Automation Catalogue

Transcription

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2 short view KLEMSAN Automation Klemsan Automation, supported by an experienced sales and technical team and an easy-to use software, is the adaptable alternative for any automation solution. Klemsan Automation is the perfect solution for any customized or demanding need. These products are specif ically suited for integration in a wide range of applications such as waste and water treatment, access control, renewable energies, building equipment, industrial machines and transportation. Made in Turkey We build the best automation products on the market right here in the Turkey and we stand behind them. We will outlast and outperform anyone on the market, and support to improve your products. 3

3 your success is our business 100% Customer Satisfaction Save your time and energy with fast response Logistics and After Sales Service Maximum dependability Simple and effective functions suitable for your application Analysis of customer requirements Behind every project technologies and expertise 5

4 contents Time & Control Management Solutions 09 Protection Management Solutions 23 Alarm Management Solutions 41 Analog Signal Management Solutions 57 Switching Management Solutions 79 7

5 Time & Control Management Solutions Timing is everything 9

6 The Fundamentals Time & Control Management Solutions Def ining a timer in simple terms Mounting A timer is an automation device that either keeps track of how much time has been spent doing something or that counts down a specif ied duration of time. After a predef ined time has elapsed, the timer closes or opens its contact. Klemsan electronic timers are suitable for snap mounting onto 35 mm standards DIN rails. Which markets are they used frequently? Starting Stopping Delaying Triggering Which actions are executed? A timer can be used to start an action according to a predef ined time or stop an action over a period of time. It can also add delay an action. It allows to control applications with its trigger input as well. Layout l Industrial Machines l Illuminating l Construction industry l HVAC systems l Food and agriculture industry Benef its and Advantages l High accuracy and switching reliability l Sensitive timing range from 0.1sec to 10days l High mechanical endurance l Multifunctional operating modes l Trigger input l High level of Electromagnetic compatibility (EMC) i.e. maximum immunity to interferences. l A widely range of power supply from (24 to 300VAC/DC) l Sleek 17.5mm wide housing and compact design saves panel space. l Perfect to f it in Modular Enclosure l Protection against over voltage and reverse polarity l Self-Extinguishing plastic housing Trigger Input Relay Timing Range Time Setting Modes Power Input LED to indicate relay energized LED to indicate relay switched LEDs to indicate operating modes T1-K Multifunctional Timer 11

7 Applications Time & Control Management Solutions Conveyor Control Timer T1 series Direction Control of Industrial Motor TIMER T1-LR Managing the operation of a conveyor belt based on the time interval between products on the belt. Controls the direction of the motor s rotation. Smart Lighting Timer T1-Flash, T1-M4, T1-M5 Star-Delta Starter Succesfull run-up for industrial motors with star-delta relay. Motor Starter Relay SD1 Controlling flashing on lighted signs. Controlling Liquid Level in a Tank Liquid Level Controller LC3 Remote Machinery Control Managing maintenance of the power supply in the event of a mains power failure, switching on an external backup power source for a given time. Timer T1 series It can be used to control the liquid level in a tank. Sensitivity resistance can be adjusted thus there is no need to change models to match different liquid types and concentrations. Billboard and Street Lighting Photocell Relay PH1-20L Vending Machines Automatic management of vending machines. Timer T1-K Controlling billboards and street lights with the accurate and precise time thanks to photocell relay. Packing Machine / System Controlling heat sealing times on blister packs, packaging bags, etc. Timer T1-K, T1-M5, T1-M4 13

8 Selection & Ordering Guide Time & Control Management Solutions Type Type T1-60S T1-100S T1-60S T1-100S T1-XS T1-FLASH T1-XS T1-FLASH T1-M4 T1-M4 Z1-M5 T1-M5 T1-K T1-LR SD1 PH1-20L LC3 Timing Function Timing Function Single-functional Single-functional Single-functional Single-functional Single-functional Multifunctional Multifunctional Multifunctional Multifunctional Multifunctional Single-functional Single-functional Single-functional Single-functional Multimode Def initon Def initon On delay timer On delay timer On delay timer On Off delay flasher timer Off flasher timer timer Multimode timer Order Number Order Number Casing Width(mm) Casing Width(mm) Connections Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Functions Functions ND ND ND XS XS Foff Foff ND,FD,Fon,Foff ND,FD,Fon,Foff Multimode timer Multimode timer Multimode timer with trigger input Left-right timer Star-delta timer Photocell relay with an external photocell sensor Type of Type of Relay Relay Relay Relay Relay Relay Relay Relay Relay Two Relays Two Relays Relay Relay contacts Type Type 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 2 x C/O 2 x C/O 1 C/O (SPDT) 1 C/O (SPDT) Max ratings-ac Max 5A/250V; ratings-ac A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; A/250V; 1250 (for NO side) (for VANO side) VA VA VA VA VA VA VA VA VA VA VA VA Max ratings-dc Max ratings-dc 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; contacts (for NO side) (for NO side) 150W 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W Mechanical life Mechanical life 10 time time operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations Electrical life time Electrical (5A@250VAC) life time (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) operations (for NO side) operations (5A@30VDC) (for NO side) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) Adjustment of Timing-1 Adjustment & Timing-2 of Timing-1 - & Timing independent independent independent dependent dependent - independent independent independent - Time Range Timing-1 Timing-1 1s =>60s 1s =>60s =>100s 1s =>100s =>2559s 0.1s =>2559s =>10d 0.1s =>10d 1s =>10d 0.1s =>10d 0.1s =>10d 0.1s =>10d 0.1s =>10d 1s =>30s 1s =>45s 0.1s =>1s Time Range Timing-2 Timing s =>10d 0.1s =>10d 1s =>10d 0.1s =>10d 0.1s =>10d - 0.1s =>10d 20ms=>500ms 1s =>45s - Lux adjustment range Lux adjustment range Lux - Sensitivity adjustment Sensitivity rangeadjustment - range kΩ Supply DC DC VDC VDC VDC 24VDC VDC VDC VDC VDC 12VDC VDC VDC VDC VDC - Supply 24VAC or VAC or VAC or AC AC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC 265 VAC 265 VAC VAC Supply FrequencySupply Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Trigger Input Trigger Input VAC/DC Permissible Permissible During operation During -20 to operation +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C ambient ambient temperature temperature During storage During -40 to storage +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Relative HumidityRelative Humidity condensation condensation condensation condensation condensation condensation condensation condensation condensation condensation condensation Recovery time Recovery time Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Max. 100ms Degree of protection Degree of protection IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Power consumption Power DC DC <1.25W <1.25W <1W <1W <1.25W <1.25W <1.25W <1.25W <1.25W <1.25W <1.25W <1.25W <1.25W <1.25W - consumption AC AC <2.5VA <2.5VA <13VA <13VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <2.5VA <7VA Weight(gr) Weight(gr) ND,FD,NFD, Fon,Foff ND,FD,NFD, Fon,Foff a,b,c,d,e,f,g,h,i,k LR SD PHL LC Liquid level controller 15 15

9 Selection Selection & Ordering & Ordering Guide Selection Guide& Ordering Guide Time Time & Control & Control Management Management Solutions Solutions Type Type T1-60S Type T1-100S T1-60S T1-100S T1-XS T1-60S T1-FLASH T1-XS T1-100S T1-FLASH T1-M4 T1-XS T1-M4 T1-FLASH Z1-M5 T1-M4 Z1-M5 T1-M5 T1-M5 T1-K Z1-M5T1-LR T1-K T1-M5T1-LR SD1 T1-KPH1-20L SD1 T1-LR PH1-20L LC3 SD1 LC3 PH Permissible mounting Permissible positionmounting any position Permissible any mounting position any any any any any any any any any any any any any any any any any any any any any any any EMC-EMI Accessories 55011/A1, , /A1, EMC-EMI , 55011/A1, , /A1, , , EMC-EMI , , Liquid Level Electrode Order Accessories Number 55011/A1, , /A1, OK OK , OK OK OK OK OK OK OK OK - OK OK - OK - OK OK OK OK OK OK OK OK OK , , , , , , Def initon Def - initon - Liquid Level Liquid Level Liquid Level Def initon Electrode probe for LC3 probe for LC3 Order Order Accessories Number Number Packaging Packaging Packaging unit unit unit pc. - 1 pc Photocell Sensor Trigger Input A B C B Electrode Schematics Schematics Schematics Photocell Sensor Input A C U1 U2 Supply Supply Option-1 (24 VDC) Supply Supply Supply Option-1 (24 VDC) Supply Supply Supply Supply Option-1 (12 VAC/DC) Supply Supply Supply Supply Supply Supply Supply Supply Supply Option-2 ( VAC) Supply Option-2 ( VAC) Supply Option-2 ( VAC) 36mm 45.5mm Dimensional Drawings Dimensional Drawings Dimensional Drawings 62mm 90mm 29.1mm 50.6mm 57.5mm Automation Catalogue 17 17

10 Function Diagrams Time & Control Management Solutions a & ND functions / On delay operation d function / Off delay with control input and LED The output relay is initially de-energized and energized after an adjustable time delay, t off. and LED The output relay is initially de-energized and energized when a contact closure on T contact is detected. A contact triggers an adjustable time delay, t, which de-energizes the output relay when expired. Reclosure of the contact on T contact before the time delay is expired restarts time delay, t, and keeps the output relay energized. b & FD functions / Off delay operation e function / Rising edge triggered off delay and LED The output relay is initially energized and de-energized after an adjustable time delay, t on. and LED The output relay is initially de-energized. A contact closure on T contact both energizes the output relay and triggers an adjustable time delay, t, which de-energizes the output relay when expired. During the time delay, T contact is instensitive to state changes and becomes sensitive when time delay, t, expired. NFD function / On-Off delay operation f function / Falling edge triggered off delay and LED The output relay is initially de-energized and energized after an adjustable time delay, t off and stays energized for an adjustable period, t on and then de-energized. and LED The output relay is initially de-energized. A state change of the T contact from closed to open both energizes the output relay and triggers an adjustable time delay, t, which de-energizes the output relay when expired. During the time delay, T contact is insensitive to state changes and becomes sensitive when time delay, t, expired. Fon function / On flasher operation h function / On and off delay with control input and LED The output relay is initially energized and de-energized after an adjustable time delay, t on and stays de-energized for an adjustable period, t off and then energized. This loop is repeated until the device is powered off. On/t led flashes at Fon and Foff mode for T1-M4 product. and LED The output relay is initially de-energized. A contact closure on T contact triggers an adjustable time delay, t, which energizes the output relay when expired. Similarly contact release of T contact triggers the time delay, t, which de-energizes the output relay when expired. Delay time, t, is cleared when the contact state of T contact changes. g and Foff functions / Off flasher operation i function / Adjustable pulse output with control input and LED The output relay is initially de-energized and energized after an adjustable time delay, t off and stays energized for an adjustable period, t on and then de-energized. This loop is repeated until the device is powered off. On/t led flashes at Fon and Foff mode for T1-M4 product. and LED The output relay is initially de-energized. A state change on T contact both energizes the output relay and triggers an adjustable time delay, t, which deenergizes the output relay when expired. During the time delay, T contact is insensitive to state changes and becomes sensitive when time delay, t, expired. c function / On delay with control input k function / On delay with memory and LED The output relay is initially de-energized. A contact closure on T contact triggers an adjustable time delay, t, which energizes the output relay when expired. The output relay stays energized as long as the T contact is active. Delay time, t, is cleared when the contact on T contact opens. and LED The output relay is initially de-energized. If T contact is open, adjustable time delay, t, counts down and output relay energizes when t is expired. Any contact closure on T contact pauses the count down process and the process continues when the contact release on T contact occurs. A contact release is needed to restart the cycle, after the output relay is energized. 19

