| Product model code |
BRE-6000-5V/1A/512 |
BRE-6000-5V/3A/512 |
BRE-6000-5V/6A/256 |
BRE-6000-5V/10A/256 |
| Output per channel |
5V/1A |
5V/3A |
5V/6A |
5V/10A |
| Channel number |
|
512 |
512,256 |
256,96 |
| Number of parallel units per channel |
1 |
1 |
1 |
1 |
| Input power |
3 phase AC380V ±10%/50Hz
3-phase AC 380V ±10%/50Hz |
| Max input power |
3KW |
9KW |
18KW |
16KW |
| Noise |
≤65dB |
| Wiring method of power cabinet |
Three-phase five-wire connectio |
| Power factor of the whole machine |
≥0.99 (Load power is more than 30% of full load power) |
| THD of whole machine |
THD≤5% |
| Efficiency |
The conversion efficiency of each link is greater than 85% |
| Voltage |
Setting range |
0.02V~5V |
| Min. discharge voltage |
1V~5V |
| Measurement range |
0V~5V |
| Resolution |
0.1mV |
| Control accuracy |
±(0.05%RD+0.05%FS) |
| Measurement accuracy |
±(0.05%RD+0.05%FS) |
| Current |
Range of charge |
1mA~1A |
0.01A~3A |
0.02A~6A |
0.05A~10A |
| Range of discharge |
1mA~1A |
0.01A~3A |
0.02A~6A |
0.05A~10A |
| Range of Measurement |
0A~1A |
0A~3A |
0A~6A |
0A~10A |
| Resolution |
16 AD,DA
16-bit AD and DA |
| Control accuracy |
±(0.05%RD+0.05%FS) |
| Measurement accuracy |
±(0.05%RD+0.05%FS) |
| Temperature drift coefficient |
25PPM/ºC |
| Power |
Max output power per channel |
5W |
15W |
30W |
50W |
| Time |
Channel sampling time |
0.1s |
| Current response time |
Maximum current rise time |
| Step setting time range |
1min~1024min |
| Timer accuracy |
±0.01% |
| Step setting method |
Form edit (Maximum working steps 128) |
| Data record |
Recording conditions |
ΔT:1s~60min |
| Charge |
Charge mode |
Constant current charging, constant voltage charging, constant current and constant voltage charging, constant power charging, constant resistance charging |
| Stop conditions |
Voltage, current, time, capacity, - ΔT |
| Discharge |
Discharge mode |
Constant current discharge, constant power discharge, constant resistance discharge |
| Stop conditions |
Voltage, current, time, capacity |
| Loop |
Number of loop |
1~30000 |
| Step per loop |
126 |
| Protection method |
Hardware protection |
Battery reverse polarity protection |
| Short circuit protection |
| Output voltage surge protection |
| Battery voltage double loop measurement protection |
| Software protection |
Power-down data protection |
| Offline data protection |
| Lower limit voltage, upper limit voltage, lower limit current, upper limit current, upper limit capacity, upper limit temperature parameter setting protection |
| Channel features |
Double closed-loop structure, constant current and constant voltage conversion can transition smoothly, which can effectively prevent the impact of current spikes and large currents on the battery module, and protect the battery module |
| Channel control mode |
Each channel can be set and controlled independently |
| Database |
Using SQL, MySQL, ACCESS database to centrally manage test data, compatible with Manufacturing Execution System (MES) for equipment, convenient for data collection of different equipment, delivery of control parameters and debugging and maintenance of communication (database format can be customized according to user requirements) |
| Data output method |
Excel,Txt |
| Curve type |
Able to draw the corresponding relationship curves during the formation process of each battery, including voltage/time curve, current/time curve, capacity/time curve, capacity/voltage curve, etc. |
| Barcode scanning |
Support barcode scanning function, which can be realized through battery barcode |
| The host computer communication method |
TCP/IP protocol |
| Communication interface |
RJ45, 10M~1000M adaptive |
| System expansion |
Expand communication through switches and routers |
| Cabinet type |
Suitable for cylindrical, soft bag, square aluminum shell |
| Cabinet size |
Depending on the specific product |
| IP protection level |
IP20 |
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