RSE112061-S

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RSE112061-S Application Field and Working Principle

RSE112061-S is a type of Relay Socket. It belongs to the family of Pneumatically actuated mechanical Sockets. This type of socket is used to control and/or activate devices in industrial applications. It can be mounted directly onto the panel or wall. It is ideal for applications in HVAC, power maintenance, building automation, AI, machine control, etc. The RSE 112061-S is also known as a mechanical input/output device.

A relay socket is a type of switch which mainly uses electromagnetic force to control its operation. It works by applying an input voltage to two terminals, and when the voltage is applied, an electromagnet will be energized. The energizing of the electromagnet creates a magnetic field which pulls a switch armature up against its spring-loaded contact. Relay sockets are used to control low voltage or high voltage devices.

The RSE112061-S has a body consisting of impact-resistant polycarbonate and a cover made of ABS material. It is equipped with two bimetallic sensors which open and close the contacts automatically when the temperature rises or falls. To ensure a reliable operation, the contacts are silver plated and have an excellent contact force. This type of socket also features a differential switch which allows the protection of coils against overvoltage or short circuits.

The RSE112061-S is ideal for applications where a fast response time is required, since the switch armature will be actuated immediately upon energizing of the electromagnet. This type of socket is also very versatile since it can be used to control both DC and AC circuits. The rated load for this socket is 5A/250V AC and it has a minimum contact resistance of 50 mΩ. It has an operating temperature range of -40°C to +80°C and a rated insulation resistance of ≥1000MΩ.

The RSE112061-S is a highly reliable socket owing to its robust construction. The contact elements are made of high quality materials, and the contacts are silver-plated to ensure reliable operation. The use of differential switches also ensures that the relay is protected against overvoltage or short circuits. This type of socket is also compatible with a wide range of inputs and outputs, making it an ideal choice for a variety of applications.

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