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Non-Contact Level Sensors for Medical Devices
Modern medical devices are extremely sophisticated. Advances in medical technologies have revolutionized the ways in which doctors and medical professionals administer medications, monitor vital signs, and more. Monitoring internal or external liquid levels is an important process for many of …
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Fracking Uses Liquid Level Sensors
Fracking, or hydraulic fracturing, relies a lot on the use of liquids. But how does the industry sense the liquid levels in the first place? And how does fracking even work? We’ve taken a closer look at fracking and how …
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Liquid Level Sensors Monitor Tsunamis
When 46-foot waves slammed into the coast of Samoa in 2009, the Pacific Tsunami Warning Center recorded that there was a significant rise in sea levels. Residents in the low-lying atolls of Tokelau moved to higher ground due to an …
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Liquid Level Sensors for Cryogenic Applications
To the average person, the word “cryogenics” likely evokes images with more of a basis in science fiction than fact: eccentric billionaires flash-frozen to preserve life indefinitely; a starship crew sleeping through the longest part of their journey; the neurotic …
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How Do Ultrasonic Liquid Level Sensors Work?
Ultrasonic liquid level sensors are sensors that emit ultrasonic pulses of sound, well beyond the capabilities of humans to hear (“ultrasonic” defines any soundwave outside of this threshold, roughly speaking any frequency above 20 KHz; ultrasonic sensors typically use frequencies …
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The Pros and Cons of Ultrasonic Liquid Level Sensors
Ultrasonic level sensors work by utilizing principals of sound to offer continuous measurement of both liquid and solid media. The top-mounted sensor emits a high-frequency pulse of ultrasonic sound (meaning on outside the hearing range of humans), then records the …
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