M20-9761046

The M20-9761046 connector is a rectangular connector, head pin male pin. It is a component commonly used in various fields, such as the automotive, communications, medical, and industrial automation industries. This connector is constructed to last and its design features compliance to the maximum standards set by global connector makers that allows for easy installation and reliable operation.

The M20-9761046 connector uses an indexing "key" of 2mm, with a shrouded header assembly that uses 90° headers and pin headers. It features a stranded conductive pin, and ANSI/NEMA WC75 specifications are followed for all hardware, headers, and connectors. This connector has a nominal current rating of 10A, an insulation resistance of 1,000M ohm-m (min), and a dielectric strength of 750V AC.

Due to its design and features, the M20-9761046 connector is well-suited to applications in areas where cable needs to be robustly secured or require electrical conductivity but also need to be easily removed. For example, this connector is popular for automotive tail lamps, fuel injectors, fuel tanks, air conditioning units, and other electronic components.

The working principle of the M20-9761046 connector is based on electrical contact between a male pin and its corresponding female socket counterpart. The male pin has a molded tip design which ensures secure electrical contact to the female socket. When the two connectors are mated, the male pin is inserted into the female socket first and the spring loaded contact in the end of the pin ensures good electrical connection between the male and female connectors. The straddle type contact on the female socket interface then provides a secure connection as well as provides strain relief for the connectors.

The M20-9761046 connector is an efficient, reliable, and long lasting solution for electrical connections in a variety of industries. Its design and features make it ideal for applications where robust and secure connections are required and when electricity needs to be conducted reliably but with flexibility for safe removal.