86805-019LF

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Rectangular connectors are the most common type of connector present in the market. The 86805-019LF is a type of rectangular connector and housing. It is a low profile two piece design allowing configuration and variation for optimal performance.

The 86805-019LF housing is made of four walls that form a rectangular shape, with two walls on the top and two on the bottom. These top and bottom walls are connected by two interior walls on either side. The walls are covered in a protective coating to keep out dust and other environmental contaminants. This housing can be configured for 2-10 contacts and supports up to 50 Amp current carrying capability per contact.

The 86805-019LF applictaion field encompasses a wide variety of uses in the automotive, consumer electronics, and industrial markets. Its slim yet durable design also makes it a suitable option for telecommunications and data communications products. The 86805-019LF’s design enables a wide range of configurations to meet specific application needs, making it a very versatile housing option.

The working principle of the 86805-019LF is quite simple. It uses a manual mating and un-mating technique. A male terminal is inserted into the female connector housing, and the contacts are pressed together to secure the connection. When the connector is no longer needed the connection can be broken by pulling the two connectors apart.

The 86805-019LF is a versatile and durable housing offering excellent electrical and mechanical performance in an ultra-slim design. It can be used in a variety of applications, from automotive to data communications, due to its adjustable depth and die cast construction.

The 86805-019LF housing feature makes it an excellent choice for applications where weight and space are at a premium. It is also easy to install and the connection is secure and reliable. This housing is available in different configurations and sizes, giving the user flexibility and making it easy to tailor the housing to meet specific application needs.

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