1563190-1

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The 1563190-1 Connectors are high vibratory connector shells, designed to mate with two electrical connectors on a printed circuit board. The shells are available in straight and right angle configurations and are designed to accommodate up to 10 contacts in Contacts and 6 contacts in Contacts. The connectors are designed to meet application requirements of automotive, off-highway, industrial, medical and transport sectors.

The 1563190-1 Connectors are manufactured as part of a modular system consisting of a plastic housing, a gold finger receptacle, a plastic board mounting, and a range of contact designs and plugs. The modular design allows engineers to customize and reduce the cost of the product by selecting the fewest number of components to meet their requirements. The product can be built to a variety of standards, including, but not limited to UL 94V-2, RoHS, and ISO 2041. The product is also reliable and has an excellent vibration resistance.

The 1563190-1 Connectors are designed for use in harsh environments where dust, moisture, and vibration can affect the contact life. The modular construction of the connector allows the user to select the contact material, number of contacts, and board mounting configuration based on their application requirements. The contacts are available in stainless steel and gold alloys. The headers are also available in straight and right angle configurations with various plating configurations.

The 1563190-1 Connectors feature a high level of flexibility when it comes to the contact design and board mounting. The modular design allows the user to select the contact material, number of contacts, and board mounting configuration based on their application requirements. The contactless design permits easy connection and disconnection of the connectors. The automating design of the housing also allows installation of the connectors without special tools, and the low profile of the shells makes them ideal for space limited applications. The quick disconnect feature enables easy disengagement of the connectors from the printed circuit board.

The 1563190-1 Connectors are available with several contact arrangements. These include SMT, THR, and SMT/THR configurations to meet the need of any application. The contact layout is designed to ensure that the pins are exactly aligned with the holes and have minimum interference with the adjacent pins. The SMT contact arrangement enables multiple rows of contacts on the same plane. The THR contact arrangement allows multiple contacts to pass through the same hole.

The 1563190-1 Connectors use an automatic interconnect mating technology. This technology enables a positive latch to ensure a secure and reliable connection between the connectors. The contact arms are designed to provide maximum contact pressure to ensure a stable connection. The product is also designed with a unique keyed slot which helps prevent mis-wiring. The shell material is designed to resists aging, heat, moisture, and chemicals, thus providing reliable operation in harsh environments.

The 1563190-1 Connectors offer a wide range of features and benefits for use in various industrial applications. The product is designed to meet a variety of application requirements, such as in automotive, off-highway, industrial, medical and transport sectors. The slim design ensures a low profile, while the latch mechanism and contact arms provide a secure connection between the connectors. The connector also features a quick disconnection system providing unmatched levels of convenience and flexibility.

The 1563190-1 Connectors are the ideal choice for any type of application, providing reliable performance and a wide range of features and benefits. They are suitable for use in harsh environments where dust, moisture, and vibration can affect the contact life. The modular design allows the user to customize and reduce the cost of the product by selecting the fewest number of components to meet their requirements. The product is also reliable and has an excellent vibration resistance.

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