11 Function Diagrams Time & Control Management Solutions XS function / On delay adjustment for each second LC function / Liquid Level Operation and LED T1-XS is an ON delay timer thet allows a sensitive time setting from 1 to 2559 seconds with 1 second increments. The output relay is initially deenergized and energized after the time delay t is expired. SD function / Star-Delta operation and LED When the energy applied to device, star relay is energized until the end of the adjustable time. At the end of the adjusted delay time, delta relay is energized until the device is powered off. LR function / Left-Right operation and LED and LED PHL function / Photocell operation Initially f irst relay is energized. After the adjustable time delay t on, relay is de-energized. Both relays are de-energized during the adjustable time delay t off. At the end of t off, second relay energizes. Second relay stays in this position during t on. When t on f inished both relays are de-energized. This cycle is repeated continuously. 3 electrodes mode: When the level of liquid in the tank reaches to electrode B, the output relay is activated and stays in this position even if the level drops below the electrode B level. The output relay is deactivated when the liquid level drops below the electrode A level. Re-activation occurs when the level reaches to the electrode B level. and LED PH1-20L photocell relay measures the luminous intensity by means of a photocell sensor. On-off thereshold value is adjusted in the range of 1-20 lux, via the front adjustment dial. The output relay is energized when the ambient light level is below the adjusted limit. On and off delays are adjustable between 1 and 45 seconds, via the front panel knobs. On delay is adjusted by t on knob, and off delay is adjusted by t off knob. 2 electrodes mode: For 2 electrodes mode of operation, A and B electrodes are used. When level of liquid in the tank reaches to electrode B, output relay is activated. When the liquid level drops below electrode B and continually stays there for the adjustable time delay (adjusted on the front panel knob); output relay will be de-energized. 21

12 Protection Management Solutions Protect critical process and machines 23

13 The Fundamentals Protection Management Solutions Def ining a protection relay in simple terms Mounting A protection relay is an automation device that measures electrical values and detects electrical faults. Klemsan protection relays are suitable for snap mounting onto 35mm standards DIN rails. Sensing Detection Delaying Protection Which actions are executed? A protection relay measures electrical values such as current, voltage, frequency etc. in order to protect your machines. It can stop your engine from overheating with external PTC sensor. Electrical network which is connected to your machines is examined continuously. if a fault is detected, the machine is stopped immediately or with time delay by output contacts. After that, any malfunctions can be f ixed. This avoids expensive breakdowns, synonymous with production delays and loss of prof itability. Layout Which markets are they used frequently? Phase s (L2-L3) l Industrial machines l Construction industry l Stone pits l Food and agriculture industry l Water treatment system l Moving stairs & elevators Benef its and Advantages Relay l First Class quality to fulf ill all your monitoring needs l Quick view of status with leds l Easy conf iguration with knobs l High level of Electromagnetic compatibility (EMC) i.e. maximum immunity to interferences. l Sleek 17.5mm wide housing and compact design saves panel space. l Perfect to f it in modular enclosure l Self-Extinguishing plastic housing l No auxiliary supply needed l Preventing overheating thanks to PTC input l High mechanical endurance l High accuracy and switching reliability Upper voltage limit Lower voltage limit Time delay Phase s (L1-N) C1-SVP Protection Relay LED to indicate relay energized LED to indicate relay switched LEDs to indicate faults PTC sensor input 25

14 Applications Protection Management Solutions Overcurrent Protection with Smart MCB CURRENT PROTECTION CPR-16 Conveyor Application CURRENT PROTECTION CPR-16 Detect a fault condition and interrupt current flow with adjustable time delay. After the fault is gone, unlike a circuit breaker, smart MCB turns its normal position automaticlly. Detection of overcurrent when conveyor is jammed. Control Panel Control panels must be monitored carefully otherwise the effects of a power outage or voltage drop can be highly harmful for equipments. VOLTAGE PROTECTION V1-S, C1-SVP,... Generators Machine Line Frequency control for generators. FREQUENCY PROTECTION F1 MOTOR PROTECTION P1D-SA, C1-SA... Escalators MOTOR PROTECTION C1D-SA, P1-SA,... Providing phase loss, phase sequence and asymmetry protection for 3 phase aplications. Detection of unbalanced voltage on motors. Cranes VOLTAGE PROTECTION V1, V1D, C1-SVP, Temperature Control of Motors Preventing overheating with external PTC sensor. OVERHEAT PROTECTION C1D-SVP, P1-SAP... Compressors Adjustments of over and under voltage limit in order for cranes to operate correctly. Detection of phase-loss and sequence in order compressors to work correctly. MOTOR PROTECTION P1-S, C1-SA,... 27

15 Selection Selection & Ordering & Ordering Guide Guide Protection Protection Management Management Solutions Solutions Adjustable Versions Adjustable Versions Type Type F1 C1-SA F1 C1-SAPC1-SA C1-SVPC1-SAP V1 C1-SVP V1-S V1 V1-S V1-M V1-T V1-M C1D-SAV1-T C1D-SAP C1D-SA C1D-SVP C1D-SAP V1DC1D-SVP V1D-SV1D V1D-S CPR-16 CPR-16 Frequency Frequency Def initon Def initon Current monitoring relay Current monitoring relay monitoring relay monitoring monitoring relay monitoring relay monitoring relay monitoring relay monitoring relay monitoring relay monitoring relay monitoring relay monitoring relay relay monitoring relay monitoring relay monitoring monitoring relay relay monitoring monitoring relay relay monitoring monitoring relay relay monitoring monitoring relay relay monitoring monitoring relay relay monitoring monitoring relay relay monitoring relay Order Number Order Number Casing Width(mm) Casing Width(mm) Connections Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw terminal Network Network - 3Ø with -neutral 3Ø with 3Ø neutral with neutral 3Ø with 3Ø neutral with neutral 3Ø with 3Ø neutral with neutral 3Ø with 3Ø neutral with neutral 3Ø with neutral 1Ø with neutral 3Ø with 1Ø neutral with neutral 3Ø without 3Ø with neutral neutral 3Ø without 3Ø without neutral neutral 3Ø without 3Ø without neutral neutral 3Ø without 3Ø without neutral neutral 3Ø without 3Ø without neutral neutral - 3Ø without neutral - Monitoring Functions Phase Failure Fixed delay Phase time Failure - Fixed delay time 500ms - 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms 500ms - 500ms - Phase Sequence Fixed delay Phase time Sequence - Fixed delay time 500ms - 500ms 500ms 500ms 500ms - 500ms 500ms - 500ms ms- 500ms 500ms 500ms 500ms - 500ms 500ms ms - Adjustable Unbalanced Protection Adjustable Protection Range Adjustable - Range ± (5% => - 20%) ± (5% => ± 20%) (5% => 20%) - ± (5% => 20%) ± (5% - => 20%) ± (5% ± => (5% 20%) => 20%) - ± (5% => 20%) Hysteresis Unbalanced - Hysteresis 6,9VAC - 6,9VAC 6,9VAC - 6,9VAC VAC - 12 VAC 12 VAC - 12 VAC Protection Delay time - Delay time 0.1=>10s - 0.1=>10s 0.1=>10s - 0.1=>10s =>10s - 0.1=>10s 0.1=>10s - 0.1=>10s Upper limit - Upper limit =>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC 240=>300VAC (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) - 270=>370VAC - (L-L) 270=>370VAC 270=>370VAC (L-L) 270=>370VAC (L-L) 270=>370VAC (L-L) -(L-L) 270=>370VAC (L-L) - Lower Adjustable limit - Lower limit =>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC 150=>210VAC (L-N) - (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) (L-N) - (L-N) =>500VAC - (L-L) 400=>500VAC 400=>500VAC (L-L) 400=>500VAC (L-L) 400=>500VAC (L-L) -(L-L) 400=>500VAC (L-L) - Hysteresis Protection - Hysteresis VAC - 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC - 6 VAC VAC - 6 VAC 6 VAC 6 VAC 6 VAC - 6 VAC - Delay time - Delay time =>10s for on 0.1=>10s for on 0.1=>10s for off 0.1=>10s 0.1=>10s for off for 0.1=>10s off 0.1=>10s for off for off 0.1=>10s for off 0.1=>10s for off delay operation 0.1=>10s & for off delay operation & 0.1=>10s for off 0.1=>10s 0.1=>10s for off for off 0.1=>10s 0.1=>10s for off for off 0.1=>10s for off - delay operation delay operation delay operation delay operation 0.1=>10s for off delay - - delay operation delay operation delay operation delay operation 0.1=>10s for off delay delay operation delay operation delay operationdelay operation delay operation delay operation operation operation - Upper limit - Upper limit =>16AAC - 1=>16AAC Adjustable Monitoring Adjustable Functions Lower limit - Lower limit Current Current Protection Hysteresis Protection - Hysteresis =>20% - x Upper limit 5=>20% x Upper limit Adjustable Frequency Protection Extremely High- Low Protection PTC Protection Delay time - Delay time =>10s - 0.1=>10s Upper limit 42.5 => Upper 65Hz limit => 65Hz Lower Adjustable limit Frequency 40 => Lower 62.5Hz limit - 40 => 62.5Hz Hysteresis Protection 0.4HzHysteresis - 0.4Hz Delay time 1=>10s Delay time - 1=>10s Upper limit - Upper limit 310 VAC - (L-N) 310 VAC 310 (L-N) VAC (L-N) 310 VAC 310 (L-N) VAC (L-N) 310 VAC 310 (L-N) VAC (L-N) 310 VAC 310 (L-N) VAC (L-N) 310 VAC (L-N) 310 VAC (L-N) 310 VAC 310 (L-N) VAC (L-N) 510 VAC 310 (L-L) VAC (L-N) 510 VAC 510 (L-L) VAC (L-L) 510 VAC 510 (L-L) VAC (L-L) 510 VAC 510 (L-L) VAC (L-L) 510 VAC 510 (L-L) VAC (L-L) VAC (L-L) - Lower Extremely limit High- - Low Lower limit 140 VAC - (L-N) 140 VAC 140 (L-N) VAC (L-N) 140 VAC 140 (L-N) VAC (L-N) 140 VAC 140 (L-N) VAC (L-N) 140 VAC 140 (L-N) VAC (L-N) 140 VAC (L-N) 140 VAC (L-N) 140 VAC 140 (L-N) VAC (L-N) 240 VAC 140 (L-L) VAC (L-N) 240 VAC 240 (L-L) VAC (L-L) 240 VAC 240 (L-L) VAC (L-L) 240 VAC 240 (L-L) VAC (L-L) 240 VAC 240 (L-L) VAC (L-L) VAC (L-L) - Hysteresis Protection - Hysteresis 6 VAC - 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC - 6 VAC - Delay time - Delay time 100ms - 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms 100ms - 100ms - Fixed delay time - Fixed delay time ms- 2000ms 2000ms ms ms ms 2000ms ms PTC Protection Threshold - Threshold Ω Ω 1100Ω Ω Ω- 1100Ω 1100Ω Ω Response time for monitoring Response any time function for monitoring Max. any 250ms function Max. 250ms Max. 250msMax. 250ms Max. 250msMax. 250ms Max. 250msMax. 250ms Max. 250msMax. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 250ms Max. 100ms Max. 250ms Max. 100ms Type of Type of Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay contacts Type 1 C/O Type (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) Max ratings-ac (for NO side) contacts Max ratings-dc (for NO side) 5A/250V; Max 1250 ratings-ac 5A/250V; 5A/250V; A/250V; 5A/250V; A/250V; 5A/250V; A/250V; 5A/250V; A/250V; 5A/250V; VA (for NO side) VA VA VA VA VA VA VA VA VA VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 5A/250V; 1250 VA 12505A/250V; VA 5A/250V; 1250 VA 12505A/250V; VA 5A/250V; 1250 VA 12505A/250V; VA 5A/250V; 1250 VA 12505A/250V; VA 5A/250V; 1250 VA 12505A/250V; VA 5A/250V; 1250 VA A/250V; VA 5A/250V; 4000VA 1250 VA 16A/250V; 4000VA 5A/30VDC; Max ratings-dc (for NO 150W side) 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W 5A/30VDC; 5A/30VDC; 150W 150W - 5A/30VDC; 150W - Mechanical life time 10 7 Mechanical operationslife time 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations Automation Catalogue 29 29

