Capteurs à ultrasons résistant aux produits chimiques

Gamme de produits

Détecteurs à ultrasons résistant aux produits chimiques – Détecteurs miniature M12 – résistant aux produits chimiques – Détecteurs à ultrasons miniatures robustes en acier inoxydable – Capteurs miniature- M12 – résistant aux produits chimiques – Capteurs de distance à ultrasons chimiquement robustes

Capteurs miniature- M12 – résistant aux produits chimiques

M12 pour des espaces très restreints
Faisceau sonique étroit
Plages de mesure jusqu'à 200 mm
Teach-in externe

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Chemically robust ultrasonic distance sensors – Level measurement in chemically harsh environments – Universal M18 sensors – chemically robust – Universal M18 Design – chemically robust

Universal M18 Design – chemically robust

Standard M18 design
2 different beam shapes available
Measuring ranges up to 1000 mm
External and internal Teach-in

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Your benefits

Process stability in aggressive environments
- Unaffected by moisture and vapors
- Chemically resistant to aggressive media thanks to a patented parylene sensor front and a completely metal housing with no weak points (LEDs)
- Sensor consists of FDA-compliant materials for use in the F&B industry
- Pressure-resistant up to 6 bar
Reliable and efficient object detection
- Minimal interfering reflections thanks to extremely narrow sonic beams (+/- 10 mm)
- M18 versions with a wider sonic beam allow larger sensing distances
- Thanks to response times < 6 ms, the sensors are ideal for fast applications
- Sensing distances of a maximum of 200 mm (M12) or 1000 mm (M18)
Simple, cost-effective installation and setup
- Housing in industry standard stainless steel M12 and M18
- Extremely simple installation due to the elimination of vibration-free mounting required with typical ultrasonic sensors

Applications

Level detection in pressure tanks up to 6 bar
Level measurement in lab technology (e. g. ink)

Technology

Ultrasonic proximity switches – Funtionality of ultrasonic sensors

Functionality of ultrasonic sensors

The distance measurement is based on a time-of-flight measurement. The sensor calculates the time between sending and receiving the reflected sound signal.
Advantage: Immunity to moisture, light, steam or object color