V23100V4512A000

Reed relays are electromechanical switches used to control the flow of electricity in many applications, including automotive, home appliances, telecommunications and industrial equipment. The V23100V4512A000 reed relay is a type of such relays used as a switching element in many automated processes. Its application field and working principle are presented in this article.

Application Field

The V23100V4512A000 reed relay is used for different applications. It has a 20 pin housing, which can be easily integrated into any existing systems. It could be used in automotive, including car starting, power steering, and airbags. It also finds applications in energy metering, industrial controllers, medical equipment, home appliances, and further commercial automation. In addition, the V23100V4512A000 relay can be used for controlling the pressure and flow of fluids, where the switching is electronical.

Working Principle

The V23100V4512A000 reed relay typically contains two main components. The first component is the electromagnetic coil, which generates an electromagnetic field when a small current is supplied. The current typically ranges from 0.05 to 0.5 A depending on the design of the relay. The second component is the reed switch. It is made of two thin metal strips, each of which is bent so that the switch contacts are separated in their normal state. When the electromagnetic field created by the coil interacts with the switch, a magnetic flux is created and the two metal reeds are drawn together to form a viable electric connection.

The V23100V4512A000 reed relay is a one-pole type through which one circuit is connected and disconnected in response to the coil\'s electromagnetic field. It has a working voltage of 155V, a voltage drop of from 0 mV to 8 mV, and a pick-up voltage of 1.5V to 2.5V. It has a maximum operating current of 1.5A, and a maximum switching power of 5W.

Conclusion

The V23100V4512A000 reed relay is a type of electromechanical switches used for controlling the flow of electricity in many applications. It is used in automotive, home appliances, telecommunications, industrial controllers, medical equipment, and with fluid control systems. It works on the principle of electromagnetic coils generating electromagnetic fields that attract two metal strips into a viable electric connection. It has a working voltage of 155V, a voltage drop of from 0 mV to 8 mV, a pick-up voltage of 1.5V to 2.5V, a maximum operating current of 1.5A and a maximum switching power of 5W.