Specifications:
Continuous Discharge Current: 35A
Momentary Discharge Current: 100A
Charge Voltage: 42V
Charge Current: 8A(Max.)
Overcharge Detection Voltage: 4.28±0.05V
Overcharge Protection Delay: 100mS
Overcharge Cancel Voltage: 4.08±0.05V
Balance Detection Voltage: 4.2±0.025V
Balance Cancel Voltage: 4.2±0.05V
Balance Current: 56±5mA
Over-discharge Detection Voltage: 2.55±0.08V
Over-discharge Detection Delay: 50mS
Over-discharge Cancel Voltage: 3.0±0.1
Overcurrent Detection Voltage: 150mV
Overcurrent Detection Delay: 15mS
Overcurrent Protection Current: 120±5A
Protection Cancel Condition: Disconnect Load
Short Circuit Protection Condition: Outside Load Short Circuit
Short Circuit Detection Delay: 200uS
Protection Cancel Condition: Disconnect Load
Main Circuit Conduction Internal Resistance: ≤15mΩ
Working Current: ≤50uA
Sleeping Current(Battery Over-discharge): ≤10uA
Operating Temperature:﹣30℃~﹢80℃
Size: 69×51.5×10mm/2.71×2.02×0.39"
Package Includes:
1× Battery Protection Board
NOTE:
Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.
- 【Scope of application】The 35A 36V 10S BMS PCB Protection Board is suitable for 10-cell lithium-ion batteries, such as ternary batteries, manganic batteries and cobalt acid batteriesbms 36v 10s
- 【Excellent performance】The charging and discharging interfaces are the same. With balanced heat sink and 10 low internal resistance high power MOS. The continuous discharge current is 35A. Instantaneous discharge current is 100A. It has a balancing function that ensures that each battery unit is fully charged at the same time
- 【Unique design】wiring is neat, avoiding right-angled lines and curveing the edges; reduce signal vias to avoid signal distortion and cross interference; the wiring identifications clear and easy to understand avoid misconnection
- 【Necessity】The material characteristics of the lithium battery make it impossible to overcharge, over discharge, overcurrent, etc. during use, so choosing the right protection board and applying it properly is critical to the battery life.This protection board provides stable various charging and discharging protection functions such as overcharge protection, overdischarge protection, overcurrent protection and short circuit protection
- 【Note】Before installing the protection board, the batteries must be matched well. The better the battery consistency is, the farther the running distance is, the best performance of the protection board is; the battery should be connected in parallel and then in series.Make sure the welding is correct (18650 battery with nickel spot welding, other batteries with solder welding), do not use screws to avoid burning the IC of the protection board
- 【Scope of application】The 35A 36V 10S BMS PCB Protection Board is suitable for 10-cell lithium-ion batteries, such as ternary batteries, manganic batteries and cobalt acid batteriesbms 36v 10s
- 【Excellent performance】The charging and discharging interfaces are the same. With balanced heat sink and 10 low internal resistance high power MOS. The continuous discharge current is 35A. Instantaneous discharge current is 100A. It has a balancing function that ensures that each battery unit is fully charged at the same time
- 【Unique design】wiring is neat, avoiding right-angled lines and curveing the edges; reduce signal vias to avoid signal distortion and cross interference; the wiring identifications clear and easy to understand avoid misconnection
- 【Necessity】The material characteristics of the lithium battery make it impossible to overcharge, over discharge, overcurrent, etc. during use, so choosing the right protection board and applying it properly is critical to the battery life.This protection board provides stable various charging and discharging protection functions such as overcharge protection, overdischarge protection, overcurrent protection and short circuit protection
- 【Note】Before installing the protection board, the batteries must be matched well. The better the battery consistency is, the farther the running distance is, the best performance of the protection board is; the battery should be connected in parallel and then in series.Make sure the welding is correct (18650 battery with nickel spot welding, other batteries with solder welding), do not use screws to avoid burning the IC of the protection board
