CWSB21FAFF

Rocker switches offer a lot of flexibility when it comes to powering and controlling devices. A CWSB21FAFF is a standard rocker switch that is often used in commercial, residential, and industrial applications. It features two terminals, a movable arm, potentially a sliding contact, and a rocker base. By properly wiring the switch, the user is able to turn electrical devices on and off using the rocker switch.

Before the CWSB21FAFF switch can be installed, it must first be properly wired. This involves connecting the wires to the terminals, which are typically marked “+” and “-” or “On” and “Off”. If a sliding contact is present, it must also be connected to protect against electrical overloads. In a two-wire system, one wire should be connected to the common terminal and the other should be connected to either the Off or On terminal. In a three-wire system, the two outer terminals should be connected to either the Off or On terminal and the third wire should be connected to the common terminal.

Once the switch is properly wired, it can be used to control the device. The CWSB21FAFF has two positions. When the switch is flicked up or down, the internal electrical contacts of the switch will be shifted to connect or disconnect the two terminals. Depending on the wiring, this will either power on or off the device.

The CWSB21FAFF is a versatile switch and can be used for a variety of applications. For example, it can be used to control a light switch, turn on or off an outdoor floodlight, control a motor, or power on a plug-in appliance. It is also commonly used to control electrical circuits in industrial settings where it may be necessary to switch between multiple circuits.

The CWSB21FAFF is designed to be robust and reliable. Its high-temperature polycarbonate construction ensures that it will withstand the harsh conditions found in many industrial applications. Additionally, its high current carrying capacity and wide current range make it a safe and reliable choice for most residential and commercial applications.