AOLD36620DNUG

Pushbutton Switches

An AOLD36620DNUG is a type of pushbutton switch specifically designed to allow more modular control over circuits. In its most basic form, a pushbutton switch is a simple switch composed of two terminals, an actuator, and a body. When a user presses the actuator, the terminals become connected and the circuit is closed. The AOLD36620DNUG introduces an innovative twist on this design and provides an ideal solution for those seeking greater application flexibility.

Application field

The AOLD36620DNUG offers a broad range of applications from industrial and commercial premises to OEM applications. The switch can be used to control a variety of different functions and processes, ranging from simple on/off functionality to complex, multi-stage control processes. The switch can also be used to control ventilation and air conditioning, as well as providing overload protection and short circuit protection with external overload relays.

Working Principle

At its simplest, the AOLD36620DNUG is a spring-loaded, two-position switch with its two terminals connected together. When the actuator is pressed, the terminals are forced apart and the contacts are made. This action occurs when the actuator is pushed down, which causes the actuator to flex and push the terminals apart. As soon as the actuator is released, the terminals are reconnected and the circuit is completed. The actuator interaction with the terminals is also very reliable and consistent, as the force needed to separate the terminals remains constant.

Internally, the contacts used in the AOLD36620DNUG are made from high-quality, silver-alloy metals. This ensures that the contacts produce low electrical contact resistance which, in turn, reduces the chances of arcing or sparking and allows a high-switching duty. This high-quality construction also ensures that the contacts are highly durable and will last a long time.

Conclusion

The AOLD36620DNUG is a unique pushbutton switch that offers unusually high modularity and flexibility in applications. It features a two-position, spring-loaded design that allows for rapid and reliable control over various systems and processes. Internally, the switch is equipped with high-quality contacts that provide low contact resistance and long-lasting performance.