Semco SI BCDS 75V 40A 4CH

Product Description

Energy feedback energy saving type there is energy saving during the test (80 percent) the effect of discharge feedback (75 percent) heat is small so as to achieve the purpose of energy saving and cost reduction for users

Constant current to constant voltage charging safely and smoothly the voltage and current of the device are connected in a four wire system and the voltage and current loops are independently designed to ensure a safe and smooth transition during the constant current to constant voltage charging process to avoid damage to the battery due to spikes

High precision calibration method the charging current discharging current charging voltage and discharging voltage are all calibrated with high precision by agilent to ensure that the accuracy of current and voltage is within 0 point 5 percentage

Excellent heat dissipation performance unique air duct design through forced air cooling to reduce the impact of high temperature on equipment performance adopt dual fan mode perform forced air cooling on the power cooling module and use thermal imager for thermal simulation test to ensure that the radiator works within a reasonable temperature range

The channel is detachable various channels in the same box can be freely connected in parallel according to needs to be compatible with multiple types of battery tests give full play to the multiple functions of the equipment and save equipment costs for customers

The built in temperature of the device each channel can be customized according to needs with one main temperature without external auxiliary temperature (with multiple channels the temperature needs external auxiliary temperature) monitor the battery temperature in real time so as to monitor and protect the normal safety test of the battery according to the temperature change

Single box power supply each cabinet of the whole cabinet is powered independently to ensure the stability and safety of the power supply of the whole cabinet

Power independent to ensure that the output of the circuit is uniform during the working