• Adaptable to every use and very flexible.
• CE certified.
• Metal case base and ABS cover.
• Coated printed circuit boards.
• The charger is microprocessor-controlled and internally protected against overload, short circuit, incorrect connection and voltage transients.
• With an internal selector switch the charger can adapt to every type of battery.
• Increased battery life and reduction of water usage.
• The charger operates at 85-90% efficency for maximum savings of electric power cost. With the Thermal sensor option, the charger's output electronically compensates for temperatures ranging from 0° to 50°.
• Operating temperature from -20° to +50°.
• Weight and size are minimized.

This is a trip point BMS that mounts directly on top of the battery terminal posts, Designed for Lithium Ion Batteries in the 90 amp/hr size. This monitoring data is used as a standalone BMS enable the filling of all cells at the end of charging.

All monitor boards are daisy chained with all the other monitoring boards. This simple 3-wire data buss of high and low trip point signals maybe used standalone or used with other indicators or relays. The high voltage trip condition for given cell will also engage a resistor shunt on the board, to route excess current away from that cell.

Please contact us for any questions. Note: If your battery pack consists of 30 cells in series then you will need 30 monitor boards.