GE Industrial Solutions. New ASTAT XT. Digital soft starters for 3ph standard induction motors. GE imagination at work

Transcription

1 GE Industrial Solutions New ASTAT XT Digital soft starters for ph standard induction motors GE imagination at work

2 ASTAT XT Digital soft starters for ph standard induction motors Approvals / Marking GE s new ASTAT XT solid state soft starter features microprocessor control digital technology. Setup and adjustment is performed through a six-buttom keypad and parameters or messages are displayed out trough a friendly LCD multilanguage interface with two rows, sixteen alphanumeric characters each. The design includes isolated I/O and high level of protection in their circuits to minimize the disturbance effects while working in the hardest industrial environment. ASTAT XT Soft Starter offers reliable performance and smooth acceleration for a variety of standard AC motors up to 00A and up to 90V, reducing mechanical shock to the driving system, resulting in extended component and motor life. ASTAT XT offers many traditional features such a motor overload function, adjustable ramps, current limit, kick start, but also other high end features like Inside-Delta operation, Torque Control, Pump control and a reliable motor and unit set of protections. Digital Soft Starters For units up to 80A. U type Control panel Key Features atings up to 00Amps and up to 90VAC Friendly multilanguage interface with two rows, sixteen characters each Built-in with three extra power terminals for external bypass In-Line or Inside-Delta operation modes Torque control and pump control advanced features Motor protection according IEC 0, 0 and NEMA 0, 0, 0, even if ASTAT XT is in By-pass Built in communications S85 port, and ModBus protocol as standard ProfibusDP and DeviceNet optional interfaces for communications

3 IEC ratings. ecommended motor and type unit ratings Light Duty NOMAL DUTY (IEC Class 0) HEAVY DUTY (IEC Class 0) Digital Soft Starters Max Current ated ating Current 0V 00V- 5V 80V- 500V 90V ated Current 0V 00V- 5V 80V- 500V 90V Cat. No. ef. No. A A kw kw kw kw A kw kw kw kw Mains voltage QT0008UMS VAC QT007UMS QT00UMS QT00UMS QT0058UMS QT007UMS QT0085UMS QT005UMS QT05UMS QT070UMS QT00NMS QT00NMS QT090NMS QT00NMS QT00UMS QT0580NMS QT0580UMS QT050NMS QT080UMS QT0950NMS QT00NMS QT00NMS 9099 Mains voltage QT0008NMS 99 90VAC QT007NMS QT00NMS QT00NMS QT0058NMS QT007NMS QT0085NMS QT005NMS QT05NMS QT070NMS QT00NMS QT00NMS QT090NMS QT00NMS QT0580NMS QT050NMS QT0950NMS QT00NMS QT00NMS 97 emark Motor kw ratings given in above table are for IEC, standard AC four poles motors. Always check that motor rated current is less than the specified rated current of the starter, for the specific application (Normal Duty or Heavy Duty) QT0008UMS ASTAT XT 8A-7A QT005UMS ASTAT XT 05A-70A QT00NMS ASTAT XT 0A-50A QT00NMS ASTAT XT 0A-90A

4 NEMA ratings. ecommended unit type and motor ratings LIGHT DUTY Nema 0 NOMAL DUTY Nema 0 HEAVY DUTY Nema 0 Current Current Current ating 0V 0V 575V ating 0V 0V 575V ating 0V 0V 575V Cat. No. ef. No. A HP HP HP A HP HP HP A HP HP HP Mains voltage QT0008UMS VAC QT007UMS QT00UMS QT00UMS QT0058UMS QT007UMS QT0085UMS QT005UMS QT05UMS QT070UMS QT00UMS QT00UMS QT090UMS QT00UMS QT0580UMS QT080UMS 9090 Mains voltage QT0008UMS VAC QT007UMS QT00UMS QT00UMS QT0058UMS QT007UMS QT0085UMS QT005UMS QT05UMS QT070UMS QT00UMS QT00UMS QT090UMS QT00UMS QT0580UMS QT080UMS 95 Order codes emark Motor HP ratings given in above table are for NEMA, standard AC four poles motors. Always check that motor rated current is less than the specified rated current of the starter, for the specific application (Light duty, Normal duty or Heavy duty)

