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Flexible Busbar Connection Energy Storage Battery Connectors - High-Quality China Factory Suppliers
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Flexible Busbar Connection Energy Storage Battery Connectors - High-Quality China Factory Suppliers

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High-Quality Connector Made in China
Our connectors feature a durable housing material crafted from PA66-GF, ensuring longevity and robust performance. The terminals are made from copper alloy with a silver-plated finish for superior conductivity and reliability.

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Outstanding Mechanical Performance
Designed for efficiency, these connectors can withstand up to 200 plugging cycles, providing you with a dependable solution for your connectivity needs. Additionally, our products include an innovative error-proofing mechanism that prevents polarity errors, further enhancing user safety and product functionality.

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As a leading factory among China suppliers, we prioritize quality and performance in every product we offer. Trust us to deliver reliable and efficient connectors for all your applications.

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    Rated Current
    200A-50mm² / 250A-70mm²
    Rated Voltage
    DC 1500V
    Withstand Voltage
    AC 6800V
    Insulation Resistance
    ≥ 500MΩ
    Contact Resistance
    ≤ 0.3mΩ
    Temperature Rise
    ≤ 45K
    Frequently Asked Questions
    What is the rated current for this connector?
    The connector supports a rated current of 200A when paired with a 50mm² cable, and up to 250A when used with a 70mm² cable.
    What are the rated and withstand voltage specifications?
    This high-voltage connector has a rated voltage of DC 1500V and can handle a withstand voltage of up to AC 6800V, ensuring excellent electrical safety.
    How high is the insulation resistance of this product?
    The insulation resistance is measured at ≥ 500MΩ, providing high-level isolation to prevent current leakage under high-voltage operations.
    Why is low contact resistance important for this connector?
    With a contact resistance of ≤ 0.3mΩ, the connector minimizes energy loss and limits heat generation, which improves overall power efficiency and safety.
    What is the maximum temperature rise allowed during operation?
    The temperature rise is strictly controlled at ≤ 45K, ensuring the connector remains stable and safe even during prolonged high-current transmission.