Coriolis mass flowmeter provider right now: Differences Between coriolis vs magnetic flow meter – While both mass flow meters and magnetic flow meters are used to measure the flow of fluids, there are several key differences between the mass flow meter vs magnetic flow meter: Accuracy: Both mass flow meters and magnetic flow meters are known for their accuracy. But mass flow meters are generally considered to be more accurate, especially in applications where the temperature or pressure may vary. Compatibility: Mass flow meters are compatible with a wide range of fluids, including gases, liquids, and slurries. Magnetic flow meters, on the other hand, are only suitable for conductive fluids. Discover extra details on coriolis mass flow meter manufacturers.
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.
Vortex flow meter is the fluid Reynolds number is within a certain range, and its output is only proportional to the volume flow. The output of vortex flowmeter has frequency signal and analog signal, and the analog output is obtained by f/ conversion on the basis of frequency output. This conversion loses about 0.1% accuracy. Therefore, when it is used to measure the steam flow, users prefer to use the frequency output. There are several other reasons why frequency output vortex flowmeters are more popular with users such as thermal companies.
American first unit of coriolis mass flow meter entered China SINCE 1987. Beijing Sincerity belongs to the state owned enterprise, which is Beijing institute of chemical industry, SINOPEC automation instrument department. SINOPEC has invested large amount of money to ask Beijing Sincerity to develop the VERY FIRST Chinese domestic coriolis mass flow meter since 1987. Chinese very first unit of U shape coriolis mass flow meter was successfully developed by Beijing Sincerity Group. Beijing Sincerity won the National Science and Technology progress awards. – SINCER 1989.
Beijing Sincerity Automatic Equipment Co., Ltd is a research and development center, focusing only on one type of flow meter, the Coriolis mass flow meter, which has been in use for 33 years. Our Coriolis mass flow has reached the international leading level. We provide three types of Coriolis mass flowmeters, including U-shaped, micro-bent V-shaped and triangular, to meet the different needs of different industries. We can provide coriolis flow meter with ultra high pressure of 100MPa, ultra high temperature of 350 C, and minimum temperature of -300 C. We can also measure ultra-high viscosity liquids, such as 70,000 cps glue. We have been very successful with gas measurements such as hydrogen. In addition, we have been very successful in two-phase / three-phase / multiphase flow liquid measurement. We support OEM services. You can even customize the internal software for Coriolis mass flow meters. We also support market agents. Find extra details at bjssae.com.
Beijing Sincerity is the leader of the coriolis mass flow meters industries in China,who specialized in producing thermal mass flow meter,turbine flow meter,fork density meters and ultrasonic flow meter. In line with our collaborative approach to our customers we are also able to discuss tailor-made Service and Support Solutions designed specifically for your needs that can include such topics as training, instrument replacement agreements and instant service and repair.
The output of the vortex flow meter is only proportional to the flow rate of the fluid flowing through the measuring tube. When measuring wet saturated steam, the influence of water droplets on the output of the vortex flow meter is negligible, so it can be considered that the output of the vortex flow meter is entirely composed of It is caused by wetting the dry part (saturated part) of each steam, and the density of the dry part can be accurately detected by pressure compensation or temperature compensation. When steam is measured, if the two parties agree to settle the fee according to the dry part of the steam, and the condensed water is not charged, the impact on the relative measurement is negligible and can be ignored; if the condensed water is also charged according to the steam, the measurement result of the vortex meter is low.
