SLCT BMS LFP 1S 6A

SLCT BMS LFP 1S 6AMP Hardware

Product Data Sheet (2882)

The BMS LFP 1S 6A (SLCT) is a compact and efficient Battery Management System (BMS) designed specifically for single-cell (1S) LiFePO₄ (3.2V) batteries. With a rated discharge/charge current of up to 6A, this ultra-slim protection module ensures safe operation and prolonged life of your lithium iron phosphate cells in compact energy storage and power applications.

Technical Specifications

• This Data sheet is for Lichtronics 1S 6A LFP PCM BMS
• Charging Voltage - DC:3.6V CC/CV
• Max continuous charging current - 6A
• Over charge detection voltage - 3.65±0.025V
• Over discharge detection voltage - 3.0±0.05V
• Over current detection voltage - 0.18±0.015V
• Operating Temperature -45°C --+65°C
• Storage Temperature -45°C -- +85°C

Key Features

Protection You Can Trust

• Overcharge Protection: Automatically disconnects the charger if the voltage exceeds safe limits.
• Overdischarge Protection: Prevents cell voltage from falling too low and damaging the battery.
• Overcurrent Protection: Automatically limits current draw above 6A.
• Short Circuit Cutoff: Instantaneous cut-off protects both load and battery.

Compact & Efficient Design

• Designed with minimal PCB footprint, this BMS easily integrates into slim enclosures and portable designs.
• Lightweight and no-frills board suited for 1S LiFePO₄ cells without balancing requirements.
• Nickel strips pre-attached for fast welding to cylindrical or prismatic cells.

Ideal Applications

Perfect for compact battery-powered devices using a single LiFePO₄ cell, including:

• Solar LED Lights
• Flashlights & Torch Circuits
• 1S Portable Battery Banks
• DIY Electronics Projects
• Fishing Float & Lamp Batteries
• Handheld IoT Devices

The PCM LFP 01S 6A (SLCT) is a protection circuit module designed for a 1-series lithium iron phosphate (LFP) battery. It provides a continuous current rating of 6A, making it suitable for smaller battery applications that require reliable power management. The "SLCT" in the name refers to a selectable configuration, which could indicate options for adjusting or customizing the protection features according to specific needs. This PCM helps protect the battery by preventing overcharge, over-discharge, short-circuits, and overcurrent situations, ensuring the safe and efficient operation of the battery. It's commonly used in portable power devices and low-power applications.