400 ESL007/630 ESL007/000 Insulation classification ta 40/E t a 40/E t a 40/E t a 40/E t a 40/E t a 40/E Degree of protection/protection class IP00/I IP00/I IP00/I IP00/I IP00/I IP00/I Power/voltages/currents Rated power 0 VA 60 VA 80 VA 400 VA 630 VA 000 VA Rated frequency Hz Hz Hz Hz Hz Hz Rated input voltage 30 V 30 V 30 V 30 V 30 V 30 V Rated input current 0.6 A 0.8 A.4 A.9 A 3 A 4.6 A Rated output voltage 3 8 V 3 8 V 3 8 V 3 8 V 3 8 V 3 8 V Rated output current 4.3 A 5.7 A 0 A 4.3 A.5 A 35.7 A Inrush current IE < 5 x În < 5 x În < 5 x În < 5 x În < 5 x În < 5 x În Leakage current 5 µa 5 µa 5 µa 5 µa 5 µa 5 µa No-load input current i0 95 ma 0 ma 40 ma 37 ma 70 ma 30 ma No-load output voltage u0 3.7 V 30.7 V 30.6 V 9.7 V 30 V 30 V Short-circuit voltage uk % 8.8 % 7.9 % 5.3 % 5 % 4.3 % 5. Environmental conditions Ambient temperature 40 C 40 C 40 C 40 C 40 C 40 C No-load temperature rise 7 C 0 C 8 C 6 C 3 C 6 C No-load temperature rise 66 C 64 C 7 C 6 C 64 C 65 C Noise level (no load and full load) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) 35 db(a) Other Recommended fuse when used in accordance with DIN VDE A gl/gg 6 A gl/gg 6 A gl/gg 0 A gl/gg 6 A gl/gg 6 A gl/gg Induction.3 T.7 T.4 T.4 T.06 T T Rprimary 5.3 Ω 8.9 Ω 4.7 Ω Ω. Ω 0.6 Ω Rsecondary 0.3 Ω 0. Ω Ω 0.05 Ω 0.08 Ω 0.06 Ω FE loss (iron loss) 5.5 W 6.3 W 9 W 5 W 8 W 6 W Cu loss (copper loss) 5.8 W 6 W 5 W 3 W 33 W 44 W Efficiency 85 % 88 % 89 % 9 % 9 % 94 % 44 System components Individual components and accessories Isolating transformers Isolating transformer ESL070

245 Dimension diagram Isolating transformer Isolating transformer enclosure Ordering information Dimensions (mm) Cu weight (kg) Type Art. No. A B C D E F G ESL007/0 B ESL007/60 B ESL007/80 B ESL007/400 B ESL007/630 B ESL007/000 B Weight (kg) Ordering information enclosure Dimensions (mm) Weight (kg) Type Art. No. A B C D E F G H I M6 ø 9 ø 3.5 ESL007-0 B Terminal diagram Connection properties Type Input terminals flexible/rigid Screen winding flexible/rigid Output terminals flexible/rigid ESL007/0 4/6 mm² 4/6 mm² 4/6 mm² ESL007/60 4/6 mm² 4/6 mm² 4/6 mm² ESL007/80 4/6 mm² 4/6 mm² 4/6 mm² ESL007/400 4/6 mm² 4/6 mm² 4/6 mm² ESL007/630 0/6 mm² 4/6 mm² 0/6 mm² ESL007/000 0/6 mm² 4/6 mm² 0/6 mm² 5. Wiring diagram System components Individual components and accessories Isolating transformers Isolating transformer ESL070 45

246 RK70 Measuring converter Device features Plastic enclosure for DIN rail mounting Zero setting 0 or 4 ma Electrical separation between the input and output signal Further information For further information refer to our product range on Typical applications Conversion of DC µa current signals into 0(4) 0 ma or 0 0 V signals For ISOMETER s and RCM and RCMA residual current monitors with measurement instrument output DC µa Ordering information Supply voltage ) US Type Art. No. AC DC 9 64 V 0 97 V RK70 B ) Absolute values Technical data 5. Voltage ranges Supply voltage US DC 0 97 V/AC 9 64 V Frequency range US 50 0 Hz Power consumption 3 VA Inputs Current input DC µa Max. permissible current DC 4 ma Rated input resistance approx..5 kω Outputs Outputs two outputs with common ground Voltage output DC 0 0 V Open-circuit voltage DC V Rated burden kω Current output DC 0/4 0 ma Short-circuit current DC 50 ma short-circuit proof Rated burden 500 Ω Accuracy at Tu = 3 C class 0.5 Temperature coefficient 0.05 %/ C Rated rise time T ms Dielectric strength input/output/supply AC 500 V Environment Shock resistance IEC (device in operation) 5 g/ ms Vibration resistance IEC (device in operation) g/0 50 Hz Vibration resistance IEC (transport) g/0 50 Hz Ambient temperature (during operation) C Ambient temperature (during storage) C Climatic class acc. to IEC K3 Connection Connection type Connection properties rigid/flexible modular terminals mm²/0.4.5 mm² Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP40 Degree of protection, internal components (IEC 6059) IP0 Dimensions 75 x.5 x 0 mm DIN rail mounting acc. to IEC 6075 Flammability class UL94 V- Operating manual BP09006 Weight 00 g 46 System components Individual components and accessories Measuring transducers Measuring transducer RK70

247 Dimension diagram (dimensions in mm) Wiring diagram 3 U S 4 Zero: zero setting Scale: full-scale value calibration 3 Device of the RCM series 4 U S see nameplate, A slow-blow fuse recommended 5. System components Individual components and accessories Measuring transducers Measuring transducer RK70 47

248 AN0 Power supply unit for measuring current transformers Typical applications Power supply for W AB series measuring current transformers Further information For further information refer to our product range on Ordering information Output voltage ± V Supply voltage U S Type Art. No. AC DC 0 60 V 8 7 V AN0- B V V AN0- B Suitable system components Type designation Type Page Measuring current transformers W AB Connecting cables for measuring current transformers of the W AB series WXS-00 WXS-50 WXS-500 WXS Technical data Insulation coordination acc. to IEC /IEC AN0-: Rated insulation voltage AC 00 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (+ V, GND, - V) Voltage test acc. to IEC kv AN0-: Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Voltage test acc. to IEC kv Supply voltage AN0-: Supply voltage US AC 0 60 V; DC 8 7 V* Frequency range US DC, AC Hz Power consumption 30 VA AN0-: Supply voltage US AC V; DC V Frequency range US DC, AC Hz Power consumption 30 VA Output power supply unit Output voltage U out DC ± V, short-circuit proof Operating range.5..5 V Rated output W* Cable length Recommended cable WXS00 WXS000 (see suitable system components) Environment/EMC EMC DIN EN DIN EN Operating temperature AN C Derating 50 C or higher AN0-5 %/K Operating temperature AN C Climatic class acc. to IEC 607: Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC K3 (except condensation and formation of ice) Long-time storage (IEC K4 (except condensation and formation of ice) Classification of mechanical conditions acc. to IEC 607: Stationary use (IEC ) 3M4 Transport (IEC ) M Long-term storage (IEC ) M3 Connection Connection screw-type terminals Connection rigid/flexible/conductor sizes 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors of the same cross section) rigid/flexible 0.,5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Mounting see dimension diagram Degree of protection, internal components (DIN EN 6059) IP65 Degree of protection, terminals (DIN EN 6059) IP0 Enclosure material Polybutylenterephthalat (PBT) Screw mounting 4 x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TBP4090 Weight 00 g * When the supply voltage is smaller than 30 V, the output power is reduced, so that only five measuring current transformers can be connected. 48 System components Individual components and accessories Power supply unit Power supply unit AN0

249 Dimension diagram (dimensions in mm) 3 DIN rail adaptor 50, Label 46x7 49 ±.4 4 ±.4 LL5,5x4,5 (4x) 95 0 Wiring diagram U S 3 Supply voltage U S Short-circuit protection for U S, recommended fuses: AN0-: A time-lag fuse recommended AN0-: A time-lag fuse recommended 3 Symmetrical output voltage Colour coding for the conductors of the WXS connecting cable k = yellow, l = green, - V = black, GND = brown, + V = red 5. System components Individual components and accessories Power supply unit Power supply unit AN0 49

250 AN Power supply unit for DC 4 V supply Device features Compact power supply unit to supply Bender devices with DC 4 V and max. 4 watts power consumption Generously dimensioned capacitors to bridge the time gap when temporary voltage fluctuations occur Connection L-L on the primary side Further information For further information refer to our product range on Typical applications To supply Bender devices with DC 4 V and max. 4 W power consumption Approvals Ordering information Rated input voltage U IN Rated output voltage Type Art. No. AC DC 400 V, 50/60 Hz 4 V AN B Technical data 5. Input circuit Mains input voltage AC 400 V Input voltage range +0-0 % acc. to DIN IEC Frequency 50/60 Hz Mains fuse 5 x 0 mm AC 400 V external Output circuit Output voltage EN 63-/Part DC 4 V, on double terminals Status indicator LED green Time-lag fuse, output 5 x 0 mm.5 A Output 4 W Permissible continuous output current DC A Residual ripple < 5 % Ambient temperature C Output proctection circuit varistor Connection Connection screw mounting, touch proof according to UVV (BGV A3) (German accident prevention regulation) Connection properties flexible max..5 mm² Other Test voltage between input and output circuit in accordance with the standard (safety transformers) Standards VDE 0570 Part -6, EN , EN , EN 63- Part CE mark Mounting DIN rail mounting acc. to Degree of protection acc. to VDE 0470/EN 6059 Degree of protection acc. to IEC 536/VDE 006 T Insulation class Dimensions approx. Length (L) Width (B) Installation depth (T) Total weight yes any position IEC 6075, TS 35 x 7.5 IP0 prepared for protection class II E 77 mm 6,5 mm mm 0.95 kg Dimension diagram (dimensions in mm) Wiring diagram 77 L L 6,5 L L ~ F + + U 4 V DC - F + + 4V System components Individual components and accessories Power supply unit Power supply unit AN

251 AN40 Power supply unit for DC 4 V supply Device features Primary-pulsed power supply unit for the power supply of Bender devices with a supply voltage of DC 4 V and a power consumption of max. 0 VA Power supply for max. 3 MK430/max. MK800 alarm indicator and test combinations Protected against idle running, overload and continuous short-circuits Standards The AN40 series complies with the requirements of the device standard: EN 604. Typical applications To supply Bender devices with DC 4 V and maximum 0 VA power consumption Further information For further information refer to our product range on Approvals CCC *) *) Approval relating to the rated input voltage U IN Ordering information Rated input voltage U IN Rated output voltage ABB type Type Art. No. DC AC DC V V, Hz 4 V CP-D 4/0.4/Art. No. SVR R0000 AN40 B V 9 35 V CP-D RU/Art. No. SVR R0000 AN40-R B Technical data 5. Insulation coordination acc. to IEC Rated impulse voltage/pollution degree Rated insulation voltage U i input circuit/output circuit 3 kv/ 3 kv Input circuits Rated input voltage UIN see ordering information Power consumption 3 W Inrush current 30 A, 3 ms Stored energy time in the event of power system failure 30 ms Typical current/power consumption at AC 0 V 84 ma/.6 W at AC 30 V 0.6 ma/ W Primary fuse (internal device protection, not accessible) A time-lag/ac 50 V Output circuit Rated output voltage DC 4 V (± %) Rated output current 40 ma Derating of the output current 60 C < T U 70 C.5 %/K Parallel connection option with redundance unit AN40-R Protection against short-circuits/no-load continuous protection against short-circuits/no-load Environment/EMC EMC immunity acc. to EN EMC emission acc. to EN Ambient temperature (during operation/during storage) C/ C Classification of mechanical conditions acc. to IEC/EN Connection Connection screw-type terminals Connection rigid, flexible (with or without ferrule)/conductor sizes 0. mm² (AWG 4 4) Stripping length 6 mm (0.4 inches) Tightening torque Nm Standards, approvals and certifications UL 508, CAN/CSA C. No. 4 *) UL 30, CAN/CSA C. No. 3 (Class Power Supply) *) Mark UL 6090, CAN/CSA C. No *) GOST CCC *) Other Status indicators LEDs: output voltage present, output votlage low Operating mode continuous operation Mounting vertically (terminals +/ at the top) Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP30 Degree of protection, terminals (DIN EN 6059 (VDE 0470-)) IP0 Protection class II Minimum distance to adjacent devices vertically/horizontally 5/5 mm Enclosure dimensions (W x H x D) 8 x 9 x 57.5 mm (0.7 x 3.58 x.6 inches) DIN rail mounting acc. to IEC 6075 Protective extra low voltage SELV (EN ) Weight 70 g *) Approval relating to the rated input voltage UIN CE System components Individual components and accessories Power supply unit Power supply unit AN40 5

252 Displays and controls CP-D 4/0.4 DC LOW DC ON L + N PWM - Power On LED DC ON lights up green signalling that voltage is available at the output of the power supply unit. LED DC LOW lights red signalling that the output voltage is too low. Wiring diagram + - L N PWM + - L N L, N: input voltage +, - : output voltage Option for redundant power supply 5. L+ L- IN IN IN IN L+ L AN40 AN40-R AN40 L N OUT L N output voltage input voltage input voltage 5 System components Individual components and accessories Power supply unit Power supply unit AN40

