SPIDER Automation BAK NMC N21700CGP Lithium-Ion Battery | 3.6V & 4000mAh | 10C High-Discharge Cell
Description
The SPIDER Automation BAK NMC N21700CGP Lithium-Ion Battery is a high-performance rechargeable lithium-ion cell designed for demanding applications requiring both high capacity and high discharge capability. The cell uses NMC lithium-ion chemistry and provides a 3.6V nominal voltage with a rated capacity of 4000mAh (4.0Ah).
With a specified 10C discharge rate, the BAK N21700CGP is designed for compatible applications where higher discharge performance is an important requirement. The combination of 4000mAh capacity and a 10C discharge rating provides defined electrical characteristics for selecting the cell for demanding rechargeable battery systems.
The battery is identified by the BAK model designation N21700CGP and is supplied as a single lithium-ion battery cell. It can be considered for integration into compatible battery packs, electronic equipment and other rechargeable power systems according to the requirements of the final application.
Key Features
- 4000mAh High Capacity: Provides a rated capacity of 4000mAh (4.0Ah) for compatible battery-powered applications.
- 3.6V Nominal Voltage: Provides the specified nominal voltage for compatible lithium-ion battery systems.
- 10C Discharge Rate: Provides a high specified discharge rate for demanding applications requiring higher current delivery.
- NMC Lithium-Ion Chemistry: Uses NMC chemistry for rechargeable lithium-ion energy storage.
- BAK N21700CGP Model: Provides clear model identification for procurement and battery-system design.
- High-Discharge Capability: Designed for applications where the specified 10C discharge characteristic is required.
- Rechargeable Battery Cell: Intended for integration into compatible rechargeable battery assemblies and equipment.
- Demanding Application Support: Suitable for compatible systems requiring a combination of defined capacity and higher discharge performance.
Benefits
- High Discharge Performance: The specified 10C discharge rate supports applications requiring higher discharge capability.
- Useful Energy Capacity: The 4000mAh capacity provides substantial stored energy for compatible battery-powered systems.
- Defined Electrical Characteristics: The specified 3.6V nominal voltage, 4000mAh capacity and 10C discharge rate simplify initial cell selection.
- Rechargeable Energy Solution: Provides a rechargeable lithium-ion cell for compatible battery-system designs.
- Clear Model Identification: The N21700CGP designation helps identify the specific BAK cell during procurement and system integration.
- Suitable for Demanding Systems: The combination of capacity and discharge rating makes it suitable for compatible applications requiring higher power delivery.
Applications
- High-Discharge Battery Packs: Suitable for compatible rechargeable battery packs requiring higher discharge capability.
- Electronic Equipment: Can be used as a power cell in compatible electronic systems.
- Portable Power Systems: Suitable for compatible rechargeable portable power applications.
- Energy Storage Systems: Can be integrated into compatible lithium-ion energy-storage applications.
- Power Modules: Suitable for compatible battery-based power modules where the specified electrical characteristics meet system requirements.
- Battery-Powered Equipment: Provides a rechargeable power source for compatible electrical and electronic equipment.
- Custom Battery Systems: Can be considered for professionally designed battery systems using compatible high-discharge lithium-ion cells.
Package Includes
- 1 × BAK NMC N21700CGP 3.6V 4000mAh 10C Li-ion Battery
Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | BAK |
| Model | N21700CGP |
| Battery Chemistry | NMC Lithium-Ion |
| Item Type | Li-ion (Lithium-ion) Battery |
| Nominal Voltage | 3.6V |
| Capacity | 4000mAh (4.0Ah) |
| Discharge Rate | 10C |
| Shipping Weight | 0.069 kg |
| Shipping Dimensions | 11 × 9 × 3 cm |
Installation & Usage Notes
- Verify Electrical Requirements: Confirm that the cell voltage, capacity and discharge characteristics are suitable for the intended battery system before integration.
- Use Appropriate Battery Design: Battery packs should be designed according to the requirements and specifications applicable to the cell and final system.
- Observe Discharge Rating: System design should account for the specified 10C discharge rate and the requirements of the final application.
- Professional Integration: Cell assembly and battery-pack integration should follow appropriate lithium-ion battery handling and system-design practices.
- Application Compatibility: Do not use the cell outside its specified electrical and operating characteristics.