5 Unit configuration QT 0008 U M S Astat XT range Digital Soft Starters Main voltage Current ratings UL Certification () Control voltage () Digital inputs, voltage () Communications 0-500V 0-00V 90V UL non-ul 0VAC 0VAC 90-0VAC VDC Standard Profibus DeviceNet Future options U N M P D () - ASTAT XT up to 00V, and up to 70A (Cat Numbers up to QT070_ or up to QT070) are always cul certified. Option N not available - Units QT, from QT0008_, up to QT080_ are always cul certified. Option N not available. - Units QT, or QT from QTx0950_ up to QTx00 are not UL certified. Option U not available. - Units QT, rated to 90V, are not UL certified. Option U not available () ASTAT XT standard Control Voltage configuration is option, Voltage 0VAC, +0%, -5% () ASTAT XT standard configuration for Inputs is option, Voltage 90-0VAC, +0%, -5%

6 Technical Data atings Main voltage Ph AC supply 0 to 500VAC +0%, -5% for QTxxx units 0 to 00VAC +0%, -5% for QTxxx units 90VAC +0%, -5% for QTxxx units Starter current rating for Ph AC motors From 8A up to 00A. Motor current rating phases Induction motors Motor rated current from 50% to 00% of starter current Control voltage ph AC supply 0VAC, +0, -5%, 50/0Hz, or 0VAC, +0, -5%, 50/0Hz (optional) Frequency range 50/0Hz systems Wide from 5Hz to 5Hz. Auto-tracking frequency range Control specifications Control system Operation mode un operation Operator interface Initial voltage Starting current Acceleration ramp time Deceleration ramp time Current limitation Bypass Monitoring Digital control with microcontroller. Starting ramp, with progressive increase in voltage and current limitation In-Line (three wires) or Inside-Delta (six wires) of the motor Soft Start and Soft stop by multiple choices, including torque control both at start or Stop phases By LCD display, keypad and Indication LEDs Display: LCD with two rows, characters each Type: Multilanguage, dip-switch selectable for English, Italian, Spanish and German Keys: Six keys, Mode, reset, Set, Select and Up / Down LEDs: ON, Start, un, Soft Stop, Stop, Save / Slow Speed, Dual Set / everse and Fault 0-50% Un. Up to 80% with expanded settings function 00-00% In. Can be extended up to 500%, by using extended settings -0 sec. Can be extended up to 90sec, by using extended settings -0 sec. Can be extended up to 90sec, by using extended settings 00-00% of motor rated current. Can be extended up to 500% by using extended settings By external contactor while motor is full protected by ASTAT XT. Motor Current, Line Voltage, motor thermistor resistance, Test & Maintenance and Statistics Technical Data Environmental conditions Operating temperature -0 up to 50ºC, with current derating by.5% per C, from 0ºC Storage temperature -0ºC up to 70ºC Maximum altitude Up to 000 mts. Ask your dealed for installation at higher altitude Humidity 95% at 50ºC or 98% at 5ºC Protection degree IP0 for units up to 7A, IP00 for units from 85A up to 00A Pollution degree Class Standards Global standards CE for the full trange. UL, cul for specified units up to 80A EMC emissions EN CISP Class A Immunity EN ESD 8KV air, IEC 80-; Electric F field 0 V/m, 0-000Mhz, IEC 80- Fast transients KV, IEC 80- Safety EN elated to safety requirements. UL508C 5

