Description:

The Neopower 120A Busbar Mount Receptacle is the definitive power interface for high-capacity energy storage systems. This heavy-duty panel socket is engineered to provide a direct, highly conductive link to your battery pack's main busbar, ensuring the most efficient and reliable path for 120A fast-charging currents. Its robust "Lock Copper Row" design creates a secure, low-resistance connection that minimizes heat buildup and maximizes performance. Designed for the front lines of power-dense applications, this receptacle is the cornerstone of a safe and ultra-efficient charging ecosystem when paired with a corresponding Neopower 120A plug.

Features:

• Direct-to-Busbar Connection: The "Lock Copper Row" design allows for secure, direct mounting to the battery busbar, offering the lowest possible contact resistance and superior thermal management.

• Extreme 120A Power Rating: Built to handle the massive, continuous currents of ultra-fast charging and heavy discharge cycles in large-scale energy containers.

• Rugged Panel-Mount Design: A durable four-hole flange ensures a secure, vibration-proof installation onto the chassis of a battery cabinet or power distribution panel.

• Pure Copper Contacts: Features silver-plated pure copper terminals to deliver maximum electrical conductivity and reliability under extreme thermal and electrical stress.

• IP68 Weatherproof Seal: Creates a fully dust-tight and waterproof connection when mated with its compatible plug, guaranteeing flawless operation in any environment.

• Color-Coded for Safety: Available in Red, Orange, and Black, providing a clear visual indicator for polarity to prevent dangerous wiring errors.

Application:

The foundational power connection for a wide range of high-current DC systems:

• Main power I/O for energy storage battery containers.

• High-current connection points for commercial and industrial BESS.

• Infrastructure ports for DC fast-charging stations.

• Power panels for industrial machinery and DC microgrids.

• OEM integration into high-power battery-driven equipment.

Parameters: