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ES095 Battery Connector for Energy Storage Systems DC 1500V - China Suppliers and Factory Certified Performance
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ES095 Battery Connector for Energy Storage Systems DC 1500V - China Suppliers and Factory Certified Performance

The ES095 Series Battery Energy Storage Connector is expertly engineered for high-voltage positive and negative connections between battery modules in energy storage systems, ensuring the dependable operation of Battery Energy Storage Systems (BESS). As a leading high-performance connector manufactured in China, this product features an innovative secondary lock mechanism that facilitates quick and secure mating operations, With a 10.0mm terminal that exhibits exceptional current-carrying capacity—200A for 50mm², 250A for 70mm², and 310A for 95mm²—this connector guarantees optimal performance. Additionally, the four polarized keying positions effectively prevent mismating, enhancing safety during installation, The embedded nut design in the socket significantly boosts battery pack installation efficiency. Certified according to TUV EN 61984 standards, this battery connector provides safe and reliable connectivity for energy storage systems, establishing us as a trusted supplier and factory in the industry

    Rated Current
    200A-50mm² / 250A-70mm² / 310A-95mm²
    Rated Voltage
    DC1500V
    Withstand Voltage
    AC 6800V
    Insulation Resistance
    ≥500MΩ
    Contact Resistance
    ≤0.3mΩ
    Temperature Rise
    ≤45K

    Frequently Asked Questions

    Q: What is the rated current for different cable cross-sections?
    The rated current capacity is matched to the cable size: 200A for 50mm² cables, 250A for 70mm² cables, and 310A for 95mm² cables.
    Q: What are the voltage ratings for this product?
    It features a high rated voltage of DC1500V and can withstand voltages up to AC 6800V, ensuring safe operation in high-voltage environments.
    Q: What is the insulation resistance rating?
    The insulation resistance is rated at ≥500MΩ, providing excellent electrical isolation and safety standard compliance.
    Q: How low is the contact resistance?
    The contact resistance is extremely low, measured at ≤0.3mΩ, which minimizes power loss and prevents excessive heat generation.
    Q: What is the maximum allowable temperature rise?
    Under standard operating conditions, the temperature rise is strictly controlled and will not exceed ≤45K.