Double flange level transmitter $r $n $r $n measures the pressure difference between the two ends of the transmitter. $r $n $r $nAi is a device used to measure the level, flow rate, and pressure of liquids, gases, or vapors. It is connected by a capillary tube filled with fluid to prevent direct contact between the medium and the sensor. Its main features include high precision, fast measurement, miniaturized design, and remote control capability. Suitable for liquid level measurement of high temperature, high pressure, strong corrosion and other media, widely used in industries such as pharmaceuticals and chemicals. The main technical indicators include an effective detection range of 0-20m, an accuracy level of 0.5 to 1.5, and a working temperature of -50~240 ℃,
Double flange liquid level transmitterOne important factor to consider when selecting is the differential pressure level transmitter, which is installed at the bottom of the liquid container and reflects the height of the liquid level through gauge pressure signals. In the control process of liquid level measurement in the pharmaceutical and chemical industries, containers containing liquids are often under pressure. At this time, conventional static pressure level transmitters cannot meet the measurement requirements. Due to improvements in sensor circuits and structures, the practical value of differential pressure level measurement technology in the pharmaceutical and food industries has been enhanced.
Mao Hongmei:
Measuring objects, such as the physical and chemical properties of the measured medium, as well as working pressure and temperature, installation conditions, and the speed of liquid level changes;
2. Measurement and control requirements, such as measurement range, measurement accuracy, display mode, on-site indication, remote indication, interface with computer, safety and anti-corrosion, reliability, and construction convenience.
Double flange liquid level transmitterOne important factor to consider when selecting is the differential pressure level transmitter, which is installed at the bottom of the liquid container and reflects the height of the liquid level through gauge pressure signals. In the control process of liquid level measurement in the pharmaceutical and chemical industries, containers containing liquids are often under pressure. At this time, conventional static pressure level transmitters cannot meet the measurement requirements. Due to improvements in sensor circuits and structures, the practical value of differential pressure level measurement technology in the pharmaceutical and food industries has been enhanced.