Specifications:
Number of Channels |
512 channels |
Workflow Control Mode |
Whole cabinet control |
Charging Mode |
Constant current and constant voltage |
Charging Cut-off Conditions |
Voltage, current, time, capacity |
Discharge Mode |
Constant current |
Discharge Cut-off Conditions |
Voltage, time and capacity |
Sampling Inspection Cycle |
≤10s |
Voltage Measurement Range |
0 ~ 5V, Resolution 1mV |
Battery Voltage Range |
Charging: 0 ~ 4.5V, Discharging: 4.5 ~ 2V |
Constant Voltage Range |
3~4.5V |
Voltage Accuracy |
±(0.05%RD+0.1%FS) |
Current Range |
Charge 0.025-6A, Discharge 0.025-6A, Resolution 1mA |
Current Accuracy |
±(0.1%RD+0.1%FS) |
Time Frame |
Any setting within 0 ~ 30000 minutes, time unit is min |
Time Accuracy |
≤±0.1% |
Fixture Type |
Cylindrical four wire fixture |
Fixture Spacing |
35mm |
Support Battery Height |
0~90mm |
Working Power Supply |
Three phase four wire system, AC380V ± 5%, 50Hz, power consumption ≤ 28KW |
Communication Mode |
RS485,baud rate 57600 |
Overall Dimension |
1440mm(Width)*500mm(Deep)*1840mm(High) |
Work Environment |
Temperature: 0-40 ℃, relative temperature ≤ 85% |
Full Load Operating Current |
he maximum phase line is 30A, and the maximum zero line is 3A |
Equipment Starting Current |
The closing moment of air switch is about 60A |
Machine weight |
About 250 kg |
Features:
1. Each device can carry out constant current and constant voltage charging and constant current discharge test on 512 batteries meeting the voltage range.
2. Adopt the constant current constant voltage power supply of the invention patent, constant current to constant voltage switching without impact, especially suitable for the charging requirements of lithium-ion battery.
3. The AVR single-chip computer is used as the control center of the equipment, and the peripheral sampling circuit is used. The equipment can be controlled by the superior computer. When the computer is connected, the complete charge discharge curve of all channels can be saved, or it can be separated from the superior computer. Through the operation of the control panel, the constant current and voltage charging, constant current discharge test, time sorting and other work can be completed.
4. Each battery has an independent constant current and voltage source, and the self-made circuit does not affect each other.