BMS 10S 36V 30A Lithium-Ion Battery Management Board with Balancing Function Electric Vehicle Battery Management Board

Product Features:1. Precisely monitors battery voltage to ensure the safe and stable operation of each cell2. Supports a continuous output of 30A, meeting the demands of high-performance electric vehicles3. Built-in balancing circuit to extend battery life and enhance overall performance4. Intelligent temperature control system to prevent performance degradation or damage caused by high temperatures5. Utilises high-quality MOSFETs and capacitors to ensure reliability and a long service lifeProduct Specifications:Charging voltage: DC 36VOvercharge protection, over-discharge protection, overcurrent protection, output short-circuit protectionMaximum operating current: 30A MAXContinuous discharge current: 20A MAXOver-discharge protection voltage: 2.6VOvercharge protection voltage: 4.25VCharging current: 20A MAXEquipment with equalisation charging function; equalisation voltage 4.2VTemperature protection: Discharge high temperature 75°C; charging low temperature -7°CSuitable battery types: 3.7V ternary batteries, lithium cobalt oxide, lithium manganese oxide batteriesWiring procedure:(1) Connect the ribbon cable to each cell of the battery, ensuring a secure connection. Ensure that the potential sequence at the ribbon cable plug end is either sequentially increasing or sequentially decreasing. The potential sequence must match that of the sockets on the protection board, with each potential corresponding one-to-one.(2) Solder the protection board’s B- lead to the battery pack’s common negative (B-) terminal. Ensure the solder joint is secure, reliable and has good electrical conductivity. Route the wires so that there is no risk of crushing or friction; the routing should be smooth and as short as possible. Avoid allowing solder, conductive objects or leads to fall into, stick to or come into contact with the interior of the protection board.(3) Connect the ribbon cable plug to the socket on the protection board. First, complete the soldering of the protection board’s B- lead to the battery pack’s common negative (B-) terminal. Then, connect the ribbon cable plug to the socket on the protection board, ensuring the connection is secure and that no live objects or leads come into contact with the protection board. Take appropriate measures to secure the connection.(4) Connect B+ and C- to the positive and negative terminals of the charging interface respectively. Ensure that other leads are properly isolated during the soldering process to prevent short circuits. Verify that the battery pack voltage at the discharge and charging interfaces matches the battery pack voltage, and that the polarity and wiring positions are correct.Note: As the same port is used for both charging and discharging and shares a single negative terminal (C-), only one lead is required. The charging and discharging MOSFETs are paired, and the charging and discharging currents through the same port are of equal magnitude.Package Contents:Lithium battery protection board *1Data cable *1