2-1618006-6

Power relays are electrical components which, when triggered, will switch on or off another electrical system. The 2-1618006-6 power relay is a type of relay which can handle more than 2 amps of current. Its purpose is to provide a way of switching on and off larger electrical currents within the safety of a power system, away from the user. In this article, we will discuss the application field and working principle of the 2-1618006-6 power relay.

What Applications Does the 2-1618006-6 Power Relay Have?

The 2-1618006-6 power relay is used in a variety of applications in different industries. In general, its application fields include providing a current connection in circuits with large currents, in machines that require a large current, or in situations where a user needs to be able to switch circuits with larger currents on or off from a safe distance. In particular, the 2-1618006-6 is often used in automotive industry, manufacturing industry, HVAC industry, and industrial/electrical control systems.

How Does the 2-1618006-6 Power Relay Work?

The 2-1618006-6 power relay works on the principle of electromagnetism. Each relay has a coil embedded with magnetic material that, when triggered, generates an electromagnetic field. This field interacts with an armature, which causes it to move and open or close the pair of contacts that controls the current flow. Each contact has a corresponding spring, which reduces the current when it reaches the contact point and prevents sparks and arcing.

The current through the coil is triggered by a current sent from a circuit, such as a circuit board. When this current is known as the “forward voltage”, the electromagnetic field is generated and the armature is moved. When the forward voltage is turned off, the current through the coil goes away, the electromagnetic field goes away, and the contacts close again.

Conclusion

The 2-1618006-6 power relay is a powerful and useful electrical component. It is capable of safely handling currents of more than 2 amps and is used in a variety of different applications. Its working principle is based on the interaction between an electromagnetic field and an armature, which results in the opening and closing of the relay’s contacts. With its use, users can control larger electric currents, without the danger of sparks or arcing.