Manual Extra Quality - Xh-m608

Ensure that the value you program for the lower limit () is always lower than the upper limit ( P2 ).

This occurs when your voltage thresholds are set too close together, or your battery has high internal resistance. When the load turns off, a weak battery's voltage naturally "rebounds" upward. If it rebounds past your activation threshold, the module turns the load back on immediately, causing a rapid on/off loop. To fix this, widen the gap between your P1 and P2 values. Can I use this to control a 120V/240V AC Charger?

🚨 While the relay can handle significant current, always check your specific model's rating (usually 10A or 20A). For high-power loads, use the XH-M608 to trigger a larger external contactor or heavy-duty relay. If you'd like to dive deeper, let me know: Xh-m608 Manual

Features a programmable timing function useful for battery capacity testing and maintenance.

Users searching for the XH-M608 manual often confuse it with its cousin, the XH-M601. Ensure that the value you program for the

The display flashes. Use '+' or '-' to set the voltage at which the load should turn OFF to protect the battery. Wait 3 seconds: The setting will save. B. Setting the High Voltage Protection (Stop Charge)

If your specific XH-M608 module is labeled differently (e.g., as a Voltage Step-Up converter), please refer to the voltage silkscreen on the PCB. The instructions above pertain to the PWM Motor Speed Controller variant, which is the standard configuration for this model number. If it rebounds past your activation threshold, the

The module typically features three control buttons and a digital display:

Always handle the board with care to avoid damage from electrostatic discharge (ESD).

Lead-Acid, Lithium-Ion, LiFePO4, Nickel-Cadmium (6-40V range) Display: 3-digit Red LED Display 2. Wiring Diagram and Module Layout

What is the of your battery bank (12V, 24V, 48V)? Are you using this for charging or discharging ?