(Note: I can also draft a formatted printable manual including diagrams and wiring tables if you want.)
discharging (turn off the relay) to protect the battery from damage. P2 (Overvoltage Limit): This is the voltage at which the module will charging (turn off the relay). P3 (Correction Value):
The display flashes. Use '+' or '-' to set the voltage at which the charger should turn OFF. Wait 3 seconds: The setting will save. C. Parameter Functionality (P0-P3 Settings)
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.
Wait 3 seconds for the display to stop flashing, saving the setting. B. Setting the Upper Limit (U₂) - Reconnect/Start Voltage
Protect a 24V battery from being drained too low by a load (inverter/motor). Setup: U₁ (lower) = 22V, U₂ (upper) = 24V.
Unlike simple resistor-based speed controls, the XH-M608 uses PWM technology. This means it rapidly switches the power on and off to the motor, maintaining torque at lower speeds and preventing the motor from overheating.
Displays the current battery voltage during operation. Displays parameters during setup.
If you need help setting specific parameters for your setup, let me know:
The module is built for versatility across various battery types, including lead-acid and lithium-ion systems. DC 6V to 40V. Display Precision: ±0.1Vplus or minus 0.1 cap V
When the battery voltage drops to 22V, the relay disconnects the load to prevent damage. When the battery is charged back up to 24V, the load reconnects. 5. Troubleshooting and FAQ