253 AN40 Power supply unit for measuring current transformers Typical applications Power supply for W AB series measuring current transformers Approvals Further information For further information refer to our product range on Ordering information Supply voltage ) US Output voltage Type Art. No. DC/AC DC V, 6 7 V (4 66 Hz) ± V/400 ma AN40- B V, Hz ± V/400 ma AN40- B Device version with screw terminals on request. ) Absolute values Accessories Suitable system components Type designation Mounting clip for screw mounting ( piece per device) Art. No. B Type designation Type Page Measuring current transformers W AB Connecting cables for measuring current transformers of the W AB series WXS-00 WXS-50 WXS-500 WXS-000 Technical data Insulation coordination acc. to IEC /IEC AN40-: Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree.5 kv/3 Protective separation (reinforced insulation) between (A, A) - (+ V, GND, - V) Voltage test acc. to IEC kv Supply voltage Supply voltage U S Frequency rangeu S Power consumption AC 6 7 V/DC V DC, AC 4 66 Hz 30 VA AN40-: Rated insulation voltage AC 50 V Rated impulse voltage/pollution degree 4 kv/3 Protective separation (reinforced insulation) between (A, A) - (+ V, GND, - V) Voltage test acc. to IEC kv Supply voltage Supply voltage US Frequency range US Power consumption Output power supply unit Output voltage Uout Operating range Rated output Cable length Recommended cable AC/DC V DC, AC Hz 30 VA DC ± V, short-circuit proof.9.. V 9 W WXS00 WXS000 (see ordering information) Environment/EMC EMC IEC604-3 Operating temperature C Climatic class acc. to IEC 607 Stationary use (IEC ) 3K5 (except condensation and formation of ice) Transport (IEC ) K3 (except condensation and formation of ice) Long-time storage (IEC ) K4 (except condensation and formation of ice) Classification of mechanical conditions IEC 607 Stationary use (IEC ) 3M4 Transport (IEC ) M Long-time storage (IEC ) M3 Connection Connection type screwless-type terminals Connection properties rigid 0..5 mm² (AWG 4 4) flexible without ferrule 0..5 mm² (AWG 4 4) flexible with ferrule 0..5 mm² (AWG 4 6) Stripping length 0 mm Opening force 50 N Test opening, diameter. mm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Enclosure material polycarbonate Screw mounting x M4 with mounting clip DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating Manual BP40907 Weight 40 g 5. System components Individual components and accessories Power supply units Power supply unit AN40 53

254 Dimension diagram (dimensions in mm) 70,5 47,5 3, ,5 90 Wiring diagram 3 5. Supply voltage U S Short-circuit protection for U S, 6 A fuse recommended 3 Symmetrical output voltage Colour coding for the conductors of the WXS connecting cable k = yellow, l = green, - V = black, GND = brown, + V = red 54 System components Individual components and accessories Power supply units Power supply unit AN40

255 AN450 Power supply unit Device features Power supply unit for the supply of Bender devices with AC 0 V and a power consumption of maximum 9 VA Supply of 3 MK430/ MK800 alarm indicator and test combinations (for example) Protected secondary circuit Typical applications Supply of Bender devices - with AC 0 V and a power consumption of maximum 9 VA Standards The AN450 series complies with the requirements of the device standards: DIN EN (VDE 0570-) and IEC Further information For further information refer to our product range on Approvals Ordering information Output voltage AC 0 V, Hz Supply voltage US Type Art. No. AC 30 V, Hz AN450 B V, Hz AN B Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Supply voltage Supply voltage US Frequency range US Operating range US Power consumption Output voltage Rated output Secondary protection AC 50 V 4 kv/3 see ordering information see ordering information x U e 9 VA AC 0 V, Hz 9 VA PTC resistors Environment/EMC EMC immunity IEC EMC emission IEC Classification of climatic conditions acc. to IEC 607 Stationary use 3K5 Transport K3 Long-time storage K4 Ambient temperature, operation C Classification of mechanical conditions acc. to IEC 607 Stationary use/transport/long-time storage 3M4/M/M3 Connection Connection screw-type terminals Connection properties rigid/flexible/conductor sizes 0. 4/0..5 mm² (AWG ) flexible with ferrule, without/with plastic sleeve 0.5 mm² Stripping length 8 mm Tightening torque 0.5 Nm Other Operating mode continuous operation Mounting any position Degree of protection, internal components DIN EN 6059 (VDE 0470-) IP30 Degree of protection, terminals (DIN EN 6059 (VDE 0470-)) IP0 Type of enclosure X440 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Operating manual BP03003 Weight 400 g 5. System components Individual components and accessories Power supply unit Power supply unit AN450 55

256 Dimension diagram (dimensions in mm) ø 4,5 screw mounting 45 5,5 Displays and controls Operation LED (green) ON lights, when the device is in operating state. Wiring diagram L U S N A, A = supply voltage US; F = short circuit protection Power supply unit AN450 3 U, V = output voltage 4 Alarm indicator and test combination 56 System components Individual components and accessories Power supply unit Power supply unit AN450

257 704/70/9604/960 Measuring instruments Device features Dimensions: 7 x 7 mm (704/70) or 96 x 96 mm (9604/960) Version S for increased shock and vibration resistance Scale background: white, imprint: black Measuring instruments 9604/704/960 Further information For further information refer to our product range on Typical applications The analogue measuring instruments of the 96 /7 series for indication of measured values from Bender devices utilising an appropriate output Ordering information Suitable ISOMETER /RCM Input current Dimensions Type Art. No. IR470LY-4, IRDH75/ μa 7 x 7 mm 96 x 96 mm B S-4 B B S-4 B B IRDH75B/375B/ ma 96 x 96 mm 960S-4 B IR470LY μa 96 x 96 mm B B IRDH75B/375B/ ma 7 x 7 mm 70S-4 B Technical data Test voltage 3 kv Accuracy class acc. to DIN Normal position vertical +5 Temperature range C Protection class acc. to DIN Enclosure Terminals Terminals with contact protection IP5 IP00 5. Dimension diagram (dimensions in mm) 704/ /960 System components Individual components and accessories Measuring instruments Measuring instruments 9604/704/70/960 57

258 DI-DL Interface repeater for RS-485 bus extension Ordering information Device features Plastic enclosure for DIN rail mounting Dynamic baud rate setting Galvanic separation between the input and output circuit and the power supply overvoltage protection Supply voltage V, AC Hz Typical applications Extension of the maximum possible bus length by 00 m in BMS systems (EDS, RCMS, MEDICS systems) Extension of the maximum possible bus nodes by 3 Protection against spikes by galvanic separation between the input and output circuit and the power supply Further information For further information refer to our product range on Supply voltage US Type Art. No. AC V, Hz DI-DL B Technical data 5. Supply voltage Supply voltage US Power consumption AC V, Hz 0. A/7 W Interfaces BMS Interface/protocol x RS-485/BMS Baud rate dynamic Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Data direction switchover automatically Cascading option yes Number of bus devices: 3 additional bus devices per repeater, cascading allows a virtually unrestricted number of connections Integrated terminating resistor adjustable by a switch or externally Device address, BMS bus Alarm LEDs activity indication: direction, faults (green) internal operating voltage (red) Environment Operating temperature C Connection Connection push-wire/plug-in terminals Other Operating mode continuous operation Mounting any position Enclosure for standard DIN rail 3 mm (approx.0 x 75 x 55) Operating manual DiaLog RS-485 repeater type CN-- Weight approx. 90 g Dimension diagram (dimensions in mm) Wiring diagram U S AC V N L N Power L Bus P Bus P interner Busabschluß Bus Bus on ON 3 4 off 55 86,5 0 Bus 5V B/N A/P B/N A/P Bus 5V B/N A/P B/N A/P Note: Take the BMS bus termination into account: When the terminating resistors are switched on with the DIP switches, additional resistors will be connected. Address of the BMS bus makes these resistors available. Since only one resistor is required for each bus segment, it is recommended to use only external resistors in the bus segment where the device with address is located. 58 System components Communication systems Protocol converter RS-485 interface repeater DI-DL

259 DI- RS-3/RS-485 interface converter Device features Plastic enclosure for DIN rail mounting Electrical separation between the input and output circuit Supply voltage DC 0 30 V Approvals Typical applications Conversion of RS-3 signals into RS-485 signals Parameterisation of alarm indicator and operator panels (MK800, MK430) with RS-485 interface via PC with RS-3 interface using software Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. DC 0 30 V DI- B ) Absolute values Technical data Insulation coordination acc. to IEC Rated voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Power consumption 3 kv/3 see ordering information. W Interfaces BMS Interface/protocol x RS-485/ Baud rate kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Mode Connection DATA + (A), DATA - (B) Terminating resistor 0 Ω (0.5 W) Device address, BMS bus Serial interface x RS-3 Alarm LEDs ON Environment/EMC EMC immunity/emc emission EN /EN Classification of climatic conditions acc. to IEC 607 Stationary use 3K5 Transport K3 Long-time storage K4 Ambient temperature, operation C Classification of mechanical conditions acc. to IEC 607 Stationary use 3M4 Transport M Long-time storage M3 Connection Connection screw-type terminals Connection rigid/flexible/conductor sizes mm² (AWG ) Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Screw mounting x M3 DIN rail mounting acc. to IEC 6075 Operating manual TBP0900 Weight 60 g 5. Dimension diagram (dimensions in mm) Wiring diagram BMS-Bus DI- for the integration of a personal computer utilising an RS-3 interface into a BMS network. Note: Terminate both ends of the BMS bus with 0 Ω resistors (R) System components Communication systems Protocol converter Interface converter DI- 59

260 DI-USB Interface converter USB to RS-485 Device features Plastic enclosure Electrical separation between the input and output circuit Power supply via USB port USB cable and driver CD included in the scope of delivery Typical applications Conversion of USB interface into RS-485 interface Parameterisation of alarm indicator and operator panels (MK800, MK430) with RS-485 interface, by means of software via PC with USB interface Further information For further information refer to our product range on Ordering information Supply voltage Type Art. No. supplied by USB port, no additional power supply required DI-USB B Technical data 5. Insulation coordination acc. to IEC Rated voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Power consumption 3 kv/3 see ordering information 95 mva Interfaces BMS Interface/protocol x RS-485/ Baud rate kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Mode Connection A, B Integrated terminating resistors, selectable via jumper, factory setting terminating resistors included Device address, BMS bus Serial interface x USB Alarm LEDs ON (yellow), R x Data (green), T x Data (red) Environment/EMC EMC immunity/emc emission EN /EN Classification of climatic conditions acc. to IEC 607 Stationary use 3K5 Transport K3 Long-time storage K4 Ambient temperature, operation C Classification of mechanical conditions acc. to IEC 607 Stationary use 3M4 Transport M Long-time storage M3 Connection Connection screw-type terminals/usb plug Type B Connection rigid/flexible/conductor sizes mm² (AWG ) Other Operating mode continuous operation Mounting any position Screw mounting x M3 DIN rail mounting acc. to IEC 6075 Operating manual manual of third-party manufacturer Weight 5 g Dimension diagram (dimensions in mm) Wiring diagram Depth: DI-USB to connect a personal computer utilising a USB interface to a BMS network. Note: Consider BMS bus termination 60 System components Communication systems Protocol converter Interface converter DI-USB

261 COMTRAXX COM460IP BMS-Ethernet-Gateway Device features Modular, expandable gateway between BMS bus and TCP/IP Gateway between BMS bus and Ethernet Range of functions customisable through options Remote access via LAN, WAN or Internet Typical applications Commissioning and diagnostics of BMS bus systems Optimum presentation and visualisation of device and system statuses supported by silverlight functions in the web browser Adapted system overview according to individual system description Selective notification to various user groups in the event of alarms The use of professional visualisation programs permits conversion of BMS data to Modbus/TCP protocols Observing and analysing communication-capable Bender products, such as RCMS, EDS and MEDICS systems Simple and fast parameterisation of BMS systems, storage and documentation of settings Approvals (applied for 4 V) Device versions Basic device Presentation of BMS data via a standard web browser with Silverlight plug-in Indication of current measured values, operational and alarm messages Time synchronisation for all BMS bus devices Integrated Ethernet switch: x RJ45, 0/00 Mbit/s LCD for simple address setting Operation optionally via the internal or external BMS bus Modbus/TCP data access to BMS addresses 0 of the first internal BMS bus Password-protected device menu Optional package A Individual messages Assignment of individual texts for devices and measuring points (channels) notifications to different user groups in the event of alarms and system faults Monitoring for device failure Report function saves measured values and settings. Saved settings can be compared with the current settings made on the COM460IP. Optional package B Modbus/TCP expansion COM460IP can be operated in the internal or external BMS bus. More BMS addresses can be displayed via the Modbus/TCP server when used in the external BMS bus, up to 98 *50 BMS devices can be monitored (98 BMS devices external, 50 BMS devices internal) Up to 50 BMS devices can be operated on the internal bus From an external application (e.g. visualisation software) commands can be sent to BMS devices. The menu item Modbus control commands provides Modbus control commands for selected BMS commands. These commands can be copied to the clipboard of the PC and then included in the programming for the external application. Optional package C Parameter setting Fast, simple parameter setting of BMS devices using the web browser BMS devices, other than COM460IP, can only be parameterised when the gateway is operated on the internal BMS bus Report function saves measured values and settings of BMS devices when the gateway is operated on the internal BMS bus. Saved settings can be compared with the current settings and can be reloaded. Optional package D Visualisation Fast and simple visualisation without any programming. For example, measured values or alarms can be arranged on a floor plan and visualised. Displaying an overview the contents of which takes up more than one page. Jump to another view page and back to the overview page. 5. Further information For further information refer to our product range on Ordering information Supply voltage/ frequency range US AC/DC DC AC Power consumption Application Type Optional package (software license) V, Hz ) 5 40 VA/3.8 W BMS-Ethernet-Gateway (basic device) COM460IP B V 6 7 V, Hz Art. No. 4 VA BMS-Ethernet-Gateway (basic device) 4 V COM460IP-4V B Individual texts for devices/channels, in the event of an alarm *Optional package A: B Modbus/TCP server with max BMS nodes Optional package B B Parameter setting for BMS devices Optional package C: B Visualisation of BMS devices Optional package D: B ) Absolute values System components Communication systems Protocol converter Ethernet BMS-Ethernet-Gateway COMTRAXX COM460IP 6

