
2S Lithium Battery Capacity Indicator Board
13.94RON
Ex Tax: 13.94RON
- Stock: In Stock
- Model: T681.LBLIT2S
Your orders placed until 16:30 on weekdays are shipped on the same day.
2S Lithium Battery Capacity Indicator Board – Li-ion / Li-po Voltage Level Display Module with LED Status
? Real-Time Battery Monitoring: This compact and easy-to-use Lithium Battery Capacity Indicator Board provides an intuitive LED-based visual representation of battery levels for 1S to 4S Li-ion / Li-po cells. Whether you're using single or multi-cell battery packs, this module helps you quickly assess the remaining charge at a glance.
⚙️ Key Features
- ? Wide Compatibility: Supports 1S, 2S, 3S, 4S lithium batteries (Li-ion / Li-po)
- ? LED Display: 1 red and 4 blue (or green) LEDs indicate charge levels clearly
- ?️ Multi-voltage Support: Also compatible with 12V, 24V, 36V, and 48V lead-acid batteries or lithium iron phosphate setups
- ⚡ Real-Time Voltage Indication: Lights illuminate based on battery voltage thresholds
- ? Accuracy: Voltage detection error margin ~2%
- ? Plug & Play: Simple two-wire connection; no programming required
? Voltage Display Logic
For each supported cell (N), the LEDs respond to voltage ranges as follows:
- ? 1st LED (Red): Always on for power indication
- ? 2nd LED: Turns on when voltage > N × 3.3V
- ? 3rd LED: Turns on when voltage > N × 3.5V
- ? 4th LED: Turns on when voltage > N × 3.7V
- ? 5th LED: Turns on when voltage > N × 3.9V
? Lead-Acid & LiFePO4 Battery Compatibility
- ? 12V Batteries: LEDs turn on at >11.0V, >11.3V, >11.6V, >12.9V
- ? 24V Batteries: LEDs turn on at >22.5V, >24.0V, >25.2V, >26.4V
- ? 36V Batteries: LEDs turn on at >33.5V, >35.2V, >37.0V, >38.7V
- ? 48V Batteries: LEDs turn on at >44.8V, >47.0V, >49.0V, >52.0V
? Applications
- ? Battery-powered projects & DIY electronics
- ? Electric bikes, scooters, and RC models
- ? Portable power banks and solar storage systems
- ? Robotics and embedded systems
Note: This product is designed for general voltage indication purposes and has a ~2% tolerance range. Not recommended for precision battery diagnostics.