16 Selection Selection & Ordering & Ordering Guide Selection Guide & Ordering Guide Protection Protection Management Management Solutions Solutions Adjustable Versions Adjustable Versions Adjustable Versions Type Type Type F1 Type F1 C1-SA F1 C1-SA C1-SAPC1-SA C1-SAP C1-SVP C1-SAP C1-SVP F1V1 C1-SVPV1 C1-SA V1-S V1 V1-S C1-SAP V1-S C1-SVP V1-M V1V1-M V1-T V1-M V1-SV1-TC1D-SAV1-TC1D-SA C1D-SAP C1D-SA C1D-SAP V1-MC1D-SVP C1D-SAP C1D-SVP V1-T V1DC1D-SVP C1D-SA V1D V1D-SV1DC1D-SAP V1D-S CPR-16 C1D-SVP CPR-16 CPR-16 V1D V contacts Supply Electrical life time contacts operations (for NO side) Electrical life time Electrical life time (5A@250VAC) operations 4 (5A@250VAC) 4 (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) contacts operations 4 (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (for NO side) 5 (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) 5 5 (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) 5 (for NO side) 5 (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) (5A@30VDC) DC - DC DC VDC VDC - Supply VAC from Supply VAC VAC from from VAC VAC from from VAC VAC from VAC from VAC from from VAC from VAC from from VAC from VAC from VAC from VAC from VAC from VAC from VAC from from VAC VAC from from VAC VAC from VAC from VAC from VAC from VAC from VAC from VAC from VAC from VAC from VAC from VAC from from VAC VAC from from VAC from AC AC AC VAC VAC L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L1-N L2-L3 L1-N L2-L3 L2-L3 L1-N L2-L3 L2-L3 L1-N L2-L3 L2-L3 L2-L3 L2-L3 L2-L3 L2-L3 L2-L3 L2-L3 L2-L3 L2-L (5A@250VAC) (5A@30VDC) ( ( Supply Frequency Supply Frequency Hz Supply Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz35-70 Hz Hz35-70 Hz Hz35-70 Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Control Input Control Range Input Range- Control - Input - - Range Same with - supply - voltage Same with - supply voltage - Permissible ambient temperature Relative Humidity Permissible During ambient operation -20 to During +60 C operation Permissible -20 to ambient C to +60 C -20 to C to +60 During C -20 operation to C to C -20 to +60 to C C to C -20 to +60 to C C to C to C to C to C to C to +60 C -20 to to C to C C -20 to to C +60 C -20 to to C to C to C to C to C to C to C to C to C to C to C to C to C to C +60 C -20 to to C +60 C -20 to temperature temperature During storage -40 to During +75 C storage -40 to C to +75 C -40 to C to +75 During C -40 storage C to C -40 to +75 to C C to C -40 to +75 to C C to C to C to C to C to C to +75 C -40 to to C to C C -40 to to C +75 C -40 to to C to C to C to C to C to C to C to C to C to C to C to C to C to C +75 C -40 to to C +75 C -40 to Relative Humidity Max.95% (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no Max.95% (no (no Max.95% (no Max.95% (no (no Max.95% (no Max.95% (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no (no Max.95% Max.95% (no (no Max.95% (no Max.9 Relative Humidity Max.95% (no Max.95% (no conde Operating frequency Operating frequency Hz Operating Hz frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz35-70 Hz Hz35-70 Hz Hz35-70 Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Degree of protection Degree of protection IP20 Degree IP20of protection IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Power consumption DC - DC DC <1W - - <1W - - Power consumption Power consumption AC <3VA AC <3VA <3VA <3VA <3VA AC <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <3VA <4VA <3VA <4VA <4VA <3VA <4VA <4VA <3VA <4VA <4VA <4VA <4VA <4VA <4VA <3VA <4VA <4VA <3VA <4VA <4VA Weight(gr) Weight(gr) 62 Weight(gr) Permissible mounting Permissible position mounting position any Permissible any any mounting any position any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any any EMC-EMI EMC-EMI 55011/A1, , /A1, , , /A1, /A1, , /A1, 4-2, /A1, OK EMC-EMI OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK , , , , Phase-2 Phase-3 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-2 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-3 Phase-2 Phase-3 Phase-2 Phase-3 Phase-2 Phase-3 Phase-2 Phase Trigger Input (AC L1, DC +) T Schematics Schematics Schematics PTC Sensor PTC Sensor PTC Sensor PTC Sensor PTC Sensor PTC Sensor Neutral Neutral Neutral DC + AC L1 GND N Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral U1 U2 Supply Option VDC k Current Input Supply Option VAC 36mm 36mm Dimensional DrawingsDimensional Drawings Dimensional Drawings 45.5mm 45.5mm 62mm 90mm 62mm 90mm 50.6mm 57.5mm 50.6mm 57.5mm 29.1mm 29.1mm Automation Catalogue 31 31

17 Selection & Ordering Guide Protection Protection Management Management Solutions Solutions Fixed Versions Type Type P1-A P1-A P1-P P1-S P1-P P1-SP P1-SA P1-SP P1-SA P1-SAP P1D-SA P1D-SAP Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Motor protection Def initon Def initon Motor protection relay relay relay relay relay relay relay relay relay relay relay relay relay Order Number Order Number Casing Width(mm) Casing Width(mm) Connections Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Network Network 3Ø with neutral 1Ø 3Ø with neutral 3Ø 1Ø with neutral 3Ø with neutral 3Ø with neutral 3Ø with neutral 3Ø with neutral 3Ø without neutral 3Ø without neutral 3Ø with neutral 3Ø with neutral 3Ø with neutral 3Ø with neutral Monitoring Functions Phase Failure Fixed Phase delay Failure time 500msec Fixed delay time -500msec 500msec - 500msec 500msec 500msec 500msec 500msec 500msec <1sn <1sn <1sn <1sn Phase Sequence Fixed Phase delay Sequence time - Fixed delay time - 500msec - 500msec -500msec - 500msec - 500msec <1sn <1sn <1sn <1sn Fixed Unbalanced Protection Monitoring Functions Extremely High- Low Protection PTC Protection P1-SU (FormA-220V) P1-SU (FormC-220V) P1-SU (FormA-110V) Limit Fixed ± Limit 20% -± 20% - - ± - 20% ± 20% ± 20% ± 20% ± 20% -40% -40% -40% -40% Hysteresis Unbalanced 3% Hysteresis x Un 6,9VAC -3% x Un 6,9VAC - - 3% - x Un 6,9VAC 3% x Un 6,9VAC 3% x Un 6,9VAC 3% x Un 12VAC 3% x Un 12VAC 3% x Un 12VAC 3% x Un 12VAC 3% x Un 12VAC 3% x Un 12VAC Protection Delay time 500msec Delay time -500msec msec - 500msec 500msec 500msec 500msec <1sn <1sn <1sn <1sn Upper limit 310 Upper VAC limit (L-N) -310 VAC (L-N) VAC (L-N) 310 VAC (L-N) 310 VAC (L-N) 310 VAC (L-N) 310 VAC (L-N) 510 VAC (L-L) 510 VAC (L-L) Lower Extremely limit High- 140 Lower VAC limit (L-N) -140 VAC (L-N) VAC (L-N) 140 VAC (L-N) 140 VAC (L-N) 140 VAC (L-N) 140 VAC (L-N) 240 VAC (L-L) 240 VAC (L-L) Low Hysteresis Protection 6 VAC Hysteresis -6 VAC 6 - VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC 6 VAC Delay time 100ms Delay time -100ms 100ms - 100ms 100ms 100ms 100ms 100ms 100ms Fixed delay time - Fixed delay time 2000ms ms 2000ms ms ms ms PTC Protection Threshold - Threshold 1100Ω Ω 1100Ω Ω Ω Ω Response time for monitoring Response time any function for monitoring any Max.250ms function Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Max.250ms Type of Type of Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Type 1 C/O Type(SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 C/O (SPDT) 1 NO (SPST) 1 C/O (SPDT) 1 NO (SPST) 1 C/O (SPDT) P1-SU (FormC-110V) contacts Max ratings-ac (for NO side) Max ratings-dc contacts (for NO side) Max ratings-ac 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA 5A/250V; 1250 VA (for NO side) Max ratings-dc 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W (for NO side) Mechanical life time Mechanical 10 7 operations life time 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations 10 7 operations Supply Supply Electrical life time 5 10 operations 4 (5A@250VAC) (for NO 1 10 side) 5 (5A@30VDC) VAC from L1-N (5A@250VAC) (5A@30VDC) VAC from L1-N (5A@250VAC) (5A@30VDC) VAC from L1-N (5A@250VAC) (5A@30VDC) VAC from L1-N (5A@250VAC) (5A@30VDC) VAC from L1-N (5A@250VAC) (5A@30VDC) VAC from L1-N Supply Frequency Supply Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Permissible ambient Permissible ambient During operation -20 During to +60 operation C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C temperature temperature During storage -40 During to +75 storage C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C Relative Humidity Relative Humidity Electrical life time operations (for NO side) Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L1-N Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L2-L3 Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L2-L3 Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L3-N Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L3-N Max. 95% (no (5A@250VAC) (5A@30VDC) VAC from L3-N Max. 95% (no Operating frequency Operating frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz (5A@250VAC) (5A@30VDC) VAC from L3-N Max. 95% (no 33 33

18 Selection Selection & Ordering & Ordering Guide Guide Protection Protection Management Management Solutions Solutions Fixed Versions P1-SU P1-SU P1-SU P1-SU P1-A P1-P P1-S P1-SP P1-SA P1-SAP P1D-SA P1D-SAP (FormA-220V) (FormC-220V) (FormA-110V) P1-SU P1-SU (FormC-110V) P1-SU P1-SU P1-SU P1-SU P1-SU P1-SU P1-SU P1-SU Type Type Type P1-A P1-A P1-A P1-P P1-P P1-P P1-S P1-S P1-SP P1-SP P1-SA P1-SP P1-SA P1-SA P1-SAP P1-SAP P1D-SA P1-SAP P1D-SA P1D-SAP P1D-SAP P1D-SAP (FormA-220V) (FormA-220V) (FormA-220V) (FormC-220V) (FormC-220V) (FormA-110V) (FormC-220V) (FormA-110V) (FormA-110V) (FormC-110V) (FormC-110V) (FormC-110V) IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Degree of protection Degree of protection IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP DC - DC Power <3VA consumption Power <3VA consumption <3VA <3VA <3VA <3VA <4VA <4VA <13VA <13VA <4.5VA <4.5VA AC <3VA AC <3VA <3VA <3VA <3VA <3VA <3VA <4VA <3VA <4VA <13VA <4VA <13VA <4.5VA <13VA <4.5VA <4.5VA any any any any any any any any any any any any Permissible mounting Permissible position mounting positionany any any any any any any any any any any any any any Weight(gr) Weight(gr) , 55011/A1, /A1, OK OK OK OK OK OK OK OK OK OK OK OK 0-4-2, /A1, 4-2, /A1, EMC-EMI EMC-EMI OK OK OK OK OK OK OK OK OK OK OK OK OK OK , , , , Phase-2 Phase-3 Fixed Versions Phase-2 Phase-3 Phase-2 Phase-2 Phase-3 Phase-2 Phase-3 Phase-2 Phase-3 Phase-3 Phase-2 Phase-3 Phase-2 Neutral Phase-2 Phase-3 Phase-2 Phase-3 Phase-3 Protection Management Solutions Phase-2 Phase-3 Phase-2 Neutral Phase-2 Phase-2 Phase-2 Phase-3 Phase-3 Neutral Phase-2 Phase-3 Phase-3 Phase-3 Phase-2 Neutral Phase-3 Phase-2 Phase-3 Schematics Schematics PTC Sensor PTC Sensor PTC Sensor PTC Sensor PTC Sensor PTC Sensor Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Neutral Dimensional Drawings Dimensional Drawings 35 Automation Catalogue 35 35

