HX-2S-JH10 2S Lithium ion BMS Module
This module is perfect for making a 2S battery pack using 18650 Li-ion Batttery. HX-2S-JH10 is a 2 Series (2S) Lithium Ion Battery Managment System (BMS) Module with 8 Ampere continuous Li-ion protection board.
Model : HX-2S-JH10
Overcharge voltage range : 4.25-4.35 v ± 0.05v
Over discharge voltage range : 2.5-3.0v ± 0.05v
The maximum operating current : 8 Ampere Operating temperature: -40 to +50 ℃
Instantaneous upper limit current : 10 Ampere Storage conditions: -40 to +80 ℃
Quiescent current : less than 10uA
Effective life : more than 50,000 hours
Internal resistance : less than 300mΩ
Short circuit protection : to protect, disconnect the load delay self-recovery
Charging voltage : 8.4 - 9.0 volts balanced current is 58mA
B + battery positive;
B-battery negative;
MB is connected to battery 1 and battery 2 before the connection point;
P + connected to the charge / discharge positive terminal (charge terminal / discharge terminal shared);
P - then charge / discharge negative (charge / discharge common).
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HX-2S-JH10 2S Lithium ion BMS Module
This module is perfect for making a 2S battery pack using 18650 Li-ion Batttery. HX-2S-JH10 is a 2 Series (2S) Lithium Ion Battery Managment System (BMS) Module with 8 Ampere continuous Li-ion protection board.
Model : HX-2S-JH10
Overcharge voltage range : 4.25-4.35 v ± 0.05v
Over discharge voltage range : 2.5-3.0v ± 0.05v
The maximum operating current : 8 Ampere Operating temperature: -40 to +50 ℃
Instantaneous upper limit current : 10 Ampere Storage conditions: -40 to +80 ℃
Quiescent current : less than 10uA
Effective life : more than 50,000 hours
Internal resistance : less than 300mΩ
Short circuit protection : to protect, disconnect the load delay self-recovery
Charging voltage : 8.4 - 9.0 volts balanced current is 58mA
B + battery positive;
B-battery negative;
MB is connected to battery 1 and battery 2 before the connection point;
P + connected to the charge / discharge positive terminal (charge terminal / discharge terminal shared);
P - then charge / discharge negative (charge / discharge common).