7 Digital Soft Starters Functions Available standard functions Soft start and soft stop Pump control Torque control In line / Inside delta Bypass Kick start End of ramp Lock-Out Dual settings Energy saving Slow speed Auto reset Cooling fan control Generator supply Keypad lock Built-in communications Statistic data ASTAT XT is provided with a soft start and soft stop features, including five independent acceleration and decelertaion curve models. The factory default curve is used for general purpose, other three are used for pump control and the last one for torque control. Specific function for pump control, that avoids overpressure in the system at the end of acceleration phase and suppresses the hammering at stopping phase. Provides a smoth time controlled torque ramp acelleration and deceleration, with linear deceleration of the torque resulting in a close to linear speed deceleration, thus eliminating stall conditions ASTAT XT allows either traditional Line operation or Inside Delta operation. When the ASTAT XT is installed to operate Inside Delta, the individual phases of the starter are connected in series with the individual motor windings (six wiring connections like the Start-Delta starters), thus reducing the current x.7, and allowing the use of a much smaller starter (x.5 less than motor rated current). ASTAT XT allows bypass operation using an external contactor, controlled ON/OFF by starter function EO (End Of amp). The starter is provided with three dedicated power terminals to facilitate wirings to the bypass contactor. ASTAT XT protections to motor are enabled, even in bypass. This function allows to start high friction loadsthat require high starting torque for a short period of time. When this function is enabled, a pulse of 80% Un during an adjustable time from 0 to sec is given to the motor. After this pulse the output voltage is ramping down to Starting Voltage setting, before ramping up again to full voltage. Detects end of acceleration and outputs a signal by an dry relay contact. This signal can be delayed by an adjustable timer from 0-0 sec. Allows to control the number of startings into a period of time, then protecting both motor and ASTAT. By this function, ASTAT XT is able to control a secondary motor Dual setting of Starting Voltage, Starting Current, Current Limit, amp Up, amp Down and Motor current parameters can be selected by using one of the programmable ASTAT XT s inputs Activated when the motor has a light load for extended periods of time, then reducing the output voltage level and decreasing the reactive current and motor copper/iron losses. This function can be enabled or disabled by dedicated parameters in ASTAT XT. Function that allows the motor to run at / constant rated speed, for a short period of time of maximum 0sec. This function supports forward and reverse operation. This function allows the ASTAT XT automatic recover after a fault caused by Undervoltage, Undercurrent or Phase lost. Auto-eset can be programed up to maximum 0 attempts. Allows thre method of control for the ASTAT s built-in cooling fans. - Continuous Operation - Controlled by an external Input - Automatically OFF controlled, after five minutes ASTAT XT is stopped This is a specific function useful when the Starter is powered from a diesel generator rather than from commercial power supply. The function is enabled by an internal Dip Switch, and helps to minimize the negative effects caused by the generator s voltage fluctuations during starting. This function is enabled by means of starter s internal dipswitch, then locking the keypad. This is usefull to prevent undesired parameter modifications. ASTAT XT includes a ModBus TU communications protocol. Communications are carried out through a half duplex S85 port, with maximum baudrate of 900, supporting up to 7 stations. ASTAT XT records useful data for maintenance and start up - Last 0 trip events - Statistical data like number of starts, number of trip events and elapsed UN time. - Last trip data information of Motor current, Starting current and acceleration time. Motor and starter protection Overload Trips the ASTAT-XT when current exceeds the Overload Trip level according IEC Class 0, 0 or NEMA 0, 0, 0 Motor thermistor Trips when motor thermistor resinstance decreases below trip level set ASTAT XT allows both PTC or NTC sensors, with adjustable trip level Too many starts Trips if the number of starts, during Duty Cycle Time exceeds the preset number Long start time Trips if output voltage does not reach rated voltage at the preset Max. Start time O/C JAM fault Trips under the following conditions: - Instantaneously when current exceeds 8.5 x ASTAT-XT Current - During starting when current exceeds 8.5 x Motor Current - During running when current exceeds % of Motor Current O/C JAM has a programmable triping delay of 0-5 seconds Undercurrent Trips when line current drops below the preset level for the preset time. Undervoltage Trips when line voltage drops below the preset level for the preset time. Overvoltage Trips when line voltage increases above a preset level for a preset time Phase loss Trips if or phases are lost Frequency loss Trips if frequency is not in the range of 0-.Hz Phase sequence Trips if line phase sequence is wrong Slow speed time Trips when operating at slow speed for extended periods Wrong connection Trips the ASTAT-XT when one or more motor phases is not properly connected to ASTAT-XT s load terminals or if there is an internal disconnection in the motor winding Shorted SC Trips and prevents starting if any SC is short-circuited or when motor windings are shorted Over temperature Heat-sink over-temperature. Trips the ASTAT-XT when the heat-sink temperature rises above 85 C External fault Trips the ASTAT-XT when a N.O. contact between terminals 9- closes for over two seconds Wrong parameters Parameters not transferred from AM to EEPOM or vice versa OC or wrong CON Trips when the ASTAT-XT is connected Inside Delta and Wrong connection or overcurrent is detected

