Description
BMS NMC 1S 10A (SLCT) (7fd8)
The BMS NMC 1S 10A (SLCT) is a robust and compact battery management solution crafted for single-cell NMC (Nickel Manganese Cobalt) 3.7V lithium-ion batteries. Designed to offer advanced overcharge, over-discharge, and short-circuit protection, this BMS board ensures the safe and efficient operation of your battery packs in a wide range of applications.
Key Features
- 1S BMS Design – Supports one Li-ion cell (3.7V nominal)
- 10A Discharge Capacity – Suitable for medium-load applications
- Built-In MOSFET Protection – Intelligent circuit break during faults
- High-Quality PCB Components – Ensures stability, thermal resistance & long life
- Efficient Heat Dissipation – Low heat generation during high current discharge
- Slim and Lightweight – Easy to integrate into compact projects or enclosures
- Nickel Strip Tabs – Simplified welding or spot-welding to battery cells
Applications
- Power Banks
- LED Flashlights
- Portable Radios
- DIY Battery Packs
- Bluetooth Speakers
- Lab Testing Setups
- Solar Energy Storage Units
Protection Features
- Overcharge Protection – Prevents voltage above safe threshold
- Over-discharge Protection – Shuts down below 2.5V
- Short Circuit Protection – Cuts off load instantly
- Overcurrent Detection – Ensures board safety under abnormal loads
The PCM NMC 01S 10A (SLCT) is a protection circuit module designed for 1-series lithium nickel manganese cobalt (NMC) batteries, with a continuous current rating of 10A. The “SLCT” indicates selectable or configurable protection settings, allowing customization based on specific needs. This PCM provides critical protection functions, such as overcharge, over-discharge, short-circuit, and overcurrent protection, ensuring the safe operation of the NMC battery. It is ideal for applications where a reliable and efficient battery management system is required, such as portable devices, smaller energy storage systems, and other low-power applications that rely on NMC batteries for energy storage and power delivery.
