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Rocker switches are common in the majority of applications, including domestic, industrial and automotive. They provide an economical and efficient way of operating electric circuits.

Rocker switches are two position switches. When the user turns the switch on, it sends a signal to the electrical circuit, allowing electricity to flow. When the user turns the switch off, the circuit is broken and electricity no longer flows. As with most other switches, rocker switches come in single pole, double pole and three position versions. This allows them to be used as on/off or multiple on/off switches, depending on the application.

Rocker switches can be readily distinguished from push button switches by their unique design. The rocker utilizes an oval or rectangular face plate and a pivoting action rocker to turn the switch on or off. The bush button style, which is typically round in shape, operates by pressing one end of the switch to close the circuit.

Rocker switches are available in a variety of sizes, shapes, colors and designs to suit different applications and settings. The most common type of rocker is rated for 10 amps and has a UL-approved rating. Some switches are designed with a higher rating, with some as high as 15 amps. Heavy duty and non-standard rocker switches, such as those rated up to 40 amps, are also available.

One of the more popular applications for rocker switches is lighting control. By using two single pole rockers, the user can control two separate circuits at the same time. For example, a single pole rocker switch can be used to control a ceiling fan and its light separately. This allows the user to turn off the fan while leaving the light on, or vice versa.

Rocker switches also have a wide range of applications in the automotive sector. They are often used to control lights, horns, windshield wipers, fan motors and other electrical components in cars. Rocker switches are also commonly used as ignition switches, allowing the user to start or stop their car engine with the touch of a button.

Rocker switches are often used in combination with microcontrollers and other components in industrial control systems. The rocker switch allows the user to control multiple functions from the same switch. For example, a rocker switch in combination with a microcontroller can be used to control a variety of devices, such as motors, heaters, pumps, sensors and actuators.

Rocker switches are essentially used as a two-way switch, allowing the user to provide power to an electrical circuit by turning the switch either up or down. This allows the user to easily control the flow of electricity to their devices with a simple flick of the finger.

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