RSE116695-S

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Relay Sockets

Relay sockets are commonly found in industrial environments due to their unique ability to control large, alternating currents. They work by activating and deactivating external loads, such as motors, solenoids, contactors, or valves. RSE116695-S is an example of a relay socket and has a wide variety of applications.

RSE116695-S Features

The RSE116695-S relay socket is quite compact, measuring only 11.7 centimeters long and 7.6 centimeters wide. Despite its small size, the socket can handle alternating currents of up to 10 Amps and 277 Volts. It requires 12-24 Volts AC/DC power to operate and is resistant to excessive vibrations and impacts. Additionally, the socket is fitted with eight robust solder tags which facilitate wiring and installation.

RSE116695-S Working Principle

The RSE116695-S relay socket is designed to accept various types of alternating current in a wide range of frequencies. This is achieved by having two main parts, an electromagnet and a contactor. The electromagnet creates an electro-magnetic field which is used to open or close the contactor. When the contactor is in the open position, it disconnects the load from the power supply and when it is closed, the load is powered.

RSE116695-S Application Field

The RSE116695-S relay socket is used in a variety of applications that require the control of large, alternating currents. It is popularly used to control motors, solenoids, contactors, and valves in applications such as controlling the flow of liquids, powering pumps, or switching off appliances. This type of socket is also used to protect people, equipment, and machines from excessive current by automatically disconnecting them when the current goes above a certain level.

Conclusion

The RSE116695-S relay socket is a versatile and reliable component that is designed to control large, alternating currents in a wide variety of applications. It is compact and durable and is fitted with eight robust solder tags for fast and easy installation. The two main parts of a relay socket, the electromagnet and the contactor, work together to create an electro-magnetic field that is used to open or close the load, depending on the power supply.

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