XH-M603 HW-632 Charging Control Module With LED Display

The XH-M603 HW-632 Charging Control Module is a versatile control switch protection board designed for 12-24V storage lithium battery chargers. It features automatic control circuit connection, automatic charging and power off functions, and a real-time voltage monitor with LED display for easy monitoring. The module also offers an autosave setting and is equipped with an ST core chip and LM2596 switch voltage regulator for efficient performance.

  Key Features:  

• Automatic control circuit connection
• Automatic charging and power off
• Real-time voltage monitor with LED display
• Autosave setting
• ST core chip and LM2596 switch voltage regulator

  Specifications:  

• Model: XH-M603
• Input Voltage: DC 10-30V
• Display Precision: 0.1V
• Control Precision: 0.1V
• Output Type: Direct output
• Voltage Tolerance: ±0.1V
• Dimension: 82 x 58 x 18mm

  How to Use:  

1. Set Starting Voltage: Press the button to display start charging voltage; long press for 3s, the digital tube will flash, then use the start or stop button to set the starting charge voltage value.
2. Set Stop Voltage: Press the button to display stop charging voltage; long-press the button for 3s, the digital tube will flash, then use the start or stop button to set the stopping charge voltage value.
3. Factory Reset: In power-on state, press the start/stop button simultaneously, and a digital tube will display 888, indicating a factory reset.

  Applications:  

• Suitable for 12-24V storage batteries
• Applicable to various types of batteries including solar cells, lead-acid batteries, nickel-cadmium batteries, nickel-metal hydride batteries, lithium-ion batteries, polymer batteries, car batteries, and electric car batteries

  Package Includes:  

• 1 x XH-M603 Charging Control Module With LED Display

This module is ideal for a wide range of applications involving 12-24V storage batteries, providing efficient and reliable charging control with its advanced features and user-friendly design.