PG Parallel Charging Board, XT60 Plug, 4 Packs, 2-8S Lipo Battery Support

PG Parallel Charging Board, XT60 Plug, 4 Packs, 2-8S Lipo Battery Support Description

Features:

1.Using this parallel charging board can balance charge no more than 4 groups of the same number of lithium batteries at the same time,avoiding the Tedious operation of changing batteries for charging several times

2.After multiple single cells are weakly discharged in parallel with each other,the average pressure difference between cells is smaller,which effectively Shortens the time of balancing charging.

3.Single group charging needs to be balanced four times,while parallel charging plate only needs to be balanced once,so the charging time is greatly Shortened.

4.When four groups of batteries are connected in parallel at the same time,even batteries that do not support C-number charging can be safely balanced at Four times the original single group charging current,effectively shortening The Charging time.

Specification:

1.Support up to 4 groups of 2-8S batteries of the same type and the same number of cells

2.18AWG multi-strand silicone wire is used for the output line of the balancing port

3.Equipped with safety protection T plug silicone cap

4.High quality gold-plated connectors

5.Thickened PCB copper foil to maintain the maximum 35A charging current

6.Any two groups of batteries minus the matching value of 40A fuse,the house due to excessive pressure difference caused by the battery line burned

Package includes:

1*2-8S XT60 V2 parallel charging board

Note:

1.When the battery is connected to the charging board,connect the main output first,then connect the balance head, and the starting voltage difference Should not be too large(it is recommended that the single section does not Exceed 0.1V),otherwise the fuse may be blown.

2.When charging the battery with parallel charging board,each interface should be charged,please use silicone cap to cover the unused T-head,or be Careful not to drop metal objects into the interface to avoid short circuit accidents