Top rated coriolis meters provider: A high-precision measurement and control system is essential when manufacturing optical fibers. In the burner control application, mass flow devices help control gases that heat the preform and help control thin layer deposition. Furthermore, argon is fed into a furnace to facilitate the drawing process, preventing the furnace element from burning. Pulse modulated sparging produces uniformly sized oxygen bubbles into a bioreactor using mass flow controllers. Mass flow is used in bioreactors to regulate oxygen and CO2 levels. Through precise, low-flow control, the bioreactor is properly oxygenated and toxic carbon dioxide is effectively removed. See extra details on coriolis density meter.
After-sales service of gas turbine flowmeter: The use effect of gas turbine flowmeter largely depends on whether it is used reasonably. For new users, it is the supplier’s responsibility to provide technical guidance before the user installs. As for the products of international brands, they have occupied the market of major Chinese users for many years, and these major users have sufficient technical strength. For their scattered users, they basically rely on middlemen to do it. Problems brought about by after-sales service appear.
To calculate the steam mass flow from the frequency signal output by the frequency output vortex flowmeter, you only need to know the current working condition of the fluid, while the temperature and pressure compensation of the analog output vortex flowmeter is only the error caused by the deviation of the current working condition from the design working condition. Compensation, therefore, not only need to know the current conditions, but also need to know the design conditions. The data of the latter working condition often causes errors due to the loss of data due to the passage of time or personnel changes. In contrast, the frequency output vortex flowmeter does not have this problem.
The Insertion Density Meters are equiped with the microprocessors inside, so the sensor could complete the signal conditioning, calculation and diagnosis functions, and it does not need the remote eletronic devices for processing. Typical industries applied include the petrochemical industiry, electricity power industry, wine industry, food industry, pharmaceutical industry, and mineral processing (such as, clay, carbonate, silicate, etc. ) For sepecific applications, the Insertion Density Meters are largely used in the interface detection of the multi-product production lines, density detection of the mixed liquid, end monitoring of the reaction kettle, and the separator interface detection.
Turbine Flow Meter has the characteristics of high accuracy, good repeatability, convenient installation and maintenance, and simple structure. Liquid flows through the turbine casing, causing the internal rotor to rotate. When the rotor rotates, an electrical signal is generated in the pickup coil. This signal is converted to engineering units (liters, cubic meters, gallons, etc.) on the applicable local display. Optional accessory modules can be used to export signals to other devices. Make sure the vortex flow meter model meets your specific needs. For your future reference, if this information becomes unreadable on the turbine, it may be useful to record it on the nameplate of the manual. See the nameplate for your custom product specifications. Read more details on https://www.bjssae.com/.
Sincerity, excellence in coriolis flow meter production with 33 years experience, Since 1987.Through continuous research, development and transformation, we have become the leader of the Coriolis Mass Flow Meters industries in China.Our products including coriolis mass flow meter,thermal mass flow meter,fork density meter and etc.We have 100+ workers and 5000+ factory,our customers from all over the world. We support OEM coriolis mass flow meter name plates.
It has been considered in the design that the steam becomes superheated, or it is difficult to determine which state it is in, or sometimes it is superheated and sometimes saturated, so the temperature and pressure compensation is adopted, and the above phase change has no effect on the measurement results. Considering saturated steam in the design, and adopting pressure compensation, the above-mentioned phase change will bring about a small error, that is, the compensation error caused by the density difference corresponding to the difference between the superheated steam temperature and the saturated steam temperature. The design is based on saturated steam, but temperature compensation is used, that is, the temperature of superheated steam is used as the saturation temperature to check the density table, which will generally cause large errors.