Xh-m608 Manual !free! -

Increases values or switches between modes in the menu. DEC (-): Decreases values or switches between modes. Programming Guide (P-Menu)

Always disconnect power sources before wiring to avoid short circuits.

Note: The module uses a high-side switch. The Relay terminals break the connection to the positive side of the charger or load. 3. Programming Instructions (Setting the Parameters) uses a simple "Set", "Add" (+), "Decrease" (-) interface. A. Setting the Low Voltage Protection (Stop Discharge)

The XH-M608 operates in one of two main modes: or Discharging Mode (P2) . 1. Charging Mode (P1) Xh-m608 Manual

description for either a solar charging or a load-shedding setup?

Route the from your charger directly to the battery's negative terminal.

Once programmed, the module operates autonomously, toggling the relay based on the battery's current voltage state to ensure it remains within safe operating parameters. Operational Overview typically operates in one of two modes: Increases values or switches between modes in the menu

Managing battery health requires precision. Overcharging or deeply discharging a battery shortens its lifespan and can cause permanent damage.

3-digit red LED for real-time voltage monitoring and setting adjustment.

-10V to +10V (Adjusts the displayed value up or down in 0.1V increments). Step-by-Step Programming Guide Note: The module uses a high-side switch

: Features three terminal points— Common (COM) , Normally Open (NO) , and Normally Closed (NC) . Because it uses a "dry contact" architecture, the relay does not output voltage on its own; it behaves like an automated inline toggle switch.

Wire the from your charger into the module's relay input, and the relay output to the battery's positive terminal. The board will open the circuit when the battery hits its maximum voltage. 2. Discharging Control Mode (Prevent Deep Discharge)

The (also known as the HCW-M631) is a programmable DC6-40V battery charge and discharge control module featuring an integrated voltage meter, relay output, and automatic over-voltage/under-voltage protection. This compact unit combines a digital voltmeter, a relay switch, and a timer controller into a single, affordable printed circuit board.

Use the and - buttons to adjust this value to your desired low-voltage threshold. Press SET to save the value. Step 3: Set the Upper Voltage Limit (UP) The screen will shift to display UP . Press SET to view the current upper voltage limit value.