19 Function Diagrams Protection Management Solutions Phase Failure / Off delay operation Adjustable Protection / Off delay operation LED if a phase failure occurs the output relay de-energizes in 500msec. The fault is indicated by flashing LED A1 and LED A2 simultaneously. The output relay re-energizes automatically as soon as the voltage returns to the tolerance range. LED Over t t t LED Under t t t Phase Sequence Error / Off delay operation If a phase sequence error occurs the output relay deenergizes in 500msec. The fault is displayed by alternated flashing of the LEDs A1 and A2. The output relay re-energizes automatically as soon as the phase sequence is correct again. If the voltage to be monitored exceeds or falls below adjusted high limit or low limit value, the output relay de-energizes after time delay(0.1-10s). The fault type is indicated by LEDs A1 or A2 with constant light. As soon as the voltage returns to the tolerance range, taking into account a f ixed hysteresis of 6VAC, the output relay re-energizes automatically. Adjustable Protection / On-Off delay operation (Available only for V1-T) LED Over LED Adjustable Unbalance Protection / Off delay operation If the voltage to be monitored exceeds or falls below the set phase unbalance threshold percentage(%5=>%20), the output relay de-energizes after time delay(0.1-10s). The fault is indicated by flashing LED A1 and LED A2 quickly and simultaneously. As soon as the voltage returns to the tolerance range, taking into account a f ixed hysteresis of 3%xUn the output relay re-energizes automatically. LED Under t off t on t off t on t off t on If the voltage to be monitored exceeds or falls below adjusted high limit or low limit value, the output relay de-energizes after t off time delay(0.1-10s). The fault type is indicated by LEDs A1 or A2 with constant light. As soon as the voltage returns to the tolerance range, taking into account a f ixed hysteresis of 6VAC, the output relay reenergizes after t on time delay(0.1-10s). t off t on t off t on t off t on Fixed Unbalance Protection / Off delay operation LED LED If the voltage to be monitored exceeds or falls below the set phase unbalance threshold percentage (%20), the output relay de-energizes after time delay(2sec). The fault is indicated by flashing LED A1 and LED A2 quickly and simultaneously. As soon as the voltage returns to the tolerance range, taking into account a f ixed hysteresis of 3%xUn the output relay re-energizes automatically. 37

20 Function Diagrams Protection Management Solutions Adjustable Current Protection / On delay operation Extremely High-Low Protection / Off delay operation Over Over I max & LED I in LED ON LED out Relay(1-3) t 1 sec no signal or f < 32 Hz AUTOMATIC MODE If the current to be monitored exceeds adjusted high limit value, the output relay de-energizes after time delay(0.1-10s). As soon as the current returns to the tolerance range, taking into account adjusted hysteresis (5-20%) and 1 second safety time, the output relay re-energizes automatically. LED Under Under If the voltage to be monitored exceeds 310VAC for star connection device or 510VAC for delta connection device, output relay de-energizes immediately. If the voltage to be monitored falls below 140VAC for star connection device or 240VAC for delta connection device, output relay de-energizes immediately. The fault type is indicated by LEDs A1 or A2 with blinking. As soon as the voltage returns to the tolerance range, taking into account a f ixed hysteresis of 6VAC, the output relay re-energizes automatically. I max hysteresis LED & LED I in LED ON LED out Relay(1-3) T-Input t no signal or f < 32 Hz MANUAL MODE If the current to be monitored exceeds adjusted high limit value, the output relay de-energizes after time delay(0.1-10s). After the current returns to the tolerance range, taking into account adjusted hysteresis (5-20%) and 1 second safety time, the output relay waits till trigger input is applied. After that it re-energizes automaticlly. LED PTC Protection / Off delay operation In order to use this fuction, PTC temperature sensors must be connected to the relay s PTC input. Under normal operating conditions the PTC resistance is below the response threshold. If the motor heats up excessively, it means resistance value is increased, the output relay de-energizes after 2 seconds delay. The output relay re-energizes automatically as soon as the motor heat turns back to its normal operating conditions. Adjustable Frequency Protection / Off delay operation Over Frequency LED Under Frequency If the frequency to be monitored exceeds or falls below adjusted high limit or low limit value, the output relays de-energizes after time delay(1-10s). The fault type is indicated by LEDs A1 or A2 with constant light. As soon as the frequency returns to the tolerance range, taking into account a f ixed hysteresis of 0.4kHz, the output relay re-energizes automatically. LED 39

21 Alarm Management Solutions Ensure your electrical safety 41

22 The Fundamentals Alarm Management Solutions Def ining an alarm annunciator in simple terms Mounting An alarm annunciator is an automation device that provides immediate fault recognition, fault identif ication, visual and audible alarm for an abnormal process situation. Klemsan alarm annunciators are suitable for panel mounting for 96x96mm and 144x144m standarts. Which markets are they used frequently? Monitoring Controlling Communication Data Logging Visualizing Benef its and Advantages Which actions are executed? An alarm annunciator monitors input parameters continuosly. When a faulty condition occurs, it visualizes alarm status immediately or with adjustable time delay. It provides to control your process through relay outputs and modbus communication. Data logging with real time gives you opportunity to analyze your system. Layout Window to indicate faults l Medium voltage modular cabinets l Electrical power plants and substations l Industrial plants and processes l Technical installations in buildings l Water treatment plants, etc. HORN button to control buzzer Power On LED Relay s Signal Power Supply l Adjustable 2 color options l Four integrated push buttons for buzzer, alarm accept, alarm clear and led test. l Three flashing rates indicate different types of faults l Easy conf iguration with dip-switches l DC or AC supply/input voltage. l Super bright LEDs for long distance visibility l Various sizes & fonts for window inscription. l Highly compact and light weight l Modbus communication l High level of Electromagnetic compatibility (EMC) i.e. maximum immunity to interferences. l Self-Extinguishing plastic housing. ACK button; acknowledge of alarm DEL button; returns the channel to the normal state TEST button Conf iguration Dip-Switches Modbus Communication Port ANC-8 Alarm Annunciator 43

23 Applications Alarm Management Solutions Alarm Monitoring for Steel Plants ALARM MANAGEMENT ANC series Pumping Stations CONTROLLING PUMP POSITION ALRC-6 Alarm points for various parameters such as pressures, flow temperatures, speeds for different turbines. Monitoring pump position and controlling by means of output relays Alarm Status of Battery-Backup System Facility Monitoring Backup batteries power can be checked automatically with their internal alarm system. When their alarm status need to be monitored over PC, ANC series present best solution thanks to its modbus communication. When power, UPS, generator, temperature/humidity, Fire/ Smoke, MVAC, Leak Detection etc. problems are existed, they all can be monitored over PC with modbus communication. ALARM MONITORING over MODBUS ANC-16, ANC-8 SIGNAL MONITORING over PC ANC-8, ANC-16 Electrical Control Room Panel Indicator Lights Providing an immediate fault recognition, fault identif ication and a visual/audible alarm in order to call attention to an abnormal process condition. Instead of using separate alarm indicator lights, using signal modules gives you opportunity to save space and installation time with monitoring all signals in same window. Level Monitoring with Level Switches CONTROL MANAGEMENT ANC-8, ANC-16 SIGNAL MONITORING LSK Series MONITORING and CONTROLLING ALRC-6 Natural Gas Power Stations Faults of gas turbine, steam turbine, cooling water supply, power lines, generator etc. can be monitored instantaneously with signal inputs. SIGNAL MONITORING LSK Series Fault Detection Immediately monitoring over PC when certain levels are reached with using liquid level switches. Monitoring process faults with alarm relay controller provides you to stop them rapidly in order to prevent much worse condition thanks to alarm relay outputs. ALARM MANAGEMENT ALRC-6 45

24 Selection & Ordering Guide Alarm Alarm Management Management Solutions Solutions Annunciator & Alarm Controllers Type Type ALRC-6 (24VAC/DC) ALRC-6 (48VAC/DC) (24VAC/DC) ALRC-6 (110VAC/DC) (48VAC/DC) ALRC-6 (220VAC/DC) (110VAC/DC) ALRC-6 ANC-8 (220VAC/DC) (24VAC/DC) ANC-8 (24VAC/DC) ANC-8 (48VAC/DC) ANC-8 (110VAC/DC) ANC-8 (220VAC/DC) ANC-16 (24VAC/DC) ANC-16 (48VAC/DC) ANC-16 (110VAC/DC) ANC-16 (220VAC/DC) ef initon Def initon Alarm relay Alarm relay Alarm relay Alarm relay Alarm relay Alarm annunciator controller controller controller controller controller Alarm annunciator Alarm annunciator Alarm annunciator Alarm annunciator Alarm annunciator Alarm annunciator Alarm annunciator Alarm annunciator rder Number Order Number AC 24V AC 48V 24V 110V 48V 220V 110V 24V 220V 24V 48V 110V 220V 24V 48V 110V 220V DC 24V DC 48V 24V 110V 48V 220V 110V 24V 220V 24V 48V 110V 220V 24V 48V 110V 220V nput Signal Frequency Input Signal Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Numbers Numbers Response Time Response Time 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec 25 ± 10 msec Type of Type of Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Relay Number of contacts Number of contacts Type Type 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) 1 NO (SPST) utput ontacts Max ratings-ac Max ratings-ac 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA 5A/277V; 1385 VA Contacts Max ratings-dc Max ratings-dc 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W 5A/30VDC; 150W Mechanical Life Time Mechanical Life Time 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations 10 8 operations Electrical Life Time Operations Electrical Life (for Time Operations (for 1 10 NO side) NO side) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) (5A@250VAC) Numbers Numbers Colours Colours Red Red Red Red Red/Green Red/Green Red/Green Red/Green Red/Green Red/Green Red/Green Red/Green Red selectable selectable selectable selectable selectable selectable selectable selectable Red/Green selectable Sizes(mm) Sizes(mm) 30.5x x x x x x x x x x ,8x11,9 44,8x11,9 44,8x11,9 44,8x11,9 indow With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red With 4 pcs. red leds With 4 pcs. red leds With 4 pcs. red leds or 4 İluminating for Each Window İluminating for Each Window leds or 4 pcs. leds or 4 pcs. leds or 4 pcs. leds or 4 pcs. leds or 4 pcs. leds or 4 pcs. leds leds leds leds or leds 4 pcs. green leds or 4 pcs. green leds pcs. green leds green leds green leds green leds green leds green leds green leds Window Slow - Slow Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min 60 Flash/Min Flash rate Flash rate Fast 90 Fast Flash/Min 90 Flash/Min 90 Flash/Min 90 Flash/Min Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min 180 Flash/Min Legends Legends standart tracing templates provided ime Range(sec) Time Range(sec) , 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 0, 2, 5, 10, 15, 20, 25, 30-25, 30 adjustable 25, 30 adjustable 25, 30 adjustable 25, 30 adjustable 25, 30 adjustable 25, 30 adjustable 25, 30 adjustable 25, 30 adjustable adjustable nbuilt Push Buttons Inbuilt Push Buttons 3 nos.(horn, 3 nos.(horn, 3 nos.(horn, 3 nos.(horn, 43 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, 4 nos.(horn, Ack, Delete, Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Delete, Test) Test) uzzer Buzzer Available - Available Available Available Available Available Available Available Available Protocol Protocol Modbus-RTU - Modbus-RTU Modbus-RTU Modbus-RTU Modbus-RTU Modbus-RTU Modbus-RTU Modbus-RTU Modbus-RTU ommunication Baud Communication Rate Baud Rate Isolation Isolation Vrms 2500 Vrms 2500 Vrms 2500 Vrms 2500 Vrms 2500 Vrms 2500 Vrms 2500 Vrms 2500 Vrms eal Time Event Recording Real Time Event Recording logs 6080 logs 6080 logs 6080 logs 6080 logs 6080 logs 6080 logs 6080 logs 6080 logs attery Life Battery Life > - 5years > 5years > 5years > 5years > 5years > 5years > 5years > 5years > 5years AC 24V AC±%30 48V 24V ±%30 110V 48V ±%30 220V 110V ±% V 220V ±%30 ±% V ±% V ±% V ±% V ±% V V V V upply Supply DC 24V DC±%30 48V 24V ±%30 110V 48V ±%30 220V 110V ±% V 220V ±%30 ±% V ±% V ±% V ±% V ±% V V V V Frequency Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz 47 47

