GH-7201 battery activator

Feature Description

1.3.1 Battery Charging

　　GH-7201 battery activatorProgrammable charging of individual batteries, including: battery number, battery type selection, charging current, charging time, voltage limit;

Charging method: Automatic three-stage charging of the battery according to programmed values: constant current constant voltage float charging;

When the charging time is met or the charging is completed, the charging will stop and the charging will be displayed as completed.

When charging with constant current, the current is charged at 0.1C. When the voltage exceeds the voltage limit, it is converted to constant voltage charging. When the current is less than 0.005C, it is converted to float charging

1.3.2 Battery discharge

Programmable discharge of individual batteries, including: battery number, battery type selection, discharge current, discharge time, voltage limit;

Discharge method: constant current discharge, stop discharging when the voltage is below the limit or when the discharge time is up, indicating that the discharge is complete;

Real time display of dynamic discharge process information;

Temperature detection, automatically start the fan to dissipate heat if it exceeds the set value;

1.3.3 Battery activation

The battery activator can be programmed to activate individual batteries, including: battery number, battery type selection, charging voltage limit (upper limit), discharging voltage limit (lower limit), number of charging and discharging cycles, charging current for each cycle, charging time, discharging time, and discharging current;

Activation method: Cycle by cycle according to the programmed value. After discharge, it will automatically stop when the voltage is below the limit or the discharge set time is reached. After charging, it will be determined when the charging set time is reached or the charging is completed,;

Real time display of dynamic activation process information;

Temperature monitoring, automatically start the fan to dissipate heat if it exceeds the set value;