0160362880 - ESAB OKC 25 Female Cable Connector (10-25mm²)

Reliable Power Transmission with ESAB OKC Connectors

The ESAB OKC 25 Female Connector (SKU: 0160362880) is a premium welding cable accessory designed to ensure safe and efficient power transmission in professional welding environments. Engineered by ESAB, a global leader in welding and cutting equipment, this connector is built to meet rigorous industrial standards. It is specifically sized for welding cables with a cross-sectional area ranging from 10mm² to 25mm², making it an ideal choice for light to medium-duty welding applications where flexibility and reliable connectivity are paramount.

The connector features a robust brass body that guarantees excellent electrical conductivity, reducing resistance and preventing overheating at the connection point. This efficiency is critical for maintaining a stable arc and ensuring consistent weld quality. The internal design allows for a secure mechanical connection to the copper strands of your welding cable, ensuring that the current transfer remains uninterrupted even during movement or manipulation of the leads.

Externally, the OKC 25 is protected by a high-quality rubber sleeve. This insulation is formulated to resist common workshop hazards, including oil, grease, ozone, and high temperatures. The sleeve not only protects the operator from electrical shock but also shields the metal connector from physical damage and debris. The bayonet-style locking mechanism is a standard in the industry, allowing for a quick, quarter-turn connection that locks securely into place, preventing accidental disengagement while allowing for rapid setup and teardown of equipment.

Whether you are assembling new welding leads or repairing existing equipment, the ESAB OKC 25 Female Connector offers the durability and precision required for professional results. Its compatibility with standard DINSE-style male connectors ensures it can be integrated into a wide variety of welding setups, providing versatility alongside its superior performance.