Model | BT750V200A |
Features: 1. Energy saving, Eco-friendly. 2. modularization design, smaller size, less weight, convenient to install and maintain. 3. higher power rating , lower heating, fast and stable running. 4.Two poles structure designs, shorter circuits, higher power efficiency. 5.Border upon any connects, higher use ratio. 6.Current loop and constant voltage loop are both running together on the hardware, control over current and over voltage very well, enable the safety protection to work all time during battery testing 7.Accuracy range according to the module, enhance the accuracy of huge current equipment. 8.hardware output only, fast response, high running speed ,smaller ripple wave 9.Each channel individual control, double DA loop circuit, individual constant current source and constant voltage source. 10.Multiple protections with both hardware and software included and so equipment running gets much safer. 11.Support the simulation of battery work condition 12.Using Linux software and the system goes quite safe and stable. 13.Support offline running which keeps the data quite safe. 14.Support 232,485,CAN to communicate with the battery pack directly. |
Item no. | BT750V200A-T | ||||
Specification | 750V/200A | ||||
Quantity of Channels | 2Channels | ||||
Control mode | Independent Control for each channel,current and voltage will be jointly collected by four wires. | ||||
Specialty of Channel | Discharge energy feed back to power grid, any neighbouring channels can be paralleled | ||||
Voltage | Charging | 40V~750V (Equipment terminal) | |||
Discharging | 40V~750V (Equipment terminal) | ||||
Accuracy | ± 0.05%FS,Temperature Range 15℃~35℃ | ||||
Resolution ratio | 16bit,0.0033%FS | ||||
Current | Current range | 0A~200A | |||
Mini current | 200mA | ||||
Accuracy | ±(0.05%FS +0.05%RD)Temperature range:15℃~35℃ | ||||
Resolution ratio | 16bit,0.0033%FS | ||||
Power rate of work | Power of each channel | 20000W | |||
Stability | 0.5%FS | ||||
Time | Range | ≤365*24hours/step | |||
Resolution ratio | 10ms | ||||
Accuracy | 1s/H |