Li-Ion Lithium 18650 BMS Protection Board 16S 60V 35A
The Li-Ion Lithium 18650 BMS Protection Board 16S 60V 35A is designed to manage and protect compatible lithium-ion battery packs assembled from 18650 cells. It helps monitor battery voltage and current while providing protection against overcharging, excessive discharge, overcurrent, and short circuits.
This 16S battery management system is suitable for battery packs used in electric scooters, electric bikes, backup power systems, and other high-current applications. The board also supports cell balancing to help maintain more consistent voltage levels across the series-connected cells. digilog.pk
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Battery Management System (BMS) |
| Battery Chemistry | Lithium-ion |
| Compatible Cell Type | 18650 lithium-ion cells |
| Battery Configuration | 16S |
| Nominal Pack Voltage | Approximately 57.6V–59.2V, depending on cell specifications |
| Maximum Charging Voltage | Typically 67.2V for a 16S lithium-ion pack |
| Continuous Discharge Current | Up to 35A |
| Peak Discharge Current | Advertised up to 100A; confirm the duration and conditions with the manufacturer |
| Maximum Charging Current | Advertised up to 20A; verify for the specific board |
| Protection Functions | Overcharge, over-discharge, overcurrent, and short-circuit protection |
| Cell Balancing | Supported on compatible balancing versions |
| Applications | Electric scooters, e-bikes, battery packs, and backup power systems |
Specifications are based on listings for this model and may vary between versions or batches. Confirm the board’s wiring diagram and protection ratings before installation. digilog.pk
Key Features
- 16S battery management: Designed for compatible 16-series lithium-ion battery packs.
- 35A continuous discharge rating: Suitable for applications requiring substantial current, provided the battery cells and wiring can safely support the load.
- Overcharge protection: Helps protect cells from excessive charging voltage.
- Over-discharge protection: Helps prevent individual cells from dropping below their permitted voltage.
- Overcurrent protection: Helps disconnect the battery when current exceeds the board’s protection threshold.
- Short-circuit protection: Helps reduce damage from electrical short circuits.
- Cell balancing: Helps maintain more consistent voltage levels between series-connected cells.
- Multiple applications: Can be used in suitable electric mobility, backup power, and DIY battery projects.
Applications
This 16S 60V 35A BMS board can be used in compatible battery systems, including:
- Electric scooters: Battery management for suitable scooter battery packs.
- Electric bikes: Protection for compatible lithium-ion battery assemblies.
- DIY battery packs: Building battery systems from 18650 cells.
- Backup power systems: Battery packs for suitable backup energy applications.
- Solar energy storage: Battery management in compatible lithium-ion storage systems.
- Electric tricycles: Battery protection for compatible power systems.
- Robotics and mobile equipment: High-voltage battery packs for suitable equipment.
The suitability of the board depends on the battery chemistry, cell configuration, load current, and system voltage.
Installation and Usage
- Assemble a compatible battery pack using suitable lithium-ion cells connected in the required 16S configuration.
- Check the BMS wiring diagram and identify the battery-negative, pack-negative, cell-sensing, charging, and load connections.
- Connect the cell-sensing wires in the exact sequence specified by the manufacturer.
- Verify each series group’s voltage before connecting the load or charger.
- Use a charger specifically designed for the battery pack’s chemistry and voltage.
- Confirm that the connected load does not exceed the board’s continuous current rating.
- Insulate exposed terminals and secure the board to prevent accidental short circuits.
Important: Incorrect BMS wiring can damage the board or battery cells and may cause overheating or fire. If you are unfamiliar with high-voltage battery assembly, have the pack installed by a qualified technician.
Precautions
- Use only with a battery chemistry and series configuration supported by the specific BMS.
- For a conventional 16S lithium-ion pack using 4.2V maximum-charge cells, the full-charge voltage is typically 67.2V, not 60V.
- Do not confuse the battery pack’s nominal voltage with its fully charged voltage.
- Never exceed the manufacturer’s charging-current or discharge-current limits.
- Use cells with compatible specifications and suitable current ratings.
- Ensure the charger voltage matches the battery pack.
- Do not short-circuit the battery terminals or BMS connections.
- Provide appropriate insulation and protection against moisture.
- Do not assume the BMS replaces a correctly designed battery pack, suitable wiring, or other necessary safety measures.
YouTube Tutorial
Learn more about battery management and installation by exploring these tutorials:
16S 60V 35A Lithium-Ion BMS Wiring and Installation Tutorials
Buy 16S 60V 35A BMS Protection Board in Pakistan
Looking for a lithium-ion battery protection board for your next battery project? Visit Electroway to check product availability and current pricing.
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4. Product Summary
The Li-Ion Lithium 18650 BMS Protection Board 16S 60V 35A is designed to provide essential battery management functions for compatible lithium-ion battery packs. With overcharge, over-discharge, overcurrent, short-circuit protection, and cell-balancing support on compatible versions, it is suitable for electric mobility, backup power, and DIY battery applications.
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