The WKDQ Welding Cable Plug Socket Connector Waterproof IP68 Wk11 Docking Threaded Bayonet is a specialized connector designed for welding applications that require a high level of protection against water and dust ingress.
The WKDQ Welding Cable Plug Socket Connector Waterproof IP68 Wk11 Docking Threaded Bayonet is a specialized connector designed for welding applications that require a waterproof and secure connection. Let's look at its key features:
Welding Cable Plug Socket: The connector consists of a male plug and a corresponding female socket specifically designed for welding cables. These connectors are typically designed to handle high currents and provide a reliable electrical connection for welding equipment.
Waterproof IP68 Rating: The IP68 rating indicates that the connector is highly resistant to dust and can withstand continuous immersion in water beyond 1 meter (approximately 3.3 feet) for a specified duration. This rating ensures that the connector is protected against water ingress and can be used in wet or outdoor environments.
WK11 Docking Threaded Bayonet: The connector features a WK11 docking threaded bayonet mechanism. The bayonet design provides a secure and quick connection between the male and female parts of the connector. It typically involves a twisting motion to lock the connection in place, ensuring a tight and reliable seal against water and other environmental elements.
Overall, this welding cable plug socket connector is suitable for welding applications where a waterproof and robust connection is required. The IP68 rating guarantees protection against water and dust ingress, while the WK11 docking threaded bayonet ensures a secure connection.
Coupling | Threaded Coupling |
Shell material | PC, Nylon66, fire resistance: V-0 |
Insert material | PPS, max temperature 260 ℃ |
Contact material | Brass with gold plating |
Termination | Solder |
Cable outer diameter range | 4-6.5mm |
IP rating | IP68 |
Mating cycle | 500 |
Temperature range | -40℃ ~ + 85℃ |
Insulation resistance | 2000 M Ω |