Omron Silindir Endüktif Sensör Algılama Menzili:8 mm, 81,5mm, NPN-NO, 12 → 24 V dc, IP67

Omron E2A-S Series Proximity Sensor, 8mm Detection Range, 200mA Switching Current - E2AS18LS08WPC12M

This proximity sensor is a high-performance inductive sensing device designed to detect the presence of metallic objects within an 8mm range. Constructed with a robust stainless steel housing, it features a Compact M18 threaded barrel design suitable for various industrial applications. With a length of 81.5mm and a pre-cabled connection for ease of installation, this sensor operates efficiently within a supply voltage range of 12 to 24 V DC.

Features & Benefits

• Inductive sensing technology provides reliable object detection
  M18 threaded barrel design ensures secure installation
  Wide temperature range accommodates diverse operational environments
  Shielded design mitigates interference for consistent performance

Applications

• Used in automated machinery for precise object detection
  Suitable for assembly lines where metal part detection is Crucial
  Effective in packaging systems to monitor position and presence
  Ideal for robotics requiring Compact sensing solutions

What type of output does this sensor provide, and how does it affect integration?

The device features an NPN output, which allows it to switch on and off based on detected objects. This output type is particularly compatible with many control circuits, facilitating straightforward integration into automation systems.

How does the IP rating enhance this sensor's durability in harsh environments?

With IP67 and IP69K ratings, it is resistant to dust and capable of withstanding high-pressure water jets. This feature ensures reliable operation in environments where exposure to moisture or fine particulates may occur.

What is the significance of the sensor's temperature range for industrial applications?

Operating in temperatures from -40°C to +70°C means it can function effectively in both extreme cold and heat, making it suitable for a wide array of industrial environments without compromising performance.