BMS NMC 2S 10A (SLCT) (7fe0)

Product Price

₹40

Minimum Quantity: 10

Description

SLCT BMS NMC 2S 10A Hardware

Product Data Sheet

The BMS NMC 2S 10A (SLCT) is a compact and highly reliable Battery Management System designed to protect and control 2-cell (7.4V) NMC lithium-ion battery packs. Built to handle currents up to 10A, this board offers powerful safety mechanisms including overcharge, over-discharge, overcurrent, and short circuit protection.

Technical Specifications

  • This Data sheet is for Lichtronics 2S 10A NMC PCM/BMS
  • Charging Voltage -DC:8.4V CC/CV
  • Max continuous charging current - 10A
  • Over charge detection voltage - 4.25±0.05V
  • Over discharge detection voltage -2.9±0.1V
  • Over current detection voltage - 0.2±0.02V
  • Operating Temperature -45°C --+65°C
  • Storage Temperature -45°C -- +85°C

Key Features

  • 2S Configuration: Supports 2 x 3.7V lithium NMC cells in series (7.4V total)

  • 10A Continuous Current: Handles more demanding loads compared to typical 4A/6A boards

  • Advanced Protections:

  • Overcharge Protection

  • Over-discharge Cut-off

  • Short Circuit Defense

  • Overcurrent Blocking

  • Nickel Strips Included: Ready for spot-weld/solder connections

  • Slim Form Factor: Ideal for compact battery builds

  • Auto Recovery System: Resumes normal function post-fault

Use Cases

  • LED Flashlights & Portable Lights
  • DIY Battery Packs for RCs and Drones
  • Rechargeable Power Banks & Backups
  • Smart IoT Devices & Electronics
  • Prototyping DIY Lithium Power Systems
  • Embedded Power Supply Projects

The PCM NMC 02S 10A (SLCT) is a protection circuit module designed for 2-series lithium nickel manganese cobalt (NMC) batteries, offering a continuous current rating of 10A. The "SLCT" designation indicates selectable or adjustable protection settings, allowing for customization based on specific application requirements. This PCM provides essential protection for the battery, including overcharge, over-discharge, short-circuit, and overcurrent protection, ensuring the safe operation and longevity of the NMC battery. It is typically used in applications such as energy storage systems, electric vehicles, and other devices that require efficient and reliable battery management to maintain optimal performance and safety.