8 Overload protections - Thermal characteristics The ASTAT XT allows motor protection according IEC Class 0 or Class 0 and NEMA 0, 0 or 0, user free selectable by ASTAT internal dedicated parameter. IEC Class 0 Sec IEC Class 0 Sec COLD 0 HOT,0,5,0,5,0,5,0,5 5,0 5,5,0,5 7,0 Multiples of motor FLA ating In COLD 0 HOT,0,5,0,5,0,5,0,5 5,0 5,5,0,5 7,0 Multiples of motor FLA ating In Overload protections NEMA 0 Light duty Sec NEMA 0 Sec COLD 00 0 COLD HOT,0,5,0,5,0,5,0,5 5,0 5,5,0,5 7,0 Multiples of motor FLA ating In HOT,0,5,0,5,0,5,0,5 5,0 5,5,0,5 7,0 Multiples of motor FLA ating In NEMA 0 Sec Maximum number starting /hour Starting current I/In () amp time 0s 0s 0s COLD () In= rated current of ASTAT XT in the specified class IEC/Nema 0 HOT,0,5,0,5,0,5,0,5 5,0 5,5,0,5 7,0 Multiples of motor FLA ating In 7

9 I/O Wiring, Basic scheme Digital Soft Starters Main Supply L A L B 5L C CT CT T T T M ph L 0 Control Supply F N Inmediate UN Stop Soft Stop 5 Fault elay Start 5 E.Save/Slow Speed/eset 7 D.Adj./eversing/eset Common EO (End Of amp) elay External Fault Input 9 SG D- S85 Port Neutral D+ Ground Grd Thermistor Input T T 8 9 (-) (+) Analog output Ground 0 Profibus Comm (Option) V- CL Dr CH V+ Power Supply Signal CAN-H Drain Signal CAN-L Power Supply DeviceNet (Option) 8

10 I/O terminal board specifications Power I/O terminals Terminals Function Description L, L, 5L Mains Input ph Input voltage according Astat XT Main Voltage Option rating (Option, QT_) 0-500VAC, +0%/-5% 50/0Hz (Option, QT_) 0-00VAC, +0%/-5% 50/0Hz (Option, QT_) 90VAC, +0%/-5% 50/0Hz T, T, T Output to motor Power Output terminals to ph AC motor A, B, C By-pass Bypass terminals for external by-pass contactor G Ground ASTAT XT, ground connection Control power supply L, N Control. Supply a0vac or 0VAC, according ASTAT XT Control Voltage rating F Fan control Cooling fan external control, together with jumper J Control Voltage & Fan consumption VA: QTx0008 to QTx00: No fan. Total consumption: 50VA QTx00 to QTx007: Fan 5 VA. Total consumption 85VA QTx0085 to QTx070: Fan 0 VA. Total consumption 0VA QTx00 to QTx090: Fans 05VA. Total consumption 55VA QTx090 to QTx 00A : Fans 50VA.Total consumption 00VA Digital inputs Stop Dedicated input to Stop 5 Soft Stop Dedicated input to Soft Stop Start Dedicated input to Start 7 Progammable Inputs Programmable to functions Energy Saving, Slow Speed and eset 8 Progammable Inputs Programmable to functions Dual Set, everse and eset 9 Common Common terminal for digital inputs from, 5,, 7 and 8 I/O terminal board specifications Operating Voltage of digital inputs from to 9 Digital Input hardware is operated according either of below ordered voltage ratings (Option, standard) From 90 to 0VAC +0%, 50/0Hz (Option, Optional) VDC +0%/ -5% Other inputs 9, External fault equires a free voltage relay contact, to detect external fault Neutral This terminal may be connected to Mains Neutral when available 8, 9 Motor thermistor PTC or NTC programable input for motor thermistor protection The input can be enabled or disabled, and programmed at desired trip level resistance Digital outputs 0,, UN un elay with NO & NC dry contact. Programmable ON delay,, 5 FAULT Fault to ON or Fault to OFF programmable function, 7, 8 EO End Of amp relay. Programmable ON delay Analogue output elay Outputs atings Max rating: 8A, 50VAC, 000VA max, Current output ange 0 to xin. Programmable 0-0VDC, 0-0mA or -0mA. 0 Ground Ground terminal for Analog Output Communications D+, D-, SG S85 terminals S85 Communication port, half duplex for ModBus protocol Baudrate 00, 00, 800, 900 BPS D-9 connector Profibus port Optional Profibus Communications port V+, CL, Dr, CH, V- DeviceNet terminals Optional Devicenet Communications port 9

