5601699

Series:	RMOB-JR
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Socket
Moisture Sensitivity Level (MSL):	--
Number of Positions:	8
Mounting Type:	DIN Rail
Termination Style:	Screw Terminal
For Use With/Related Products:	Relays, 8 Pin Octal
Features:	--

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Relay Sockets

5601699 Application Field and Working Principle

Relay sockets, also known as plug-in relays, are mechanical switching devices operated by an electric voltage, typically 12 or 24 volts, that switch current from one circuit to another, or to an existing circuit. The voltage is applied through a socket set, which is a type of outlet designed to accept a plug-in relay and provide a secure and reliable connection for the relay to work properly.Relays are widely used in industrial settings, from controlling motors to controlling heating elements, to controlling lighting arrangements. They are commonly used in home automation, where one switch can control an entire room of lights. As the name implies, the plug-in relay is designed to be inserted into a socket and is often sold together with the socket set.There are several types of relay sockets that are currently available on the market. The two main types are the screw-in and the turret type. The screw-in type is the most common and typically consists of a single connection point with a nut that has to be tightened by hand to secure it in place. The other type is the turret type, which has multiple connection points and typically requires specialized tools and specific installations such as panel mounting or recessing.The working principle of each type is similar in that the electric voltage is applied to the socket set, which allows the relay to make the appropriate connections to control the desired function. In the case of screw-in relays, the electrical band is tightened to the material with which the socket set is connected. This results in an increase of the magnetic field around the connection point, thus allowing current to flow to the contacts and activate the output.In the case of turretted relays, the voltage is applied to the terminals on the sides of the socket and is regulated by a spring-loaded contact that provides an adjustable gap between the contact and the socket. When the voltage is applied to the gap, the magnetic field around the contact increases and forces the contact to move to one side, thus allowing current to pass through the connection and activate the output.In both cases, the socket set is designed to ensure a reliable current connection, which is essential in order to ensure that the relay will work properly and safely. In addition, the socket set must be certified to ensure safety standards and must have a test report available to guarantee that it is compatible with the relay in the desired application. This is why it is important to choose the right socket set for the application, as well as making sure that it is suitable for the desired voltage.Relay sockets are a workhorse of the electrical industry and are used in a wide variety of applications. Their simplicity and low cost makes them an excellent choice for both residential and industrial use. They are also easily integrated into existing systems, providing an efficient and cost-effective solution for controlling equipment in many settings. With the right socket set and the proper wiring, they can be used to provide the necessary control to a variety of devices.

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