XH-M602 Digital Battery Charging Control Module

Description:

This XH-M602 Digital Battery Charging Control Module is used to charge batteries. The module has an input terminal for the 220V AC and an output terminal connected through an onboard relay. The module has a high-quality plastic transformer and a bright seven-segment three-digit display. The module can actively monitor the battery voltage through the Vin terminal and disable the 220V output connected to the battery charger when the battery is fully charged.

Specification:

• Model: XH-M602
• Input Voltage: AC110-220V
• Display and Control Accuracy: 0.1V
• Output Type: Output Switch
• Size: 86*58*27mm
• Compatible Battery: lead acid and lithium ion battery(DC 3.7-120V)

Features:

• High-quality screw terminals are suitable for various wiring requirements.
• A plastic transformer which provides corrosion, moisture, rust resistance, high safety factor.
• The good quality seven-segment display with the accuracy of 0.1
• The module can monitor real-time battery voltage.
• According to the set value to start and stop, the board can disconnect input to the battery charger effectively protecting the battery from damage due to loss of power or overcharge.

 Using method:

• Set the charging initiation voltage: Under the normal voltage display status, press the “Start” button, the module will display the charging initiation voltage, long press this button about 3s, the LED flash, then press the “Start” and “Stop” button to set the values.
• Set the charging stop voltage: Under the normal voltage display status, press the “Stop” button, the module will display the charging stop voltage, long press this button about 3s, the LED flash, then press the “Start” and “Stop” button to set the values.
• Reset: under the normal display status, press the “Start” and “Stop” button at the same time the LED will display”888″, then release and finish.(the default charging initiation voltage is 12V and charging stop voltage is 14V)
• Voltage Setting Calculation: Charging Initiation Voltage= Battery Rated Voltage*0.9; Charging Stop Voltage=Battery Rated Voltage*1.2; Charging Current= Battery Rated Current*0.1