Shenzhen Yilai Power Technology Co.,Ltd.
Shenzhen Yilai Power Technology Co.,Ltd.

32700 3.2V 6000mAh LiFePO4 Battery

This is a complete single‑cell finished battery pack built around 32700 cylindrical LiFePO₄ cell(32 mm diameter, 70 mm height)and integrated protection PCB. Rated at 3.2V, 6000mAh (19.2Wh). Featuring ultra‑low cell internal resistance, it supports up to 3A continuous discharge current and accepts 1.2A maximum charging input. Well suited for demanding single‑cell backup tasks requiring higher current and extended runtime in industrial environments.

Features of 32700 3.2V 6000mAh LiFePO4 Battery

  • Cost‑effective: Cycle life over 2000 times, lowering maintenance costs and delivering stable long‑term power supply;

  • Reliable cyclic performance: LiFePO₄ features good thermal stability, ideal for long‑term backup operation;

  • Multiple safety certifications: Compliant with MSDS, UN38.3, meeting safety requirements for transportation and application.


Specification of 32700 3.2V 6000mAh LiFePO4 Battery


Norminal voltage:3.2V
Capacity:6000mah
Charging current:0.2C
Max. Continuous Discharging Current:0.5C
Max size:36*34*75(mm)
Cycle life:Cap(2000th)/Cap(Av10)>80%


Product Numbercustomized LiFePO4 Battery Pack 32700 3.2V 6000mAh for Uninterruptible Power Supply & Industrial IoT
MAIN PARAMETER
Nominal Capacity6Ah
Nominal volrage3.2V
Max Charge Voltage3.65V
Discharge cut-off voltage2.0V
Charging Current0.2C
Max. Continuous Discharging Current0.5C
Cycle LifeCap(2000th)/Cap(Av10)>80%
Dimensions (T*W*H)36*34*75(mm)
Weight145g
OTHERS
Operating TemperatureCharging: 0~45℃/Discharging:-10 ~60℃
Storage Temperature0~ 45℃
Humidity8% to 85% relative humidity
ProtectionOver-discharge protection,over-charge protection,over-current protection,short-circuit protection, etc.
Delivery period7-21 days, depending on stock and quantity.
Applications
industrial field‑device backup power, high‑current IoT edge hardware, portable on‑site instruments, low‑power UPS, off‑grid low‑voltage lighting, security monitoring, circuit‑board power hold‑up for power‑failure data preservation