XH-M603 HW-632 Battery Charging Control Module with LED Display (12V/24V Voltage Controller)
The XH-M603 HW-632 Battery Charging Control Module is an intelligent battery voltage monitoring and automatic charging controller designed for 12V and 24V rechargeable battery systems. It features a bright LED digital display for real-time battery voltage monitoring and allows users to program upper and lower voltage thresholds for automatic charging control. The onboard relay automatically starts or stops charging based on the preset voltage limits, helping protect batteries from overcharging and excessive discharge.
The module is suitable for lead-acid, lithium (with appropriate charging source), and other compatible rechargeable batteries used in solar power systems, UPS units, automotive applications, battery backup systems, and industrial power management.
Key Features -
• Automatic battery charging control
• Bright LED digital voltage display
• Adjustable upper and lower voltage thresholds
• Compatible with 12V and 24V battery systems
• Built-in relay for automatic switching
• Real-time battery voltage monitoring
• Easy programming using onboard buttons
• Compact PCB module design
• Reliable voltage-based charging management
• Suitable for solar, automotive, and backup power systems
Specifications -
• Product type - Battery Charging Control Module
• Model - XH-M603 / HW-632
• Display type - LED Digital Display
• Control method - Voltage-Based Charging Control
• Supported battery voltage - 12V DC / 24V DC
• Battery compatibility - Lead-Acid and Compatible Rechargeable Batteries
• Switching type - Relay Output
• Voltage setting - Programmable Upper and Lower Limits
• Output type - Relay-Controlled Switching
• Package / Mounting type - PCB Module
Applications -
• Battery charging management
• Solar energy systems
• UPS and backup power systems
• Automotive battery charging
• Battery maintenance systems
• Power inverter battery control
• Industrial battery management
• Off-grid energy storage systems
• DIY battery charging projects
• Renewable energy applications