BMS NMC 20S 60A (HP28SA)
Original price was: ₹2,500.00.₹900.00Current price is: ₹900.00.
WHOLESALE PRICE
- Product Type: Battery Management System (BMS) for compatible NMC lithium-ion battery packs.
- Cell Configuration: Designed for a 20S battery pack with 20 cells or cell groups connected in series.
- Current Rating: Specified 60A rating; confirm continuous and peak current limits in the product documentation.
- Battery Chemistry: Intended for compatible nickel manganese cobalt (NMC) lithium-ion batteries.
- Model Identification: HP28SA model code for product identification and compatibility checks.
- Installation Compatibility: Verify voltage range, wiring connections, protection functions, and communication requirements, if applicable, before installation.
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Description
The BMS NMC 20S 60A (HP28SA) is a battery management system intended for compatible NMC lithium-ion battery packs arranged in a 20-series-cell configuration. A battery management system, commonly known as a BMS, is an electronic component that monitors and manages battery operating conditions according to its circuit design. This product is identified by its 20S configuration, stated 60A current rating, and HP28SA model code. These details help buyers identify the intended battery configuration and compare the component with the electrical requirements of their battery system.
NMC stands for nickel manganese cobalt, a lithium-ion battery chemistry used in various rechargeable battery applications. Battery cells using this chemistry can be assembled into packs to meet specific voltage and capacity requirements. A 20S configuration consists of 20 cells or cell groups connected in series. The series arrangement increases the total voltage compared with a single cell, while the overall ampere-hour capacity depends on the cells and their arrangement. A suitable BMS must support the battery chemistry, series count, and operating voltage range. Before purchasing this product, verify that the battery pack is designed for a compatible 20S NMC configuration.
The stated 60A current rating is an important specification when selecting this BMS. It should be compared with the expected current demand of the connected equipment and the permitted current of the battery cells. The exact continuous current limit, peak current capability, and operating conditions should be confirmed from the manufacturer’s documentation. Actual current handling can depend on the board’s circuit design, temperature, wiring, connectors, and installation conditions. The battery cells, conductors, connectors, and other electrical components must also be suitable for the intended load. The advertised rating alone does not guarantee that the BMS is appropriate for every application requiring 60A.
A battery management system may provide functions such as cell-voltage monitoring and protection against selected abnormal operating conditions. Depending on the particular circuit design, these functions may include overcharge protection, over-discharge protection, overcurrent protection, and short-circuit protection. The exact protection features of the BMS NMC 20S 60A (HP28SA) should be verified through its datasheet or manufacturer’s specifications. Buyers should not assume that every BMS includes the same protection functions. If the battery pack requires cell balancing, temperature sensing, or additional monitoring capabilities, confirm that the exact model supports those requirements.
The HP28SA model code is useful when identifying the intended product and checking compatibility with an existing battery system. When selecting a replacement BMS or comparing products, verify the complete model code along with the series count, current rating, terminal arrangement, and supported battery chemistry. Similar-looking BMS boards can have different electrical limits, wiring configurations, or operating features. Matching the model code and product documentation helps reduce the risk of choosing an incompatible component.
The BMS NMC 20S 60A may be considered for compatible battery packs used in suitable energy storage systems, battery-powered equipment, and other applications requiring a 20-series NMC battery configuration. Its suitability depends on the operating voltage, current demand, battery cell specifications, protection requirements, and overall system design. Before ordering, review the electrical requirements of the intended application and compare them with the documented limits of the BMS. Systems with variable loads or high startup currents require particular attention to continuous and peak current ratings.
Correct wiring and configuration are essential for a battery management system with a high series-cell count. Before installation, check the manufacturer’s wiring diagram, terminal labels, connection sequence, polarity, and supported voltage range. Confirm that the battery pack contains the correct number of series-connected cell groups and that the cells are suitable for the intended application. Incorrect wiring can damage the board or battery cells and may prevent the BMS from monitoring the pack correctly. Follow the instructions supplied for the exact HP28SA version rather than relying on the wiring arrangement of another model.
Installation should be carried out by someone familiar with lithium-ion battery systems and the electrical requirements of high-voltage battery packs. Inspect the BMS, cells, cables, and connectors for damage before assembly. Use conductors and connectors rated for the intended current and voltage, and ensure that all connections are secure and properly insulated. The board should be installed according to its documented operating conditions and protected from moisture, conductive debris, and accidental contact with exposed electrical connections. Appropriate electrical and thermal precautions are important when working with a multi-series battery pack.
A BMS is only one part of a complete battery system. It does not replace the need for compatible battery cells, a suitable charger, correctly rated conductors, and proper battery pack construction. The charger must be designed for the battery chemistry and series configuration, and its charging parameters must follow the cell manufacturer’s recommendations. The complete assembly should also be assessed for temperature monitoring requirements, insulation, mechanical protection, and the capabilities of the connected load. If the battery pack or its wiring is damaged or behaves abnormally, discontinue use and have the system inspected by a qualified technician.
Before purchasing the BMS NMC 20S 60A (HP28SA), verify the specifications that determine compatibility. These include the 20S configuration, NMC chemistry, stated 60A rating, supported voltage range, terminal arrangement, protection functions, balancing capability if required, and physical dimensions. If the product supports communication or external temperature sensors, check the exact supported interfaces and accessories in the manufacturer’s documentation rather than assuming they are included. Confirming these details is especially important when replacing an existing board or integrating a BMS into a new battery pack.
Superway provides product listings for customers looking for battery management systems and related electrical components. This BMS NMC 20S 60A (HP28SA) listing helps buyers identify a battery management component by its series configuration, stated current rating, and model code. Before ordering, compare the exact product specifications with the requirements of the battery pack and connected equipment. Any details not explicitly stated in the listing should be confirmed with the seller or manufacturer before installation.
Overall, the BMS NMC 20S 60A (HP28SA) is intended for compatible NMC lithium-ion battery packs arranged in a 20-series configuration, with a stated current rating of 60A. Choosing an appropriate BMS requires careful attention to battery chemistry, series count, voltage range, current demand, wiring connections, and protection requirements. Verifying these details against the manufacturer’s documentation helps buyers make an informed decision about whether this component is suitable for their intended battery application.
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