P22-4R-M

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P22-4R-M connectors are an industry standard, widely used to interconnect electronic equipment. They are commonly found in telecommunications equipment, automotive applications, industrial automation and consumer devices.

The P22-4R-M connector is a type of ring connector with four cavities. It is a four-pole, two-by-two, square cut-out, threaded connector, with internal contacts that provide secure, reliable signal path connections.

The connectors are constructed of corrosion-resistant copper alloy, and consist of a body and an insulated sleeve. The connectors are polarised to ensure correct alignment of the cavity contacts. The external housing of the connector has a knurled finish to aid grip when connecting and disconnecting cables. The P22-4R-M is also equipped with a latching mechanism for easy-grip and greater pull-out strength.

The body of the P22-4R-M consists of four cavities, each with internal contacts, which can accept up to two wires. The cavity contacts can accept up to 18AWG (0.75mm) wires. The contacts are plated with tin for superior corrosion resistance and are non-migratory, solderable and re-workable.

The four cavities of the P22-4R-M connector are also referred to as "poles". The poles are numbered from 1 to 4. Poles 1 and 2 correspond to one internal contact, and poles 3 and 4 correspond to the other. This ensures that the cavity contacts are correctly aligned, and that the circuit is properly extended.

The P22-4R-M connector is designed to be mounted on a panel or device chassis, which is typically made of metal or plastic. The connector is secured to the panel or device chassis with the use of screws. The ring-like design provides extra strength and the mounting screws ensure a secure fit.

The P22-4R-M connector is popular in a variety of applications as it is a reliable and robust solution for extending circuits. It is commonly used in industrial, telecommunications and automotive applications due to its secure and reliable signal path connections.

This connector is not suitable for use in high-voltage applications. However, it is suitable for low voltage applications where resistance to corrosion is important. Additionally, the connector is designed to operate at temperatures ranging from -55 to 85°C.

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