262 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information see ordering information see ordering information Displays, memory Display four lines, backlit, for operating data and device menu LEDs: x Ethernet ETH, ETH act/link lights when connected to the network, flashes during data transmission ALARM internal device error COM data traffic BMS bus ON operation indicator Memory card for special device functions (micro SD card) GB configurations (option A only) and device failure monitoring max. 50 entries Individual texts (option A only) max. 00 texts with 00 characters each Interfaces BMS bus (internal/external): Interface/protocol RS-485/BMS internal or BMS external (BMS internal)* Operating mode master/slave (slave)* Baudrate BMS (internal/external) 9.6 kbit/s/57.6 kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Connection, BMS internal/external terminals A, B Terminating resistor 0 Ω (0.5 W) Device address, BMS bus external/internal 99 ()* Ethernet: Connection x RJ45 Data rate 0/00 Mbit/s, autodetect DHCP on/off (on)* toff (DHCP) 5 60 s (30 s)* IP address nnn.nnn.nnn.nnn ( )* Netmask nnn.nnn.nnn.nnn ( )* Protocols (depending on the option selected) TCP/IP, Modbus/TCP, DHCP, SMTP, NTP Environment/EMC EMC EN 636- Classification of climatic conditions acc. to IEC 607: Stationary use 3K5 Transport K3 Long-term storage K4 Operating temperature C Classification of mechanical conditions acc. to IEC 607: Stationary use 3M4 Transport M Long-term storage M3 Connection Connection screw-type terminals Connection rigid/flexible 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section) rigid/flexible 0..5 mm² Stripping length 8 9 mm Tightening torque Nm Other Operating mode continuous operation Mounting display oriented Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Type of enclosure X460 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Software version D7 V.5x D78 V.5x Weight 30 g ( )* = factory setting Dimension diagram (dimensions in mm) 5. Displays and controls COMTRAXX COM ETH ETH act/link act/link 6 INFO ESC 3 ALARM 7 COM 9 8 ON 0 MENU ON LED lights when supply voltage is applied COM LED lights when the gateway is responding to BMS requests 3 ALARM LED lights when an internal device error occurs 4 LED ETH act/link flashes when data is being transmitted 5 LED ETH act/link flashes when data is being transmitted 6 INFO button to query the COM460IP for device-specific information ESC To exit the menu function without changing parameters 7 button: to move up in the menu, to increase the parameter value 8 Micro-SD card 9 button: to move down in the menu, to decrease values 0 MENU button for starting and exiting the menu button to confirm parameter change LC display for standard and menu mode no function (reserve) 3 no function (reserve) 6 System components Communication systems Protocol converter Ethernet BMS-Ethernet-Gateway COMTRAXX COM460IP

263 Wiring diagram U S 6 A 6 A A A A A IN 3 GND IN / INFO 4 ESC ALARM COM ON ETH IN3 4 GND 3/4 ETH IN4 A AMB BMB B MENU 6 (AMB, BMB) x RJ45 Connection to the supply voltage, 6 A fuse recommended, IT systems require two fuses. For UL and CSA applications, it is mandatory to use 5 A fuses Currently has no function (digital inputs) 3 Currently has no function (alarm relay K) 4 Currently has no function (digital inputs) 5 Currently has no function 6 Currently has no function BMS-Bus RS Two connections to: a personal computer or to the local network (Hub, Switch, Router); Connection with a CAT5 cable; internal Layer--Switch with cable autodetect 8 Connection BMS bus (internal or external) with shielded cable (e.g. J-Y(St)Y x0.8) 9 Switch for BMS bus termination. When the device is installed at the end of the bus, set the terminating switch to on Application example BMS system integration Visualization PC / Touch Browser Silverlight HTTP Modbus/TCP OPC BACnet Modbus/TCP Inosoft VisiWin OPC Server Wizcon Supervisor InduSoft Studio Wonderware, WinCC,... OPC Modbus/TCP BACnet Router Modbus/TCP WLAN 5. TCP/IP/Ethernet COM460IP HTTP (Silverlight) Modbus/TCP BMS ext. Modbus RTU COM460IP TM800 MK800 Profibus DP BMS FTC470 XMB XDP System components Communication systems Protocol converter Ethernet BMS-Ethernet-Gateway COMTRAXX COM460IP 63

264 COMTRAXX COM46MT BMS-Ethernet-Gateway Typical applications The use of professional visualisation programs by converting the BMS data to the Modbus/TCP protocol Observing and analysing Bender products that support communication, such as RCMS, EDS and MEDICS systems Device features Setting of the IP address, BMS address and time/date using Standard web browser Time synchronisation for all BMS bus devices Integrated Ethernet switch: x RJ45, 0/00 Mbit/s Can be operated on the internal BMS bus Modbus/TCP data access to the internal BMS bus, max. 50 BMS devices Commands can be sent from an external application (e.g. visualisation software) to BMS devices and measured values read. Further information For further information refer to our product range on Ordering information Supply voltage/ frequency range U S Supply voltage/ frequency range U S For UL application Power consumption Type Art. No. AC /DC AC DC V ), Hz V, 5 60 ma, Hz V, 6 ma 6,5 VA COM46MT B ) Absolute values Technical Data 5. Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage U S Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information see ordering information see ordering information LED indicators x Ethernet ETH, ETH act/link lights when connected to the network, flashes during data transmission ON operation indicator Interfaces BMS bus internal: Interface/protocol RS-485/BMS bus internal Operating mode master/slave (slave)* Baud rate BMS internal 9.6 kbit/s Cable length 00 m Cable (twisted pair, shielded, shield connected to PE on one side) recommended: J-Y(St)Y x0.8 Connection, BMS internal terminals A, B Terminating resistor 0 Ω (0.5 W) Device address, BMS bus internal 99 ()* Ethernet: Connection x RJ45 Data rate 0/00 Mbit/s, autodetect IP address nnn.nnn.nnn.nnn ( )* Netmask nnn.nnn.nnn.nnn ( )* Protocols TCP/IP, Modbus/TCP, NTP General data EMC EN 636- Classification of climatic conditions acc. to IEC 607: Stationary use 3K5 Transport K3 Long-term storage K4 Operating temperature C Classification of mechanical conditions acc. to IEC 607: Stationary use 3M4 Transport M Long-term storage M3 Operating mode continuous operation Mounting display oriented Connection Connection screw-type terminals Connection properties: Rigid/flexible 0. 4/0..5 mm² (AWG 4 ) Multi-conductor connection ( conductors with the same cross section): rigid/flexible mm² Stripping length 8 9 mm Tightening torque Nm Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP0 Type of enclosure X460 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94V-0 Software version D40 V.0x Weight 30 g ( )* = factory setting 64 System components Communication systems Protocol converter Ethernet BMS-Ethernet-Gateway COMTRAXX COM46MT

265 Dimension diagram (dimensions in mm) Operating elements COMTRAXX COM46 ON ON LED lights when supply voltage is applied Ron/off (beside terminals A, B) Switch for terminating the BMS bus. When the device is installed at the end of the bus, set the terminating switch to on. Wiring diagram U S 6 A 6 A A A A A 5. ETH ETH A B 4 x RJ45 3 BMS-Bus RS-485 Connection to the supply voltage, 6 A fuse recommended, twopole fuses should be used on IT systems. For UL and CSA applications, it is mandatory to use 5 A fuses. Two connections for connection to a personal computer or connection to the local network (hub, switch, router);connection using a CAT5 cable; internal Layer--Switch with cable autodetect. 3 Connection to the internal BMS bus with shielded cable (e.g. J-Y(St)Y x0.8) 4 Switch for BMS bus termination. When the device is installed at the end of the bus, set the terminating switch to on. System components Communication systems Protocol converter Ethernet BMS-Ethernet-Gateway COMTRAXX COM46MT 65

266 FTC470XMB Protocol converter to interface the BMS bus with Modbus/RTU Device features Modbus/RTU interface for communication with higher-level systems (building management systems or visualisation software) Approvals Typical applications Transmitting all BMS data to Modbus/RTU Displaying Bender data on Modbus/RTU-compatible software Reactions on the Modbus/RTU side to BMS events Control of BMS systems via Modbus/RTU Connection to Modbus/RTU-compatible building services management systems Reactions on the BMS side to events on the Modbus/RTU side Further information For further information refer to our product range on Ordering information Supply voltage ) US Type Art. No. AC/DC V FTC470XMB B ) Absolute value Technical data 5. Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information AC Hz, DC VA Interfaces BMS Interface/protocol RS-485/BMS (internal) Baud rate 9.6 kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Mode Master/Slave Connection terminals A/B Terminating resistor 0 Ω (0.5 W) Device address, BMS bus DIP switch 30 Alarm LEDs ON/ALARM/FAULT/BMS Modbus Interface/protocol RS-485/Modbus/RTU Mode Modbus/RTU slave Connection 9-pin SUB-D Alarm LEDs ACTIVE/BF (bus error)/diag/run Baud rate kbit/s Terminating resistor DIP switch Address assignment Modbus/RTU DIP switches 7 Environment/EMC EMC immunity EN EMC emission EN Classification of climatic conditions acc. to IEC 607 Stationary use 3K5 Transport K3 Long-time storage K4 Operating temperature C Classification of mechanical conditions acc. to IEC 607 Stationary use Transport Long-time storage Connection Connection Connection properties rigid/flexible/conductor sizes flexible with ferrule, without/with plastic sleeve Stripping length Tightening torque 3M4 M M3 screw-type terminals 0. 4/0..5 mm² (AWG ) 0.5 mm² 8 mm 0.5 Nm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Type of enclosure X470 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH367 Weight 360 g 66 System components Communication systems Protocol converter Ethernet Protocol converter FTC470XMB

267 Dimension diagram (dimensions in mm) 99 Displays and controls Socket for Modbus/RTU cable: 9-pin SUB-D Micro switch for Modbus/RTU termination: ON = terminating resistor activated 3 DIP switches for binary addressing of Modbus/RTU: 7 4 DIP switches for binary baud rate setting of Modbus/RTU: bit/s 5 DIP switches for binary parity setting of Modbus/RTU: none/even/odd 6 Modbus/RTU status indication 7 BMS bus status indication 8 DIP switches for binary BMS bus address setting: 30 Wiring diagram ~/+ U S ~/ Supply voltage US = AC/DC V Connection BMS bus 3 Modbus/RTU 9-pin SUB-D 4 U S see ordering information, 6 A fuse recommended System components Communication systems Protocol converter Ethernet Protocol converter FTC470XMB 67

268 FTC470XDP Protocol converter to interface the BMS bus to the PROFIBUS DP Device features PROFIBUS DP interface for communication with higher-level systems (building management systems or visualisation software) Approvals Typical applications Convertion of BMS data into PROFIBUS DP data Querying and setting communication-capable Bender devices, such as RCMS, EDS and MEDICS systems Transmitting all BMS data to PROFIBUS DP Displaying Bender data on PROFIBUS-capable software Reactions on the PROFIBUS side to BMS events Connection to PROFIBUS-capable building services management systems Reactions on the BMS side to events on the PROFIBUS DP side Further information For further information refer to our product range on Ordering information Supply voltage ) U S Type Art. No. AC/DC V FTC470XDP B ) Absolute value Technical data 5. Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information AC Hz, DC VA Interfaces BMS Interface/protocol RS-485/BMS (internal) Baud rate 9.6 kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Mode master/slave Connection terminals A/B Terminating resistor 0 Ω (0.5 W) Device address, BMS bus DIP switch 30 Alarm LEDs ON/ALARM/FAULT/BMS PROFIBUS DP Interface/protocol RS-485/PROFIBUS DP Mode PROFIBUS DP slave Connection 9-pin SUB-D Alarm LEDs Run/DIAG/BF (bus error) Baud rate 9.6 kbit/s Mbit/s automatic recognition Terminating resistor DIP switch Address assignment PROFIBUS DP rotary switch, 99 Environment/EMC EMC immunity EN EMC emission EN Classification of climatic conditions acc. to IEC 607 Stationary use 3K5 Transport K3 Long-time storage K4 Operating temperature C Classification of mechanical conditions acc. to IEC 607 Stationary use 3M4 Transport M Long-time storage M3 Connection Connection Connection properties rigid/flexible/conductor sizes flexible with ferrule, without/with plastic sleeve Stripping length Tightening torque screw-type terminals 0. 4/0..5 mm² (AWG ) 0.5 mm² 8 mm 0.5 Nm Other Operating mode continuous operation Mounting any position Degree of protection, internal components (IEC 6059) IP30 Degree of protection, terminals (IEC 6059) IP30 Type of enclosure X470 Screw mounting x M4 DIN rail mounting acc. to IEC 6075 Flammability class UL94 V-0 Operating manual TGH358 Weight 360 g 68 System components Communication systems Protocol converter Ethernet Protocol converter FTC470XDP

269 Dimension diagram (dimensions in mm) 99 Displays and controls Socket for PROFIBUS cable: 9-pin SUB-D BMS bus status indication 3 Micro switch for PROFIBUS DP termination: ON = terminating resistor activated 4 Switch for BMS bus address setting: 30 5 Rotary switch for PROFIBUS DP address setting: 99 6 PROFIBUS DP status indication Wiring diagram ~/+ U S ~/ Supply voltage US = AC/DC V Connection BMS bus 3 Modbus/RTU 9-pin SUB-D 4 U S see ordering information, 6 A fuse recommended System components Communication systems Protocol converter Ethernet Protocol converter FTC470XDP 69

270 COMTRAXX CP700 Condition Monitor for Bender BMS devices and universal measuring devices 5. Typical applications Clear information about device and system statuses via 7-inch touch screen Specific system overview according to individual system description Display und visualisation of device and system statuses via web browser Selective notification to various user groups in the event of alarms Support of professional visualisation programs Observing and analysing of Bender products with communication capabilities (universal measuring devices, RCMS, Isometer, EDS systems) Parameter setting for devices, storing, documentation and restoring of parameters in a clear and practice-oriented manner Remote diagnosis, remote maintenance Device features Condition Monitor for Bender BMS devices and universal measuring devices 7 TFT WVGA Color Display Analogue resistive touch screen Small mounting depth Fanless operation Integrated gateway to Ethernet (TCP/IP), 0/00/000 Mbit/s Remote access via LAN, WAN or Internet Can be operated on the internal BMS bus Device characteristics Basic device Display of currently measured values, operating and alarm messages from Bender BMS devices and Bender universal measuring devices on the touch screen Remote indication of data from Bender BMS devices and Bender universal measuring devices using a standard web browser with Silverlight plug-in Time synchronisation for all BMS bus devices and Bender univeral measuring devices Easy address setting via touch screen Password-protected device menu Individual texts Assignment of individual texts for devices and measuring points (channels) and alarms notifications to different user groups according to a time controlled schedule in the event of alarms and system faults Monitoring for device failure Modbus/TCP Uniform access to all Bender devices assigned to the CP700 via the integrated Modbus/TCP server (max. 47 devices) Bender BMS devices can be controlled by an external application (e.g. visualisation or SPS) via Modbus/TCP Support of professional visualisation programs by the Modbus/TCP protocol Parameter setting Fast, simple parameter setting of BMS devices using the PC s web browser. Report function saves measured values and settings. Saved settings can be compared with the current settings and can be reloaded. Visualisation Fast and easy visualisation on a personal computer without previous knowledge of computer programming. Measured values or alarms can be arranged in front of a graphic (system diagram, room plan) and displayed Multipage documents supported Further information For further information refer to our product range on Ordering information Supply voltage/frequency range U S Power consumption Type Art. No. DC 4 V/± 5 % 4 W CP700 B System components Communication systems Condition Monitor Condition Monitor COMTRAXX CP700

