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The density sensor is used to determine the density of fluids. This is accomplished with a microelectromechanical system (MEMS) that incorporates an omega-shaped microchannel (omega chip) into an internal bypass.
The density sensor employs the omega chip for density measurement. The filled microchannel is oscillated in resonant mode and analyzed.
The Omega chip, a vibronic microsystem, is the measurement system’s heart and generates the sensor signal throughout the system. A silicon tube (microchannel) vibrated electrostatically in a vacuum is a critical component of this microsystem.
A platinum resistor is integrated to compensate for temperature effects, allowing for local real-time temperature detection. The Omega chip is made primarily of crystalline silicon and glass.
The Global Density sensor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
DLO-M2 liquid density sensor, The sensor measures the density of liquids during the process, eliminating the need to visit a laboratory. The properties and quality of a liquid can be precisely monitored even in confined spaces thanks to a sub-millimeter measuring channel.
DLO-M2 ex liquid density sensor,The ATEX: II1G and IECEx: Zone 0 certified DLO-M2 ex sensor measures the density of liquids in a microelectromechanical system (MEMS system). The liquid is directed to an omega-shaped microchannel, known as the omega chip, within the MEMS system.
Because of measurements in the MEMS system, the sensor is only 30 x 83 x 15 mm in size and can fit even in small spaces. The high-precision measurement results are available immediately, allowing for continuous measurement throughout the process.
Gas nanomass density sensor,Endress+Hauser Flowtec AG and TrueDyne Sensors AG collaborate.The first instrument for precise measurement of gas density based on the revolutionary MEMS Coriolis technology is the Nanomass gas density sensor, which is used for continuous gas density measurement directly in the process.
Endress+Hauser Flowtec AG’s long-standing Coriolis expertise meets TrueDyne Sensors AG’s innovative microtechnology here. For the first time, parameters such as gas density or gas quality can be continuously monitored directly in the running process under economically favourable conditions. Nanomass gas density sensors are simple to incorporate into existing process infrastructure.
