8876220000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Relay Sockets

Relay Sockets are small, lightweight devices that can be used to replace complex wiring and controls. They are equipped with a variety of features, such as switching relay contacts, providing easy-to-install outlets, external logic control, and digital displays that indicate whether the relay is activated or not. Relay Sockets are designed to support the control and automation of many different kinds of electrical and electronic components.

8876220000 Application Field And Working Principle

Relay Sockets can be found in numerous industrial and commercial applications such as industrial automation, energy management systems, home and building Control, process automation, light controls, fieldbus systems, and many more. In order to understand the application field and working principle of 8876220000 type relay socket, a brief overview of its features and components will be provided in the following.

Features and Components

The 8876220000 Relay Socket features a 6 pin header terminal design that can support a wide range of devices, including relays, diode circuits, and other components with similar characteristics. The relay socket has an operating voltage of 220 V AC/5 V DC and is capable of supporting a maximum current of 10 A. The electromagnetic relay has a switching time of 5 ms and a mechanical life expectancy of 100,000 times.

The 8876220000 Relay Socket has 3 separate coils, one for the main coil and one for each of the secondary coils. The main coil can either be energized or de-energized, depending on the application, while the two secondary coils allow for additional functions to be controlled. The relay socket also has 3 separate semiconductor switches, which are used to control the various states of the relay. Finally, it also has an LED indicator which illuminates when the relay is energized, providing visual feedback.

Working Principle

When the 8876220000 Relay Socket is energized, the main coil becomes energized and the secondary coils remain open. At this point, the 3 semiconductor switches are off, and no current is passing through the relay. When the appropriate voltage is applied to the main coil, the relay is energized and the 3 semiconductor switches become active, allowing the current to pass through the relay. The current is then routed to the appropriate state of the relay, allowing for the desired action.

In order to de-energize the relay, the secondary coils must be closed, which can be done by reducing or removing the voltage applied to the main coil. Once this is done, the 3 semiconductor switches are turned off and the relay becomes de-energized. Additionally, the LED indicator also illuminates when the relay is energized, providing visual feedback.

Conclusion

In summary, the 8876220000 Relay Socket is a small, lightweight device that is designed to support the control and automation of many different kinds of electrical and electronic components. It features a 6 pin header terminal design that can support a wide range of devices, and has an operating voltage of 220 V AC/5 V DC and a maximum current of 10 A. It has 3 separate coils, one for the main coil and one for each of the secondary coils, and 3 separate semiconductor switches which are used to control the various states of the relay. Finally, it also has an LED indicator which illuminates when the relay is energized, providing visual feedback.

The specific data is subject to PDF, and the above content is for reference