25 Type Selection Selection & Ordering & Ordering Guide Guide Alarm Alarm Management Alarm Management Solutions Solutions Solutions Annunciator & Alarm Controllers Type ALRC-6 ALRC-6 (24VAC/DC) (24VAC/DC) Annunciator & Alarm Controllers ALRC-6 ALRC-6 ALRC-6 ALRC-6 ALRC-6 ALRC-6 ANC-8 ALRC-6 ANC-8 (48VAC/DC) (48VAC/DC) (24VAC/DC) (110VAC/DC) (110VAC/DC) (48VAC/DC) (220VAC/DC) (220VAC/DC) (110VAC/DC) (24VAC/DC) (220VAC/DC) (24VAC/DC) ANC-8 (24VAC/DC) ANC-8 ANC-8 ANC-8 ANC-8 ANC-8 ANC-8 ANC-16 ANC-16 ANC-8 ANC-16 ANC-16 ANC-16 ANC-16 (48VAC/DC) (48VAC/DC) (110VAC/DC) (110VAC/DC) (48VAC/DC) (220VAC/DC) (220VAC/DC) (110VAC/DC) (24VAC/DC) (220VAC/DC) (24VAC/DC) (48VAC/DC) (48VAC/DC) (24VAC/DC) (110VAC/DC) (110VAC/DC) (48VAC/DC) ANC-16 ANC-16 (220VAC/DC) (110VAC/DC) (220VAC/DC) ower DC DC Power DC <3W <3W <3W <3W <1W <1W <3W <5.5W <5.5W <1W <3W <3W <5.5W <3W <3W <3W <3W <3W <3W <3W <5W <5W <3W <5W <5W <5W <5W <5W <5W <5W onsumption AC AC consumption AC <10VA <10VA <10VA <10VA <4.3VA <4.3VA <10VA <7.2VA <7.2VA <4.3VA <5VA <5VA <7.2VA <5VA <5VA <5VA <5VA <5VA <5VA <5VA <7.5VA <7.5VA <5VA <7.5VA <7.5VA <7.5VA <7.5VA <7.5VA <7.5VA <7.5VA sible ermissible During During operation Permissible operation During operation -20 to to C +60 C -20 to to C +60 C -20 to to C +60 C -20 to to C +60 C -20 to to C C -20 to +70 C -20 to to C +70 C -20 to to C +70 C -20 to to C +70 C -20 to to C +70 C -20 to to C +70 C -20 to to C +70 C -20 to to C +70 C -20 to +70 C t mbient ambient emperature During During storage temperature storage During storage to C +75 C -40 to to C +75 C -40 to to C +75 C -40 to to C +75 C -30 to to C C -30 to +80 C -30 to to C +80 C -30 to to C +80 C -30 to to C +80 C -30 to to C +80 C -30 to to C +80 C -30 to to C +80 C -30 to to C +80 C -30 to +80 C e elative Humidity HumidityRelative Humidity Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.90% Max.90% Max.95% (no (no Max.90% (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% Max.90% (no (no Max.90% (no e egree of protection of protection Degree of protection IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP50(front), IP20(back) IP20(back) IP50(front), IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back)) IP20(back)) IP20(back)) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) IP20(back) onnections Connections Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw Screw terminal terminal Screw terminal Height(mm) Height(mm) 96 96Height(mm) Bezel/Overall Bezel/Overall Bezel/Overall Width(mm) Width(mm) 96 96Width(mm) imensions Dimensions Height(mm) Height(mm) 89.6 mm) (mm) 89.6 Height(mm) Panel Cutout Panel Cutout Width(mm) Width(mm) Panel Cutout Width(mm) Depth(mm) Depth(mm) 66 66Depth(mm) eight(gr) Weight(gr) MI MC-EMI , , , EMC-EMI OK OK - OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK ANC-16 (220VAC/DC) Contacts Contacts Contacts Power Supply Power Supply Contacts Contacts Power Supply Power Supply NO1 COM1 NO1 NO2 COM1 COM2 NO2 COM2 U n U n NO1 COM1 NO1 NO2 COM1 COM2 NO2 COM2 U n U n Relay - 1 Relay Relay - 6 Relay - Horn Relay - Alarm Relay - COM Horn Relay Horn Alarm Relay Alarm Relay V AC/DC V AC/DC Horn Relay Horn Alarm Relay Alarm Relay V AC/DC V AC/DC chematics Schematics Signal Power Supply Signal Signal in7 in8 in7 in8 RS485 PORTRS485 PORT d+ gnd1 d+ d- gnd1 d- RS485 PORTRS485 PORT d+ gnd1 d+ d- gnd1 d- in7 in8 Signal Signal in7 in8 in9 in10 in11 in9 in10 in12 in11 in13 in12 in14 in13 in15 in14 in16 in15 in16 Input Signal - 1 Input Signal V AC/DC 48V AC/DC 110V AC/DC 220 VAC/DC Signal - COM 24V AC/DC 48V AC/DC 110V AC/DC 220 VAC/DC Input Signal - 1 Input Signal - 2 Input Signal Input Signal V AC/DC 24V AC/DC 48V AC/DC 48V AC/DC 110V AC/DC110V AC/DC 220 VAC/DC220 VAC/DC Signal - COM Signal - COM Input Signal - 1 Input Signal - 2 Input Signal - 1 Input Signal - 2 Signal - COM Signal - COM Input Signal Input Signal - 10 Input Signal - 9 Input Signal V AC/DC 24V AC/DC 48V AC/DC 48V AC/DC 110V AC/DC110V AC/DC 220 VAC/DC220 VAC/DC Signal - COM Signal - COM imensional Drawings Drawings Dimensional Drawings Automation Catalogue

26 Selection & Ordering Guide Alarm Alarm Management Management Solutions Solutions Signal Indicators Type Type LSK-4 (24VAC/DC) LSK-4 (48VAC/DC) (24VAC/DC) LSK-4 (110VAC/DC) (48VAC/DC) LSK-4 (220VAC/DC) (110VAC/DC) LSK-4 LSK-6 (220VAC/DC) (24VAC/DC) LSK-6 (24VAC/DC) Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator Signal Indicator ef initon Def initon Signal Indicator Module Module Module Module Module Module Module Module Module Module Module Module Module rder Number Order Number AC 24V AC 48V 24V 110V 48V 220V 110V 24V 220V 24V 48V 110V 220V 24V 48V 110V 220V DC 24V DC 48V 24V 110V 48V 220V 110V 24V 220V 24V 48V 110V 220V 24V 48V 110V 220V Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC Min. 45Hz (for AC signal nput Signal Frequency Input Signal Frequency signal input) signal input) signal input) signal input) signal input) signal input) signal input) signal input) signal input) signal input) signal input) signal input) input) Numbers Numbers Response Time: Response Time: Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms Max. 10ms utput Contacts Contacts Numbers Numbers Colours Colours Red Red Red Red Red Red Red Red Red Red Red Red Red LSK-6 (48VAC/DC) LSK-6 (110VAC/DC) LSK-6 (220VAC/DC) LSK-9 (24VAC/DC) LSK-9 (48VAC/DC) LSK-9 (110VAC/DC) LSK-9 (220VAC/DC) Sizes(mm) Sizes(mm) 34,85 x 30 34,85 x 30 34,85 x 30 34,85 x 30 34,85 x 18, ,85 x 18,70 34,85 x 18,70 34,85 x 18,70 34,85 x 18,70 20,9 x 18,7 20,9 x 18,7 20,9 x 18,7 20,9 x 18,7 indow Window With 9 pcs. red Iluminating for each window Iluminating for each window leds With 9 pcs. red leds With 9 pcs. red leds With 9 pcs. red leds With 9 pcs. red With 6 pcs. red leds leds With 6 pcs. red leds With 6 pcs. red leds With 6 pcs. red leds With 6 pcs. red leds With 4 pcs. red leds With 4 pcs. red leds With 4 pcs. red leds With 4 pcs. red leds Legends Legends standart tracing templates provided ime Range(sec) Time Range(sec) nbuilt Push Buttons Inbuilt Push Buttons uzzer Buzzer ommunication Communication eal Time Event Recording Real Time Event Recording attery Life Battery Life ermissible During Permissible operation During operation -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C -20 to +70 C mbient ambient emperature During temperature storage During storage-30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C -30 to +80 C elative HumidityRelative Humidity Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no egree of protection Degree of protection IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back)) IP50(front), IP20(back)) onnections Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) IP50(front), IP20(back) 51 51

27 Selection & Ordering Guide Alarm Management Alarm Alarm Solutions Management Alarm Management Solutions Solutions Signal Indicators Type Type LSK-4 (24VAC/DC) LSK-4 LSK-4 LSK-4 LSK-4 LSK-4 LSK-4 LSK-6 LSK-4 LSK-4 (48VAC/DC) (24VAC/DC) (24VAC/DC)(110VAC/DC) (48VAC/DC) (48VAC/DC) (24VAC/DC)(220VAC/DC) (110VAC/DC) (48VAC/DC) (24VAC/DC) (220VAC/DC) (110VAC/DC) LSK-6 LSK-6 LSK-4 LSK-6 LSK-6 LSK-6 LSK-6 LSK-6 LSK-6 LSK-9 LSK-6 LSK-6 LSK-9 LSK-9 LSK-9 LSK-9 (24VAC/DC) (220VAC/DC) (24VAC/DC) (48VAC/DC) (24VAC/DC)(110VAC/DC) (48VAC/DC) (48VAC/DC)(220VAC/DC) (110VAC/DC) (24VAC/DC) (220VAC/DC) (48VAC/DC) (24VAC/DC) (24VAC/DC)(110VAC/DC) (48VAC/DC) (48VAC/DC) LSK-9 LSK-9 (110VAC/DC) (220VAC/DC) Height(mm) 96 Height(mm) Height(mm) rall Bezel/Overall Bezel/Overall Width(mm) 96 Width(mm) Width(mm) Width(mm) imensions Dimensions Height(mm) 89.5Height(mm) Height(mm) mm) (mm) ut Width(mm) Panel Panel Cutout Cutout 89.5Width(mm) Width(mm) Panel Cutout Width(mm) Depth(mm) 66 Depth(mm) Depth(mm) Depth(mm) eight(gr) Weight(gr) MC-EMI EMC-EMI LSK-9 LSK-9 (220VAC/DC) COM COM COM 1+ COM 2+ COM COM 3+ COM COM COM COM3+ 3+ COM COM COM COM COM COM COM COM COM COM chematics Schematics Input Signal - 3 Input Signal Input Signal - 3 Input Signal Input Signal - 4 Input Signal Input Signal - 4 Input Signal Signal COM Signal COM COM Signal COM Signal COM COM Signal COM Signal COM COM Input Signal - 4 Input Signal Signal COM Signal COM COM Input Signal - 5 Input Signal Input Signal Signal COM - 4 Input Signal Signal COM - 1 Input Signal - 4 Input Signal - 1 Input Signal Signal COM - 6 Input Signal Signal COM -3 Signal COM Signal COM Input Signal Signal COM - 5 Input Signal Signal COM -2 COM COM 6+ COM COM 5+ Input Signal - 5 Input Signal -2 Signal COM Signal COM Signal COM Signal COM Input Signal - 6 Input Signal COM COM6+ Input Signal - 6 Input Signal -3 Signal COM Signal COM Signal COM Signal COM Signal COM Signal COM Signal COM Signal COM Input Signal - 6 Input Signal COM COM COM COM Input Signal - 7 Input Signal Input Signal - 8 Input Signal Input Signal Input Input Signal Signal Input Signal - 6 Input Signal - 1 Input Signal Signal COM - 7 Input Signal Input Signal - 7 Input Signal - 2 Input Signal Signal COM - 8 Input Signal Signal COM -3 Input Signal - 8 Input Signal -3 Input Signal Signal COM - 9 Input Signal Signal COM -4 Input Signal - 9 Input Signal -4 Signal COM Input Signal - 5 Signal COM Input Signal - 5 Signal COM Signal COM Signal COM Signal COM Signal COM Signal COM COM COM COM COM COM COM COM COM COM Signal COM Signal COM 24V AC/DC 48V AC/DC 110V AC/DC 220 VAC/DC 24V AC/DC 48V AC/DC 110V AC/DC 220 VAC/DC 24V AC/DC 24V AC/DC 48V AC/DC 48V AC/DC 110V AC/DC 110V AC/DC 220 VAC/DC 220 VAC/DC 24V AC/DC 48V AC/DC 110V AC/DC 220 VAC/DC 24V AC/DC 24V AC/DC 48V AC/DC 48V AC/DC 110V AC/DC 110V AC/DC 220 VAC/DC 220 VAC/DC imensional Drawings Drawings Dimensional Drawings