11 Application wiring diagrams Basic diagram without line contactor () Q L L L 5 With Soft Start and coast to Stop by Permanent Command Control T Q Digital Soft Starters F L T L T 5L T Q GND L N STOP 0 STOP I STAT SOFT STOP 5 STAT EO FAULT UN U V W M ~ Basic diagram without line contactor () Q L L L 5 With Soft Start and Soft Stop by Permanent Command Control T Q Q 0 STOP I STAT F L T L T 5L T GND L N STOP SOFT STOP 5 STAT EO FAULT UN U V W M ~ () Schemes are given for information purposes. Add additional emergency safety stop, if it is required for your application. emarks. Check coordination tables for proper selection of Breaker and Line contactor.. Control Voltage and Control Input voltage are from same source in above example. Please check manuals if you have different sources for Control Voltage and Control input Voltage.. Semiconductor Fuses F are only required for Type coordination. Please check coordination tables. In spite of ASTAT XT can operate without line contactor, the use of a line contactor will increase the operation safety. Anyway provide a way to switch off the Breaker in case of an emergency. 0

12 Application wiring diagrams Basic diagram without line contactor () Q L L L 5 With Soft Start and Soft Stop by push-buttons control T Q Q F L T L T 5L T GND L N STOP STOP SOFT STOP 5 STAT STAT EO FAULT UN Wiring diagrams U V W M ~ Basic diagram with line contactor () Q L L L 5 With Soft Start and coast to Stop by push-buttons control KM.8 5 Q T Q K STOP STAT Q. K KM K F FAULT ELAY 5 0 UN ELAY K A KM A L T L T 5L T GND L N STOP SOFT STOP 5 STAT EO 8 7 FAULT 5 UN 0 U V W M ~ () Schemes are given for information purposes. Add additional emergency safety stop, if it is required for your application. emarks. Check coordination tables for proper selection of Breaker and Line contactor.. Control Voltage and Control Input voltage are from same source in above example. Please check manuals if you have different sources for Control Voltage and Control input Voltage.. Semiconductor Fuses F are only required for Type coordination. Please check coordination tables. In spite of ASTAT XT can operate without line contactor, the use of a line contactor will increase the operation safety. Anyway provide a way to switch off the Breaker in case of an emergency.

13 Application wiring diagrams Basic diagram with line contactor () Q L L L 5 With Soft Start and Soft Stop by push-buttons control T Q Q. Digital Soft Starters KM.8 F T L T L T 5L 5 Q GND L N STOP K SOFT STOP 5 STAT STOP STAT FAULT ELAY 5 K EO A 8 7 K KM 0 UN ELAY KM FAULT A K UN 5 0 U V W M ~ Basic diagram with line and bypass contactors () Q L L L 5 With Soft Start and Soft Stop by push-buttons control T Q Q KM 5 Q K STOP STAT K KM K F FAULT ELAY 5 0 UN ELAY EOA ELAY 8 K A KM A KM A KM BPC 5 A B C L T L T 5L T GND L N STOP SOFT STOP 5 STAT EO 8 7 FAULT 5 UN 0 U V W M ~ () Above schemes are given for information purposes. Add additional emergency safety stop, if it is required for your application. emarks. Check coordination tables for proper selection of Breaker and Line contactor.. Control Voltage and Control Input voltage are from same source in above example. Please check manuals if you have different sources for Control Voltage and Control input Voltage.. Semiconductor Fuses F are only required for Type coordination. Please check coordination tables

14 Application wiring diagrams Basic diagram in Inside Delta configuration with line and bypass contactors () Q L L L 5 With Soft Start and Soft Stop by push-buttons control KM 5 KM BPC 5 A B C 5 KM F T L T L T 5L Q GND T Q L N STOP K SOFT STOP 5 STAT STOP STAT Q FAULT ELAY K EO 5 A K 8 7 KM 0 UN ELAY KM FAULT K KM A UN 5 0 EOA ELAY KM A 8 A Wiring diagrams U V U V W PE W () Above schemes are given for information purposes. Add additional emergency safety stop, if it is required for your application. emarks. Check coordination tables for proper selection of Breaker and Line contactor.. Control Voltage and Control Input voltage are from same source in above example. Please check manuals if you have different sources for Control Voltage and Control input Voltage.. Semiconductor Fuses F are only required for Type coordination. Please check coordination tables. Wrong connection of the motor, or the ASTAT-XT when it is Inside-delta connected may seriously damage the motor or the ASTAT-XT. Please check additional details given in the ASTAT XT s instruction manual.

