Omron Through Beam Photoelectric Sensor, Compact Sensor, NPN, IP60

Omron Series EE Photoelectric Sensor, 24V Maximum DC Voltage, Through Beam Detection Type - EE-SX872

This photoelectric sensor is designed for through beam detection and offers NPN output functionality. Operating within a voltage range of 5 to 24V, it utilises an infrared light source, making it suitable for various industrial applications. With dimensions optimised for dense mounting, it ensures efficient use of space in complex installations.

Features & Benefits

• Light switching technology enhances operational efficiency
• Infrared photoelectric sensor for reliable object detection
• Fast response time of 0.17ms ensures quick reactions
• Robust IP60 rated sensor protects against dust ingress
• High-temperature sensor operable from -25°C to +55°C
• CE and UL certified sensor guarantees compliance with safety standards

Applications

• Used for automation in manufacturing processes
• Suitable for packaging and sorting
• Ideal for object counting and presence detection systems
• Employed in conveyor systems for efficient control
• Commonly applied in material handling and logistics operations

What operational temperature range does it support?

The sensor operates effectively within a temperature range of -25°C to +55°C, making it versatile for various environmental conditions.

How does the sensor handle electrical noise?

With its integrated light switching technology, it easily distinguishes valid signals from electrical noise, ensuring reliability in diverse industrial environments.

What is the significance of the NPN output?

The NPN output allows for easy integration into systems that require sinking output, providing flexibility in circuit design and operation.

How does the IP60 rating benefit its installation?

The IP60 rating protects the sensor from dust ingress, which enhances operational longevity and reduces maintenance needs in dusty manufacturing settings.

Is this suitable for applications involving high-speed operations?

Yes, the fast response time of 0.17ms makes it highly effective for high-speed applications, ensuring accurate detection and minimal delays.