AML24EBA2DA04

Rocker Switches Rocker switches offer a method of readily automating and controlling electrical processes in a manner that relatively simple, cost effective and efficient, making them ideal for a wide range of applications. The AML24EBA2DA04 model is a particularly robust and reliable single-pole double-throw, illuminated rocker switch with a variety of applications. This model may be used interfacing with a wide range of electrical loads, providing greater reliability, safety, and ease of configuration. Application Field The AML24EBA2DA04 model is primarily designed for applications allowing a fixed mid-position with two different contact positions, such as direct current (DC) motors, heating, switching lights/lamps, etc. Since this model features a single-pole double-throw (SPDT) design, it can also be used for switching between two different AC circuits. The robust construction and integrated illumination allow for easy user identification of contact positions. Working Principle The working principle of the AML24EBA2DA04 rocker switch is relatively simple but surprisingly efficient. The device consists of a movable actuator and two stationary contact points. The actuator is connected internally to a lever or rocker, which polarizes a magnet attached to each contact point. By pressing or rocking the actuator, a user can automatically open and close the circuit by changing the relative position of the contact points. This creates a switch type which is resistant to vibrations, shock, and dust. The rocker switch is illuminated by LED indicator lights, allowing users to easily identify the contact positions from a distance. The illumination ensures safety and reliability when the switch is used in darkness or poorly lit areas.This rocker switch represents a cost effective, ergonomic, and user friendly solution for electrical applications, such as controlling motors, operating lights and heating systems. The switch is also incredibly durable and its rugged construction ensures long-term reliability even in the toughest environments.