271 Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree Supply voltage Supply voltage US Frequency range US Power consumption AC 50 V 4 kv/3 see ordering information see ordering information see ordering information Displays, memory Display 7 TFT WVGA Color LEDs Power, CF, Link, Run, Master/Slave Button Power, Reset Buzzer yes Memory card for special device functions (CF card) 4 GB configuration and device failure monitoring max. 50 entries Individual texts max. 00 texts with 00 characters each Devices that can be displayed max. 47 Interfaces BMS bus: Interface/protocol RS-485/BMS internal Operating mode (max. one CP700 per bus) master/slave (slave)* Device address, BMS bus 99 ()* Baud rate BMS 9.6 kbit/s Modbus/RTU: Interface/protocol RS-485/Modbus/RTU Operating mode master Baud rate Modbus/RTU. kbit/s 57.6 kbit/s Cable length 00 m Cable (twisted pairs, shielded, shield connected to PE on one side) recommended: J-Y(St)Y min. x0.8 Connection, BMS terminals A, B Connection, Modbus/RTU terminals D+, D- Terminating resistor 0 Ω (0.5 W) Ethernet: Connection RJ45 Data rate 0/00/000 Mbit/s, autodetect DHCP on/off (on)* toff (DHCP) 5 60 s (30 s)* IP address nnn.nnn.nnn.nnn ( )* Netmask nnn.nnn.nnn.nnn ( )* Protocols TCP/IP, Modbus/TCP, DHCP, SMTP, NTP Additional interface protocols Dimension diagram (dimensions in mm) connection to SCADA systems and/or PLC via OPC, BACnet or other protocols on request Environment/EMC EMC EN 636- Classification of climatic conditions acc. to IEC 607: Stationary use 3K5 Transport K3 Long-term storage K4 Operating temperature C Ventilation fanless Classification of mechanical conditions acc. to IEC 607: Stationary use 3M4 Transport M Long-term storage M3 Connection Connection General data Operating mode Mounting Degree of protection, on the front (IEC 6059) Degree of protection, on the rear (IEC 6059) Type of enclosure Control panel cut-out Screw mounting Flammability class Weight ( )* = factory setting Control panel cut-out (dimensions in mm) plug connectors continuous operation display oriented IP65 IP0 panel mounting 99x43 mm with mounting brackets UL94V-0 00 g 5. 5, System components Communication systems Condition Monitor Condition Monitor COMTRAXX CP700 7

272 Operating elements and Wiring diagram COMTRAXX CP700 DC 4 V - + ETH A B D+ D- Power RJ45 BMS-Bus Modbus/RTU LC display with touch screen for standard and menu mode Connection to supply voltage, DC 4 V 3 RJ45 connection for connection to personal computer resp. to the local network 4 Connection BMS bus (cable included in the scope of delivery) 5 Connection Modbus/RTU (cable included in the scope of delivery) Interfaces Interface Modbus/RTU Switch and LED master/slave for interface Modbus/RTU 3 BMS bus (Bender measuring device interface) 4 Switch and LED master/slave for BMS bus 5 USB interface, without function 6 Connection of supply voltage, DC 4 V 7 Functional earth 8 USB interfaces, without function 9 Ethernet 0/00/000, port for connection to the personal computer resp. to the local network (hub, switch, router) 0 RS-3 interface, without function Rear cover Mode/node switch x6 Mode/node switch x 3 Buttons: Power, Reset 4 LEDs: Power, CF, Link, Run 5 Battery 6 SD memory card slot 7 Compact flash card slot 7 System components Communication systems Condition Monitor Condition Monitor COMTRAXX CP700

273 COMTRAXX MK800 (DI400) Alarm indicator and test combination with LCD Device features DI400 MK800 Typical applications MK800 Visual and acoustic signalling of operating status and alarm messages Display of measured values and setting of limit values for monitoring purposes from BMS-capable Bender monitoring systems DI400 Expansion module for Bender monitoring systems exchanging data via the BMS bus Display of operating status, warning and alarm messages from Bender monitoring systems Backlit clear LC text display (4 x 0 characters, 8 mm) Additional text to be displayed, if required. A set of LEDs, red, yellow and green, allowing warning and alarm messages to be indicated in an order of priority Predefined standard texts in languages 000 freely programmable message texts Easy parameter setting with PC (USB interface) or menu Memory with real-time clock to store 000 warning and alarm messages with date and time stamp 6 digital inputs (option) One programmable relay (option) Five large function buttons Versions available for flush and surface mounting as well as for mounting into cavity walls or for door mounting Non-reflecting, multicoloured foil Smooth surfaces without openings to meet the hygiene requirements for medical locations Standards The MK800 alarm indicator and test combination meets the requirements for installation: DIN VDE (VDE 000 Part 70) and IEC Further information For further information refer to our product range on Approvals MK800 Ordering information Enclosure Indication Digital inputs/relay outputs Type Art. No. 5. Flush-mounting enclosure Surface mounting Surface mounting, front door Built-in type without enclosure Surface mounting LCD 6/ MK800- B LEDs MK800- B LCD 6/ MK800A- B LEDs MK800A- B LCD 6/ MK800AF- B LEDs MK800AF- B LCD 6/ MK800E- B LEDs MK800E- B LEDs 6/ DI400- B DI400- B Accessories Suitable system components Type designation Type Art. No. Parameterisation software TMK-SET V3.xx as Internet download Flush-mounting enclosure for MK800 UP800 B Bezel frame silver for MK800 BR800- B Bezel frame white for MK800 BR800- B Type designation Type Page Power supply unit AN40 5 System components Communication systems Alarm indicator and test combinations Remote alarm indicator and test combination MK800 73

274 5. Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Supply voltage Supply voltage US Frequency range US Operating range US Power consumption AC 50 V 4 kv/3 AC/DC 4 V AC Hz, DC AC 8 8 V/DC 8 30 V 5 VA Displays and LEDs Four-line display, (MK800 only) 4 x 0 characters Standard message texts in languages Alarm addresses configurable 50 Programmable text messages 000 History memory (messages) 000 Standard text message 3 x 0 characters Additional text message (press button to access) 3 x 0 characters Indication LEDs (three different colours) NORMAL (green) WARNING (yellow) ALARM (red) Menu texts German/ English Buttons 5 (Isometer test, buzzer mute, additional text, scroll, menu) Buzzer Buzzer message Buzzer interval Buzzer frequency Buzzer repetition Inputs (MK800-/DI400- only) Digital inputs Galvanically isolated Control of digital inputs via voltage-free contacts/ extraneous voltage Operating principle: N/O, N/C operation, off, selectable for each input Factory setting Voltage range (high) Voltage range (low) can be acknowledged, with new value operation configurable configurable configurable 6 (IN IN6) off AC/DC 0 30 V AC/DC 0 V Interface internal/external Interface/protocol x RS-485/BMS Baud rate internal/external (default setting) 9.6 kbit/s/57.6 kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus internal/external ( 50)/ 99 Factory setting device address internal/external (master) Programming Interfaces Software TMK-SET Factory setting password query RS-485/BMS/USB V 4.0 or higher activated Cable length when the power supply for the MK800 is taken from AN mm² 50 m 0.5 mm² 90 m 0.75 mm² 50 m.5 mm² 50 m.5 mm² 400 m Colours MK800 Front foil Marking Front plate DI400 Front foil Marking buttons Front plate RAL 7035 (light grey); RAL 7040 (basalt grey) RAL 5005 (ultramarine blue) RAL 7035 (light grey) RAL 7035 (light grey)/ral 70 (basalt grey) RAL 500 (ultramarine blue), lettering: RAL 7035 (light grey) RAL 7035 (light grey) Switching elements (MK800-/DI400- only) Number Operating principle N/C or N/O operation (programmable) Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- Rated operational voltage 4 V 4 V 4 V Rated operational current 5 A 3 A A Minimum contact rating ma at AC/DC > 0 V Environment/EMC EMC immunity IEC EMC emission IEC Operating temperature C Classification of climatic conditions acc. to IEC 607 Stationary use Transport Storage Classification of mechanical conditions acc. to IEC 607 Stationary use Transport Storage Connection Connection pluggable screw terminals Connection properties (supply voltage, BMS bus) rigid/flexible/conductor sizes flexible with ferrule without/with plastic sleeve Connection properties (inputs) rigid/flexible/conductor sizes flexible with ferrule without/with plastic sleeve Stripping length Tightening torque 3K5 K3 K4 3M4 M M mm² (AWG 4 ) mm² mm² (AWG 8 6) 0.5.5/ mm² 7 mm Nm Other Operating mode continuous operation Mounting display-oriented Degree of protection, internal components (IEC 6059) IP50 Degree of protection, terminals (IEC 6059) IP30 Flammability class UL94 V-0 Operating manual TGH408 Weight Flush-mounting/cavity wall (MK800) < 950 g Surface-mounting (MK800A/DI400) < 880 g Surface-mounting (MK800AF) < 50 g 74 System components Communication systems Alarm indicator and test combinations Remote alarm indicator and test combination MK800

275 Dimension diagram (dimensions in mm) MK800A-/MK800A-/DI400-/DI400-, surface-mounting MK800AF-/MK800AF-, surface-mounting with door Flush-mounting enclosure UP800 MK800-/MK800-, example: door mounting MK800-/MK800- with bezel frame BR800 and flush-mounting enclosure UP800, example: cavity wall mounting 5. System components Communication systems Alarm indicator and test combinations Remote alarm indicator and test combination MK800 75

276 Displays and controls COMTRAXX MK LCD: to display operating, warning and alarm messages LED NORMAL : Power On indicator 3 LED WARNING : Warning messages 4 LED ALARM : Alarm messages 5 Test button TEST : to activate the test for connected and assigned insulation monitoring devices 6 Mute button: in operating mode: to mute the buzzer. In menu mode: ESC function 7 Scroll button: In operating mode: to scroll messages. In menu mode: up 8 Add. text button: In operating mode: additional text. In menu mode: down 9 MENU button: In operating mode: to call up the menu mode. In menu mode: enter function Wiring diagram MK800 (DI400) MK800 (DI400) Supply voltage U S Looped through connection for supply voltage (e.g. for control voltage relay contacts) 3 Switch S, S for BMS bus termination (terminating resistor 0 Ω) 4 Wiring between the MK800 and BMs-capable devices 5 USB connection for programming purposes 6 Digital inputs The digital inputs may controlled either via potential-free contacts or voltage signals. When the inputs are activated via an external voltage, the common 0(-) is connected to terminal 0 and the (+)-signal is connected to the respective input IN IN6. 7 Programmable contact for device errors, ISOMETER test, device failure, common alarm message 76 System components Communication systems Alarm indicator and test combinations Remote alarm indicator and test combination MK800

277 COMTRAXX MK430 Alarm indicator and test combination with LCD Device features Typical applications Visual and acoustic signalling of operating status and alarm messages Display of measured values and setting of limit values for monitoring purposes from BMS-capable Bender monitoring systems Approvals Display of operating status, warning and alarm messages in accordance with DIN VDE , IEC and other standards Backlit clear LC text display (4 x 0 characters) Predefined standard texts in 0 languages 00 freely programmable message texts Bus technology for easy installation and reduced fire load Acoustic alarm with mute function Parameter setting via menu (German/English Suitable for flush and surface mounting Easy commissioning due to predefined message texts digital inputs/ relay output (MK430- only) History memory with real-time clock to store 50 warning and alarm messages MK48 can easily be exchanged for MK430 Standards The MK430 alarm indicator and test combination meets the requirements for installation: DIN VDE (VDE 000 Part 70) and IEC Further information For further information refer to our product range on Ordering information Enclosure Digital inputs/ relay output BMS bus Type Art. No. Flush-mounting Surface mounting Accessories / MK430- B MK430- B / MK430A- B MK430A- B Suitable system components 5. Type designation Type Art. No. Parameterisation software TMK-SET as Internet download MK430-mounting kit, complete B Type designation Type Page Power supply unit AN40 5 System components Communication systems Alarm indicator and test combination Alarm indicator and test combination MK430 77

