LRA32H2BBALN

Rocker Switches are a type of electromechanical device used as a control switch in many applications. The LRA32H2BBALN is a type of Rocker Switch specifically designed for low voltage, low power, and high reliability. It is used for switches, controllers and other low-power devices.

Design

The LRA32H2BBALN is a 2-pole, 2-level rocker switch that operates across a voltage range from 10 to 24V DC. It is designed with a 2 mm contact gap and a double-break structure for reliable switching. The switch has an off-state contact resistance of less than 1Ω, and is rated for up to 4A per contact. It features an acrylic-coated surface for additional protection and includes a rocker guard to protect against accidental operation.

Application Fields

The LRA32H2BBALN rocker switch is ideal for use in a wide variety of applications. Some examples include power supplies and converters, white goods and appliances, automotive electronics, and industrial equipment. It is especially well-suited for applications requiring high reliability in the face of extreme conditions. The switch is easy to install in confined spaces and is resistant to shock, vibration and moisture.

Working Principle

The LRA32H2BBALN operates on a simple on-off mechanism. When the switch is in the “off” position, it disconnects the circuit to stop the flow of electricity. When the switch is in the “on” position, it completes the circuit and allows the flow of electricity. The switch is designed with two levels of contact. The first level is the contact gap, which is the small gap between the two contacts. When the rocker is moved, it pushes the contacts of the switch together to complete the circuit. The second level is the break structure, which is a mechanism that keeps the contacts separated when the switch is in the off position.

Advantages

The LRA32H2BBALN rocker switch has several advantages over other types of switches. One of the biggest advantages is its low voltage and low power requirements, which make it ideal for low-power applications. The double-break structure also makes it very reliable, allowing the switch to be used in application requiring high reliability. Finally, the switch has an acrylic-coated surface that provides additional protection against shock, vibration and moisture.