Omron WLG2-LD Roller Lever Limit Switch
The Omron WLG2-LD is a Roller Lever Limit Switch designed for accurate mechanical position detection in industrial automation systems. Equipped with a roller lever actuator featuring an R38 mm radius, this model ensures smooth actuation and reduced wear when engaged by moving machine components. The switch incorporates a standard built-in DPDT contact mechanism that supports reliable two-circuit switching for control applications. Built for harsh environments, it offers IP67 protection against dust and water ingress. Manufactured by Omron, the WLG2-LD belongs to the Omron Limit Switch, known for robust construction and long mechanical service life.
| Brand | Omron |
| Product | Limit Switch |
| Model Number | WLG2-LD |
Omron WLG2-LD Roller Lever Limit Switch ā Technical Overview
| Specification | Value |
|---|---|
| Actuator | Roller Lever (R38 mm) |
| Contact Form | DPDT |
| Contact Configuration | Two-Circuit |
| Rated Switching Capacity | 10 A at 500 VAC |
| Current Rating | 100 mA |
| Voltage Rating | 125 VAC / 30 VDC |
| Terminals | Screw Terminals (GĀ½ conduit) |
| Degree of protection | IP67 |
The Omron WLG2-LD is widely recognized as an Omron roller lever limit switch developed for consistent and repeatable position sensing in industrial automation environments. Its R38 mm roller lever enables stable contact with cams and sliding mechanisms, ensuring precise switching even under continuous mechanical stress.
In industrial applications, the Omron WLG2-LD is commonly used in conveyors, machine tools, packaging machinery, and automated assembly lines. The roller lever actuator reduces friction during operation, supporting smooth engagement and extending mechanical life in repetitive motion systems.
Designed for long-term reliability, the switch provides stable electrical performance and high mechanical endurance. With its rugged enclosure, dependable contact structure, and industrial protection characteristics, the Omron WLG2-LD delivers reliable limit detection in demanding automation conditions.