28 Function Diagrams Alarm Management Solutions ANC series / Signal Control ALRC-6 series / Signal Control Signal Input-1 Signal Input-2 ACK Button DEL Button Horn Button (Buzzer) Buzzer (Sound) Window-1 Window-2 Horn Relay Alarm Relay Delay Time There are 4 kinds of flashing of LED displays; fast blinking, slow blinking, continuously flashing (turn on continuously) and turn off. For ANC8 the f irst alarm / for ANC16 the f irst or the last alarm (depending on setting) display blinks faster than the remaining channel displays which also have an alarm condition. Assume there is an alarm in the 3rd channel. Third channel s display will blink fast. After a while, assume that there appear alarms in 7th, 8th and 9th channels. Then third channel will blink fast; seventh, eighth and ninth displays will blink slowly. When the operator presses on the Ack button, all the channels (only the 3rd channel other channels already blink slowly) will blink slowly and also the related relay(s) deactivate(s) (horn and/or alarm relay depending on the setting). After that; if alarm conditions disappeared, slow blinking channels will flash continuously (LEDs turn on continuously). In the above condition, when the operator presses Del button; all the continuously flashing displays will turn off. e.g. Input-1 is adjusted as horn(green) window and input-2 is adjusted as alarm(red) window in below f igure. when related signal is applied to f irst input channel, it will blink fastly in green colour in order to indicate f irst alarm. When related signal is applied to second channel, it blinks slowly in red colour. If ACK(acknowledge) button is pressed, Horn and Alarm relay are de-activated. After pressing ACK button, if one of input signal is gone; it will blink constantly, otherwise it blinks slowly. If Horn button is pressed, the buzzer will stop. Functional diagram is shown in below f igure. Delay Time FUNCTIONAL INDICATION Signal Input-3 (Alarm Relay Enable) Signal Input-4 (Alarm Relay Disable) DEL Button HORN Button Window-3 Window-4 Relay -Horn Relay -Alarm Relay -3 Relay -4 LSK series/ Signal Visualizing FUNCTIONAL INDICATION Signal Input-3 Signal Input-4 Window-3 Window-4 Whenever any ALRC-6 input is excited, relay of that channel and horn relay are activated. If the related dip-switch (Alarm Relay Enable switch on the rear cover) is adjusted as ON, alarm relay will also be activated. If input signal is continued, display of the related channel blinks. If input signal is disconnected, display will be turned on continuously. When HORN button is pressed, the HORN relay will be inactive. When a new input signal is applied to any of the inputs, HORN relay will again be active. When DEL button is pressed, relays of the channels whose input signals are interrupted will be inactive and displays of these channels will turn-off. For the channels whose input signals are continued, displays and relays maintain their initial state, as described above (relay active, display blinking). When TEST button is pressed, displays of all channels will flash. This button has no effect on channel relays. e.g. Dip switch-3 is adjusted as ON and Dip switch-4 is adjusted as OFF in below f igure. When input signal is applied to input channel of LSK series, related window is turned on constantly in red colour. When the signal is gone, related window is turned off. 55

29 Analog Signal Management Solutions Isolation with accurate conversion 57

30 The Fundamentals Analog Signal Management Solutions Def ining a transducer in simple terms Measuring Isolation Converting Protection A transducer is an electronic device that changes one form of energy into another. It provides conversion of main electrical parameters into a voltage or ma output and isolation between inputs and outputs. Conf iguration Which actions are executed? A transducer measures input parameters and converts them to another signal form continuosly. Input, output and power supply (optional) are electrically isolated from one another in order to provide protective isolation. It is possible to conf igure different input ranges and output types by means of adjustment knobs. Mounting Layout Klemsan transducers are suitable for snap mounting onto 35mm standards DIN rails. Which markets are they used frequently? l Renewable Energy l Medium voltage motors l Electrical power plants and substations l Telecontrol systems l Industial Process l Energy management systems l Medium voltage modular cabinets l Control and safety systems l Telecontrol systems Benef its and Advantages l Extended measuring range l Excellent linearity l High system safety and reliability l Electrical isolation with a high test voltage l No insertion losses l Low residual noise l Good overall accuracy l High quality, long useful life l Easy conf iguration with knobs l Without power supply option l Extended temperature input range l Multiplying analog signal (1 in-2 outs) l DC and AC supply voltage options l Highly compact and light weight l High level of Electromagnetic compatibility (EMC) i.e. maximum immunity to interferences. l Self-Extinguishing plastic housing Signal Input (AC or DC) Input range adjustment knob type adjustment knob Power input VT3-ACDC-24 Transducer Signal (ma or V) Power On LED LED to indicate errors 59

31 Applications Analog Signal Management Solutions Renewable Energy SIGNAL CONVERTING VT3-ACDC-24 Substation Automation SIGNAL CONVERTING CT3 & VT3 series Measuring current and voltage in order to support the windmills and solar installations to work at their maximum eff iciency. Conversion voltage and current of measurands, integration them with SCADA and RTU system. Petrochemical processing The measurement of temperature is a vital part of instrumentation in petrochemical industries. RTD sensors are often used for their excellent temperature response. They are used in order to combine sensors with PLC/Scada system. SIGNAL CONVERTING TT-RTD series Refrigeration applications Elevators Food products, fresh meats and stored items require strict environmental conditions for storage. That s why it is required reliable low temperature measurements. Providing down to minus 50 degree provides appropriate scale for any operation. SIGNAL CONVERTING TT-RTD series SIGNAL CONVERTING CT3 series UPS Control I/O applications Inverter output voltage for UPS systems can be monitored by scada system via voltage transducers. Passive isolators are used for the electrical isolation and converting of analog 0(4) to 20 ma standard current signals to 0-20mA, 4-20mA, 0-5V and 0-10V signals. They provide electrical isolation between the control electronics and process I/O and eleminate measurement errors caused by differences in earth potentials. SIGNAL CONVERTING VT3-ACDC-24 SIGNAL ISOLATING PISO-DC series With higher accuracy and speed, the feedback signal from transducers enables smoother control and energy consumption reduction of many electrical systems. On Board Automation for Railways Scada System The electrical power is supplied to the trains via the catenaries. So, depanding on the train type such as subway, trolleybuses, high speed train, heavy traction etc. the locomotives can operate at different voltage levels. In order to monitor them in main panel, voltage transducers are used. The rms value of the input AC voltage or current can be converted to a DC output which is connected to analog input of PLC module. So it is possible to monitored them by Scada System. SIGNAL CONVERTING VT3 series SIGNAL CONVERTING CT3 & VT3 series 61

32 Applications Analog Signal Management Solutions Air conditioning and liquid temperature measurement RTDs provide wide temperature input range from -50 C to +300 C in order to keep an industrial process in desired degree with accuracy and stability. SIGNAL CONVERTING TT-RTD series Space-critical multi-channel applications Providing two signal outputs for different control units thanks to 1-in 2-out converting feature. No auxiliary power supply is required for PISO series therefore cost savings are made. SIGNAL MULTIPLYING PISO-DC-DUO series Air Conditioning System Monitoring of lower voltage levels and heavy load control with PLC modules. PROTECTION CT3 & VT3 series Tele-Control System Providing an intelligent analog output module for the direct measurement of alternating variables for the use in station control applications. SIGNAL CONVERTING CT3 & VT3 series Motor Traction Control Traction is provided by electric motors driven by inverters that are relying on transducers to measure, optimize and adjust the current and voltage that are sent to the motors, improving both performance and reliability. PROTECTION CT3 & VT3 series 63

33 Selection & Ordering Guide Analog Analog Signal Signal Management Management Solutions Solutions and Current Transducers Type Type VT3-AC VT3-AC VT3-AC-24 VT3-AC-24 VT3-ACDC-24 VT3-ACDC-24 VT3-AC-LP CT3-AC CT3-AC-24 CT3-AC-LP Def initon Def initon True RMS Transducer True RMS True Transducer RMS Transducer True RMS True Transducer RMS Transducer True RMS Transducer True RMS Transducer True RMS Current Transducer True RMS Current Transducer True RMS Current Transducer Order Number Order Number Casing Width(mm) Casing Width(mm) Connections Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal 0-24 VAC Available 0-24 VAC Available Available Available Available Available Available VAC Available 0-36 VAC Available Available Available - - Available VAC Available 0-54 VAC Available Available Available Available Available Available VAC Available 0-80 VAC Available Available Available - - Available VAC Available VAC Available Available Available Available Available Available VAC Available VAC Available Available Available - - Available VAC Available VAC Available Available Available Available Available Available Conf igurable Conf igurable VAC Available VAC Available Available Available - - Available range range VAC Available VAC Available Available Available Available Available Available VAC Available VAC Available Available Available - - Available VDC VDC Available Available VDC VDC Available Available Input Signal Input Signal VDC VDC Available Available VDC VDC Available Available VDC VDC Available Available AAC AAC Available Available Available 0-2 AAC AAC Available Available Available Conf igurable 0-3 Conf AAC igurable AAC Available Available Available Current Range Current Range 0-4 AAC AAC Available Available Available 0-5 AAC AAC Available Available Available Frequency Frequency Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Surge overload Surge overload < 2 x Uinput max. range (5 < 2 pulses x Uinput 1s) max. < 2 range x Uinput (5 pulses max. 1s) range (5 < 2 pulses x Uinput 1s) max. < 2 range x Uinput (5 pulses max. 1s) range (5 < 2 pulses x Uinput 1s) max. range (5 pulses 1s) < 2 x Uinput max. range (5 pulses 1s) 20xin(100A) for 1 Sec. 20xin(100A) for 1 Sec. 20xin(100A) for 1 Sec. Constant overload Constant overload Max. 600 V Max. 600 V Max. 600 V Max. 600 V Max. 600 V Max. 600 V Max. 600 V 10A(2x Rated IN) 10A(2x Rated IN) 10A(2x Rated IN) Input impedances Input impedances 240 kω 240 kω 240 kω 240 kω 240 kω 240 kω 240 kω 49.9 Ω (burden resistor) 49.9 Ω (burden resistor) 49.9 Ω (burden resistor) Type Analog 0-20 ma Available 0-20 ma Available Available Available Available Available - Available Available ma Available 4-20 ma Available Available Available Available Available Available Available Available Available ±20 ma Available ±20 ma Available Available Available Available Available - Available Available ma Available 20-0 ma Available Available Available Available Available - Available Available ma Available 20-4 ma Available Available Available Available Available - Available Available - Type 0-5 V Available 0-5 V Available Available Available Available Available - Available Available V Available 0-10 V Available Available Available Available Available - Available Available - ±5 V Available ±5 V Available Available Available Available Available - Available Available - ± 10 V Available ± 10 V Available Available Available Available Available - Available Available V Available 10-0 V Available Available Available Available Available - Available Available - Max. Current 24 Max. ma Current 24 ma 24 ma 24 ma 24 ma 24 ma 24 ma 24 ma 24 ma 24 ma Max. Analog 12 Max. V 12 V 12 V 12 V 12 V 12 V - 12 V 12 V - Max. Load 10kΩ(for voltage) / 600Ω(for 10kΩ(for voltage) 10kΩ(for / 600Ω(for voltage) / 600Ω(for 10kΩ(for voltage) 10kΩ(for / 600Ω(for voltage) / 600Ω(for 10kΩ(for voltage) / 600Ω(for 10kΩ(for voltage) / 600Ω(for 10kΩ(for voltage) / 600Ω(for Max. Load 10kΩ(for voltage) / 600Ω(for current) 10kΩ(for voltage) / 600Ω(for current) current) current) current) current) current) current) current) current) 65 65

