Schneider ATV610D22N4 22KW speed controller

Range of Product Easy Altivar 610
Product or Component Type Variable Speed ​​Drive
Product Specific Application Fan, Pump, Compressor, Conveyor
Device Short Name Atv610
Variant Standard Version
Product Destination Asynchronous Motors
Synchronous motors
Mounting Mode Cabinet Mount
EMC FILTEGRATED CONFORMING TO IEC 61800-3 Category C3 with 50 M
IP Degree of Protection IP20
Type of Cooling Forced Convection
Supply Frequency 50 … 60 Hz -5
Network Number of Phases 3 PHASES
[US] RED SUPPLY VOLTAGE 380 … 460 V – 15 … 10
Motor Power KW 22 KW for Normal Duty
18.5 kW for heavy Duty
Motor Power HP 30 HP for Normal Duty
25 HP for Heavy Duty
Line Current 41.9 A at 380 V (Normal Duty)
36.2 A AT 460 V (Normal Duty)
36 A AT 380 V (Heavy Duty)
31.6 A at 460 V (Heavy Duty)
Prospective Line ISC 22 KA
APPARENT Power 28.8 KVA AT 460 V (Normal Duty)
25.2 KVA AT 460 V (Heavy Duty)
Continue Output Current 46.3 a horse 4 khz for normal duty
39.2 A AT 4 KHZ for Heavy Duty
Maximum Transient Current 50.9 A Duration 60 S (Normal Duty)
58.8 A Duration 60 S (Heavy Duty)
Asynchronous Motor Control Profile Constant Torque Standard
VARIABLE TORQUE STANDARD
Optimized Torque Mode
Output Frequency 0.1 500 Hz
Nominal Switching Frequency 4 KHz
Switching Frequency 2 … 12 KHz Adjustable
Number of Preset Speeds 16 Preset Speeds
Communication Port Protocol Modbus Serial
Option Card Slot A: Communication Card, Profibus DP v1
Slot A: Digital or Analog I O Extension Card
Slot A: Relay Output Card
Output Voltage Power Supply Voltage
Motor Slip ComPensation Can Be Suppressed
Automatic Whatver The Load
Adjustable
NOTE AVAILble in Permanent Magnet Motor Law
Acceleration and Deceleration Ramps S, U or Customized
Linear Adjustable Separately from 0.01 To 9000 S
BRAKING TO STANDSTILL BY DC INJECTION
Protection Type Thermal Protection: Motor
Motor Phase Break: Motor
Thermal Protection: Drive
Overheating: Drive
Overcurrent Between Output Phases and Earth: Drive
Overload of Output Voltage: Drive
Short-Circuit Protection: Drive
Motor Phase Break: Drive
Overvoltages on the dc bus: Drive
Line Supply Overvoltage: Drive
Line Supply Undervoltage: Drive
Line Supply Phase Loss: Drive
Overspeed: Drive
Break on the Control Circuit: Drive
Frequency Resolution Display Unit: 0.1 Hz
Analog input: 0.012 50 Hz
Electrical Connection Control, Screw Terminals: 0.5 … 1.5 mm²
Line Side, Screw Terminal: 16 mm²
Motor, Screw Terminal: 16 mm²
Connector Type 1 RJ45 (On The Remote Graphic Terminal) for Modbus Serial
Physical Interface 2-Wire RS 485 for Modbus Serial
Transmission Frame RTU for Modbus Serial
Transmission Rate 4.8, 9.6, 19.2, 38.4 kbit s for modbus serial
Type of Polarization No impedance for Modbus Serial
Number of Addresses 1 247 for Modbus Serial
Method of Access Slave
Supply External Supply for Digital Inputs: 24 V DC (19 30 V), 1.25 MA, Protection Type: Overload and Short-Circular Protection
Internal Supply for Reference Potentiometer (1 to 10 Kohm): 10.5 V DC – 5, 10 MA, Protection Type: Overload and Short -Circuit Protection
Local Signalling 2 Leds for Local Diagnostic
1 LED (Yellow) for Embedded Communication Status
2 LEDS (Dual Color) For Communication Module Status
1 LED (Red) for Presence of Voltage
Width 211 mm
Height 495 mm
580 mm with EMC Plate
Depth 232 mm
Net Weight 13.5 kg
Analogue input number 3
Analogue input TYPE AI1, AI2, AI3 SOFTWARE-TOCONFIGURABLE VOLTAGE: 0 … 10 V DC, IMPEDANCE: 30 Kohm, Resolution 12 Bits
AI1, AI2, AI3 SOFTWARE-configuble Current: 0 … 20 MA, Impcedance: 250 Ohm, Resolution 12 Bits
AI2, AI3 SOFTWARE-CONFIGURABLE TEMPERATURE PROBE OR WATER LEVEL Sensor
Discut number 6 6
Discrete input Type DI1 …
DI5, DI6 programmable as pulse input: 0 30 kHz, 24 V dc (30 V)
Input Compatibility DI1 … DI6: Logic Input Level 1 PLC Conforming to IEC 61131-2
DI5, DI6: P ulse input level 1 plc conforming to IEC 65a-68
Discrete input Logic Positive Logic (Source): DI1 … DI6 Configurable Logic Input, 5 V (State 0), 11 V (State 1)
Negative Logic (Sinc): DI1 … DI6 Configuble Logic Input, 16 V (State 0), 10 V (State 1)
Positive Logic (Source): DI5, DI6 Configuble Pulse Input, 0.6 V (State 0), 2.5 V (State 1)
Analogue Output Number 2
Analogue Output Type Software-Configurable Current AQ1, AQ2: 0 … 20 MA, Resolution 10 Bits
Software-Configurable Voltage AQ1, AQ2: 0 … 10 V DC IMPEDANCE 470 OHM, Resolution 10 Bits
SAMPling Duration 5 MS – 0.1 MS (AI1, AI2, AI3) – Analog Input
2 ms – 0.5 ms (DI1 … DI6) Configurable – Discrete input
5 ms – 1 ms (DI5, DI6) Configurable – Pulse input
10 ms – 1 ms (AQ1, AQ2) – Analog Output
Accuracy – 0.6 AI1, AI2, AI3 FOR A TEMPERATION 60 C analog input
– 1 AQ1, AQ2 FOR A TEMPERATURE 60 C Analog Output
Linearity Error AI1, AI2, AI3: – 0.15 of Maximum Value for Analog input
AQ1, AQ2: – 0.2 for Analog Output
Relay Output Number 3
Relay Output Type Configurable Relay Logic R1: Fault Relay No NC Electrical Durabilite 100000 Cycles
Configurable Relay Logic R2: Sequence RELAY NO ELECTRAL DURABILITY 100000 CYCLES
Configurable Relay Logic R3: Sequence Relay No Electrical Durabilite 100000 Cycles
Refresh Time Relay Output (R1, R2, R3): 5 ms ( – 0.5 ms)
Minimum Switching Current Relay Output R1, R2, R3: 5 MA AT 24 V DC
Maximum Switching Current Relay Output R1, R2, R3 on Resistive Load, Cos Phi 1: 3 A at 250 V Ac
Relay Output R1, R2, R3 on Resistive Load, Cos Phi 1: 3 A at 30 V DC
Relay Output R1, R2, R3 on Inductive Load, Cos Phi 0.4 and L R 7 MS: 2 A at 250 V Ac
Relay Output R1, R2, R3 on Inductive Load, Cos Phi 0.4 and L R 7 MS: 2 A at 30 V DC
Isolation Between Power and Control Terminals
Insulaation Resistance 1 MOHM 500 V DC For 1 Minute to Earth