Increases voltage thresholds or scrolls up through the menu.
What is the of your system (12V, 24V, 36V, 48V)?
Employs a relay output to simplify the control of external chargers or loads. Programming Guide (Menu P0–P4) The module is programmed using three buttons: . To enter the settings, long-press Description Operating Mode Sets the module to (Voltage detection), (Charge mode), (Discharge mode), or (Voltage limit/monitoring). Lower Limit Voltage Xh-m608 Manual
Before wiring your system, ensure your power sources and batteries match the operational limits of the module. DC 6V–60V Voltage Display Accuracy: 0.1V Control Accuracy: 0.1V
The is a highly versatile, programmable power management tool designed to automate battery protection across a wide input range of DC 6V to 40V . Acting as an intelligent, voltage-controlled switch, the module features an on-board microchip and an integrated digital voltmeter to constantly track your battery's health. By automatically cutting off connections when high or low voltage thresholds are breached, the XH-M608 effectively shields lithium-ion, LiFePO4, and lead-acid batteries from the structural decay caused by overcharging or severe over-discharging. Increases voltage thresholds or scrolls up through the menu
Adjust the displayed voltage () to match a professional multimeter. How to Set Thresholds Enter Menu: Press SET until "P1" or "P2" appears.
The (frequently cross-referenced as the HCW-M631 ) is an all-in-one programmable voltage management tool designed to safeguard multi-chemistry battery banks. Operating within a flexible DC 6–40V input range , this compact module uses a heavy-duty mechanical relay to autonomously isolate either a power source (charging mode) or a load (discharging mode) based on user-defined voltage thresholds. It effectively acts as an active safety net for 12V, 24V, and 36V configurations, keeping deep-cycle marine, lithium-ion, and LiFePO4 batteries protected against destructive over-charging or deep over-discharging states. Programming Guide (Menu P0–P4) The module is programmed
: 66 mm x 46 mm x 16 mm with 3.3 mm mounting holes Module Interface & Layout
Always disconnect power sources before wiring to avoid short circuits.