Omron Retroreflective Photoelectric Sensor, Cylindrical Sensor, 100 mm → 4 m, NPN, IP69K, IP68, IP67

Omron E3F Series Photoelectric Sensor, 100mm to 4m Detection Range, Retroreflective Detection Type - E3FCRN112M

This photoelectric sensor is an industrial device designed for precision detection in automation applications. Constructed with a robust stainless steel housing, this NPN output sensor is equipped with a retroreflective detection method. With a detection range spanning from 100mm to 4m, it operates effectively in challenging environments, featuring an IP67 rating for excellent protection against dust and water ingress.

Features & Benefits

• High-grade stainless steel housing ensures long-lasting durability
• LED light source enhances visibility for easy alignment
• Fast response time of 500 μs allows for quick detection
• Operating temperature range from -25°C to +55°C supports varied usage
• 2m four-wire cable facilitates straightforward installation

Applications

• Ideal for wash-down in food and beverage industries
• Used for precise object detection in packaging machinery
• Effective in assembly line automation requiring reliable sensing
• Suitable for where exposure to detergents is common
• Effective in environments with fluctuating temperatures

How does the sensor maintain its functionality in harsh conditions?

The sturdy stainless steel construction, combined with the IP67 and IP69K ratings, ensures that the sensor effectively withstands high-pressure water, dust, and exposure to various detergents commonly found in industrial settings.

What makes the LED light source advantageous for this sensor?

The bright LED light source enables easy alignment during installation, enhancing operational efficiency and ensuring accurate detection across the specified range.

Can this sensor be used outdoors?

While it is designed for tough conditions, care should be taken if placed in direct sunlight, as excessive heat may affect performance. It is suitable for shaded or protected outdoor applications within its temperature specifications.