4-1617631-1

Signal relays are electrical switches that allow low-voltage electrical current to pass through a circuit on demand. These switches are typically triggered by an external electromagnetic field or another signal from a controller and they provide an interface between two separate circuits, which can be used to create higher levels of control and flexibility in a given system. The 4-1617631-1, is a signal relay designed to work with currents up to 2 amps, giving it the capability to handle more power and control heavier loads than other models in its class.

Application Field

The 4-1617631-1 is suitable for a wide range of applications, from switchboard operation, home automation and industrial control to the control of ventilation, air-conditioning and lighting systems. The field of applications also touches upon the medical sector, where the device can be used to control pumps and other equipment. This versatile signal relay can also be used in automotive applications, where it can handle the small but powerful electrical currents passed through integrated systems.

Working Principle

The device functions by utilizing an electromagnetic field to measure the electric current and then switching the current on. Whenever an electrical signal is detected on either side of the relay, the control system activates the magnetic field which then attracts the contacts inside. This contact movement then allows the electricity from one side to pass to the other and vice versa. The impedance of the signal relay is greater than that of a regular switch so that it can attenuate the electrical signal to prevent too much current from passing through the circuit and damaging other components.

Conclusion

The 4-1617631-1 is a high-powered signal relay that is designed to handle electrical current up to 2 amps. It is suitable for a wide variety of applications, such as switchboard operations and home and industrial control, and provides an interface between two circuits with flexible control. The device also features an impedance greater than that of a regular switch in order to protect other components from dangerous levels of current.