GBP
Omron E3S Series Photoelectric Sensor, 100mm to 2m Detection Range, PNP Output Type - E3SAR36
This photoelectric sensor is a versatile device designed for various applications in automation and industrial environments. With a detection range between 100mm and 2m, it utilises a retroreflective sensing method to accurately detect objects. The sensor features a robust design, ensuring durability and reliability, while the M12 connector facilitates straightforward installations in both horisontal and vertical orientations.
Features & Benefits
• PNP output sensor offers efficient signal processing
• LED photoelectric sensor delivers reliable performance in various conditions
• High temperature sensor operates in environments up to +55°C
• Response time of 500μs ensures quick object detection
• Compact design permits easy integration into existing systems
Applications
• Used for object detection in packaging and material handling
• Ideal for automation in assembly lines and conveyor systems
• Utilised in quality control processes for accurate inspections
• Can be used in robotics for precise positioning
• Suitable for use in temperature-sensitive environments
What type of connection does the sensor support?
It features an M12 connector that allows for quick and secure connections, making installation straightforward in various applications.
What is the maximum current specification for this device?
The device can handle up to 100mA of current, allowing it to support multiple operational setups without risk of overload.
How does this sensor perform in harsh environmental conditions?
With an IP67 rating, the sensor is designed to withstand dust and water ingress, making it suitable for demanding industrial settings.
What kind of maintenance does this sensor require?
Regular visual inspections for dirt or damage are recommended to ensure optimal performance
otherwise, minimal maintenance is needed due to its robust construction.
Can the sensitivity be adjusted based on different applications?
Sensitivity adjustments can be performed using a designated adjuster knob to fine-tune the detection performance for specific application requirements.