Omron E3FBLP21 Фотоэлектрический датчик

Omron E3FB Series Photoelectric Sensor, 100mm Detection Range, PNP Output Type - E3FB-LP21

This photoelectric sensor is an essential component for automation and detection in various industrial applications. Designed in a barrel style, this sensor features a background suppression detection method, ensuring precise object detection at a range of up to 100mm. It operates efficiently with a PNP output through an M12 4-pin connector, making it a reliable choice for your electrical and mechanical needs. The sensor is housed in nickel-plated brass, ensuring durability and resistance to harsh environments.

Features & Benefits

• Quick response time of 500 μs enhances operational efficiency
  PNP output enables simple integration with industrial systems
  Robust design withstands maximum temperatures of 55 degree C
  IP67 and IP69K ratings provide moisture and dust protection

Applications

• Used for precise object detection in conveyor systems
  Ideal for requiring moisture and dust resistance
  Suitable for automation processes in manufacturing environments
  Employed in safety systems requiring reliable detection
  Utilised in robotic systems for effective sensing capabilities

How does the background suppression feature improve detection?

It filters out background objects, ensuring accurate detection of desired items, which is particularly beneficial in cluttered environments.

What is the significance of the IP67 and IP69K ratings?

These ratings indicate the sensor's Ability to resist water and dust ingress, making it suitable for use in challenging industrial conditions.

What type of electrical connection does this sensor support?

An M12 4-pin connector is used, allowing for straightforward and secure electrical connections to industrial systems.

What materials are used in the construction of the sensor?

The sensor features a nickel-plated brass housing, providing robustness and durability in various environments and applications.

What current and voltage specifications should I consider for optimal performance?

The sensor operates at a maximum DC voltage of 30 V and a current of 25 mA, ensuring effective performance in compatible systems.