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Omron WLCL-G Limit Switch

Omron WLCL-G is a standard-size Limit Switch designed for reliable mechanical position detection in industrial automation systems. As part of the Omron WL Series Switches, it uses a lever-type actuator for consistent engagement with moving machine components. Its two-circuit DPDT contact configuration supports stable and repeatable signal switching in control circuits. A robust metal housing, IP67 ingress protection, and screw terminal connections support operation in demanding industrial conditions. The WLCL-G is suitable for applications requiring Omron Industrial Limit Switches for machine position detection. Related sensing and control products can be explored through Omron Automation in Chennai.

BrandOmron
ProductLimit Switch
Model NumberWLCL-G

Omron WLCL-G Limit Switch – Technical Overview

SpecificationValue
ActuatorLever Type Actuator
Contact FormDPDT
Contact ConfigurationTwo-Circuit
Rated Switching Capacity10 A at 500 VAC
Current Rating100 mA
Voltage Rating125 VAC / 30 VDC
TerminalsScrew Terminals
Degree of protectionIP67
ApplicationMechanical Position Detection

The Omron WLCL-G is widely recognized as an Omron limit switch designed for dependable position sensing in industrial automation systems. Its DPDT contact structure supports reliable signal transfer, making it suitable for control and monitoring applications that require precise mechanical actuation.

In industrial installations, the Omron WLCL-G limit switch is commonly used in conveyor systems, machine tools, material handling equipment, and automated production lines. The rigid lever actuator ensures consistent contact with cams or moving parts, supporting accurate and repeatable switching across extended operating cycles.

Engineered for long-term reliability, the switch combines mechanical strength with stable electrical performance. With IP67-rated protection, screw-terminal wiring, and a rugged enclosure, the Omron WLCL-G supports continuous operation in demanding industrial environments where dependable limit detection is essential.