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

Power Relays, Over 2 Amps

A 2825403 relay is a special kind of device used in power applications where high currents need to be switched. Its distinguishing feature is its capacity to handle a high current load. The 2825403 relay was designed specifically for powering telecommunications equipment, industrial electronics, and computing applications. This article will discuss the application field and working principle of the 2825403 relay.

Application Fields

A 2825403 relay is primarily used to switch electrical currents for telecom, industrial, and computing applications. It is well suited to these applications, as it can handle high current loads and maintain a secure connection from the power supply to the load.

More specifically, a 2825403 relay can be used in high-current DC power applications. It can also be used in AC power applications, as long as the voltage and current requirements are compatible with the relay. It can also be used in high-voltage (HV) AC power applications.

Furthermore, the 2825403 relay can be used in applications which require high temperature cycling and operations in a hostile environment. It is designed to handle temperatures ranging from -40 degrees Celsius to +85 degrees Celsius, and can be used in environments with large amounts of dust, moisture, and vibration.

Finally, the 2825403 relay is often used in industrial environments which require frequent power switching. It is robust and reliable in these situations, providing secure switching between the power source and load devices.

Working Principle

The 2825403 relay is a solid state device, meaning it is made of transistors, resistors, and other solid state components. As such, it relies on the principles of electronics to function properly.

When the relay is activated, an electrical current is sent through the device. This current then passes through the transistors and resistors inside the relay, switching the connection between the power source and the load.

When the relay is switched on, the electrical current passes from the power source to the load, causing the load to be activated. When the relay is switched off, the reverse happens – the electrical current is passed from the load to the power source, and the load is disabled.

The 2825403 relay is also designed to protect the load device from being damaged due to any high currents being passed through it. If the load device is ever in danger of being damaged due to an excessive current, the relay will cut off the flow of current to the load immediately, thus preventing any potential damage.

Conclusion

The 2825403 relay is a device specifically designed for power applications where high currents need to be switched. Its primary application field is telecom, industrial, and computing areas, and it is well suited for use in these contexts. Additionally, the 2825403 relay is designed to handle high temperature cycling and challenging operating environments. Finally, it operates on the principle of electronics, with the power source and load devices being switched when the relay is activated or deactivated.

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