Film Vibration Sensor Switch, Thin Film Level Meter, Stainless Steel Film Level Blockage Switch, for Industry 24-380V
R 1,806
or 4 x payments of R451.50 with
Availability: Currently in Stock
Delivery: 10-20 working days
Film Vibration Sensor Switch, Thin Film Level Meter, Stainless Steel Film Level Blockage Switch, for Industry 24-380V
Advanced Material Detection: The film vibration sensor switch is specifically designed to monitoring and control the levels of powder and granule materials within containers, ensuring accurate detection of material levels. Its sensitivity contributes to effective automation in industrial processes, enhancing operational efficiency.
Versatile Application: This film vibration sensor is suitable for use in various environments such as cement silos, grain storage facilities, and non computer controlled hoppers. It provides rapid and effective signaling to prevent overflow or depletion of materials, making it a key component for maintaining optimal material levels in industrial settings.
Excellent Stainless Steel Construction: Built with excellent stainless steel, this film level blockage switch offers exceptional durability and erosion This rugged construction ensures longevity and reliability, even in harsh industrial environments, reducing the need for frequent replacements.
Adjustable Sensitivity And Flexible Installation: The thin film level meter features a five position sensitivity adjustment, allowing for customization to suit materials of varying densities. Additionally, it offers two installation methods and multiple detection blade specifications, facilitating easy setup and adaptation to a wide range of applications.
Automatic Reset Mechanism: The innovative design incorporates a pressure relay mechanism, where the film level sensor is mounted on the side of silos or chutes. When material pressure is detected, it activates a micro switch to connect the circuit. When the material level drops and pressure is released, the circuit automatically resets. This feature helps protect motors and gear reducers from damage caused by improper use or abnormal external forces, contributing to the longevity of the