HMTSW-221-10-G-T-225-RA

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The HMTSW-221-10-G-T-225-RA is a rectangular connector – header, male pin configuration and is used in two main application fields. Firstly, it is most commonly used to connect cables for DC power, signal and control systems in industries ranging from telecommunications and telecommunication systems, and audio and video applications. Secondly, it is used to connect an alternator, motor or similar device to power a variety of electronic instruments on factory floors and for process control applications.

The connector is constructed from a polycarbonate insulator mounted on a zinc die-cast base. It features two rows of 10 pins which have a brass pin base and are plated with either tin or gold. The pins are machined with an internal thread to allow for the connection of mating connectors. The base of the connector includes an external thread for the attachment of the protective housing. The insulator is secured by four screws on the back.

The HMTSW-221-10-G-T-225-RA connector is designed to be connected to mating connectors with standard threads. It is designed to provide a secure connection without the need for soldering. The connector meets the requirements of UL 94-V0 for flame retardance and is rated to a maximum current of 5 amps and maximum voltage of 260 volts.

The working principle of the HMTSW-221-10-G-T-225-RA is based on electrical contact between the connector pins and mating particle. The pins have a low contact resistance and are designed to provide an electrical connection that is stable and secure. The pins are also designed to reduce electrical arcing and have a long service life. The insulator and zinc die-cast base provide insulation and mechanical stability.

The HMTSW-221-10-G-T-225-RA connector is ideal for use in a variety of applications in the telecommunications, audio and video, and process control industries. Its rugged design and secure connection make it an ideal choice for many applications. Its low contact resistance and flame retardant construction make it a safe and reliable choice for use in power, signal and control systems.

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