OZ-SS-124DM1,230

Power Relays are an essential component of electrical systems, providing automatic control of high current circuits through a low current circuit. The OZ-SS-124DM1,230 is a double-break power relay with a switching capacity of 2 Amps or more. It has various applications, making it a useful tool in a variety of industries and applications.

Applications

The OZ-SS-124DM1,230 power relay is commonly used in areas such as industrial automation, home appliance control systems, and lighting control systems. It can also be used in various automotive applications such as power window systems, antilock brake systems, headlight control systems, engine management systems, and in HVAC systems.

The OZ-SS-124DM1,230 power relay can also be used in medical applications such as medical bed control systems and X-ray machines, as well as in telecommunication systems, radio transmitters, and more.

Working Principle

The working principle of the OZ-SS-124DM1,230 power relay is based on a simple electrical switch. It consists of two terminals, the input terminal, and the output terminal. When the input terminal is energized, the output terminal is also energized, allowing high current to flow through the circuit. When the input terminal is not energized, the output is not energized, and the circuit remains inactive.

The OZ-SS-124DM1,230 power relay is designed to offer a number of advantages, including reliability, safety, and long-term performance. The relay is resistant to mechanical impacts, making it a reliable choice even in harsh environments. It also has a low contact resistance and handles a wide range of temperatures. Additionally, the OZ-SS-124DM1,230 power relay has a built-in thermal overload protection to prevent accidental short circuits.

Conclusion

The OZ-SS-124DM1,230 power relay is a double-break power relay with a switching capacity of 2 Amps or more. With its wide range of applications, it is an essential component for many different industries and applications. The OZ-SS-124DM1,230 power relay is reliable, safe, and has built-in thermal overload protection.