M2013CS1W01-B

Toggle switches refer to alternating action, electromechanical switches that are most commonly used in various electrical appliances and electronic systems. These switches are used in a variety of applications, from switching tiny currents in microelectronic circuits to controlling huge currents in industrial applications. A popular toggle switch is the M2013CS1W01-B, a double-pole-double-throw (DPDT) switch.

The M2013CS1W01-B is a small, spring-loaded, continuously maintained, DPDT toggle switch. It is designed for use in a wide variety of circuit applications and switching environments. The switch is constructed from polyurethane, a tough material capable of withstanding impact, abrasion and harsh chemical environments. The switch is also water-resistant, making it ideal for outdoor use.

The M2013CS1W01-B features two ON and two OFF positions, which enable it to switch currents between multiple circuits. The switch is designed to be actuated manually, and is available with either a straight or a right-angle operating lever. The switch can handle charge currents up to 0.5A and has an operating temperature range between -40°C and +85°C.

The working principle of a toggle switch is simple. When the switch is actuated the two metal contacts contained within the switch are brought into contact. This allows charge to flow between two terminals in an electrical circuit, connecting the circuit. When the switch is released the contacts are separated, disconnecting the circuit.

The M2013CS1W01-B is a versatile and reliable switch for a wide variety of electrical applications. It is ideal for use in industrial control and automation systems, remote control equipment and switch panels. The switch is also commonly used in consumer products such as digital clocks and small electronic toys.

In summary, the M2013CS1W01-B is a widely used double-pole-double-throw toggle switch. It is a reliable and robust switch suitable for a variety of different applications. The switch features a simple yet effective working principle and is designed to be actuated manually.