917500-3

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The 917500-3 is a Rectangular Connector and is a combination of a header and male pin. It is designed for use in combination with the 917500-2 header making a pair. It is a cost effective interconnect solution with a current rating of 5 Amperes and is UL rated. This combination fits .093" mounting holes and is ideal for thick-wall boards and tight locations.

The 917500-3 is also available with a tin finish, providing increased resistance against corrosion. This is suitable for both power and signal applications, providing reliable performance and service life. It can also be used with other standard and custom headers.

The 917500-3 is designed for a wide range of applications, such as internal wiring for computers, telecoms, instrumentation networks, control systems, medical equipment, printers, monitors, and more. It can also be used for panel mounting. It is suitable for both standard and industrial applications.

The 917500-3 works by using a pair of headers and male pins; one part of the pair is a header which has an insulator attached, while the other part is a metal male pin. The male pin is designed to ensure a solid connection between the two and is typically provided with solder tails. The header has two rows of pins to establish a good connection, while the male pin is slotted into the header. The connection is then held securely in place with a locking tab.

The 917500-3 is designed for quick installation and is suitable for high-speed intermittent applications. The combination is also designed to reduce the risk of shorts and to reduce the risk of EMI/RFI interference. It is also available with an optional bracket, which provides stability for the connector and makes it easier to install.

The 917500-3 is a reliable and cost-effective rectangular connector designed for a wide range of applications. It is UL rated, has a current rating of 5 Amperes, and is suitable for thick-wall boards and tight spaces. It also offers the advantages of quick installation, increased resistance against corrosion, and reduced risk of shorts and EMI/RFI interference, making it an ideal choice for a range of applications.

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