FTR-128-55-G-S

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Rectangular Connectors - Headers, Male Pins

FTR-128-55-G-S is an electrical connector developed according to industrial size standards. It uses gold-plated contacts inserted in a polyamide shell to achieve reliable electrical connection. It is widely used in medical, automotive and many other industries.

FTR-128-55-G-S can be used for mated connections in a wide variety of applications from office equipment and robotics to power monitoring and communication systems. Its design provides strength and reliability against vibration and shock, and offers wide applicability even in harsh and corrosive environments. In addition, FTR-128-55-G-S is equipped with strain relief and polarization features, as well as electrical screening to avoid cross talk and crosstalk contamination, ensuring reliable electrical connection.

The working principle of FTR-128-55-G-S is based on the insertion of the male pin into the female socket. The electrical contact is made through a gold-plated contact that is placed in a polyamide shell (or insulation shell). The gold contact is the most corrosion resistant because it does not oxidize and has a low contact resistance. When the male pin is inserted into the female socket, the contact forces the internal spring to push the gold contact away from the shell side and into contact with the male pin.

The female socket is typically a IDC (Insulation Displacement Connector). These are designed to firmly grip the conductors and ensure a reliable electrical connection. The contact force between the two pins is very strong, providing a reliable electrical connection while also making it easy to disconnect when needed. The metal spring inside the female socket provides extra protection against shock and vibration.

FTR-128-55-G-S is an affordable and reliable electrical connector. Its design and assembly make it ideal for a wide variety of applications, from industrial to consumer electronics. Its gold contact for better electrical reliability, its strain relief and polarization features, and its electrical screening make it a preferred choice for use in electronic products. Its ability to resist shocks, vibration, and corrosion make it an ideal connector for use in many industries.

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