Omron Retroreflective Photoelectric Sensor, Cylindrical Sensor

Omron E3FA Series Photoelectric Sensor, 500 Detection Range, Retroreflective Detection Type - E3FA-BP21

This photoelectric sensor is a cylindrical detection device designed for industrial applications. With a retroreflective detection type and an impressive range of 500mm, it features a PNP output type for reliable signal processing. The sensor operates efficiently within a temperature range of -25°C to +55°C and has an IP67 and IP69K rating, making it suitable for demanding environments. Encased in Durable ABS housing with an M18 thread size, this sensor combines robust performance with ease of installation.

Features & Benefits

• Retroreflective sensing technology enhances detection accuracy
  High-temperature tolerance enables functionality in harsh conditions
  Quick response time of 0.5 milliseconds for prompt operations
  M18 cylindrical design facilitates straightforward installation

Applications

• Used for object detection in conveyor systems
  Employed in packaging machinery for precise part positioning
  Utilised in assembly lines for quality control checks
  Ideal for counting in manufacturing environments
  Suitable for use in automated inspection setups

How does the retroreflective sensing technology improve efficiency in applications?

This technology allows the sensor to detect objects without requiring direct contact, reducing wear and tear. It enhances efficiency by enabling non-invasive monitoring, which is Crucial in fast-paced industrial settings.

What are the implications of its IP67 and IP69K ratings in real-world scenarios?

These ratings indicate the sensor's effectiveness at resisting dust and high-pressure water jets, making it Ideal for environments where exposure to harsh elements is common, such as outdoor installations or wash-down areas in factories.

Can the sensor be used effectively in low-light conditions?

Yes, it uses red LED sensor technology, which provides sufficient illumination to detect objects even in low-light settings, ensuring reliable functionality across various lighting conditions.