Model No.: ATM110K540-V6H4D110
110KW 540V Motor Control Unit
1 Basic technical parameters of the product
|
Item |
Requirement |
Remark |
|
DC supply voltage range |
DC 350V—750V |
Support high Voltage platform |
|
Protection level of control box |
IP67 |
|
|
Cooling mode |
liquid cooling |
Ethylene glycol mixed solution or other coolant |
|
Nozzle outer diameter |
20 |
mm |
|
Controller communication mode |
CAN 2.0 |
Support：250kbps/500kbps |
|
precharge |
There is no pre-charging inside the electronic control, and an external pre- charging circuit is required. |
|
|
Water channel parameter |
Flow8-15L/min，capacity：0.23L |
0.3 Mpa≤水壓 hydraulic pressure＜ 0.5Mpa |
|
System low voltage control power supply |
Range：DC 9-36V |
|
|
Low power consumption |
≤10W |
Rated operating condition |
|
consumption of the heat dissipation |
2.5KW-4KW |
Rated operating condition |
|
Control box dimensions |
See CAD drawing for details |
|
|
Controller Weight |
Approximately 9.5 |
kg |
- 1.1 Specific technical specifications
|
Name |
Specification and Parameter |
Remark |
|
Rated Power(kW) |
110KW |
|
|
Applicable motor |
Permanent magnet synchronous motor |
|
|
Peak Power(kW) |
180KW |
|
|
Rated output current |
210A |
|
|
Maximum output current |
350A |
10S |
|
Efficiency |
≥98% |
Rated operating condition |
|
Active discharge time |
≤3S |
DC60V以下 DC60V or less |
|
Passive discharge time |
≤3min |
DC60V以下 DC60V or less |
|
|
1：1000 |
|
|
Speed control range |
|
|
|
|
500rpm以下：±2%；500rpm以上：±1% |
|
|
Speed control accuracy |
|
Vector control performance with |
|
|
≤400ms |
|
|
Speed response time |
|
speed sensor |
|
|
|
|
|
Torque control accuracy |
|
|
|
Torque response time |
≤100ms |
|
|
Output frequency range |
0—800HZ |
|
|
Other functions |
Feedback, speed control, torque control, speed/torque control switching, speed limit, torque limit, self-learning, fault reset, PC software function. |
|
|
protection function |
Over-temperature, overload, phase-to-phase short circuit, short circuit to ground, over current, over voltage, under voltage, phase loss, stall, sudden load change during operation, etc. |
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