Double Battery Dis Converter, 10-100V Dual Battery Pack Balancer Parallel Module Adapter for Electric Bikes

DESIGNED FOR: This dual battery dis converter is applicable for 10-100V batteries and controllers, input voltage 10-100V. It allows for easy connection of dual battery packs, providing extended power and range. SUPPORT 2 BATTERY PACKS: The dual battery pack balancer can manage 2 battery packs, support 2 battery packs for power supply at the same time, or a single battery for power supply. MAIN FUNCTIONS: This dual battery connection adapter can manage 2 battery packs on your and support both sets of batteries to provide smart balanced power to your at the same time. Item Type: Double battery dis converter Material: Aluminum alloy Voltage Range: 10V-100V Recommended Maximum Power: 20A 500W Maximum Operating Current: 20A Suggested Maximum Power: Less than 500W Operating Temperature: Less than 65 degrees C Product Size: Approx. 45x19x33mm Celsius 1.8x0.7x1.3in Q: How do I choose the required current rating for the module? A: Before selecting the module s current rating, you should understand the maximum power rating of your controller. For example, if your controller label indicates a maximum current of 20A, then you can choose a 20A module. Generally, the module s current rating should be equal to or greater than the maximum current of the controller. Q: What is a single dis version? A: Single dis refers to the scenario where two sets of batteries with the same voltage (e.g., 236V or 248V) are connected in parallel. The module prioritizes using the set with the highest voltage until that battery s is nearly depleted, at which point it automatically es to the second battery to continue operating. Q: What other functions does the single dis version have? A: If your controller supports regenerative charging and electronic braking functions, then this version can support recharging the battery with the recovered energy, maintaining the functionality of the control system. The main components of this module are MOSFETs, which can generate heat during prolonged use. A maximum temperature of 65 degrees C is considered normal, so please proper heat dissipation during installation.