278 5. Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse withstand voltage/pollution degree Supply voltage Supply voltage US Frequency range US Operating range US Power consumption Voltage failure without reset AC 50 V 4 kv/3 AC/DC 4 V 0/40 60 Hz AC 8 8/DC 8 30 V 3 VA 5 s Displays and LEDs Display, characters four lines, 4 x 0 characters Standard message texts in 0 languages Alarm addresses configurable 50 Programmable text messages 00 History memory (messages) 50 Standard text message 3 x 0 characters Additional text message (press button to access) 3 x 0 characters Alarm LEDs (three different colours) NORMAL (green), WARNING (yellow), ALARM (red) Menu texts German/English Buttons 5 (Isometer test, buzzer mute, additional text, scroll, menu) Buzzer Buzzer message Buzzer interval Buzzer frequency Buzzer repetition can be acknowledged, with new value operation configurable configurable configurable Inputs (MK430 - only) Digital inputs (IN IN) Galvanic separation yes Activation of the digital inputs via potential-free contacts/extraneous voltage Operating principle N/O or N/C operation individually selectable for each input Factory setting N/O operation Voltage range (high) AC/DC 0 30 V Voltage range (low) AC/DC 0 V Cable recommended: J-Y(St)Y min. n x 0.8 Cable length 500 m Interfaces Interfaces RS-485 and USB (V.0/V.) Technical data for the RS-485 interface: Protocol BMS Baud rate 9.6 kbit/s Cable length 00 m Cable (twisted in pairs, one end of shield connected to PE) recommended: J-Y(St)Y min. x 0.8 Terminating resistor 0 Ω (0.5 W) connectable via DIP switch Device address, BMS bus DIP switch 50 Factory setting device address (master) Programming Interfaces Software Factory setting password RS-485 or USB (V.0/V.), USB cable: Type A plug on type B plug TMK-SET, V 4.0 or higher activated Max. cable length in case of power supply of //3 MK4 from one AN mm² (e.g. J-Y(St)Y n x 0.6) 60/40/ m 0.5 mm² (e.g. J-Y(St)Y n x 0.8) 50/70/ m 0.75 mm² 400/00/ m.5 mm² 800/0/0 m.5 mm² 300/360/0 m Max. cable length in case of power supply of //3 MK4 from one AN mm² (e.g. J-Y(St)Y n x 0.6) 300/50/00 m 0.5 mm² (e.g. J-Y(St)Y n x 0.8) 500 /50/50 m 0.75 mm² 750/375/50 m.5 mm² 500/750/500 m.5 mm² 500/00/750 m Colours Front foil Marking Front plate RAL 7035 (light grey); RAL 7040 (basalt grey) RAL 5005 (ultramarine blue) RAL 7035 (light grey) Switching elements (MK430 - only) Number changeover contact Function programmable Operating principle N/C or N/O operation (programmable) Electrical endurance, number of cycles 0000 Contact data acc. to IEC Utilisation category AC-3 AC-4 DC- Rated operational voltage 4 V 4 V 4 V Rated operational current 5 A 3 A A Minimum contact rating ma at AC/DC > 0 V Environment/EMC EMC immunity EN EMC emission EN Classification of climatic conditions acc. to IEC 607: Stationary use 3K5 Transport K3 Long-term storage K4 Operating temperature C Classification of mechanical conditions acc. to IEC 607: Stationary use 3M4 Transport M Long-term storage M3 Connection Connection pluggable screw terminals Connection properties (supply voltage, BMS bus): Connection of single conductors rigid/flexible/conductor sizes 0..5 mm² (AWG 4 ) flexible with ferrule without/with plastic sleeve mm² Multi-conductor connection ( conductors of the same cross section) rigid/flexible 0. /0..5 mm² flexible with ferrule without plastic sleeve 0.5 mm² flexible with TWIN ferrules with plastic sleeve mm² Connection properties (inputs): Connection of single conductors rigid/flexible/conductor sizes mm² (AWG 8 6) flexible with ferrule without/with plastic sleeve 0.5.5/ mm² Multi-conductor connection ( conductors with the same cross section): rigid/flexible mm² flexible with ferrules without plastic sleeve mm² flexible with TWIN ferrule with plastic sleeve 0.5 mm² Stripping length 7 mm Tightening torque Nm Other Operating mode continuous operation Mounting display-oriented Degree of protection, internal components (DIN EN 6059 IP50 (surface-mounting type: IP54) Degree of protection, terminals (IEC 6059) IP0 Flammability class UL94V-0 Weight flush mounting 0 g, surface mounting 400 g 78 System components Communication systems Alarm indicator and test combination Alarm indicator and test combination MK430

279 Dimension diagram (dimensions in mm) Flush-mounting type Surface-mounting type , PG 3,5 Displays and controls LED NORMAL : operating mode display LED WARNING : Warning messages 3 LED ALARM : Alarm messages 4 LCD: Display of operating and alarm messages 5 Mute button In operating mode:to mute the buzzer In menu mode: ESC function 6 TEST button: to activate the test for connected and assigned insulation monitoring devices. 7 MENU button In operating mode: to call up the menu mode. In menu mode: Enter function 8 Additional text button In operating mode: additional text In menu mode: Down button 9 Scroll button In operating mode: to scroll messages In menu mode: Up button Wiring diagram AN L N Terminating resistor BMS bus (0 Ω) Connection BMS bus 3 Power supply unit incorporated in the MEDICS module, sufficient for supplying power to maximum three MK430 4 Cable between MEDICS module and MK430 When the MK430 is supplied by the AN450 power supply unit in the MEDICS modules, the permissible cable lengths and cable cross sections have to be considered. 5 Digital inputs The digital inputs may be controlled either via potential-free contacts or via voltage signals. If you are using potential-free contacts, the voltage can be drawn from the AN450 (3). When the inputs are activated via an external voltage, the common 0(-) is connected to terminal 0 and the (+)-signal is connected to the respective input IN IN. In this case, the connections between the terminals 0 and V and the common connections and U are not required. 6 USB connection for programming purposes System components Communication systems Alarm indicator and test combination Alarm indicator and test combination MK430 79

280 Visualisation Typical applications Visualisation of Bender systems Device features Graphical representation on a screen showing the design and status of Bender systems, e.g. in the form of an outline view or a circuit diagram Localising and identifying faults easier and faster Display of operating messages, alarm messages and currently measured values Displaying and analysing historical data Viewing and operating from remote computers Display and operation via the gateway COM460IP option D by means of a browser and a personal computer in the network. Individually programmed visualisation on a touch panel PC or a PC Our service range: Bender offers you the following solution package: Bender gateway to connect your Bender system to a computer Touch panel computer and/or computer with monitor for displaying the visualisation solution Customer-specific programming of the visualisation solution using a high-performance software On-site setting and testing of the visualisation Your advantages: Continuous overview of the system at any place Faults can be detected easily and hence remedied faster Correlations can be recognised and faults can be avoided in the future Further information For further information refer to our product range on System components Communication systems Visualisation Touch Panel TPC

281 5. 8

282 Enclosure mounting Mounting frame for installing enclosures into control panels with standard cutout For mounting X470/XM460 enclosures into panels with 44 x 7 mm cutout, made of silver anodised aluminium. Suitable for the 470 and 460 series, e.g. IR470, EDS470, RCMS470, RCMS460 dand EDS460 devices. For mounting XM490 enclosures into panel cutouts of 98 x 7 mm. Suitable for 490 series devices, e.g. RCMS490, EDS490/49. Dimensions are given in mm.. Type Art. No. X470 Mounting frame B XM460 Mounting frame B XM490 Mounting frame B Fixing set for enclosure mounting into panels with 45 mm cutout For mounting X440, X460, X470 enclosures into 45 mm panel cutouts, made of stainless steel. Suitable for all 470 series devices, e.g. RCM470, RCMA470. Dimensions are given in mm. Type Art. No. 5.3 X450 Fixing set B X460 Fxing set B X470 Fixing set B XM40 mounting frame for mounting enclosures into panels For mounting XM40 enclosures into panels. Suitable for all XM40 series devices, e.g. RCM40, RCMA40, RCMA43. Type Art. No. XM40 Mounting frame B System components Accessories Enclosure mounting

283 Front plate cover for protection class IP65 Typical applications Transparent front plate cover for use in harsh environmental conditions and for increasing the degree of protection (IP65), suitable for devices of the IRDH375/575 series. Ordering information Front plate cover IRDH375 Suitable for Type Art. No. IRDH375 Front plate cover 44 x 7 mm B IRDH575 Front plate cover 44 x 96 mm B Front plate cover IRDH System components Accessories Front plate cover 83

284 6 84

285 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser Annex i 35 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 85

286 ATICS, the worldwide safest and most compact all-in-one changeover and monitoring device for safety-relevant and medical locations Safe Functional safety SIL according to IEC 6508 guarantees protection against malfunction hazards Continuous self monitoring of electronic system and circuit paths with automatic notification Preventive safety by automatic reminders for prescribed tests Maximum reliability during changeover Patented changeover system with mechanical and electrical interlock Weld-free switching contacts with circuit-breaker mechanism Insensitive to voltage fluctuations or shocks, for example, due to stable operating position and constant contact pressure Monitoring for short-circuits Easy-to-use Easy to operate and perfect overview by clear menu structure and user guidance Correct information at the correct time by clear messages via an illuminated graphic display and via bus Safe manual changeover during service by integrated manual/automatic mode with mechanical restart interlock Complete documentation of events Changeover procedures Testing Parameter changes External functional test or replacement without service interruption by optional bypass switch Compact Compact design of electronic system and switching elements in one enclosure Changeover, IT system monitoring and locating current injector in one device Simple wirings by integrated design Efficient Small space required Tests according to the regulations without interruption of the power supply Easy integration into existing installations Completely pluggable 6. 86

287 Device overview ATICS switchover and monitoring devices ATICS - -ISO ATICS - -DIO Voltages Page 88 9 Application unearthed safety power supplies Safety power supplies Rated insulation voltage Nominal system voltage Un -pole: 50 V AC 30 V (AC V) -pole: 50 V 4-pole: 400 V -pole: AC 30 V 4-pole: 3N AC 400/30 V Frequency range 48 6 Hz 48 6 Hz Insulation monitoring Measuring range Insulation monitoring Response value R an 0 kω MΩ kω Digital inputs/relays / 4/4 Interface/protocol RS-485/BMS RS-485/BMS Connection Installation Pluggable screw terminals (up to 5 A) screw terminals DIN rail (60 A) Screw mounting 4 x M5 6 x M5 6. Switching equipment and test systems Device overview switchover and monitoring devices 87

288 ATICS - -ISO Automatic transfer switching devices with monitoring function for unearthed safety power supplies Typical applications Design of safety power supplies in group medical locations, e.g. intensive care unit operating theatres Retrofit Device features Perfectly suitable for space-saving installation/retrofitting Compact device for designing safety power supplies with functional safety more easily, in accordance with DIN VDE 6508 (SIL ) e.g. for Group medical locations in compliance with IEC :00/DIN VDE (VDE ) The integration of both the switching elements and the IT system monitoring electronics in one compact device provides increased safety and availability All-in-one: Integration of switch disconnector, control and monitoring electronics for unearthed safety power supplies Solutions for any application Convenient installation and commissioning Saves time and money Safe operation Switch disconnector contacts of robust design Mechanical locking Manual operation directly on the device Functional safety SIL Certification by TÜV SÜD in accordance with EN 6508 (VDE 0803) SIL and DIN VDE (VDE ) Uninterrupted maintenance Plug connectors and optional bypass switch Excellent communication and parameterisation options Standards The ATICS- -ISO series complies with the requirements of the device standards: DIN VDE (VDE )/IEC , functional safety in accordance with EN 6508 (SIL ), DIN EN ; VDE /IEC Further information For further information refer to our product range on Ordering information Rated operational current I e AC Type Art. No. 63 A ATiCS--63A-ISO B A ATiCS--80A-ISO B Accessories 6. Type designation Bypass switch kit Rated operational current I e AC Type Art. No. 63 A ATICS-BP-63A-SET B A ATICS-BP-80A-SET B Suitable system components Type designation Type Page Insulation fault locator EDS Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -ISO

289 Technical data Insulation coordination acc. to IEC / IEC Overvoltage category Rated insulation voltage Supply voltage U S III 50 V from the system being monitored Power section/switching elements Nominal system voltage Un (operating range) AC 30 V (AC V) Frequency range fn 48 6 Hz IT system monitoring Insulation monitoring Measuring range Response value Ran (ALARM ) Load current monitoring (IT system transformer) Measuring range I L (TRMS) Response value adjustable Temperature monitoring (IT system transformer) PTC resistors acc. to DIN 4408 Displays and data memory Display (languages DE, EN, FR) History memory Data logger Config. logger Test logger Service logger 0 kω MΩ kω 0 0 % of the response value 5 (50) 00 A ( A steps) max. 6 in series graphic display 500 data records 500 data records/channel 300 data records 00 data records 00 data records Input Digital inputs Function selectable switching back interlocking function, manual/automatic mode, bypass operation, functional test, changeover for the preferred supply, alarm input for operating theatre lights, alarm input for other electrical equipment Output Switching element Operating principle adjustable Function selectable BMS interface Interface/protocol potential-free changeover contact N/O or N/C operation alarm or operating message/common alarm message/ generator start-up RS-485/BMS Environment/EMC EMC IEC 636-/IEC Operating temperature C Degree of protection IP0 Terminals Power section Connection rigid max. flexible max. pluggable screw terminals 35 mm² 5 mm² Other Operating mode continuous operation DIN rail mounting according to IEC 6075 Screw mounting 4 x M5 Weight approx g Scope of delivery ATICS incl. STW and STW3 measuring current transformers, bridge, connector and terminal cover Dimension diagram (dimensions in mm) ,3 4,7 M6 63 3,5 3, ,5 6. Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -ISO 89

290 Typical applications Preferred supply line Second supply line Distribution group Preferred supply line Second supply line Distribution group U U U U ATICS --63A-ISO U 3 I 3 T I L R ISO ATICS --63A-ISO U 3 I 3 T I L R ISO ATICS -BP ϑ ϑ EDS5 BMS BMS BSV IR46-D47 MK MK MK TM800 Nurse desk Intensive care unit Nurse desk Operating theatre Example intensive care unit ATICS--63A-ISO: Automatic changeover between the preferred and the redundant line while monitoring the medical IT system with transformer load and temperature monitoring EDS5: Insulation fault locator for fast insulation fault location (recommended) ATICS-BP: Bypass switch for uninterrupted test/maintenance (recommended) MK430/MK800/TM800: Alarm at at least two points for functional safety Example application operating theatre ATICS--63A-ISO: Automatic changeover between the preferred and the redundant line while monitoring the medical IT system with transformer load and temperature IR46-D47: Monitoring the operating theatre light IT system (optional) MK430/MK800/TM800: Alarm at at least two points for functional safety Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -ISO

291 ATICS - -DIO Automatic transfer switching devices for safety power supplies Device features Perfectly suitable for space-saving installation/retrofitting Compact device for designing safety power supplies with functional safety more easily, in accordance with DIN VDE 6508 (SIL ), in computing centres, industry, or in group medical locations in accordance with DIN VDE (VDE )/IEC All-in-one: Integration of switch disconnector and control electronics Compact design Solutions for any application Typical applications Design of safety power supplies, e.g. for main distribution boards computing centres industry Retrofit Convenient installation and commissioning Saves time and money Safe operation Switch disconnector contacts of robust design Mechanical locking Manual operation directly on the device Functional safety SIL Certification by TÜV SÜD Uninterrupted maintenance Plug connectors and optional bypass switch Excellent communication and parameterisation options Standards The ATICS- -DIO series complies with the requirements of the device standards: DIN VDE (VDE )/IEC , functional safety in accordance with EN 6508 (SIL ), DIN EN ; VDE /IEC Further information For further information refer to our product range on Ordering information Version -pole 4-pole Rated operational current I e Scope of delivery Type Art. No. AC 63 A x STW3, bridge, connectors, terminal cover ATICS--63A-DIO B A x STW3, bridge, connectors, terminal cover ATICS--80A-DIO B A 3 x STW3, bridge, connectors, terminal cover ATICS-4-80A-DIO B A 3 x STW4, bridge, connectors, terminal cover ATICS-4-5A-DIO B A 3 x STW4, bridge, terminal cover ATICS-4-60A-DIO B Accessories Type designation Bypass switch set Rated operational current I e Scope of delivery Type Art. No. AC 63 A Bridge, terminal cover, auxiliary contacts, LEDs green/red ATICS-BP-3-63A-SET B A Bridge, terminal cover, auxiliary contacts, LEDs green/red ATICS-BP-3-80A-SET B Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -DIO 9

