46739-18/2

Circular Connectors - Accessories

Connectors are essential components in any electronic device, and circular connectors are among the most commonly used connectors. 46739-18/2 connectors are part of the broad range of circular connectors available in the market. These connectors feature a rugged design, making them suitable for harsh industrial and military applications. In this article, we will look at the applications and working principles of the 46739-18/2 connector.

Applications

46739-18/2 connectors are well-suited for industrial and off-highway applications. Owing to their rugged design, these connectors can accommodate a wide range of mating cycles and shock loads up to 550 lbs. Some of the applications in which these connectors can be used include power distribution, control signal transfer, instrumentation, and wired networking. Additionally, these connectors are ideal for applications in extreme temperature environments ranging from -55°C to +125°C.

Working Principle

The 46739-18/2 connectors feature an EMI shielded metal shell, which provides excellent shielding properties. The contact pins are made from gold plated copper alloy, which ensures long-term electrical integrity. The contacts are also designed to withstand up to 25 A of current. The connectors feature a self-aligning, rotatable coupling system, which allows it to be plugged in quickly and securely. Furthermore, a wide range of cable diameters (6.0 mm – 10.0 mm) is supported by the connector, and it is compatible with all standard cable assemblies.

Conclusion

The 46739-18/2 connector is a rugged and reliable connector, designed to work in harsh industrial and military environments. Its shielding capabilities, shock resistance, and temperature tolerance make it a great choice for applications in power distribution, control signal transfer, instrumentation, and wired networking. Furthermore, its self-aligning coupling system and support for a wide range of cable diameters allows for quick installation and a secure connection.