34 Selection Selection & Ordering & Ordering Guide Guide Analog Signal Management Analog Solutions Analog Signal Signal Management Management Solutions Solutions Type VT3-AC Type VT3-AC-24 VT3-AC VT3-ACDC-24 VT3-AC-24 VT3-AC-24 VT3-ACDC-24 VT3-AC-LPVT3-ACDC-24 CT3-ACVT3-AC-LP VT3-AC-LP CT3-AC-24CT3-AC CT3-AC CT3-AC-LP CT3-AC-24 CT3-AC-24 CT3-AC-LP CT3-AC-LP V AC V AC V V V V Supply V Supply DC 10-36V V DC 10-36V V 10-36V 10-36V 10-36V9-30V 10-36V V 9-30V 9-30V 10-36V V V9-30V 10-36V 10-36V 9-30V 9-30V Hz Frequency Frequency Hz Hz Hz Hz Hz Power <1.5W DC Power DC <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W <1.5W consumption <4VA AC consumption AC <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA <4VA Isolation 1.5 kvrms, 3-way Isolation 1.5 kvrms, 3-way 1.5 kvrms, 3-way 1.5 kvrms, 3-way 1.5 kvrms, 3-way 1.5 kvrms, 3-way 1.5 kvrms, 1.5 kvrms, 3-way 2-way 1.5 kvrms, 3-way 1.5 kvrms, 1.53-way kvrms, 2-way 1.5 kvrms, way kvrms, 1.53-way kvrms, 3-way 1.5 kvrms, 1.53-way kvrms, way kvrms, 3-way 1.5 kvrms, 3-way 1.5 kvrms, 2-way 1.5 kvrms, 2-way Test 4kV during between 1 min Test input-output between 4kV during input-output 1 min 4kV during 1 min 4kV during 1 min 4kV during 1 min 4kV during 1 min 4kV during 4kV during 1 min 1 min 4kV during 1 min 4kV during 4kV 1 during min 1 min 4kV during 4kV 1 min during 4kV 1 during min 1 min 4kV during 4kV 1 during min 4kV 1 min during 1 min 4kV during 1 min4kv during 1 min 4kV during 1 min Linearity <0.2% Linearity <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% <0.2% Response 350 ms Time Response Time 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms 350 ms Ripple <80mV Ripple <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV <80mV Accuracy < %0.2 (full scale, Accuracy 25 C) < %0.2 (full scale, < %0.2 C) (full scale, 25 C) < %0.2 (full scale, < % C) (full scale, C) < %0.2 (full scale, < %0.2 C) < (full %0.2 scale, (full C) scale, < %0.2 C) (full scale, C) < %0.2 (full < %0.2 scale, (full C) scale, C) < %0.2 (full < scale, %0.2 (full C) < %0.2 scale, (full C) scale, C) < %0.2 (full < %0.2 scale, (full C) < scale, %0.2 C) (full scale, C) < %0.2 (full scale, < C) %0.2 (full scale, C) < %0.2 (full scale, C) Temperature 150 ppm/ C coeff icient Temperature coeff 150 icient ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C 150 ppm/ C tion Permissible -20 to +60 ambient C Permissible During ambient -20 operation to +60 C -20 During to +60 operation C -20 to to +60 C C -20 to +60 C -20 to +60 C -20 to to C +60 C -20 to +60 C -20 to C to +60 C -20 to C to C to +60 C -20 to C to C to +60 C -20 to +60 C -20 to +60 C -20 to +60 C temperature ge -40 to +75 C temperatureduring -40 storage +75 C -40 During to +75 storage C -40 to to +75 C C -40 to +75 C -40 to +75 C -40 to to C +75 C -40 to +75 C -40 to C to +75 C -40 to C to C to +75 C -40 to C to C to +75 C -40 to +75 C -40 to +75 C -40 to +75 C Relative Max.95% Humidity (no Relative HumidityMax.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% Max.95% (no (no Max.95% (no Max.95% Max.95% (no (no Max.95% (no Max.95% Max.95% (no (no Max.95% Max.95% (no (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Degree IP20 of protectiondegree of protection IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Weight(gr) 84 Weight(gr) Permissible any mounting Permissible position mounting any positionany any any any any any any any any any any any any any any any any any - EMC-EMI OK Radiated Emissions Test, Radiated Emissions Test, /AC:2012, EMC-EMI :2007/ 6-2/AC:2012, OK :2007/ OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK A1:2011 A1:2011 Input (AC) Analog GND Current Input (AC) Analog GND Current Input (AC) Power Input Supply Analog (Loop Powered (AC or DC) Connection) 9-30VDC GND Load Current Input (AC) Analog Power Supply (Loop Powered Connection) GND 9-30VDC Current Load Analog GND Analog Current GND Current Power Supply Analog (Loop Powered Connection) 9-30VDC GND Load Current Power Supply (Loop Powered Connection) 9-30VDC Load Schematics Schematics Analog (Current) Analog (Current) Analog (Current) Analog (Current) Power Supply Power Supply Power Supply Power Supply Power SupplyPower Supply Power Supply V AC/DC 10-36V DC 10-36V DC V AC/DC Current Input (AC) Current Input Current Input (AC) (AC) 10-36V DC V AC/DC Current Input 10-36V (AC) DC Current Input (AC) Current Input (AC) Dimensional Drawings Dimensional Drawings Automation Catalogue

35 Selection & Ordering Guide PT100 Transducers Analog Signal Management Solutions Type TT-RTD-LP ( ) TT-RTD-LP ( ) Def initon Non-Isolated PT100 Transducer Non-Isolated PT100 Transducer Order Number Casing Width(mm) 17,5 17,5 Connections Screw terminal Screw terminal Sensor Type PT100 PT100 Connection Method 2 wire or 3 wire 2 wire or 3 wire Input Temperature Measuring Range -50 C C 0 C C Sensor excitation current <0.6mA <0.6mA Signal 4-20mA 4-20mA TT-RTD-LP ( ) TT-RTD-LP ( ) TT-RTD-LP ( ) Non-Isolated PT100 Transducer Non-Isolated PT100 Transducer Non-Isolated PT100 Transducer ,5 17,5 17,5 Screw terminal Screw terminal Screw terminal PT100 PT100 PT100 2 wire or 3 wire 2 wire or 3 wire 2 wire or 3 wire 0 C C 0 C C 0 C C <0.6mA <0.6mA <0.6mA 4-20mA 4-20mA 4-20mA Linear output range 3.6mA mA 3.6mA mA Max. Load 750Ω 750Ω Ripple < 20 mvpp (at 750 Ω) < 20 mvpp (at 750 Ω) 3.6mA mA 3.6mA mA 3.6mA mA 750Ω 750Ω 750Ω < 20 mvpp (at 750 Ω) < 20 mvpp (at 750 Ω) < 20 mvpp (at 750 Ω) Supply AC - - DC 10-30V 10-30V V 10-30V 10-30V Isolation - - Measurement error < %0.1 Full scale < %0.1 Full scale Temperature coeff icient %0.02/ C %0.02/ C Response Time < 20ms < 20ms Sensor failure indication Permissible ambient temperature 3.1mA (1 wire is broken), 24.6mA (at least 2 wire is broken) During operation -20 to +60 C -20 to +60 C During storage -40 to +75 C -40 to +75 C 3.1mA (1 wire is broken), 24.6mA (at least 2 wire is broken) Relative Humidity Max.95% (no Max.95% (no Degree of protection IP20 IP20 Weight(gr) Permissible mounting position any any Radiated Emissions Test, EMC-EMI 6-2/AC:2012, :2007/ A1: < %0.1 Full scale < %0.1 Full scale < %0.1 Full scale %0.02/ C %0.02/ C %0.02/ C < 20ms < 20ms < 20ms 3.1mA (1 wire is broken), 24.6mA (at least 2 wire is broken) 3.1mA (1 wire is broken), 24.6mA (at least 2 wire is broken) -20 to +60 C -20 to +60 C -20 to +60 C -40 to +75 C -40 to +75 C -40 to +75 C 3.1mA (1 wire is broken), 24.6mA (at least 2 wire is broken) Max.95% (no Max.95% (no Max.95% (no IP20 IP20 IP any any any

36 Selection & Ordering Guide Analog Signal Management Solutions Analog Signal Management Solutions PT100 Transducers TT-RTD-LP Type (-50 ( ).. 100) TT-RTD-LP (0.. (0100).. 100) TT-RTD-LP ( ) TT-RTD-LP (0.. (0 100) 150).. 150) TT-RTD-LP (0... (0 150) 200).. 200) TT-RTD-LP (0... (0 200) 300).. 300) TT-RTD-LP ( ) RTD RTD RTD RTD RTD RTD RTD RTD RTD P+ P- P- P+ P+ P- P+ P- P- P- P- P+ P+ P- P- P- P+ P+ P- P+ P- P- P- P+ P- P- Sensor Sensor Sensor Sensor Sensor Sensor Sensor Sensor Sensor 2 wire connection TT-RTD-LP TT-RTD-LP TT-RTD-LP TT-RTD-LP TT-RTD-LP Analog (Current) Analog Analog (Current) (Current) Analog Analog (Current) (Current) Analog Analog Analog (Current) (Current) (Current) Analog (Current) V+ I o V+ V+ V+ I o I o I o V+ V+ I I o I o V+ V+ V+ I o I o I o V+ I o A Load A A Load Load A A Load Load A A A Load Load Load A Load + - Power Supply (10-30V DC) Power Power Supply Supply (10-30V (10-30V DC) DC) Power Power Supply Supply (10-30V (10-30V DC) DC) Power Power Power Supply Supply Supply (10-30V (10-30V DC) (10-30V DC) DC) + - Power Supply (10-30V DC) Schematics RTD RTD RTD RTD RTD RTD RTD RTD RTD P+ P- P- P+ P+ P- P+ P- P- P- P- P+ P+ P- P- P- P+ P+ P- P+ P- P- P- P+ P- P- Sensor Sensor Sensor Sensor Sensor Sensor Sensor Sensor Sensor 3 wire connection TT-RTD-LP TT-RTD-LP TT-RTD-LP TT-RTD-LP TT-RTD-LP Analog (Current) Analog Analog (Current) (Current) Analog Analog (Current) (Current) Analog Analog Analog (Current) (Current) (Current) Analog (Current) V+ I o V+ V+ V+ I o I o I o V+ V+ I I o I o V+ V+ V+ I o I o I o V+ I o A Load A A Load Load A A Load Load A A A Load Load Load A Load + - Power Supply (10-30V DC) Power Power Supply Supply (10-30V (10-30V DC) DC) Power Power Supply Supply (10-30V (10-30V DC) DC) Power Power Power Supply Supply Supply (10-30V (10-30V DC) (10-30V DC) DC) + - Power Supply (10-30V DC) Dimensional Drawings

