Vibrating Level Switch

Many industrial use applications call for the use of point level sensors to detect the level of media in a storage tank, silo, or hopper. There are a number of different point level measurement solutions to suit all of the use applications, media qualities, and environmental conditions. If you are looking to measure bulk solids or powders, particularly those that weigh less than one pound per cubic foot, you may be considering the use of a vibrating level switch. If you are not familiar with this technology, you may be wondering, “What is a vibrating level switch? How does a vibrating level switch work? What are the use applications of vibrating level switches? And, How do I choose the best vibrating level switch?” This guide answers all of these questions and more.

There are many industries and applications that require non-contact level measurement. A radar level transmitter is an ideal solution for situations where fluid needs to be measured but not touched by the measuring instrument. When accuracy, safety, and performance standards need to be met, it is important that professionals understand the available tools and make the best selection for their application. 

Does your site have the equipment necessary to keep workers safe and get the job done successfully? Gas detectors are important instruments for detecting toxic or combustible substances before they can pose a risk to the health and safety of workers. There are many different types of gas detectors and monitors, and they each offer different functionalities. It is important to understand what a portable gas detector is, how it works, why it is important, and how to choose one for your facility. 

This guide describes what gas monitors and detectors are, how gas monitors and gas detectors work, the types of detecting and monitoring solutions, and why gas monitoring and detecting systems are important. 

Many major industrial facilities throughout the world rely upon magnetic level indicators (MLI) to effectively, reliably, and safely visualize and control levels in complex process applications. When safety and performance are at stake, it is critical that manufacturers have the right equipment and understand how to optimize the use of tools. 

The nuclear level measurement industry is constantly evolving. The latest technology allows highly accurate measuring results under extreme conditions.  At TechStar, we offer a wide range of radiation based solutions   for measuring harsh applications  that will meet your requirements.  We carry products from the most trusted company in the industry, Berthold. Let a TechStar expert answer any questions about our nuclear products or any other products TechStar represents.

Guided wave radar technology is a method of measuring the level of liquids with radio waves. It is used in continuous measurement systems for various applications, from the chemical industry to oil and gas production, water treatment plants, and more.

Gas detection controllers are used in a wide variety of industrial and commercial applications where fire, smoke, and/or toxic gases can present a potential hazard to property or threat to personnel. Controllers are designed to work with one or more gas detectors that provide permanent and continuous monitoring and generate actions in case of gas detection.  

Your refinery has options when revamping Delayed Coker Units. This was recently realized for a customer of ours, one of the biggest refineries in the United States. They have two delayed coking units. DCU 1 which consist of a 4 drum coker and DCU 2, which consist of a 6 drum coker. All 10 drums currently were using our competitors level system for measurements.

The accuracy of a thermal mass flow meter is dependent upon the technology type and the quality of the materials used for the meter’s sensor design. A well-designed sensor is made to measure flow accurately over a long period of time with minimal drift, independent of recalibration and calibration validation diagnostics. For a thermal mass flow meter, the materials used in the manufacture of the sensor play a vital role in the overall performance of the sensor. The materials must create the best environment for heat transfer - the essential principle of thermal mass flow measurement - or the accuracy and response time suffer.