Omron Silindir Endüktif Sensör Algılama Menzili:16 mm, 61mm, PNP-NC, 12 → 24 V dc, IP67

Omron E2B Series Proximity Sensor, 16mm Detection Range, M18 Thread size - E2B-M18LN16-M1-B2

This proximity sensor is an inductive model designed for use in industrial automation applications. With a threaded barrel style, it fits conveniently into most equipment setups. The sensor features a detection range of 16mm, ensuring reliable operation and precision in various environments. Constructed with a robust brass housing, this IP67 rated proximity sensor is resistant to dust and moisture.

Features & Benefits

• Excellent for automation applications with a 16mm detection range
• Brass housing provides durability and enhanced corrosion resistance
• IP67 rated for water and dust protection
• M12 connection facilitates straightforward installation

Applications

• Ideal for presence detection in industrial machinery
• Used in conveyor systems for automatic material handling
• Suitable for object counting in packaging lines
• Effective in assembly lines to ensure proper alignment
• Facilitates safety measures in automated environments

How does the sensor's IP67 rating enhance its usability in various environments?

The IP67 rating ensures that the sensor is fully protected against dust and can withstand immersion in water for brief periods. This makes it suitable for harsh environments, including those with frequent exposure to moisture and dust, such as warehouses and outdoor installations.

What are the implications of choosing an NC output configuration for machinery?

Selecting an NC output configuration allows the machinery to halt operation if the sensor is triggered, enhancing safety by preventing unintended machine operation when an obstacle is detected. This is crucial in applications where safety is a priority.

How does the maximum operating temperature of +70°C affect the product's applications?

With a maximum operating temperature of +70°C, the sensor can be deployed in settings with heat-generating equipment, ensuring consistent performance without compromising reliability. This feature is advantageous in environments like factories where temperature fluctuations occur.