WLGCA2-8TH

Snap Action, Limit Switches are used in many applications. The WLGCA2-8TH is a type of snap action switch that possesses both a limit and a snap action feature. It is a medium-sized unit ideal for applications where space is limited.

The WLGCA2-8TH switch has a highly durable housing, with a rocker-style armature and a contact block. This switch is designed to allow rapid, repeatable actuation with a long life. The WLGCA2-8TH switch can be mounted in any orientation except inverted.

The WLGCA2-8TH switch has several features that make it ideal for many applications. It has an adjustable mounting bracket for easy installation and setup. It is designed for weather resistance and impact durability, making it suitable for both indoor and outdoor applications. The WLGCA2-8TH switch has a UL- and CSA-approved design that meets applicable industrial safety standards. It is rated for a maximum current of 8 Amps, and a maximum voltage of 250VAC.

The working principle of the WLGCA2-8TH switch is based on a snap action mechanism. As the actuator arm moves, the switch contacts move within the housing, connecting and disconnecting the circuit. The armature houses a spring-loaded plunger which is compressed as the switch is actuated, and exerts a force on the switch contacts to open or close the circuit. The snap action mechanism allows rapid actuation of the switch contacts, and makes the switch suitable for applications requiring rapid switching or scanning of a circuit.

The WLGCA2-8TH switch is suitable for use in a variety of applications, including automotive and industrial control systems, automation equipment, audio-visual equipment, medical and scientific research equipment, HVAC equipment, and computer and networking systems. These switches are used in applications where a high degree of accuracy is required, such as temperature and pressure measuring, furnace monitoring, and flow control.

The WLGCA2-8TH switch is a versatile and reliable switch for a wide range of applications. Its snap action and limit features make it an ideal choice for applications where space, durability and accuracy are critical.