MTMM-142-14-G-D-600

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MTMM-142-14-G-D-600 is a rectangular electrical connector, commonly referred to as a header. This device is a multi-pin connector with two rows of pins, 14 in each row. This is designed for high-current applications and can carry up to 600 volts and 15 amps.

This type of connector is often used in industrial and automotive settings, such as for motor drive systems, power tools, lighting, and motor control systems. It is also popular in consumer electronics, where it is used to join components in a variety of equipment, such as laptops, cell phones, and other mobile devices.

Working Principle

MTMM-142-14-G-D-600 headers are designed for use in a variety of electrical connections. This type of header features two rows of 14 pins in a two-piece rectangular design. To make a proper connection, the pins on the header must be aligned with the mating pins on a mating connector, and the header must be secured tightly to the mating connector.

The header is held in place by two rows of screws, with a total of 28 screws. The screws are tightened to ensure that the pins on the header are securely seated in the mating connector. The pins and holes of the two connectors must make contact in order for a successful connection to be made.

In order to ensure the highest level of reliability, the header should be constructed of an appropriate material. Common materials used in the manufacture of this type of header include copper, stainless steel, aluminum, brass, and plastic.

The header should also be protected from environmental factors that could potentially interfere with its operation. Protection can be provided by sealing the header with a hot-melt adhesive or by using a rubber housing or a sleeve.

MTMM-142-14-G-D-600 headers provide a reliable connection for a variety of electrical systems. The headers are easy to install, and their two-piece design allows them to be used in a wide variety of applications. They are an excellent choice for high power applications, and their robust construction ensures maximum reliability.

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