Omron WL Series Roller Plunger Limit Switch, DPDB, IP67, Stainless Steel, Resin, Epoxy Resin, Die Cast Corrosion Proof

Omron Series WL Limit Switch, 40mm Length, 10A Maximum Current - WLSD2-G-N

This limit switch is an essential component designed for precise control in automation systems. Manufactured by Omron, this SPST limit switch features a roller plunger actuator, providing a compact solution with dimensions of 40mm in length, 67.3mm in width, and 96.2mm in depth. It operates efficiently within a temperature range of -10°C to +85°C and boasts an IP67 rating for protection against dust and water ingress, making it suitable for industrial environments.

Features & Benefits

• Snap action mechanism ensures reliable and swift operation
• Rated for a maximum current of 10A under heavy loads
• IP67 rating guarantees waterproof and dustproof performance
• Mechanical durability of up to 15 million operations for longevity
• Versatile mounting options for both front and back installation
• High operating force of 40.03N for positive actuation

Applications

• Used for detecting and controlling the position of moving equipment
• Suitable for automated machinery in manufacturing and processing
• Incorporated in control systems for conveyor belts and lifts
• Ideal for in welding environments with spatter protection

How does the construction of this switch enhance its durability in harsh environments?

The robust construction includes stainless steel and corrosion-resistant materials that withstand exposure to chemicals and spatter during welding processes, ensuring long service life even in challenging conditions.

What are the specific electrical specifications for safe operation?

<bold>This switch accommodates a maximum AC voltage of 500V and a maximum DC voltage of 250V, allowing flexibility in various applications while ensuring safety under standard operational conditions.<bold>

Can the actuator be adjusted for different operational needs?

Yes, the actuator can be repositioned within a full 360° rotation, allowing for precise alignment with the application’s operational requirements, thus improving functionality.