LG INR18650MH1 3200mAh 3.7V 10A 18650 Rechargeable Lithium-Ion Battery
In stock ex Auckland, next business day delivery.
INR18650MH1
18650 Lithium Batteries - Secondary Rechargeable
Description
LG INR18650MH1 3200mAh 3.7V 10A 18650 Rechargeable Lithium-Ion Battery (Flat Top, Unprotected).The LG INR18650MH1 is a high-capacity 18650 lithium-ion rechargeable cell with a nominal capacity of 3200mAh and nominal voltage of 3.7V. It provides up to 10A maximum discharge current and is designed for use in compatible battery packs and equipment. (NOT FOR VAPE!)
Specifications
- Capacity: 3200 mAh (nominal) / 3100 mAh (minimum)
- Nominal Voltage: 3.6V – 3.7V (Max charge voltage: 4.2V)
- Continuous Discharge Current: 10A max
- Form Factor: Unprotected flat-top cylindrical cell (18mm x 65mm)
- Terminal: Flat top; Protection: Unprotected
- Custom Battery Packs: Used as building blocks for multi-cell packs in portable electronics, robotics, and energy storage devices (must be used inside packs with a built-in Battery Management System or BMS).
- LED Flashlights / Torches: Suitable for high-capacity flashlights that operate within a 10A current limit.
- Low-to-Moderate Drain Electronics: Ideal for devices prioritising run-time (3200mAh capacity) over ultra-high power delivery.
** Warning: Fire and explosion risk.
** Not for Vape! Commercial & Industrial Use ONLY
** Strictly for use in engineered battery packs or devices equipped with proper safety and cut-off electronics (BMS).
Caution:
Li-ion batteries may explode if not handled, charged and discharged properly. NEVER SHORT CIRCUIT.
Users must understand the safe usage and handling of Li-ion batteries before using them.
We are NOT responsible for any damage caused by any other battery.
Important Information: DO NOT overcharge more than 4.2V and discharge or drain below 3V. Use only a quality slow charger for charging (0.5C to 1C is ideal) with an auto cut-off at 4.2V or lower. DO NOT use overnight charging. Once fully charged, they should be removed from the charger as soon as possible.