37 Selection & Ordering Guide Passive Isolators Analog Signal Management Solutions Type PISO-DC-1 (0-20mA/0-20mA) PISO-DC-1 (4-20mA/4-20mA) PISO-DC-1 (0-20mA/0-10V) PISO-DC-1 (0-20mA/0-5V) PISO-DC-2 (0-20mA/0-20mA) PISO-DC-2 (4-20mA/4-20mA) PISO-DC-2 (0-20mA/0-10V) PISO-DC-2 (0-20mA/0-5V) PISO-DC-DUO (0-20mA/0-20mA, 0-20mA) PISO-DC-DUO (4-20mA/4-20mA, 4-20mA) PISO-DC-DUO (0-20mA/0-10V,0-10V) PISO-DC-DUO (0-20mA/0-5V,0-5V) Def initon Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Passive DC Signal Isolator Order Number Casing Width(mm) 17,5 17,5 17,5 17,5 17, ,5 17,5 17,5 17,5 17,5 17,5 17,5 Connections Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Screw terminal Input Number of Channels 1 pc. 1 pc. 1 pc. 1 pc. 2 pc. Signal type 0-20mA 4-20mA 0-20mA 0-20mA 0-20mA Maximum input signal 50mA 50mA 50mA 50mA 50mA Number of Channels 1 pc. 1 pc. 1 pc. 1 pc. 2 pcs. Signal Type 0-20 ma 4-20 ma 0-10 V 0-5 V 0-20 ma Max. Current 24 ma 24 ma ma Max V 12 V - 2 pc. 2 pc. 2 pc. 1 pc. 1 pc. 1 pc. 1 pc. 4-20mA 0-20mA 0-20mA 0-20mA 4-20mA 0-20mA 0-20mA 50mA 50mA 50mA 50mA 50mA 50mA 50mA 2 pcs. 2 pcs. 2 pcs. 2 pcs. 2 pcs. 2 pcs. 2 pcs ma 0-10 V 0-5 V 0-20 ma 4-20 ma 0-10 V 0-5 V 24 ma ma 24 ma V 12 V V 12 V Ripple < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) < 20 mv (full scale) Load Resistance 250Ω 250Ω 5MΩ 5MΩ 250Ω Isolation 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms Measurement error(full Scale) < %0.1 < %0.1 < %0.2 < %0.2 < %0.1 Response Time 20 ms 20 ms 20 ms 20 ms 20 ms Temperature coeff icient <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k 250Ω 5MΩ 5MΩ 250Ω 250Ω 5MΩ 5MΩ 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms 1.5 kvrms < %0.1 < %0.2 < %0.2 < %0.1 < %0.1 < %0.2 < % ms 20 ms 20 ms 20 ms 20 ms 20 ms 20 ms <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k <50 ppm/k Permissible ambient temperature During operation -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C During storage -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -20 to +60 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C -40 to +75 C Relative Humidity Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no Max.95% (no 73

38 Analog Signal Management Solutions Selection & Ordering Guide Analog Signal Analog Management Signal Management Solutions Solutions Passive Isolators PISO-DC-DUO PISO-DC-DUO PISO-DC-DUO PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-2 PISO-DC-2 PISO-DC-2 PISO-DC-2 PISO-DC-DUO (0-20mA/0-20mA, (4-20mA/4-20mA, (0-20mA/0-10V, (0-20mA/0-20mA) (4-20mA/4-20mA) (0-20mA/0-10V) (0-20mA/0-5V) (0-20mA/0-20mA) (4-20mA/4-20mA) (0-20mA/0-10V) (0-20mA/0-5V) PISO-DC-DUO PISO-DC-DUO (0-20mA/0-5V,0-5V) PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-1 PISO-DC-2 PISO-DC-1 PISO-DC-2 PISO-DC-2 PISO-DC-2 PISO-DC-2 PISO-DC mA) PISO-DC-2 PISO-DC mA) 0-10V) PISO-DC-DUO PISO-DC-DUO Type (0-20mA/0-20mA, (4-20mA/4-20mA, (0-20mA/0-10V, IP20 IP20 (0-20mA/0-20mA) IP20 (4-20mA/4-20mA) IP20 (0-20mA/0-20mA) IP20 (0-20mA/0-10V) (4-20mA/4-20mA) (0-20mA/0-5V) (0-20mA/0-10V) IP20 (0-20mA/0-20mA) (0-20mA/0-5V) IP20 (0-20mA/0-20mA) (4-20mA/4-20mA) IP20 (0-20mA/0-10V) IP20 (0-20mA/0-5V) IP20 IP20 (0-20mA/0-5V,0-5V) 0-20mA) 0-20mA) IP mA) 4-20mA) 0-10V) 0-10V) ree of protection any Degree of any protection IP20 any IP20 any IP20 IP20 any IP20 IP20 IP20 any IP20 IP20 any IP20 IP20 any IP20 IP20 any IP20 IP20 any IP20 IP20 any IP20 IP20 any IP20 IP20 IP20 IP20 IP20 issible mounting position Permissible mounting position any any any any any any any any any any any any any any any any any any any any any any any any -EMI Radiated Emissions Test, Radiated Emissions Test, /AC:2012, EMC-EMI /AC:2012, :2007/A1: :2007/A1:2011 matics Schematics In+ O+ In- Current Input Current O- ma In1+ Current Input Current O1+ In1- Channel-1 Channel-1 O1- In2+ Current Current O2+ In+ Input O+ ma In2- Current Channel-2 Channel-2 O2- Input In- O- NOTE: Channel-1 and Channel-2 are totally isolated from each other. ma V In1+ Current O1+ Input V In1- Channel-1 Channel-1 O1- In1+ Current 1+ Current Current O1+ O1+ Input Input ma In1- Channel-1 1- Channel-1 Channel-1 O1- O1- In2+ Current O2+ Input V In2- Channel-2 In2+ 2+ Channel-2 Current Current O2- Current O2+ O2+ Input Input ma In2- Channel-2 2- Channel-2 Channel-2 O2- O2- NOTE: Channel-1 and Channel-2 are totally isolated from each other. NOTE: Channel-1 OTE: Channel-1 and Channel-2 and Channel-2 are are totally isolated ally from isolated each other. from each other. ma ma ma V ma V Current O1+ Channel-1 In1+ In1+ In+ O1- Current Current O1+ O1+ Current Input Input Input V In1- Channel-1 In1- In- Channel-1 Channel-1 Channel-1 O1- O1- O2+ Current Channel-2 O2- In2+ Current In2+ Current O2+ O2+ Input Input V Channel-2 NOTE: If In2- Channel-2 only Channel-2 one output In2- Channel-2 channel is O2- O2- used, the other channel (which is not used) must be short-circuited. NOTE: Channel-1 NOTE: Channel-1 and Channel-2 and Channel-2 are are totally isolated totally from isolated each from other. each other. Current Current O1+ O1+ Channel-1 Channel-1 ma In+ In+ O1- O1- Current Current Input Input In- In- O2+ O2+ Current Current Channel-2 Channel-2 ma O2- O2- NOTE: If NOTE: only one If only output one channel output is channel is used, the used, other the channel other (which channel is (which not is not used) must used) be short-circuited. must be short-circuited. ma V ma V In+ O1+ Channel-1 Channel-1 In+ O1- Current Current Input Input In- O2+ Channel-2 Channel-2 O2- In- O1+ V O1- O2+ V O2- V V ensional DrawingsDimensional Drawings

39 Function Diagrams Analog Signal Management Solutions CT3 series / Converting TT-RTD series / Converting ISOLATION LED INDICATION CT3-AC, CT3-AC-24 INPUT Failure Status Mode: Short Circuit POWER OUTPUT LED CT3-AC-LP INPUT POWER and OUTPUT CT3 series transducers measure AC Current and converts it to an industry standard output signal which is directly proportional to the measured input. These transducers provide an output which is load independent and isolated from the input. Input range and output type must be adjusted before use them. NO ISOLATION RTD INPUT POWER and OUTPUT CURRENT TT-RTD series transducers convert temperature signals from PT100 sensors to an industry standard output signal (4-20mA) which is directly proportional to the measured input. Current Mode: Open Circuit Passive Isolator series / Isolating No Signal ISOLATION INPUT VT3 series / Converting ISOLATION VT3-AC, VT3-AC-24, VT3-ACDC-24 INPUT LED INDICATION POWER OUTPUT VT3-AC-LP INPUT POWER and OUTPUT VT3 series transducers measure AC or DC(optional) voltage and converts it to an industry standard output signal which is directly proportional to the measured input. These transducers provide an output which is load independent and isolated from the input. Input range and output type must be adjusted before use them. OUTPUT Passive signal isolator series serve to electrically isolate the analog DC signal in the range from 0-20 or 4-20mA which depending on version, then converted it to 0-20 ma, 4-20mA, 0-5V, 0-10V. It does not require an external power supply. These transducers provide an output which is load independent and isolated from the input. Failure Status LED Mode: Short Circuit Current Mode: Open Circuit No Signal 77

40 Switching Management Solutions Industrial switching with wide range 79

41 The Fundamentals Switching Management Solutions Def ining an interface relay in simple terms An interface relay is an electromagnetic switch operated by a relatively small electric current that can turn on or off a much larger electric current. Mounting Klemsan interface relays are suitable for snap mounting onto 35 mm standards DIN rails. Which markets are they used frequently? Switching Protection Controlling Filtering Isolation Which actions are executed? An interface relay is an electrically operated switch that is used where it is necesarry to control a circuit by a low-power signal. It provides complete electrical protective isolation between control and controlled circuits. Filtering AC power input signals in order to prevent leakage current. Layout l PLC automation systems l Electrical power plants l Energy management systems l Medium Panels l Industrial Machines Saving money and increasing eff iciency for PLC outputs. Reduced PLC outputs to meet energy consumption goals. LED indicator 6A relay, 1C/O Relay insert/remove socket and Retaining lever with marker label Benef its and Advantages Power Input 24V AC/DC l A widely range of power input from 6V to 230V l DC and AC supply voltage options l Integrated RCZ f ilter option l Saving wiring time with plug-in bridges l High quality, long useful life l Saving space with 6.2mm design l LED status indicator in order to see actual movement of the contacts l Labeling with terminal block marking materials l Highly compact and light weight l High level of Electromagnetic compatibility (EMC) i.e. maximum immunity to interferences. l Self-Extinguishing plastic housing l UL certif icate KPR-SCE-24VAC/DC-1C (6A, 250V,1250VA) 81

42 Applications Switching Management Solutions Automation System I/O CONTROL All models Chemical Industry CONTROLLING All models Reduced PLC outputs to meet energy consumption goals Safe isolation between inputs and outputs for pumps, compressors and air conditioning applications. Machine Control and Safety ISOLATION All models Electrical Test Systems The interface between test equipment and systemi/o devices with a high switching capacity. CONTROLLING All models Provides isolation between control and controlled circuits. Pneumatic Control SWITCHING All models Scada System I/O CONTROL All models Switching currents or voltage too high for PLC outputs to handle. Lenghten PLC outputs lifes by using interface relay to turn many devices on and off simultaneously. Narrow Cabinets SPACE SAVING All models Only 6.2 mm wide, thus saving considerable space in your enclosures. Control Panels I/O CONTROL All models It allows to control more than one load with extrarnal pluggable bridges. Leakage Current Applications Preventing to stuck in ON state while the relay is switched as OFF which is caused by leakage current. SWITCHING KPR-SCF series 83