6160.0005

Power entry connectors are widely used in industrial and commercial applications, including construction, medical equipment, audio/video production, and control systems. The 6160.0005 inlet and outlet modules are designed to provide a reliable and secure connection for electric power transmission in a variety of settings.

6160.0005 connector modules are designed with a robust housing, offer high temperature resistance, and have a UL-rated waterproof rating up to 65 A/160 V. This makes them an ideal choice for power applications in hazardous environments or with high power currents.

The 6160.0005 connector module is an inlet and outlet system comprised of a three-wire power cord, a pin-and-socket connector assembly, a ground lead, and a mounting hardware base. This assembly facilitates the transfer of power from the power source to the output device. The pin-and-socket connector has a secure, tight fit and can tolerate a wide range of voltage and temperature levels.

The ground lead is designed to prevent electrical shock by providing a dedicated circuit for the exchange of current. It also reduces electrical interference (or “noise”) in the power system. Without proper grounding, airborne electrical signals can cause interference in the system, leading to reduced performance and potential downtime.

The mounting hardware base supports the pin-and-socket connector assembly, improves installation times, and facilitates the connection of other components in the power system. This ensures a secure, stable connection and helps prevent power supply failure due to loose connection points.

The 6160.0005 inlet and outlet modules offer a wide range of features that make them a great choice for power applications. This includes their durability, high temperature resistance, tight fit, UL rating, and low-noise connection. With the right choice of components and mounting hardware, the 6160.0005 connector modules can provide a reliable and secure connection for electric power transmission in a variety of settings.