3-1437595-0

Rocker switches refer to a type of switch that is activated by a rocking motion of a lever, plunger or other actuator, and use a single pole, double-throw (SPDT) configuration. The 3-1437595-0 is an example of a rocker switch, which is a type of switch that can be used in multiple different settings, depending on the configuration, design, and wattage rating of the switch.The 3-1437595-0 rocker switch is designed for use with a variety of low-voltage and high-power applications. This rocker switch has a UL 94V-2 flammability rating and screw terminals, and is available in both single and double pole configurations. It has a maximum current rating of 8A and a maximum voltage rating of 250 VAC.The working principle of the 3-143755-0 rocker switch is fairly simple. When the actuator is in the off position, the switch is open, meaning no current is allowed to pass through. When the actuator is in the on position, the switch is closed, and current is allowed to pass through the contacts to power the circuit.Rocker switches like the 3-143755-0 are commonly used in a wide range of household, industrial and commercial settings. They can be used in appliances, lights and other electrical equipment, as well as industrial control systems such as motor controllers, machinery, pumps and valves.These switches are designed to be durable and reliable, and are available in a wide range of styles, colors, and sizes to match the needs of the application. They are also easy to install and maintain, making them a popular choice for a variety of applications.In conclusion, the 3-1437595-0 is an example of a rocker switch which is a type of switch used in a variety of applications. It has a UL 94V-2 flammability rating and screw terminals, and is available in both single and double pole configurations. The working principle of the 3-143755-0 rocker switch is fairly simple, as when the actuator is in the off position, the switch is open, and when the actuator is in the on position, the switch is closed, and current is allowed to pass through the contacts to power the circuit.