MTSW-136-08-F-D-110-RA

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MTSW-136-08-F-D-110-RA is a type of rectangular connectors - headers, male pins incorporated into the mechanical structure, designed for use in hazardous applications. These headers have 8 pins embedded in a single row-of-8 pattern, so that the current path is somewhat organized by its circular shape. It also features a locking plug which helps to keep the pins secured before the connection starts. The MTSW-136-08-F-D-110-RA is also tactilely designed with finger-safe properties.

The MTSW-136-08-F-D-110-RA is designed to securely connect two devices together. It is capable of transferring high current flow and can withstand a high voltage. Generally, an MTSW-136-08-F-D-110-RA is used to transmit power from a wall outlet or power supply to a system or device, including lights, batteries, electrical motors, switches, and more. It also enables the control of data, by sending and receiving signals.

The working principle of an MTSW-136-08-F-D-110-RA is based on the four main components: the male pins, their slots in the headers, the housing, and the locking plug. The male pins are where the electrical current flows through the connector from one device to the other. The slots in the headers help to keep the male pins in place. The housing protects the pins from any external damage while the locking plug acts as an extra security measure to keep the male pins in place.

An MTSW-136-08-F-D-110-RA is used in various applications that require safe, reliable, and secure connections. It has been successfully used in aerospace, military, and automotive applications, among others. It is also widely used in commercial and industrial applications such as wind turbines, building automation systems, security systems, elevators, robotics, and telecommunications.

The MTSW-136-08-F-D-110-RA is an effective, reliable, and secure connector meant for hazardous applications that require safe and consistent transfer of electrical power, data, and signals. It is designed to provide secure, efficient, and reliable power connections without risk of shorting or damaging the devices or external environment.

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