PMV6-6RB-2K

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The PMV6-6RB-2K is a type of ring connector terminal, which is designed to make electrical connections to a range of devices or components. It is a versatile, reliable and cost-effective solution for connecting multiple devices together. The PMV6-6RB-2K is a six-pin connector with a backshell, which is designed to protect against ingress of dust and moisture.

In terms of its application field, the PMV6-6RB-2K is typically used in the industrial automation, robotics, and telecommunications industries. It is often used for applications requiring reliable and secure connections, such as automation sensors, control systems, and programmable logic controllers. Its versatility also makes it suitable for custom wiring assemblies, such as for automotive or home audio systems.

The PMV6-6RB-2K ring connector is designed for simple and reliable connection of multiple wires quickly and securely. It uses a die cast metal shell to protect and guide the wires as they enter the terminal. The backshell acts as a support and conductor for the electrical connections, and can be secured to a panel or equipment chassis. Additionally, an O-ring seal on the backshell helps to protect against any ingress of moisture or dust.

When it comes to working principle, the PMV6-6RB-2K terminal uses a crimp connection method. This involves inserting the wire into the rear of the connector, then using a crimping tool to secure the connection. The connection is held in place by the force of the crimp tool along with a specially shaped dielectric material in the center of the ring, which produces a tight connection between the wire and the terminal. The connection is then secured by the backshell, which is tightened and secured with a locking nut.

In conclusion, the PMV6-6RB-2K is a reliable and cost-effective ring connector terminal, designed for quick and secure connections. Its versatility makes it suitable for a range of applications in industrial automation, robotics, and telecommunications. The terminal uses a crimp connection method, which involves inserting a wire into the rear of the connector then using a crimping tool to secure the connection, which is held in place by a dielectric material and the backshell is tightened and secured with a locking nut.

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