292 Technical data Insulation coordination acc. to IEC /IEC Overvoltage category III Rated operational voltage U e (operating range) 30 V (AC V) Rated insulation voltage ATICS --DIO/ATICS -4-DIO 50/400 V Supply voltage U S from the system being monitored Power section/switching elements Nominal system voltage Un -pole 4-pole Frequency range fn Displays and data memory Display (languages DE, EN, FR) History memory Data logger Config. logger Test logger Service logger AC 30 V 3NAC 400/30 V 48 6 Hz graphic display 500 data records 500 data records/channel 300 data records 00 data records 00 data records Input Digital inputs 4 Function selectable switching back interlocking function, manual/automatic mode, bypass mode, functional test, changeover to the preferred line, alarm input for operating theatre lights, alarm input for other technical equipment Output Switching elements Operating principle adjustable Function selectable potential-free changeover contact/3 potential-free N/O contacts N/O or N/C operation alarm or operating message/common alarm message/ generator start-up BMS interface Interface/protocol RS-485/BMS Environment/EMC Operating temperature C EMC IEC 636- Degree of protection IP0 Terminals Power unit up to 5 A 60 A Connection pluggable screw terminals screw-type terminals rigid max. 35 mm² 70 mm² flexible max. 5 mm² 50 mm² Other Operating mode continuous operation DIN rail mounting according to IEC 6075 Screw mounting -pole 4 x M5 4-pole 6 x M5 Weight -pole approx g 4-pole approx g Scope of delivery see ordering information Dimension diagrams (dimensions in mm) -pole ,3 4,7 4-pole ,3 4,7 M5 M , , panel cut-out panel cut-out 9 Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -DIO

293 Typical applications Preferred supply line Second supply line U U ATICS - -DIO U 3 I ATICS -BP RCMS data centre Example application computing centre ATICS - -DIO: Changeover between the preferred and the redundant line MK430/MK800/TM800: Alarm at at least two points for functional safety 6. Switching equipment and test systems Switchover and monitoring devices Automatic transfer switching devices ATICS - -DIO 93

294 Safety Analyser For over 5 years, the Bender Tester has been a wellknown term for quality and long service life in the area of fully automated electrical safety testers. UNIMET became the brand name. UNIMET compact design Made in Germany, the user-friendly one among the safety analysers

295 Device overview UNIMET test systems UNIMET 300ST UNIMET 400ST UNIMET 800ST Page Electrical equipment Application Voltages Test sequence Electric hospital and care beds Medical electrical equipment ) Supply voltage U S AC 30 V AC 30 V Voltage measurement Measuring range Load current measurement manual semi-automatic automatic AC 00 0 V, AC 0 40 V AC V AC V AC V A A A Data exchange UNIData300 UNIData300/400 UNIMET 800ST Control Center ) Medical electrical equipment without patient connections 6. Switching equipment and test systems Device overview test systems 95

296 UNIMET 300ST Test system for electrical equipment and electric hospital and care beds Device features Easy operation and handling Automatic and manual test procedure Data input via keyboard or barcode scanner Visual inspection, functional testing and electrical testing 600 data records can be stored Data exchange and storage via UNIData 300 Compatible with common application programs such as visual FM, MT Data and Fundamed Typical applications Safe tests of electrical equipment, hospital and healthcare beds as well as medical electrical equipment without patient connections. Standards Die UNIMET 300 series tests are carried out in accordance with the requirements of the device standards: IEC 6353, DIN EN 6353 (VDE 075-), ÖVE/ÖNORM EN 6353, DIN VDE , ÖVE E870- Further information For further information refer to our product range on Ordering information Supply voltage US AC 30 V Version Type Art. No. Standard UNIMET 300ST B CH UNIMET 300ST B Suitable system components Type designation Variant Type Art No. Page German Schuko VK70-6 B Adapter Non-heating appliances VK70-7 B Adapter kit 6 A for DS3A VK70-8 B Interface cable RS-3/RS-3 B Test probe Test probe B Test terminal Test terminal B Barcode scanner PS/ B Converter USB. RS-3 converter B Flex keyboard Flex keyboard B Three-phase adapter DS3A B DS3DCT B Switching equipment and test systems Test systems UNIMET 300ST test system

297 Technical data Supply voltage AC 30 V ± 0 %) Frequency range Hz Power consumption max. 50 VA Maximum load current 6 A Max. connectable load at 30 V 3700 VA Protection class II Ambient temperature 0 50 C Storage temperature C Degree of protection IP0 Testing of PE resistance Test voltage Short-circuit current Measuring range Measuring accuracy Leakage current, differential measurement method Measuring range Measuring accuracy Leakage current, direct measurement Measuring range Measuring accuracy approx. 5 V, system frequency > A Ω Ω: ±.5% of MV ± digits Ω: ± 5% of MV ± digits ma ±5 % of MV ± 5 digits ma ma: ± 5 % of MV ± digits Equipment leakage current -Alternative method Measuring range ma Measuring accuracy ma: ± 5 % of MV ± digits ma: ± 7 % of MV ± digits Test voltage (Equipment leakage current measurement alternative method) approx. system voltage, system frequency Test current max. 3.5 ma Insulation resistance Test voltage Max. test current Measuring range Measuring accuracy Load current measurement Measuring range Measuring accuracy Voltage measurement Measuring range Measuring accuracy Apparent power Measuring range Measuring accuracy approx. DC 500 V.5 ma MΩ MΩ: ±5 % of MV ± digits MΩ: ±0 % of MV ± digits 0.0 A to 6 A ±.5 % of MV, ± 3 digits V ±.5 % of MV, ± digits VA ± 5 % of MV, ± 5 digits Other Dimensions (without bag) ca. 68 x 7 x 4 mm (W x D x H) Weight (without accessories or bag) approx.. kg Calibration interval 36 months of MV = of measured value Dimension diagram (dimensions in mm) Switching equipment and test systems Test systems UNIMET 300ST test system 97

298 Displays and controls Function buttons Backlit LCD for displaying the user menu and the measurement results. Four lines of 0 characters each. 3 Permanently attached power cable for connection to the supply voltage. 4 Sockets violet: Connection for test probe for testing exposed parts of the device under test. yellow (E): for a second test lead when the low-resistance continuity of the PE conductor is to be measured between two points (e.g., on single-phase, permanently connected devices or extension cables). 5 Test socket: This is where the DUT's power supply cable is plugged in 6 Durable plastic enclosure, with pushbuttons for safe storage in the carrying bag. 7 Power switch with thermo-magnetic circuit-breaker 8 Interfaces 9-pole RS-3 interface, galvanically isolated, for connection to a personal computer Centronics interface for connection to a printer PS/ port for connection to an external standard keyboard and a barcode reading wand or scanner. Wiring diagrams 6. Connection of hospital and care beds and electrical equipment with plug-in connector. For connecting single-phase permanently installed equipment to the test system Disconnect the device Disconnect the connection to the supply voltage Testing of extension cables Connection of connecting and extension cords Testing of extension cables Connection of connecting and extension cords 98 Switching equipment and test systems Test systems UNIMET 300ST test system

299 UNIMET 400ST Test system for medical electrical equipment, electrical hospital and care beds and electrical equipment Typical applications Safe testing of medical electrical equipment with patient connections, hospital and care beds and electrical equipment. Device features Easy operation and handling Automatic and manual test procedure Data input via keyboard or barcode scanner Visual inspection, functional testing and electrical testing 4mm socket for testing applied parts 600 data records can be stored Data exchange and storage via UNIData 300/400 Compatible with common application programs such as visual FM, MT Data and Fundamed Standards The UNIMET 400 series carries out tests in accordance with the requirements of the device standards: IEC 6353, DIN EN 6353 (VDE 075-), ÖVE/ÖNORM EN 6353, DIN VDE , ÖVE E870- Further information For further information refer to our product range on Ordering information Supply voltage U S Version Type AC 30 V Art. No. Standard UNIMET 400ST B CH UNIMET 400ST B Suitable system components Type designation Variant Type Art. No. Page PatBox PatBox B German Schuko VK70-6 B Adapter Non-heating appliances VK70-7 B Adapter kit 6 A for DS3A VK70-8 B Interface cable RS-3/RS-3 B Test probe Test probe B Test terminal Test terminal B Barcode scanner PS/ B Converter USB. RS-3 converter B Flex keyboard Flex keyboard B Three-phase adapter DS3A B DS3DCT B Switching equipment and test systems Test systems UNIMET 400ST test system 99

300 Technical data Supply voltage AC 30 V ± 0 %) Frequency range Hz Power consumption max. 50 VA Maximum load current 6 A Max. connectable load at 30 V 3700 VA Protection class II Ambient temperature 0 50 C Storage temperature C Degree of protection IP0 Testing of PE resistance Test voltage Short-circuit current Measuring range Measuring accuracy Leakage current, differential measuring method Measuring range Measuring accuracy Leakage current, direct measurement Measuring range Measuring accuracy approx. 5 V, system frequency > A Ω Ω: ±.5% of MV ± digits Ω: ± 5% of MV ± digits 0.0 ma 9.99 ma ± 5 % of MV ± 5 digits ma ma: ± 5 % of MV ± digits Equipment leakage current -alternative method Measuring range ma Measuring accuracy ma: ± 5 % of MV ± digits ,999 ma: ± 7 % of MV ± digits Test voltage (Equipment leakage current measurement alternative method) approx. system voltage, system frequency Test current max. 3.5 ma Insulation resistance Test voltage Max. test current Measuring range Measuring accuracy Load current measurement Measuring range Measuring accuracy Voltage measurement Measuring range Measuring accuracy Apparent power Measuring range Measuring accuracy approx. DC 500 V.5 ma MΩ MΩ: ±5 % of MV ± digits MΩ: ±0 % of MV ± digits A ±.5 % of MV, ± 3 digits V ±.5 % of MV, ± digits VA ± 5 % of MV, ± 5 digits Other Dimensions (without bag) ca. 68 x 7 x 4 mm (W x D x H) Weight (without accessories or bag) approx.. kg Calibration interval 36 months of MV = of measured value Dimension diagram (dimensions in mm) Switching equipment and test systems Test systems UNIMET 400ST test system

301 Displays and controls Function buttons Backlit LCD for displaying the user menu and the measurement results. Four lines of 0 characters each. 3 Permanently attached power cable for connection to the supply voltage. 4 Sockets black(ap): for testing applied parts violet: Connection for test probe for testing exposed parts of the device under test. yellow (E): for a second test lead when the low-resistance continuity of the PE conductor is to be measured between two points (e.g., on single-phase, permanently connected devices or extension cables). 5 Test socket: This is where the DUT's power supply cable is plugged in 6 Durable plastic enclosure, with pushbuttons for safe storage in the carrying bag. 7 Power switch with thermo-magnetic circuit-breaker 8 Interfaces 9-pole RS-3 interface, galvanically isolated, for connection to a personal computer Centronics interface for connection to a printer PS/ port for connection to an external standard keyboard and a barcode reading wand or scanner. Wiring diagrams 6. Connection of hospital and care beds and electrical equipment with plug-in connector. For connecting single-phase permanently installed equipment to the test system Disconnect the device Disconnect the connection to the supply voltage Switching equipment and test systems Test systems UNIMET 400ST test system 30

302 Wiring diagrams Testing of extension cables Connection of connecting and extension cords Testing of extension cables Connection of connecting and extension cords Connection of medical electrical equipment with plug-in connector Switching equipment and test systems Test systems UNIMET 400ST test system

303 UNIMET 800ST Test system for medical electrical equipment Device features Typical applications Tests of medical electrical equipment in accordance with DIN EN rd edition Recurrent tests of medical electrical equipment in accordance with DIN EN 6353 (VDE 075-). Electrical equipment Prüfung nach Instandsetzung, Änderung elektrischer Geräte (Recurrent test and test after repair and modification of electrical equipment) in accordance with DIN VDE (VDE ). Easy operation by Windows user interface Data exchange and storage via Control Center Automatic, semi-automatic or manual test sequence Data input via touch screen, keyboard or barcode scanner Visual inspection, electrical tests, functional tests, user-definable Test sequences user-definable Data memory > data records Filter function for fast data selection Management of test dates Multitenancy Catalogue systems Test probe with two switching contacts for semi-automatic testing of conductive parts not connected to PE Compatible with common application programs such as visual FM, MT Data and Fundamed Standards The UNIMET 800 series carries out tests in accordance with the requirements of the device standards: IEC 6353, DIN EN 6353 (VDE 075-), ÖVE/ÖNORM EN 6353, DIN VDE , ÖVE E870- Further information For further information refer to our product range on Ordering information Nominal voltage range AC 00 0 V and 0 40 V Maximum load current Version Type Art. No. 6 A Standard (German) UNIMET 800ST B GB/GB UNIMET 800ST B A B/B UNIMET 800ST B US/US UNIMET 800ST B A CH UNIMET 800ST B Suitable system components Type designation Variant Type Art No. Page Adapter German Schuko VK70-6 B Non-heating appliances VK70-7 B Adapter kit 6 A for DS3A VK70-8 B for connecting the test system with a PC, Cable 9-pole, female-female (Null modem cable) RS-3/RS-3 interface cable B Measuring lead, 50 cm, 4 mm connector Cable 50 cm B Test probe Test probe active (with switch) TP800 B m measuring lead with black test probe B Test terminal black B Printer Ink jet, A4 B Touchscreen pen Stylus pen B Barcode scanner for the UNIMET800ST (PS/ connection) B Flex keyboard for the UNIMET800ST (USB connection) B Test kit various adapters for connecting medical electrical equipment to test systems PK3 B Test box for testing test systems TB3 B Three-phase adapter for testing three-phase devices during operation DS3A B External power source 5 A for standard-compliant protective earth resistance measurements (only in conjunction with UNIMET 800ST) EPS800 B Switching equipment and test systems Test systems UNIMET 800ST test system 303