15 Coordination Type Combination with am fuses - 5V Digital Soft Starters ASTAT-XT type am fuses Contactor Type Short-circuit current ating (A) Cat. No. ating (A) CL/CK series Iq (ka) Main Voltage 8 - QT0008_ - CL00 80 Up to 5VAC 7 - QT007_ - 0 CL QT00_ - 5 CL QT00_ - 50 CL QT0058_ - 80 CL QT007_ - 00 CL QT0085_ - 5 CL QT005_ - 0 CL QT05_ - 00 CK75C QT070_ - 00 CK08C QT00_ - 50 CK09B QT00_ - 00 CK95B QT090_ CK0C QT00_ - 0 CKC QT0580_ CKB QT050_ CKB QT0950_ - x QT00_ - x QT00_ - x Combination with ecord Plus MCCB S - 5V ASTAT-XT type Circuit Breaker Contactor Type Short-circuit current ating (A) Cat. No. ecord Plus ating (A) CL/CK series Iq (ka) Main Voltage 8 - QT0008_ FD CL5 5 Up to 5VAC 7 - QT007_ FD 0 CL0 5 - QT00_ FD 50 CL0 5 - QT00_ FD0 CL QT0058_ FD0 80 CL QT007_ FD0 80 CL QT0085_ FE0 5 CL QT005_ FE0 0 CL QT05_ FE0 0 CK85B QT070_ FE50 0 CK QT00_ FE50 0 CK QT00_ FG00 00 CK0C QT090_ FG00 00 CKB QT00_ FG0 0 CKB QT0580_ FG0 0 CKB QT050_ FK CKB QT0950_ FK QT00_ FK QT00_ FK Combination with am fuses - 500V ASTAT-XT type am fuses Contactor Type Short-circuit current ating (A) Cat. No. ating (A) CL/CK series Iq (ka) Main Voltage 8 QT0008_ QT0008_ - CL VAC 7 QT007_ QT007_ - 0 CL0 80 QT00_ QT00_ - 5 CL0 80 QT00_ QT00_ - 50 CL QT0058_ QT0058_ - 80 CL QT007_ QT007_ - 00 CL QT0085_ QT0085_ - 5 CL QT005_ QT005_ - 0 CL QT05_ QT05_ - 00 CK75C QT070_ QT070_ - 00 CK08C 80 0 QT00_ QT00_ - 50 CK09B 80 0 QT00_ QT00_ - 00 CK95B QT090_ QT090_ CK0C 80 0 QT00_ QT00_ - 0 CKC QT0580_ QT0580_ CKB 80 50/80 QT050_ QT080_ CKB QT0950_ QT0950_ - x QT00_ QT00_ - x QT00_ QT00_ - x800-80

16 Coordination Type Combination with semiconductor fuses - 5V ASTAT-XT type Semiconductor fuses () Contactor Type Short-circuit current ating (A) Cat. No. Bussmann type CL/CK series Iq (ka) Main Voltage 8 - QT0008_ 70M808D CL5 80 Up to 5VAC 7 - QT007_ 70M80D CL QT00_ 70M8D CL QT00_ 70M8D CL QT0058_ 70M8D CL QT007_ 70M85D CL QT0085_ 70M8D CL QT005_ 70M87D CL QT05_ 70M87D CK75C QT070_ 70M89D CK08C QT00_ 70M8D CK09B QT00_ 70M8D CK95B QT090_ 70M58D CK0C QT00_ 70M580D CKC QT0580_ 70M58D CKB QT050_ x70m58d CKB QT0950_ x70m58d QT00_ x70m89d QT00_ x70m8555d - 80 Combination with semiconductor fuses - 500V Coordination tables ASTAT-XT type Semiconductor fuses () Contactor Type Short-circuit current ating (A) Cat. No. Bussmann type CL/CK series Iq (ka) Main Voltage 8 QT0008_ QT0008_ 70M808D CL VAC 7 QT007_ QT007_ 70M80D CL5 80 QT00_ QT00_ 70M8D CL0 80 QT00_ QT00_ 70M8D CL QT0058_ QT0058_ 70M8D CL QT007_ QT007_ 70M85D CL QT0085_ QT0085_ 70M8D CL QT005_ QT005_ 70M87D CL QT05_ QT05_ 70M87D CK75C QT070_ QT070_ 70M89D CK08C 80 0 QT00_ QT00_ 70M8D CK09B 80 0 QT00_ QT00_ 70M8D CK0C QT090_ QT090_ 70M58D CK0C 80 0 QT00_ QT00_ 70M580D CKC QT0580_ QT0580_ 70M58D CKB 50 50/80 QT050_ QT080_ x70m58d CKB QT0950_ QT0950_ x70m58d QT00_ QT00_ x70m89d QT00_ QT00_ x70m8555d - 80 Combination with semiconductor fuses - 90V ASTAT-XT type Semiconductor fuses () Contactor Type Short-circuit current ating (A) Cat. No. Bussmann type CL/CK series Iq (ka) Main Voltage 8 - QT0008_ 70M808D CL VAC 7 - QT007_ 70M80D CL QT00_ 70M8D CL QT00_ 70M8D CL QT0058_ 70M8D CL QT007_ 70M85D CL QT0085_ 70M8D CK75C QT005_ 70M87D CK75C QT05_ 70M87D CK08B QT070_ 70M89D CK08B QT00_ 70M8D CK08B QT00_ 70M8D CK0C QT090_ 70M58D CK0C QT00_ 70M580D CKB QT0580_ 70M58D CKB QT050_ x70m58d QT0950_ x70m58d QT00_ x70m89d QT00_ x70m8555d - 50 () Semiconductor Fuses must be always used for Type coordination 5

