M2113JCFW02

Rocker Switches

The M2113JCFW02 Rocker Switch is a compact switch that is both easy to operate and cost-effective. It can be used in various applications where you need to quickly and efficiently switch between two different settings or modes. Its unique design makes it desirable in auto, marine, and commercial applications as it is both affordable and very reliable.

Application Field

The M2113JCFW02 Rocker Switch is ideal for use in a variety of settings including automotive, marine, and industrial applications. It\'s easy to install and operate, making it the perfect switch for a wide range of settings. It can be used for anything ranging from controlling a motor, a fan, or a light switch for example. Furthermore, it can also be used for controlling solar panel systems, sprinkler systems and boilers. Rocker switches are also commonly used on boats to switch lights, navigation equipment, and electrical systems from one setting to another.

Working Principle

A rocker switch works by having two internal contacts. These two internal contacts are connected to a spring-loaded, movable rocker arm. When the rocker arm is actuated, it creates an unchecked, mechanical, on-off switch. When the spring-loaded rocker arm is pushed up, it engages with the two internal contacts, causing electricity to flow through the switch. This is known as the “on” position. When the spring-loaded rocker arm is pushed back into the resting position, it disengages from the two internal contacts. This action causes the electricity to cease flowing through the switch, resulting in the “off” position.

Conclusion

The M2113JCFW02 Rocker switch is an economical, reliable and versatile switch that is perfect for a variety of applications, including automotive, marine and industrial applications. It is a spring-loaded, two-position switch that is easy to install and operate. It is ideal for controlling motors, lights, solar panel systems, and sprinkler systems. The on-off switch is actuated by a rocker arm which is pushed up to engage the two internal contacts, and pushed back to disengage the contacts and cease electricity flowing through the switch.