304 77 Technical data Nominal voltage range AC 00 0 V/± 0 %, AC 0 40 V/± 0 % Frequency range 48 6 Hz Power consumption max. 00 VA Maximum output current see ordering information Protection class II Testing of PE resistance Measuring range Measuring current Measuring voltage Intrinsic uncertainty Operating uncertainty Insulation resistance Measuring range Messspannung Measuring current Intrinsic uncertainty Operating uncertainty Equipment leakage current - alternative method Measuring range Measuring voltage Measuring current Intrinsic uncertainty Operating uncertainty Leakage current, differential measurement method Measuring range Intrinsic uncertainty Operating uncertainty Frequency response Ω max. AC 8 A max. AC 8 V Ω: ±.5 % v. M. ± 5 digits Ω: ± 5 % v. M. ± 5 digits Ω: ± 5 % v. M. ± 0 digits Ω: ± 7.5 % v. M. ± 0 digits MΩ max. DC 550 V max..5 ma MΩ: ± 5 % v. M. ± digits MΩ: ± 0 % v. M. ± digits MΩ: ± 7,5 % v. M. ± 4 digits MΩ: ± 0 % v. M. ± 4 digits ma max. AC 50 V max. 3 ma ± 5 % v. M. ± 5 digits ± 7.5 % v. M. ± 0 digits ma ± 5 % v. M. ± digits ± 7.5 % v. M. ± 4 digits khz ± 3 db Leakage current, direct measurement Measuring range Intrinsic uncertainty Operating uncertainty Frequency response Voltage measurement Measuring range Frequency range Intrinsic uncertainty Load current measurement Measuring range Frequency range Intrinsic uncertainty Apparent power Measuring range Frequency range Intrinsic uncertainty ma ± 5 % v. M. ± digits ± 7.5 % v. M. ± 4 digits up to 00 khz ± 3 db AC V 48 6 Hz ±.5 % v. M. ± 3 digits A 48 6 Hz ±.5 % v. M. ± 3 digits VA 48 6 Hz ± 5 % v. M. ± 3 digits Other EMC IEC 636- Ambient temperature C Storage temperature C Relative humidity (up to 3 C) max. 80 % Relative humidity (> 3 40 C) decreasing linearily, max. 50 % condensation must be avoided Height above sea level max. 000 m Degree of protection, enclosure: IP40, connections: IP0 according to DIN VDE 0470 Part /EN 6059 Dimensions (without bag) approx. 300x77x6 mm (W x D x H) Weight (without accessories or bag) approx. 3.5 kg Calibration interval 36 months of MV = of measured value Dimension diagram (dimensions in mm) Switching equipment and test systems Test systems UNIMET 800ST test system

305 Displays and controls Touchscreen for operator control and indication. For this purpose, a stylus is included in the scope of supply. Durable plastic enclosure, with pushbuttons for safe storage in the carrying bag. 3 0 sockets ( 0) for the connection of patient electrodes. 4 Measuring terminals [B] (violet) for the connection of the single-pole test probe supplied with the product. [A] for active test probe TP800 with pushbutton (option). Socket [C] for equipotential bonding (e.g. connection for singlepole line extension with clip for the testing of permanently installed equipment). socket [D] for functional earth 5 Test socket: This is where the DUT's power supply cable is plugged in. 6 Connection to the supply voltage and power switch with thermomagnetic circuit-breaker. 7 Connection for the external 5 A power source EPS800. Note: The plug clicks into place and is secured against being pulled out accidentally. The plug can only be removed after pushing the movable grip back. 8 Interfaces: PS/ connection for external keyboard RS-485 serial interface for Bender Service 9-pole RS-3 interface, galvanically isolated, for connection to a personal computer USB interface for connection to a printer, a USB stick, an external keyboard or a barcode scanner ( x host) and a PC ( x device, for Bender Service only) Ethernet network connection (optional) Wiring diagram Test object L N AP PE 6. Switching equipment and test systems Test systems UNIMET 800ST test system 305

306 EPS800 External power source 5 A for UNIMET 800ST Device features To be used in conjunction with the appropriate UNIMET 800ST Standards The EPS800 series carries out tests in compliance with the device standard: IEC Typical applications External 5 A power source for standard-compliant protective earth resistance measurement Further information For further information refer to our product range on Ordering information Version for UNIMET 800ST Art. No. Type Art. No. Standard (German) B EPS800 B GB B EPS800 B CH B EPS800 B B B EPS800 B US B EPS800 B Technical data Nominal voltage AC V, 48 6 Hz Power consumption 400 VA Measuring current AC 5 A ± 0 % (0 0.3 Ω) Output power 30 VA Operating mode continuous operation Protection class II Micro-fuse 5 x 0 mm, fast 5 A/50 V Other EMC IEC 636- Ambient temperature C Storage temperature C Relative humidity (up to 3 C) max. 80 % Relative humidity (> 3 40 C) decreasing linearily, max. 50 % condensation must be avoided Height above sea level max. 000 m Degree of protection IP0 Dimensions ca. 44 x 64 x 0 mm (W x D x H) Weight 4 kg Dimension diagram (dimensions in mm) 44, ,0 306 Switching equipment and test systems Test systems External power source EPS800

307 Wiring diagram 3 Patientenanschlüsse / Patient leads 6 EPS800 UNIMET 800ST Prüfspitze / Test probe Prüfling / Device under test Insert the control cable of the EPS800 into the EPS800 connector socket on the rear of the UNIMET 800ST. Note: The plug clicks into place and is secured against being pulled out accidentally. The plug can only be removed after sliding back the movable handle piece. Connect the supply line of the EPS800 to the power socket. 3 Connect the supply line of the UNIMET 800ST to the power socket. 4 Switch on the power switch of the UNIMET 800ST. 5 Switch on the power switch of the EPS800. The sound of the internal ventilator can be heard. 6 Connect the DUT. Determine the test sequence according to the classification. 6. Switching equipment and test systems Test systems External power source EPS

308 DS3A 3AC three-phase adapter with differential current measurement Device features To be used in conjunction with an UNIMET test system Standards The DS3A series carries out tests in compliance with the device standard: DIN VDE , DIN EN 6353 Typical applications Three-phase adapter for testing medical electrical three-phase devices during operation Further information For further information refer to our product range on Ordering information Type Art. No. DS3A B Technical data Electrical safety Protection class I acc. to IEC 600-/EN 6000-/VDE 04- Pollution degree Measurement category CAT II Test voltage,69 kv Current carrying capacity 3 A/6 h three-phase current EMC EN 636- Differential current Measuring range Intrinsic uncertainty AC ma 5 % v. M. ± 50 μa Supply voltage Supply voltage US 3AC 400 V ±0% Frequency range US Hz Power consumption approx. 8 VA Load current max. 3 A Environmental conditions Storage temperature C Operating temperature C Degree of protection Dimensions Weight Height above sea level Operating mode IP0 405 x 0 x 00 mm (width x height x depth) 8.9 kg max. 000 m not suitable for continuous operation Dimension diagram (dimensions in mm) Switching equipment and test systems Test systems Three-phase adapter DS3A

309 Wiring diagram System connection CEE 3A Three-phase adapter Connection to the test socket UNIMET Power supply UNIMET Test probe Device under test 3AC (max. 3A) 6. Switching equipment and test systems Test systems Three-phase adapter DS3A 309

310 VK70-8 Adapter kit 6 A for DS3A Device features To be used in conjunction with the three-phase adapter DS3A Further information For further information refer to our product range on Typical applications for the measurement of 6-A-threephase devices in conjunction with the three-phase adapter DS3A Ordering information Type Art. No. VK70-8 B Technical data Nominal voltage Nominal voltage Max. current 3AC 400 V 6 A Wiring diagram System connection CEE 6A VK70-8 Three-phase adapter Connection to the test socket UNIMET VK Power supply UNIMET Test probe Device under test 3AC (max. 6A) 30 Switching equipment and test systems Test systems Adapter kit VK70-8

311 76 R9 R3 R6 Z R R5 R7 R8 R4 TB3 Test box Device features Test box for UNIMET 800ST Time and cost saving through simple handling Simulation of a standardised DUT 0 patient sockets for individual calibration Magnetic adhesive stripes allow simple fixing to the safety tester Typical applications Testing the measured values of safety testers Comprehensive system self test Further information For further information refer to our product range on Ordering information Version Type Art. No. Standard (German) TB3 test box B CH TB3 test box B Technical data Insulation coordination acc. to IEC Rated insulation voltage Rated impulse voltage/pollution degree AC 50 V 4 kv/3 Voltage ranges Nominal system voltage Un V Rated frequency fn AC 48 6 Hz Output voltage U 7.39 V (±.5 %) Max. power consumption 35 VA at 50 Hz, 30 V Evaluation of tolerance values Precalculation 0 % Tolerance 0 % Built-in resistors R - MD (safety tester) 000 Ω R - PE 0.33 Ω R Ω R Ω R Ω R Ω R Ω R Ω R Ω Dimension diagram (dimensions in mm) Other Ambient temperature (during operation) C Ambient temperature (during storage) C Operating mode continuous operation Mounting any position Protection class Class I Dimensions in mm (H x W x D) 48 x 60 x 76 Weight 900 g 4-month calibration interval TB 3 L PE R-PE 48 N Switching equipment and test systems Test systems Test box TB3 3

312 Z Z TB 3 R-PE R R3 R4 R5 R6 R7 R9 R8 R R3 R4 R5 R6 R7 R9 R8 Displays and controls 3 4 TB 3 L PE R- PE 5 N Mains plug; only to be used for the test socket of the safety tester Socket for the connection of the test probe 3 Carrying handle 4 Enclosure, magnetic adhesive stripes allow simple fixing to the safety tester μp60 5 LED lights when voltage is applied at the mains plug 7 The sockets and at the side of the test box TB3 are internally connected to the sockets on the front. The sockets 3 0 can be used to test the patient connections 3 0 at the safety tester (patient auxiliary current measurement).the measured values differ from the values documented in the table tolerance values. 6 Sockets for the patient connections and of the safety tester 8 Jumpers allow simulation of different test situations Connections 3 L PE 4 N Jumpers. Insert the jumpers in such a way that the following sockets are connected: µp60 UNIMET 800ST a-b d-e h-i a-b d-f h-i Connect the patient sockets and of the safety tester (at UNIMET 800ST socket only) to the respective socket of the test box TB3. 3 Insert the mains plug of TB3 into the test socket of the safety tester, as illustrated. Please observe the plug-in direction. at UNIMET 800ST, insert the supply cable from the top at μp-sicherheitstester, insert supply cable from below In case of wrong plug-in direction test results will become unusable. 4 Contact the test probe of the safety tester with the socket PE of TB3 5 UNIMET 800ST test system 6 µp60 safety tester 3 Switching equipment and test systems Test systems Test box TB3

313 6. 33

314 i 34

315 Insulation monitoring devices ISOMETER 7 Equipment for insulation fault location ISOSCAN 85 Measuring and monitoring relays LINETRAXX Power Quality and Energy Measurement LINETRAXX Residual current monitoring systems LINETRAXX System components Coupling devices Power supply units COMTRAXX Gateways Measuring current transformers Measuring instruments COMTRAXX Alarm indicator and test combinations Transformers Interface converters COMTRAXX condition monitors Measuring transducers Interface repeaters Visualisation 03 5 Switching equipment ATICS transfer switching and monitoring devices Test systems UNIMET Safety analyser 85 6 Annex i 85 Standards and guidelines applied Technical terms Alphabetical list of devices Service & project management i 35

316 Applied product standards and guidelines Device families International (IEC) Europe (EN) National standards (DIN VDE/DIN EN) Others Insulation monitoring devices and coupling devices (ISOMETER und AKGs) IEC : EN :007 DIN EN (VDE 043 Part 8):007- ASTM F 07M-96(007) (for AC) ASTM F 669M-96(007) (for AC, AC/DC, DC) ASTM F 34-94(007) (for offline monitor) E M C IEC :0-07 EN 636-:006 DIN EN 636- (VDE ):006-0 Insulation fault location IEC : EN :009 DIN EN (VDE 043-9):009- systems (EDS) E EN 636-: DIN EN 636- (VDE ):006-0 M IEC :0-07 C 006EN :006 DIN EN (VDE ): Residual current monitors and residual current monitoring systems (RCM, RCMS, RCMA) IEC 600:003- and according to IEC Annex M: EN 600:998 and EN 600/A:005 EN :006 DIN EN 600 (VDE 0663):005- DIN EN (VDE ):00-04 Annex M Measuring and monitoring relays IEC 600-:00-06 EN 600-:00 DIN EN 600- ( VDE 04-):0-07 EMC IEC 636-:0-07 EN 636-:006 DIN EN 636- (VDE ):006-0 Power supply units, energy backup, communication modules (FTCs) and the like, alarm indicator and test combinations (MK), operator and indicator panels E M C IEC 600-:00-06 EN 600-:00 DIN EN 600- (VDE 04-):0-07 IEC 636-:0-07 EN 636-:006 DIN EN 636- (VDE ):006-0 Pertains to all devices Insulation coordination IEC : IEC EN :007 DIN EN (VDE00-): :003-0 EN :003 DIN EN (VDE00-3):00-0 Classification of IEC :997-0 IEC EN :997 climatic conditions : IEC EN : : EN :995 and EN / A:997 Classification of IEC :997-0 IEC EN :997 mechanical conditions : IEC EN :997 i : EN :995 and EN / A:997 Classification of degrees of protection IEC 6059:00-0 EN 6059:99 and EN 6059/A:000 DIN EN 6059 ( VDE 0470-): The edition of the standards listed above corresponds to the catalogue's latest date of issue. 36 Annex Product standards and guidelines

