09142083012

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Heavy Duty Connectors, such as those featuring 09142083012, consist of specially designed electrical components created to make connections between two or more devices. The connectors have a wide range of applications, including a variety of industrial, automotive and manufacturing processes.

The 09142083012 is a 12-pin heavy duty connector that is designed to provide reliable electrical connections between large components. It is made of an alloy of copper and nickel, making it durable and capable of withstanding high temperatures and tough working conditions. The connector has an easy-to-use push-on design and is rated to 25A/380V.

The 09142083012 has two types of insert modules: male and female. Both are made from an alloy of copper and nickel and are fitted with a compression cap for secure connections. The male insert has 12 pins, which are arranged in two rows. The female insert has 12 holes that are inserted into a receptacle. The connection between the two can be secured using a variety of connectors, such as a locking nut or O-ring.

The 09142083012 also features a working principle. This principle states that when a voltage is applied to the connector, current will flow from the voltage source, through the connectors, and into the load. This current will cause the contacts within the connector to heat up, which will result in a conductive path being created. This will allow electrical energy to flow freely between the two electrical components.

The 09142083012 also features several safety regulations. The connector is designed with a maximum operating temperature of 80°C and a maximum current of 25A. The connector is also constructed so that it is environmentally resistant and will not corrode or become corroded by high temperatures or wet conditions.

The 09142083012 connector is an ideal choice for a variety of applications, including systems that are required to have reliable connections between large components. Its durable design and safety features make it a great option for industrial and automotive applications.

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