Omron Fotoelektrický snímač, řada: E3AS-F Infračervené Kompaktní Konektor M8, výstup: PnP Difuzní IP67, IP67G, IP69K

Omron E3AS-F Series Photoelectric Sensor, 50mm to 1m Detection Range, Compact Style - E3AS-F1000IPT M3

This photoelectric sensor is a compact and versatile detection device designed for various automation applications. With an impressive detection range from 50mm to 1m, it facilitates precise sensing while operating within an ambient temperature range of -20°C to +55°C. Constructed from resilient materials, this industrial sensor boasts an IP67, IP67G, and IP69K rating, ensuring reliable performance even in demanding environments.

Features & Benefits

• Time-of-flight detection enhances accuracy with any conveyed object
• Diffuse detection type eliminates the need for reflectors
• Compact design allows for flexible installation options
• Integrated IO-Link streamlines start-up and configuration processes
• Infrared light source minimises operational interruptions
• Antifouling coatings reduce maintenance requirements for lens cleaning

Applications

• Used for precise object detection on conveyor lines
• Utilised in automated packaging processes for reliable sensing
• Ideal for requiring high-voltage capabilities of up to 1000V AC
• Suitable for environments with exposure to water or dust

How does the integration of IO-Link improve functionality in this sensor?

The use of IO-Link allows for quick configuration and adjustments without the need for complex wiring, enabling seamless communication and data transmission during operation.

What maintenance practices ensure optimal performance for this sensor?

Regularly inspect the sensor’s lens for dirt or residue, and ensure the antifouling coating remains intact. Avoid exposure to high-pressure washing directly on the lens for durability.

Can this sensor operate effectively in high humidity environments?

Yes, with a humidity range of 35% to 85%, it is designed for reliable operation in various atmospheric conditions, ensuring consistent performance.