ATV1200A kv kva

Transcription

1 Characteristics medium voltage variable speed drive ATV kv kva Main Range of product Altivar 1200 Product or component type Device short name Product destination Product specific application Assembly style Complementary Provided equipment EMC filter Network number of phases Input type Output type Jun 7, 2018 Medium voltage variable speed drive ATV1200 Synchronous motors Asynchronous motors Fan, pump, compressor, conveyor In floor-standing enclosure with separate air flows Enclosure Phase-shifting transformer Medium voltage arrestors Cooling fans Human machine interface Plinth (2) Power cells (9) Integrated 3 phases 18 pulse diode rectifier bridge Transistor (IGBT) [Us] rated supply voltage 3.3 kv (tolerance:+/- 10 %) Supply voltage limits V Supply frequency 50/60 Hz (tolerance:+/- 5 %) [Uc] control circuit voltage Motor power kw Line current Efficiency Power losses Apparent power Prospective line Isc Overload withstand 220 V 2926 kw 720 A >= 96 % (standard efficiency) <= 111 kw (standard efficiency) 3500 kva 31.5 ka for 150 ms 1.5 In for 3 s (standard overload) 1.85 In for 3 s (high overload) 1.2 In for 60 s (standard overload) 1.5 In for 60 s (high overload) 1 Disclaimer: This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications

2 Continuous output current Maximum transient current Speed drive output frequency Nominal switching frequency 490 A (high overload) 612 A (standard overload) 735 A for 60 s Hz (vector control with/without speed feedback) Hz (voltage/frequency ratio (V/f)) 600 Hz Speed range Asynchronous motor control profile Synchronous motor control profile Closed-loop control with encoder Vector control with sensor, optional Sensorless flux vector control Voltage/Frequency ratio (V/f) Closed-loop control with encoder Voltage/Frequency ratio (V/f) Overvoltage category II conforming to EN/IEC Display type Output voltage Isolation Electrical connection Supply Analogue input number 4 Analogue input type Analogue output number 2 4 (optional) Analogue output type Discrete output number Discrete input number Acceleration and deceleration ramps Protection type Dielectric strength Frequency resolution Communication port protocol Operating position LCD display for operation function, status and configuration <= power supply voltage Electrical between power and control Bar - screw type M10, clamping capacity: 6 x 40 mm² (L1/R, L2/S, L3/T) entry from the bottom or from the top Internal supply for cooling fan at 380 V AC External supply for cooling fan at 380 V AC (optional) External supply for control at 220 V AC, 3 kva External supply for control at 220 V AC/DC (optional) Software-configurable current, ma/ ma, 24 V max, input impedance: 250 Ohm Software-configurable voltage, V DC Software-configurable current, ma/ ma DC, output impedance: 250 Ohm 14 (optional) (optional) 6 Linear from s Cooling fan stop for drive Communication failure for drive Overload for drive Overcurrent for drive Phase loss for drive Over temperature protection for drive Undervoltage for drive Controller shutdown for drive Overvoltage for drive Ground fault protection for drive 10 kv AC between earth and power terminals 0.01 Hz for output 1 DeviceNet (SUB-D 9) human machine interface 1 Modbus TCP (RJ45) human machine interface 1 Profibus (SUB-D 9) human machine interface 1 Modbus (SUB-D 9), RS485, 2-wire human machine interface 1 Ethernet IP (RJ45) human machine interface Vertical +/- 10 degree Colour of enclosure Grey (RAL 7032) Width Depth Height Product weight 5870 mm (standard efficiency) 1700 mm (standard efficiency) 2740 mm (standard efficiency) kg (standard efficiency) Environment IP degree of protection IP31 IP41 2

3 IP42 Standards EN/IEC EN/IEC EN/IEC EN/IEC EN/IEC IEEE 519 : 1992 Marking Pollution degree 2 conforming to EN/IEC Noise level Vibration resistance CE <= 80 db 4.9 m/s² (f= Hz) Relative humidity % % (optional) Ambient air temperature for operation C with current derating of 2 % per C C Ambient air temperature for storage C Volume of cooling air Type of cooling Operating altitude m3/h (standard efficiency) Forced convection m with current derating 0.6 % per 100 m <= 1000 m without derating 3

4 Dimensions Drawings Dimensions Standard Efficiency 4

5 Mounting and Clearance Clearance 5

6 Connections and Schema Connections and Schema Standard Wiring Diagram (1) Integrated power supply (2) Control power supply (3) 4-20mA speed setpoint (4) Input reserved (5) VFD is ready (6) Local 1 remote control (7) VFD running (8) Alarming (9) Detected fault (10) 4-20mA Output current (11) 4-20mA Output speed (12) Stop (13) Start (14) Main circuit breaker enable to close (15) Trip main circuit breaker (16) Undervoltage release module of circuit breaker (17) 4-20mA reserved inputs (18) Reserved outputs (QF1) Main circuit breaker 6

7 Performance Curves Power Derating of Output Current Temperature Derating (x) (y) Ambient temperature Derating Altitude Derating (x) (y) Altitude Derating 7