SAIER Capacitive proximity switch

1. Key Product Features

  • Detects Diverse Materials: Unlike inductive sensors, our capacitive sensors detect a wide range of objects, including metals, plastics, glass, wood, liquids, and powders.
  • Non-Contact Operation: The sensor works without physical contact. This feature prevents wear and tear, ensuring a long service life and protecting delicate target objects.
  • Senses Through Barriers: The sensor can detect material through non-metallic container walls (e.g., plastic, glass). This allows for sealed, hygienic, and safe operation—ideal for level detection inside a tank or hopper.
  • Adjustable Sensitivity: A built-in potentiometer lets users fine-tune the sensing range. This allows the sensor to ignore the container wall and focus on the material inside or prevent false triggers from background objects.
  • Resistant to harsh environments: It features excellent anti-interference performance and is suitable for complex working conditions such as dust, humidity and chemicals.

2.  Common Applications

  • Automated production line: Bottle liquid level detection, material positioning control.
  • Packaging industry: Monitor the availability of packaging materials to ensure smooth production.
  • Textile industry: Detect the position of yarns or fabrics to prevent yarn breakage and machine shutdown.
  • Food and Beverage: Precise detection of liquids or particles to ensure continuous and stable production.
  • Warehousing and logistics: Goods are subject to inspection, and intelligent warehousing and sorting management are optimized.
  • Automobile manufacturing: Component position detection, enhancing assembly accuracy and safety.

Why Choose Our Capacitive Sensors?

fr_FRFrench

En savoir plus sur Professional manufacturer of sensors

Abonnez-vous pour poursuivre la lecture et avoir accès à l’ensemble des archives.

Poursuivre la lecture

Free consultation

Fill out the form below, and we will be in touch shortly.
Contact Information
Vehicle Information
Preferred Date and Time Selection