942082999-74

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The 942082999-74 application field and working principle is a type of connector which has been designed for use in aerospace and defense industries. It is a high performing connector with an insulation resistance of 100 mΩ and a voltage rating of 6900 volts. It is able to handle up to 876 watts of power withstanding harsh environmental conditions. It has a durable malleable construction and can be easily adapted to fit any application.

The 942082999-74 connector has a male to female gender and is available in both right and left angle configurations. It is also available in both straight and tapered thread formats. It can be used to connect electric cables, connectors, and other devices, and is suitable for use in medium to large applications. The connector has an insulation resistance of 1000 MΩ and can operate at temperatures between – 40° C to + 85°C.

The 942082999-74 connector is designed to meet high strength and vibration requirements, providing reliable electrical connections. It is used in application areas where environmental stress and vibration resistance are key considerations. It is typically used in automotive, industrial, communications, medical, and military applications, all of which require robust electrical connections.

The working principle of the 942082999-74 connector consists of a threaded barrel housing. The male or female end of the connector is inserted into the barrel housing, creating a connection between the two. The threaded barrel makes it easy to connect and disconnect the male and female ends of the connector. The connection is secure and reliable, and can withstand high vibration and various temperature changes.

The 942082999-74 connector is highly reliable and can provide an efficient connection between two components. Its malleable construction allows for easy installation and connection between two components. The connector can withstand vibration and a wide temperature range, making it suitable for many applications. It is an ideal choice for use in aerospace and defense industries, automotive, industrial and communications, medical, and military applications.

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