HM2R87PA8100N9

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HM2R87PA8100N9 is a type of backplane connector which is used extensively in industrial environments. It is classified as a “Hard Metric” connector, and is designed to be compatible with either a 9.537 mm or 20.32 mm centerline. This is an important distinction as it will allow users to choose the connector type which best suits their application and needs.

Standard backplane connectors are typically available in two sizes: full size and half size. The size of the connector is determined by the centerline measurement (measured in mils) – the distance from the center of the connector pin to the center of the adjacent pin. The HM2R87PA8100N9 connector is a full-size Hard Metric connector with a centerline measurement of 9.537mm. The connector has a total of 8 pins and can accommodate a power/ground wire on one side.

Due to its robust design and sturdy construction, the HM2R87PA8100N9 is ideal for applications where durability and reliability are a must. Its Hard Metric design ensures that it will remain mechanically reliable in the toughest environments. The connector is also RoHS compliant and is UL approved, making it a safe and reliable connector for a wide range of applications. In addition, the HM2R87PA8100N9 is IP67 rated, providing protection against water, dust, and other contaminants.

The working principle of HM2R87PA8100N9 is fairly straightforward, and it is similar to other Hard Metric connectors. The contacts are housed within a connector shell which is held together by screws. The contacts are then secured to the connector using a series of pins and sockets. When the connector is plugged in, the pins make contact with the mating socket and establish a secure connection. The connection is then maintained by the electrical contact force which is created when the pins and sockets are inserted into each other.

The HM2R87PA8100N9 is a versatile connector which can be used in a number of applications – from automotive and industrial control systems to telecommunications and networking. Its robust design and reliable performance make it an ideal choice for applications which require reliable connection in challenging environments.

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