Skip to Content

Battery Parallel Charge Board with C-XT60 Interface to XT60

This parallel balanced charging plate is designed for XT60 and Deans T-plug LiPo batteries and works with many popular balanced chargers, including IMAX B6, B8, and UN-A6. It allows multiple batteries with the same cell count to be charged at the same time, reducing charging time and improving efficiency. The board uses high quality silicone wiring, AMASS connectors, and includes protective caps for added safety. It supports up to six battery packs in parallel and is suitable for LiPo, LiFe, and Li-ion batteries.

Package Includes

- 1 x XT60 Parallel Balanced Charging Plate

1.00 AED 1.00 AED Tax Included
1.00 AED Tax Included

Not Available For Sale

This combination does not exist.

Terms and Conditions
30-day money-back guarantee
Shipping: 2-3 Business Days

Specifications

1. Compatible with most common balanced chargers such as IMAX B6, IMAX B8, and UN-A6
2. Balance output line uses 20AWG multi-strand silicone wire
3. Includes safety protection T plug silicone cap
4. Built with high quality AMASS output plugs
5. Main input line uses 14AWG soft silicone wire rated for high temperature
6. Supports connecting up to three parallel charging boards, allowing charging of up to 18 battery groups of the same type at once

Features

1. Works with chargers that have a balance interface to charge lithium batteries with the same number of cells at the same time, reducing the need to change batteries repeatedly.
2. Provides more balanced overall voltage and smaller voltage differences after equalization, improving charger balance performance and reducing balance time.
3. Allows safe parallel charging of six batteries at once, even if the batteries do not support high C-rate charging individually. Charging time for six batteries becomes one sixth of the original time.
4. Supports up to six 2S to 6S battery packs of the same type and cell count. Suitable for LiPo, LiFe, and Li-ion packs.
5. Helps prevent overcharging of individual cells, improving balance efficiency and shortening the final balancing stage.
6. Built with thick copper traces capable of handling high current.