Omron Indukční bezdotykový snímač E2E-X16MB2L18-M1 Válec se závitem M18 200mA E2E IP67, IP69K PnP 400 Hz 16 mm 30 V dc

Omron E2E Series Proximity Sensor, 16mm Detection Range, M18 Thread size - E2E-X16MB2L18-M1

This inductive proximity sensor features an M18 threaded barrel design, Ideal for various automation and industrial applications. With a detection range of up to 16mm, it effectively senses metallic objects without contact, enhancing operational efficiency. The sensor operates within a supply voltage range of 10 to 30 V DC and boasts an impressive IP67 and IP69K rating for protection against dust and water, making it suitable for demanding environments.

Features & Benefits

• Unshielded design maximises sensing range and accuracy
  Non-flush mounting style prevents misalignment issues
  Brass housing ensures durability and corrosion resistance
  NC output PNP functionality supports diverse circuit configurations
  High switching frequency of 400 Hz allows Rapid response
  Wide temperature range from -40°C to +80°C for versatility

Applications

• Utilised for object detection in conveyor systems
  Applied in automated assembly line machinery
  Ideal for packaging machinery requiring precise positioning
  Used in robotics for proximity monitoring and control
  Effective in quality control processes in manufacturing

What are the benefits of using a high-frequency sensor in industrial applications?

High-frequency sensors like this one provide quicker detection, improving response times in fast-paced environments, enhancing process efficiency and productivity.

How does the IP67 and IP69K rating affect its usability?

The IP67 rating offers protection against dust ingress and temporary immersion in water, while the IP69K rating ensures it can withstand high-pressure cleaning, making it suitable for harsh industrial settings.

What type of objects can be detected by the inductive sensor?

This type of sensor is designed to detect metallic objects reliably, ensuring precise operation in applications where non-contact sensing is required.