Vibrating Rod Level Switch

JAYCEE TECHNOLOGIES PVT. LTD. is a prominent vibrating rod level switch, vibrating rod type level sensor for solids, and vibrating rod level limit switch manufacturer and supplier in Pune, Maharashtra, India. We offer the best price for the Vibrating Rod Level Switch, Vibrating Rod Type Level Sensor for Solids, and Vibrating Rod Level Limit Switch. Vibrating Rod Level Switches or Vibrating Rod Type Level Sensors for solids are important for point-level measurement level detection tools widely used in industries. They work on the principle of mechanical vibrations to provide proper measurement and control of material in different storage and processing areas.

Vibrating Rod Level Switch

A Vibrating Rod Level Switch is a reliable device to monitor the level of powdery materials, granules or any other bulk solids. It uses the principle of mechanical oscillation; a rod is caused to vibrate at its fundamental frequency through piezo electrical crystals. When the material coats the rod probe, the vibrations are absorbed, detected electronically and turned into a switching action.

Vibrating Rod Type Level Sensor Solids

The Vibrating Rod Type Level Sensor for Solids aims at solid materials, whereby the Vibrating Rod Type Level Sensor offers Solids several benefits over the traditional vibrating fork sensors. Its single-rod design has minimal product accumulation, and therefore, it is a suitable option for level sensing of powders and granules where vibrating fork-level sensors fail due to product buildup. It is easy to maintain and ensures high performance in different industrial procedures.

Vibrating Rod Level Limit Switch

It has a vital role in the safety of industrial processes since it helps avert overflows and aids in the easy handling of materials with the help of the Vibrating Rod Level Limit Switch. It can be mounted on either side of the top and provides reliable operation in process temperatures to 200°C and pressures to 15 bar. This versatility makes it suitable for different industries, such as the grain handling industry, fertiliser industry, and man-made fibre industry.

Working Principle

These devices are bar-shaped, energised, and oscillated by an electronic circuit. The vibration occurs less when the rod is in contact with powdery or granular materials, that is, disturbed or loose materials. This is felt by the electronics, which then give a switching signal to show whether or not the material has appeared.