How it works?

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A special controller shall be integrated into the battery to ensure monitor application

The controller has a simple connection diagram, 3 wires are used:

  1. Positive wire for power supply
  2. Incoming negative load lead coming from the battery
  3. Output negative load lead going to the battery load



There is no need to use additional wires and no need to use connectors when connecting to the controller reader, data

exchange is performed via a 2-wire circuit using the positive and negative leads from the battery


The current is measured on the negative lead, the positive lead is only required to power the microcontroller

Below are the specifications of the controller


Maximum allowable input voltage

40 Volts

Maximum current

5 Amper

Current consumption (average value)

150 microamps

Minimum operating voltage

6 Volts

Maximum battery capacity for evaluation

100 AH

Maximum number of events stored in the non-volatile memory

15625 Records

Instantaneous current measuring frequency

0.0625 Sec

Frequency of measuring average current and voltage values

1 Sec

Operating temperature range

-40... +150 °C

We are willing to add any features you need upon your request!


For additional information please contact to us info@advancedbatterymonitor.com

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