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JAYCEE TECHNOLOGIES PVT. LTD

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EXPERIENCE IN PROCESS INSTUMENTATION

Vibrating fork level limit switch for food grains

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Jaycee Technologies Pvt. Ltd. is the leading Vibrating fork level limit switch for food grains manufacturers and suppliers in Pune, Maharashtra, India. At a very reasonable price, we offer one of the branded products, the vibrating fork level limit switch for food grains.
Proper handling of food grains requires efficiency to maintain the quality and safety as it transits through the food processing business. Jaycee Tech provides the latest in technology, the Vibrating Fork Level Limit Switch for Food Grains, which is developed to control grain levels in silos, hoppers and storage bins. This sensor is unique and effective in providing immediate data monitoring, thus enabling close monitoring and reducing wastages in areas with high production standards.

What is a vibrating fork level limit switch for food grains?

A vibrating fork level limit switch for food grains for Jaycee Tech is a specific type of sensor mainly employed to determine the level of food grains at a certain point using the vibrating fork. The vibration is attenuated as grains interact on the fork, leading to an immediate proportional output to the control system. This reliable technology suits the food grain industry, where the bins' accuracy and quality are paramount.

How Does It Work?

This vibrating fork level limit switch of Jaycee Tech Company functions on the most basic mechanism:

    Continuous Vibration: Continual and regular vibrations of the fork are realised when the utensil is untouched and free.
    Grain Contact: When the fork touches the food grains, the mass and density of the grains on the food reduce the vibration.
    Signal Activation:A low vibration level gives an output signal of the grain level being activated to the required level.
    Real-Time Feedback: This helps check and control the grain levels in real-time and thus is quite effective.

Why Choose Jaycee Tech?

Jaycee Tech is involved in developing high-quality sensors, and the Vibrating Fork Level Limit Switch for Food Grains is one of the best products. Here are some key features which make our solution to be unique:

    Expert Engineering:It was built with highly technical tools that warrant high performance, especially in harsh conditions.
    Adaptable Solutions:Range of sensors that fit your exact requirements for your food grain storage and handling.
    Durability: First-rate products that withstand harsh environments and do not require frequent replacement, cutting operating costs.
    Dedicated Support:Long-term support is provided to you through consultation on the installation and performance of the service offered.

Conclusion:

In particular, a vibrating fork level limit switch is ideal for storage and Food grain processing, where accurate level sensing is critical. With its innovative sensor solutions, high stability, and simple installation into the existing system, this switch increases the process control and yields better operating performance.

Are you able to improve the efficiency of handling your food grain?
Contact us at Jaycee Tech for more information on our Vibrating Fork Level Limit Switch for Food Grains and how we can optimise your industrial processes.

Details

  • Brand Name JAYCEE
  • Temperature Place Of Origin
  • Material/Body 220 Deg C

Application

    Grain Silos and Storage Bins: The appropriate grain level to be stored in these facilities.
    Hoppers and Conveying Systems:Hoppers are installed between two processing steps to guarantee a constant and smooth flow of materials without delays in the pipeline.
    Packaging and Processing Plants: Monitor the levels of the ingredients to determine the most appropriate time to restock.

Features

    High Precision Detection: It helps to accurately detect the grain level to keep storage and processing functions efficient.
    Durable Construction:The equipment is constructed in a way that is resistant to dust and wear, which is common when dealing with food grain, among other materials they may come into contact with.
    Low Maintenance:The equipment uses balls that do not need parts moving around the system, requiring little or no frequent replacement.
    Easy integration:With existing control systems, the issue of retrofitting is easily addressed, and the system becomes easily implemented.
    Improved efficiency:monitoring the process in real-time can help prevent overfilling and depletion of the product to control the quality.