317 Technical terms Alarm state Direct contact Earth Earth electrode Earth fault Earth fault current Earth leakage current Effect of the supply voltage Effects of the distribution system voltage Electric shock Equipment for insulation fault location Equipotential bonding Exposed-conductive part Extraneous conductive part Extraneous DC voltage U fg Extraneous voltage Fault current I Δ Fault voltage (U f) Fiducial value Indirect contact Influence quantity Insulation fault Insulation fault locator Insulation monitoring device Insulation resistance R F Alarm state indicates that the residual current in the installation monitored has exceeded the preset level of the RCM. Electric contact of persons or animals with live parts. Part of the Earth which is in electric contact with an earth electrode and the electric potential of which is not necessarily equal to zero. Conductive part, which may be embedded in a specific conductive medium, e.g. concrete or caoke, in electric contact with the Earth. Occurrence of an accidental conductive path between a live conductor and the Earth. Current flowing to earth due to an insulation fault. Current flowing from the live parts of the installation to earth in the absence of an insulation fault. Effect influencing the functioning of measuring equipment and, consequently, the measured value produced by it. Effect influencing the operation and, consequently, the measured value produced by it. Physiological effect resulting from an electric current through a human or animal body. Device or combination of devices used for insulation fault location in IT systems. The insulation fault location system is used in addition to an insulation monitoring device. It injects a locating current between the electrical system and earth and locates insulation faults. Provision of electrical connections between conductive parts, intended to achieve equipotentiality. Conductive part of equipment which can be touched and which is not normally live, but which can become live when basic insulation fails. Conductive part not forming part of the electrical installation and liable to introduce an electric potential, generally the electric potential of a local earth. DC voltage occurring in AC systems between the AC conductors and earth (derived from DC parts). Voltage to which the measuring equipment can be subjected by external influences. This is not required for the operation of the measuring equipment, but can interfere with its operation. Current which flows across a given point of fault resulting from an insulation fault. Voltage appearing under fault conditions between exposed conductive and/or extraneous conductive parts and earth. A clearly specified value to which reference is made in order to define the fiducial error. Electric contact of persons or animals with exposed-conductive parts which have become live under fault conditions. A quantity which is not the subject of the measurement, but which influences the value of the measured quantity, or the indication of measuring equipment. A defect in the insulation of an equipment which can result either in an abnormal current through this insulation or in a disruptive discharge. Device or part of device for the location of the insulation fault. Equipment which permanently monitors and indicate the insulation resistance of an electrical installation or a section of it in unearthed IT AC systems. The equipment is intended to signal a drop in insulation resistance below a minimum limit, so that the cause of the reduction can be found before a second fault occurs resulting in an unwanted disconnection of the electrical installation. Resistance in the system being monitored, including the resistance of all the connected appliances to earth. i Annes Technical terms 37

318 i Internal DC resistance Ri Internal impedance Zi ISOMETER Leakage current Live part Locating current I L Locating voltage U L Measuring current I m Measuring voltage U m Nominal current In Nominal frequency (fn) Nominal voltage of the distribution system (U n) Nominal voltage of the measuring equipment (U me) Nominal voltage range Open-circuit voltage (U q) Operating voltage in a system Origin (of the electrical installation) Output voltage (Ua) Performance characteristic Protective conductor PE Puslating direct current Rated contact voltage Rated operating conditions Rated residual operating current IΔn RCM directionally discriminating RCM type A Resistance of the insulation monitoring device between the terminals to the system being monitored and earth. Total impedance of the insulation monitoring device between the terminals to the system being monitored and earth, measured at the nominal frequency. Registered trademark of Bender GmbH & Co. KG, Grünberg. An ISOMETER actively measures the insulation resistance in IT systems with a measuring voltage which is superimposed between the system and the PE conductor. Electric current in an unwanted conductive path under normal operating conditions. Conductor or conductive part intended to be energised in normal operation, including a neutral conductor, but by convention not a PEN conductor or PEM conductor or PEL conductor. r.m.s. value of the current that is injected by the locating current injector during the location process. The locating current can be generated by an independent locating voltage source, or an independent locating current source, or it can be driven directly from the system to be monitored. r.m.s. value of the voltage present at the measuring terminals of the locating current injector during the measurement when the device has an independent locating voltage or current source. Maximum current that can flow between the system and earth, limited by the internal resistance from the measuring voltage source of the insulation monitoring device. Voltage present at the measuring terminals during the measurement. Current of the measuring equipment under nominal conditions. Frequency for which the measuring equipment is intended to be used and designed. Voltage by which a distribution system or equipment is designated and to which certain operating characteristics are referred. Voltage for which the measuring equipment is intended to be used and the value of which is marked on the equipment. Voltage range for which the measuring and monitoring equipment is intended to be used and for which it has been designed. Voltage present across unloaded terminals on the measuring equipment. The value of the voltage under normal conditions at a given, specific point of the system. Point at which electric energy is delivered to the electrical installation. Voltage across the measuring equipment terminals where this equipment does or can output electric power. One of the quantities (described by values, tolerances, ranges) assigned to an equipment in order to define its performance. Conductor provided for purposes of safety for example protection against electric shock. Current of pulsating waveform which assumes, in each period of the rated power frequency, the value 0 or the value not exceeding A d.c. during one single interval of time, expressed in angular measure, of at least 50. Voltage for which a relay contact is rated to open and close under specified conditions. A set of specified measuring ranges for performance characteristics and specified operating ranges for influence quantities, within which the variations of operating errors of an instrument are specified and determined. The value of the residual operating current, assigned to the RCM by the manufacturer, at which the RCM shall operate under specified conditions. RCM used in IT systems, capable of directionally discriminating between supply side and load side residual currents. RCM for which actuation is ensured for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising. 38 Annes Technical terms

319 RCM type B Residual current IΔ Residual current monitor Residual current monitoring system Residual operating current Response sensitivity Response time t an Response value Ra Short circuit to exposed-conductive part Short-circuit current (I k) Solid short-circuit, short-circuit to exposedconductive parts, short-circuit to earth Specified operating range Specified response value R an Supply voltage (U S) System leakage capacitance C e Total earthing resistance R A Touch voltage (UL) Touch voltage U t True value Variation Voltage against earth (Uo) RCM for which actuation is ensured for residual sinusoidal alternating currents, residual pulsating direct currents or smooth residual direct currents, whether suddenly applied or slowly rising. Algebraic sum of the values of the electric currents in all live conductors, at the same time at a given point of an electric circuit in an electrical installation. Device or association of devices which monitors the residual current in an electrical installation, and which activates an alarm when the residual current exceeds the operating value of the device. Usually consists of the residual current monitor and measuring current transformers. The system localises occurring residual currents and indicates the location of the fault. Value of the residual current which causes the RCM to operate under specified conditions. Value of the evaluating current or insulation resistance at which the evaluator responds under specified conditions. Time required by an insulation monitoring device to respond under specified conditions. Value of the insulation resistance at which the device responds under specified conditions. A conductive connection caused by a fault between the exposed-conductive part and the live parts of electrical equipment. Current flowing across the short-circuited terminals of the measuring equipment. A solid short-circuit, short-circuit to exposed-conductive parts or short-circuit to earth exists if the impedance of the conductive connection at the point of fault is almost zero. Range of values of a single influence quantity which forms a part of the rated operating conditions. Value of the insulation resistance, permanently set or adjustable, on the device and monitored if the insulation resistance falls below this limit. Voltage at a point where the measuring equipment does or can accept electric energy as a supply. Total capacitance to earth of the system to be monitored, including any connected appliances, up to which value the insulation monitoring device can work as specified. The resistance between the main earthing terminal and the earth. Maximum value of the touch voltage which is permitted to be maintained indefinitely in specified conditions of external influences and is usually equal to AC 50 V, r.m.s. or 0 V ripple free DC. Voltage between conductive parts when touched simultaneously by a person or an animal. The value which characterises a quantity perfectly defined, under the conditions which exist when the quantity is considered. The difference between the indicated values for the same value of the measured quantity of an indicating or recording instrument, of the (conventional) true value of a supply instrument, when a single influence quantity assumes successively two different values. a) In distribution systems with an earthed neutral point, the voltage between a phase conductor and the earthed neutral point. b) In all other distribution systems, the voltage present between the remaining phase conductors and earth when one of the phase conductors is shorted to earth. i Annes Technical terms 39

320 Short forms of residual current protective devices Short form German term English term MRCD Gerät oder Anordnung von Geräten, das/die eine Strom messeinrichtung und eine Auswerteeinheit zur Erkennung und Bewertung sowie zur Ansteuerung des Kontaktöffnens einer Abschaltvorrichtung enthält. device or an association of devices comprising a current sensing means and a processing device designed to detect and to evaluate the residual current and to control the opening of the contacts of a current breaking device PRCD ortsveränderliche FI- bzw. DI-Schutzeinrichtung (auch OVS) portable residual current protective device PRCD-S OVS mit erweitertem Schutzumfang und Sicher stellung der bestimmungsgemäßen Nutzbarkeit des Schutzleiters portable residual current protective device-safety RCBO FI- bzw. DI-Schutzeinrichtung mit eingebautem Überstromauslöser (FI/LS- bzw. DI/LS-Schalter) residual-current-operated circuit breakers with integrated overcurrent protection RCCB RCD (generic term) FI- bzw. DI-Schutzeinrichtung ohne eingebauten Überstromschutz Fehlerstrom-Schutzeinrichtung (RCD ohne Hilfs span nung, spannungsunabhängig) bzw. Differenzstrom-Schutzeinrichtung) (RCD mit Hilfsspannung, spannungs abhängig) residual-current-operated circuit breakers without integrated overcurrent protection residual current protective device RCM Differenzstrom-Überwachungsgerät residual current monitors for household and similar uses SRCD ortsfeste FI- bzw- DI-Schutzeinrichtung in Steckdosen ausführung fixed socket-outlets residual current protective device i 30 Annex Technical terms

321 Alphabetical list of devices Type Type designation Catalogue page Type Type designation Catalogue page 07TD47 INSULATION MONITORING DEVICE MEASURING INSTRUMENT AGE AGE85 COUPLING DEVICE 8 AGH AGH50W-4 AGH04S-4 3 AGH50S 4 AGH675S-7 5 AN AN0 POWER SUPPLY UNITS 48 AN 50 AN40 5 AN40 53 AN ATICS ATICS- -DIO SWITCHOVER AND MONITORING 9 ATICS- -ISO MODULE 88 CMD CMD40 CURRENT RELAY 47 CMD4 47 FTC FTC470XDP DATA COUPLERPROFIBUS DP EN FTC470XMB DATA COUPLER Modbus/RTU 66 GM GM40 LOOP MONITOR 55 IR IR3 INSULATION MONITORING DEVICE 7 IR5Y-4 5 IR IR IR IR40-D4 IR40-D6 65 IR43 68 IR45 7 IR47 40 IR470LY 0 IR470LY IR470LY-60 6 IRDH IRDH75 INSULATION MONITORING DEVICE 6 IRDH75B 6 IRDH75BM-7 30 IRDH IRDH375B 33 IRDH CME CME40 CURRENT RELAY 44 CMS CMS460-D LOAD CURRENT EVALUATOR 50 CP CP700 CONDITION MONITOR 70 COM COM460IP BMS-ETHERNET-GATEWAY 6 COM46M 64 DI DI-DL INTERFACE CONVERTER/ 58 DI- -REPEATER 59 DI-USB 60 DI400 PROTOCOL CONVERTER 73 DS DS070 THREE-PHASE ISOLATING TRANSFORMER 4 DS3A THREE-PHASE ADAPTER 308 EDS EDS50 INSULATION FAULT LOCATOR 04 EDS5 04 EDS30 0 EDS460-D 95 EDS460-DG 00 EDS46-D 95 EDS490-D 95 EDS49-D 95 EPS EPS800 EXTERNAL POWER SOURCE 306 ES ES70 SINGLE-PHASE ISOLATING TRANSFORMER 38 ESL ESL007 OPERATING THEATRE LUMINAIRES TRANSFORMER 44 iso isoev45 INSULATION MONITORING DEVICE 77 isolr75 59 isomed47p 9 isopv + AGH-PV 48 isopv45 56 isopv isorw45 8 MK MK430 ALARM INDICATOR AND 77 MK800 TEST COMBINATION 73 PEM PEM330 POWER QUALITY 64 PEM PEM PEM PEM PGH PGH47 LOCATING CURRENT INJECTOR 07 PGH RCM RCM40 RESIDUAL CURRENT 78 RCMA RCMA40 RESIDUAL CURRENT 8 RCMA43 MONITOR 84 RCMB RCMB RESIDUAL CURRENT 95 RCMB MONITORING MODULE 98 RCMB RCMS RCMS460-D RESIDUAL CURRENT 87 RCMS460-L MONITOR 87 RCMS490-D 87 RCMS490-L 87 i Annex Alphabetical list of devices 3

322 continue page Alphabetical list of devices Type Type designation Catalogue page Type Type designation Catalogue page RK RK70 MEASURING TRANSDUCER 46 RM RM475 LOOP MONITOR 58 SB SB46 FAULT VOLTAGE MONITOR 60 TB TB3 TESTBOX 3 UNIMET UNIMET 300 TEST SYSTEM 96 UNIMET UNIMET VK VK70-8 ADAPTER KIT 30 VMD VMD40 VOLTAGE RELAY 3ph 3(N)AC 30 VMD4H 33 VMD43 36 VMD43-H 36 VMD W W0-S0 W5-S0 MEASURING CURRENT TRANSFORMER 6 W0/600 6 W 8 W W AB WF WF MEASURING CURRENT TRANSFORMER FLEXIBLE WR WR MEASURING CURRENT TRANSFORMER 4 WR70x75S(P) WR00x500S(P) 6 WS WS MEASURING CURRENT TRANSFORMER 8 WS WS50x80s WS80x60S 30 3 VME VME40 VOLTAGE RELAY ph AC/DC 4 VME4H 7 i 3 Annex Alphabetical list of devices

323 Service & Project planning Service & Support Planning & concept Selection of devices & project scheduling Installation & commissioning Operation & maintenance Expansion & Modernisation From support to customised solutions Detailed as-is analysis Technical support for products and systems Application assistance Seminars, training and presentations From the selection of the device to project scheduling Selection of the appropriate components and systems Working out a detailed solution Assistance in tender invitations and project awarding From installation to final inspection Installation check Parameter settings and adjustments Test run and final inspection Operator instruction/ training From maintenance to repair Repair/ troubleshooting Maintenance, repairs, spare parts Maintenance/repair works From expansion to modernisation Technical advice on the improvement and modernisation Planning and implementation of retrofitting Optimisation of installations and installation sections In more than 60 countries, your local Bender technician provides technical support for all our products and systems. When safety is concerned in project planning Optimum assistance facilitates implementation High plant availability and productivity Technical Support Field Service Please contact your local dealer or refer to: i Annex Service & Project planning 33