U23J16ZQE12

Rocking switches, also known as toggle switches, are an important component of most electrical and electronic circuitry. Often used as an actuator, they are usually either single-pole double-throw (SPDT) or double-pole single-throw (DPST). The U23J16ZQE12 rocker switch is an SPDT switch, suitable for use in a range of applications.

The U23J16ZQE12 rocker switch is an illuminated switch, and is available in several different models, such as the U23516ZQE12S, U23516ZQE12A, U23516ZQE12B and U23516ZQE12C. Each model is designed to perform a different task, and can provide illumination in accordance with the application requirements.

The U23J16ZQE12 rocker switch is capable of switching currents of up to 12 Amperes. It is constructed from a nylon injection molded housing, and is designed to deliver reliable performance in a wide range of temperatures. The switch can be used as a local switch in a range of applications, including appliances, tools, and lighting systems.

In terms of its working principle, the U23J16ZQE12 rocker switch utilises a physical mechanism which relies on the user to press down on the switch\'s lever. When the lever is pressed, a beam inside the switch opens the contacts, allowing the circuit to be completed. When the lever is released, a spring automatically disengages the mechanism, preventing any further current from flowing.

The U23J16ZQE12 rocker switch is also capable of providing external signalling and feedback. This is achieved through a variety of attachable components, such as indicator lights, warning bells or buzzers. Indicator lights are used to indicate the status of the circuit, and warning bells or buzzers can be used to provide audible warning of any dangerous conditions.

In summary, the U23J16ZQE12 rocker switch is a versatile SPDT switch, designed for a range of applications. It is capable of switching currents of up to 12 Amperes, and is suitable for use in a range of temperatures. Furthermore, it can provide additional features such as external signalling or feedback through the use of attachable components.