17 Dimensions and weights Cat. No.: QTx0008U_, QTx007U_, QTx00U_, QTx00U_, QTx0058U_, QTx007U_ 7 58 By Pass A B C L, L, 5L Digital Soft Starters GND M5 T, T, T D D UL Certified units Power terminal size (mm²) Cat. No Dimensions Input Bypass Output Weight Kg D D L, L, 5L A, B, C T, T, T QTx0008U QTx007U QTx00U QTx00U QTx0058U QTx007U Cat. No.: QTx0085U_, QTx005U_ GND M O L, L, 5L T, T, T By Pass A B C UL Certified units Cat. No. Weight QTx0085U 5. QTx005U 5.

18 Dimensions and weights Cat. No.: QTx05U_, QTx070U_ GND M O L, L Dimensions T, T, T By Pass A B C UL Certified units Cat. No. Weight QTx05U 5. QTx070U 5. Cat. No.: QTx00N_, QTx05N_, QTx090N_, QTx00N_ H H O H H By Pass L, L, 5L A B C GND M T, T, T Non-UL Certified units Cat. No. Dimensions Weight H H H H QTx00N QTx00N QTx090N QTx00N

19 Dimensions and weights Cat. No.: QTx0580N_ Digital Soft Starters O L, L, 5L GND M By Pass A B C T, T, T Non-UL Certified unit Cat. No. Weight QTx0580U. Cat. No.: QTx050N_ L, L, 5L By Pass A B C 9.5 O.5 0 GND M T, T, T Non-UL Certified units Cat. No. Weight QTx050N.8 8

20 Dimensions and weights Cat. No.: QTx0950N_ T, T, T GND M8 Dimensions L, L, 5L O emarks. This unit must be operated with a bypass contactor. Add space for current transformers (supplied separately from the main unit) and bus bars for preparation for bypass Approximate current transformers dimensions: W=0mm, H=0mm, D=90mm Non-UL Certified unit Cat. No. Weight QTx0950N 8.7 Cat. No.: QTx00N_, QTx00N O9 O L, L, 5L GND M T, T, T O emarks. Units must be operated with a bypass contactor. Add space for current transformers (Supplied separately from main unit) and bus bars for preparation for bypass Approximate current transformers dimensions: W=0mm, H=0mm, D=90mm. (for 00A unit, Cat Numbers QTx00N W=70mm, H=55mm, D=90mm. (for 00A unit, Cat Numbers QTx00N Non-UL Certified unit Cat. No. Weight QTx00N 9.8 QTx00N

21 Dimensions and weights Cat. No.: QTx00U_, QTx05U_, QTx090U_ Digital Soft Starters 500 O By Pass 89 L, L, 5L. 5 T, T, T GND M UL Certified unit Cat. No. Weight QTx00U.7 QTx00U.7 QTx090U.7 Cat. No.: QTx00U_ GND M8 5 L, L, 5L T, T, T 5 5 O0 7. By Pass A B C UL Certified unit Cat. No. Weight QTx00U.8 0

22 Dimensions and weights Cat. No.: QTx0580U_, QTx080U_ GND M8 88 Dimensions 5 L, L, 5L T, T, T By Pass A B C UL Certified unit Cat. No. Weight QTx0580U 9.5 QTx080U 9.5

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