XH-M604 Battery Charger Control solar charge controller DC 6-60V Storage Lithium Battery Switch Protection Board Controller


Control principle: After the voltage is set, the main board controls one of the chargers through the relay to control the output of the charger.( 12-24V battery is universal. For example, charging a 12V battery, the charging voltage range is 10.8-14.4V, and the starting voltage is set to 10.8V. Because the battery will discharge below 12V after normal discharge, 10.8V is the voltage reference value to be charged, and the stop voltage is set to 14.4V.)
Exceeding the set stop voltage value, the relay will cut off the charger charging, no need to manually pull the charger, automatically power off, can not save energy, and can extend the battery life and prevent overshoot.
The relay has an on-off life of 100,000 times, and has a large load power, good reliability, and is safe and durable.


Applicable to solar cell new energy battery, car battery electric car battery, lead-acid battery nickel-cadmium battery nickel-hydrogen battery, lithium-ion battery polymer battery.


Apply For: Input 6-60V MAX 80V battery.


Specifications:
Input Voltage:DC 6-60V
Display Accuracy:0.1V
Control Accuracy:0.1V
Output Type:direct output
Voltage Tolerance:±0.1V
Dimension:81*54*18mm
Use: In the state of setting the voltage value, the start button functions as an up button, and the stop button functions as a down button.


Instructions for use:
Set the start voltage:
Normal display voltage state, press to a starting voltage button ,to display the start charging voltage. long Press the start button 3 seconds, digital flashes, by start and stop button, set the start charging voltage value.
Set Stop voltage:
Normal Voltage normal display mode, press to a Stop voltage button ,to display the Stop charging voltage. long Press the Stop button 3 seconds, digital flashes, by start and stop button, set the Stop charging voltage value.
Setting Error:
Press and hold the start/stop button while power is on, digital display 888, which is the factory setting.


Reference formula:
Charging voltage = rated voltage×0.9, charging current = rated current×0.1, stop voltage = rated voltage×01.2