7-1617785-9

Over 2 Amps

The 7-1617785-9 is a series of power relays that, when provided with an input signal, are capable of switching an electrical circuit in over 2 amps range. This relay is made up of a capacitor, a coil, and a relay switch. Input signals, such as a magnetic or electric field, are applied to the coil to energize it. When the coil is energized, it draws current from the capacitor and the relay switch is activated, allowing current to be switched through the circuit.

Application Field

This series of power relays is used to control circuits in a wide variety of different applications. This includes switching of lights, motors, pumps, and other electrical equipment. It is also used for control of multiplexers in automotive, industrial, and commercial applications. It can be used in combination with control circuits to allow for greater flexibility in circuit control and design.

Working Principle

The working of the 7-1617785-9 relay is simple. It relies on an input signal to activate the relay switch. The input signal can be either a magnetic field or an electric field. Once the signal is applied, the coil inside the relay becomes energized, using current drawn from the capacitor. This energized state causes the coil to attract the relay switch, allowing current to flow through the circuit in the desired manner.

Once the input signal is removed, the relay switch is no longer energized and the current flow in the circuit is reset. This ensures that the circuit is shut-off and the appliance is effectively turned off. The resetting of the current also allows the relay switch to be reset for the next use.

Conclusion

The 7-1617785-9 is an excellent choice for switching circuits in a range of 2 amps and above. Its simple design makes it easy to install and operate, while the ability to easily control multiplexers makes it ideal for many applications. Its reliable operation and low cost makes it an excellent choice for a wide variety of applications where reliable operation and cost effectiveness are important.