Maximise your automation efficiency with Wenglor Ultrasonic Sensors, designed to perform flawlessly even in challenging environments. These advanced sensors are almost insensitive to interfering factors such as extraneous light, dust, smoke, mist, vapour, lint, and oily air. Ideal for detecting transparent, dark, reflective, shiny objects, as well as bulk materials and liquids, Wenglor ultrasonic sensors offer reliable and accurate detection and measurement, regardless of the object's material, colour, transparency, or texture.
Wenglor ultrasonic sensors are renowned for their ease of use and superior technical properties. They operate by emitting pulsed ultrasonic waves at a specific frequency and measuring the distance of objects based on the reflected ultrasound duration. Once the specified switching point is reached, the output switches, providing measured values as voltage (0...10 V/4...20 mA) or in digital form via IO-Link. Trust Wenglor Ultrasonic Sensors and Treotham Automation to deliver precise, dependable performance for your most demanding applications.
Features & Benefits
- High Interference Resistance: Operates effectively despite extraneous light, dust, smoke, mist, vapour, lint, and oily air.
- Versatile Detection: Perfect for transparent, dark, reflective, shiny objects, bulk materials, and liquids.
- Material Independence: Detects and measures objects regardless of material, colour, transparency, or texture.
- Accurate Measurement: Provides reliable distance measurement using pulsed ultrasonic waves.
- Easy to Use: User-friendly design simplifies installation and operation.
- Flexible Output Options: Outputs measured values as voltage (0...10 V/4...20 mA) or digitally (IO-Link).
- Reliable Performance: Ensures consistent and precise detection in diverse environments.
- Advanced Technology: Utilises cutting-edge ultrasonic technology for superior results.
- Robust Design: Built to withstand harsh industrial conditions, ensuring long-lasting durability.
- Enhanced Efficiency: Optimises automation processes with reliable and accurate sensor performance.
