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Accuracy is paramount when choosing the right level measuring technology, and there are many factors to consider before purchasing, such as the existence of foam or gas fumes associated with the process, the dielectric or specific gravity of the process, pressure and temperature, and the use of an agitator, or the existence of a turbulent surface.
A variety of common technologies are available for continuous level measurement, including capacitance, free space radar, guided wave radar, gamma, pressure and ultrasonic. IPP&T’s Level Handbook contains a number of articles that provide expert advice and applications that work best for each of these technologies.
IPP&T’s Level Handbook provides specific applications and product information to executives, engineers and plant personnel who are looking to improve their industrial processing operations.
Articles in this handbook include:
5 Trends Driving Inventory Monitoring in Silos
Fast-paced work environments are driving the need for accurate, real-time data.
How 80 GHZ Radar Overcomes Level Measurement Challenges in High Dust Environments
A speck of dust is tiny: one-half to one micrometre in diameter on average; yet these little particles can cause big problems.
Frequency-Modulated Continuous-Wave (FMCW) Radar Level Measurement Systems
Radar level measurement systems are very successfully utilized for assessing the filling level of liquids and bulk solids.
State-of-the-Art Tank Gauging: High Accuracy with a Big Payoff
From a cost-benefit perspective, there’s never been a better time to upgrade.
LWT Series: A New Way to Work with Guided Wave Radars
Introducing a new guided wave radar product line based on smart sensing and advanced algorithms.
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