● Full response time ≤ 5ms
● 30A, 50A, 75A,100A or 150A
● RS485(Modbus-RTU）or Ethernet(Modbus-TCP)
● Frozen data
● 2-51st Harmonics
APF.pdf
1）Flexible compensation method：Compensate for harmonics only, compensate for reactive power only, compensate for both harmonics and reactive power，could compensate for 2th-25th harmonics or compensate for specific harmonics;
2）Ability of managing three-phase imbalance;
3）Linear compensation，Response time ≤ 5ms;
4）Humanized human-computer interaction interface, which displays real-time power quality information of the system and the ontology. This interface has the ability to control the device remotely and easy to operate;
5）Adopt imported IGBT which has high power density and high reliability;
6）Using DSP digital control system for high speed detection and calculation;
7）With remote communication interface, real-time monitoring through PC;
8）Standard modular design which reduces lead times and increases reliability and maintainability.
Dimension(L*W*H)
450*622*201mm
Response time
Full response time≤5ms，Instantaneous response time≤100μs
Total harmonic compensation rate
≥ 97%，3th/5th/7th/9th independent compensation rate ≥ 98%
Self-loss
≤2%
Efficiency
≥98%
Switching frequency
20KHz
|
Rated voltage |
380V ±10% |
|
Rated frequency |
50Hz ±2% |
|
Self-loss |
≤2.5% |
|
Efficiency |
≥98% |
|
Total harmonic compensation rate |
≥ 97% |
|
Response time |
Full response time≤5ms，Instantaneous response time≤100μs |
|
Switching frequency |
20kHz |
|
Protection level |
IP20 |
|
Noise |
≤60dB |
|
Function setting |
Compensate for harmonics only, compensate for reactive power only, compensate for both harmonics and reactive power |
|
Compensation method |
Linear compensation |
|
The frequency of harmonic compensation |
2th-51th（compensate for 2th-31th harmonics or compensate for specific harmonics） |
|
Wiring method |
Three-phase three-wire,Three-phase four-wire |
|
Communication interface |
RS485、Ethernet、Communication function optional |
|
Module capacity |
30A、50A、75A、100A，The same models could be directly connected in parallel |
|
Cooling method |
Forced air cooling |