G79-I175C-150-MN

When a user needs precision control of a system, such as propulsion systems, radar, or a variety of similar applications, the G79-I175C-150-MN cable assembly is often the best choice. This assembly allows a user to connect components from various manufacturers with the high performance and efficiency needed for these mission-critical systems.

The G79-I175C-150-MN assembly is designed to meet the highest safety standards when systems are exposed to harsh environments and demanding applications. Rated for 500V maximum, the assembly features a robust, dielectric isolation to protect the user from electrical shock and is UL / CUL listed for safety and peace of mind.

For applications requiring precise control and connection of different components, the G79-I175C-150-MN provides an ideal solution. The assembly includes up to seven conductor wires. Each conductor is individually insulated with flexible, color-coded, corrugated Teflon insulation for durable and reliable performance. This design also prevents signal interference from one conductor wire to another.

The assembly also features a metal sleeve that provides a secure connection between the two modular components. This increases the durability of the connection and reduces cable stress. In addition, a metal shield of tin-plated copper braid is wrapped around the sleeve, providing up to 200 volts of electrostatic protection. Finally, the cables are sheathed in a durable outer material, providing additional protection.

The working principle of the G79-I175C-150-MN assembly is straightforward. A signal is sent from one device to another through the conductive wires. As the signal is transferred, the insulation protects it from interference. This system also provides protection against electrical shock safety and eliminates noise interference.

The G79-I175C-150-MN cable assembly is the ideal solution for applications that require precise control and connection of different components. It offers users a rugged design, durable insulation, and protection against electrical shocks and interference. Thanks to its high performance and efficiency, this assembly is a popular choice for a variety of mission-critical systems.