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BIFRC 2-24S Lipo Battery Active Equalizer Protection Board Balance Current 2A Energy Transfer PCB Circuit Module
SKUF10800
6 Reviews
USD
34.99
Wholesale Prices :
| Qty: | 4-7 | >=8 |
| Price: | $26.09 | $24.64 |
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Description
- weight: 485 g
Specification:
Size:80x80mm
PCB board thickness:1.6mm
Balance method:
Energy transfer, two adjacent cells, high-voltage cell to charge low-voltage cell, balanced current maximum support 2A, standard 1.5A
Equilibrium principle:
This module is adjacent pressure difference equalization, and the internal battery triggers the equalization work when the voltage difference between adjacent batteries reaches above 0.1V.Until the voltage difference between adjacent batteries stops working within 0.03V, when there is an adjacent voltage difference when charging and discharging on the battery pack, the equilibrium work is triggered.Battery pack voltage error will also be pulled back to a more ideal teaching value, reducing battery maintenance costs.
Technical parameter:
Operating voltage range: 2.0-4.5V, ternary / lithium iron battery universal.
Equilibrium current:
Adjacent voltage difference above 0.1V (current is about 0.5-0.7A)
Adjacent voltage difference above 0.2V (to reach the maximum equilibrium current of 1.5A)
The smaller the dropout voltage, the smaller the equilibrium current.
Balanced version features:
High-precision energy transfer equalization, exclusive equalization 1C, high-current 1.5A energy transfer battery voltage balancer, significantly flatten battery voltage, and improve battery pack efficiency.
Package included:
1 x Battery Equalization Board
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customers reviews ( 6 )
4
/ 5.0
5 stars
33.4%
4 stars
66.7%
3 stars
0%
2 stars
0%
1 stars
0%
By siri1972
ok but not upto mark, very slow working
2021-12-18 00:00:00
By siri1972
ok but not upto mark, very slow working
2021-12-18 00:00:00
By siri1972
ok but not upto mark, very slow working
2021-12-18 00:00:00
By Jonathan
performs as described, HOWEVER it does not fully balance a large battery. the issue is that the balance current shuts off below 0.3 volts, so if each adjacent cell is more charged than the next it is possible to have a cell voltage difference of over 7 volts from one side of the battery to the other. maybe good for some applications, but not great for lipo batteries.
2021-04-24 00:00:00
By BG143253252
Fast shipping. Have not tested yet
2020-08-24 00:00:00
By sonsonpogi
under testing, thank you for this item
2020-07-04 00:00:00
