OMRONE2EH-X3B1 2MM12 Proximity Sensor - Barrel, PNP NO Output, 3 mm Detection, IP67, IP69k
Omron E2E2 Series Proximity Sensor, Inductive, Detection Range 3mm - E2EH-X3B1 2M
This inductive proximity sensor is designed for reliable detection in various environments. With an M12 threaded body and a detection range of 3mm, it is suited for applications requiring precision sensing. The sensor is made from stainless steel, ensuring durability and resistance to harsh conditions. The pre-cabled version features a 2m length, allowing for versatile installation.
Features & Benefits
- Inductive sensing technology provides reliable non-contact detection
- M12 threaded design enables easy integration into existing systems
- PNP output configuration supports efficient signal transmission
- Flush mount capability minimises obstruction and maximises space efficiency
Applications
- Used for automated processes in the food and beverage industry
- Suitable for high-temperature environments in manufacturing settings
- Ideal for detecting metal objects in industrial automation
- Utilised in cleaning processes due to its chemical resistance
- Implemented in safety and positioning within machinery
How does the IP67 and IP69K rating enhance its performance in industrial settings?
The IP67 rating safeguards against dust ingress and water immersion, whilst the IP69K rating means it can withstand high-pressure and high-temperature washes, making it suitable for stringent cleanliness standards in industrial environments.
What are the benefits of the PNP output configuration for electrical integration?
The PNP output allows for easy connection to control circuits, ensuring a positive signal is delivered when an object is detected, facilitating smooth integration into existing automation systems.
Can it operate effectively in environments exposed to detergents or disinfectants?
Yes, it is designed to resist common industrial detergents and disinfectants, making it reliable for applications in environments that require frequent cleaning such as food processing plants.
What are the implications of its high-temperature resistance on its longevity?
With a verified operating range up to +100°C, the sensor provides extended usability in high-temperature applications, assuring consistent performance and longevity, even under challenging conditions.