| Mode No. |
AN51005-300 |
AN51010-300 |
AN51015-300 |
AN51005-600 |
AN51010-600 |
AN51015-600 |
AN51005-1000 |
AN51010-1000 |
AN51015-1000 |
| Input |
three phase three wires, 380V±38V,47Hz~63Hz |
| Output |
Voltage |
0～300V |
0～600V |
0～1000V |
| Current |
0～16A |
0～33A |
0～50A |
0～8A |
0～17A |
0～25A |
0～5A |
0～10A |
0～15A |
| Power |
0～5KW |
0～10KW |
0～15KW |
0～5KW |
0～10KW |
0～15KW |
0～5KW |
0～10KW |
0～15KW |
| Display |
VFD，display in both English and Chinese， 5 digits |
| Setting Accuracy |
Voltage |
≤±0.15% F.S,resolution is 0.01V |
| Current |
≤±0.4% F.S, resolution is 0.1A |
| Measurement Accuracy |
Voltage |
≤±0.15% F.S,resolution is 0.01V |
| Current |
≤±0.4% F.S,resolution is 0.1A |
Ripple&Noise
20Hz~20mHz |
Vrms |
50mV |
60mV |
1950mV |
| Vpp |
300mV |
350mV |
2550mV |
| Power Voltage Effect |
voltage: ±0.01% F.S; current:±0.05% F.S（380VAC +/-10%input，load invariant） |
| Load Effect |
voltage: ±0.02% F.S; current:±0.1% F.S（380VAC +/-10%input，load invariant） |
| Noise |
≤65dB |
| Effciency |
≥ 0.87 (380VAC input, full load) |
| Remote Analog Accuracy |
Voltage：±0.25%F.S(0-5V),0.5% F.S(0-10V)
Current：±0.8% F.SOVP：±1% F.S |
Voltage：±0.4%F.S(0-5V),0.8% F.S(0-10V)
Current：±1% F.S;OVP：±1% F.S |
| Protection |
Lack phase protection, output OV protect, over heat protect, short circuit protect |
| Transient Response Time |
1ms |
| Max. Lead Wire Voltage Drop Compensation |
5% (40V-100V);2%(>100V) |
| Communication |
RS232 |
| Memory Function |
Can preset 10 groups parameters |
| Temperature Drifts |
Voltage:0.02%Vmax/℃; Current:0.03%Vmax/℃ |
| Time Drifts |
±0.05% * setting |
| Working Environment |
Operating Temperature:0℃50℃
Operating Humidity:10-95%,No condensation, storage temperature:-25~65℃ |
| Dimension |
429*132*610(W*H*D), standard 3U case |
| Weight |
27kg |
32kg |
37kg |
27kg |
32kg |
37kg |
27kg |
32kg |
37kg |
| Remark |
1.Programmable and reading accuracy condition:(25℃±5℃)
2.Load change from 100% to 5%or 50% to 100%, output voltage returning to ±0.75% of "rated value"
3.Temperautre drifts:output voltage chagne rate is caused by temperature chagne under power supply using condition
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