Coriolis density meter supplier by bjssae.com: Commonly Used for Liquids: Volumetric flow meters are more commonly used for measuring the flow of liquids. Examples include turbine flow meters, positive displacement flow meters, and orifice flow meters. Useful for Billing and Custody Transfer: Volumetric flow meters are often used in applications where billing or custody transfer is involved, such as water and gas utilities, as they provide a direct measurement of the volume consumed. Read more information at coriolis meters.
Gas turbine flow meter is a kind of instrument and equipment used to measure gas measurement. Since it was developed in the domestic market, you will find that the sales in many gas distribution stations, gas companies, gas plants and other places across the country are increasing. So what are the specific market advantages? The pressure loss of the gas turbine flowmeter instrument is small, and the impeller configured on it has a very strong anti-corrosion function, so that the usability of the instrument and equipment will become stronger and stronger. When it is sold in the national market , found that the function of its flowmeter instrument is getting more and more perfect. When the instrument and equipment are promoted in the market, it has become a new generation of gas measurement equipment, creating a technologically dominant position and making customers feel that its function will be more perfect. of.
Flow measurement of some low-viscosity oils, such as gasoline, kerosene, diesel, and heavy oil, residual oil, etc. whose viscosity is reduced by heating. Water flow measurement of large-diameter pipelines, among which the full-tube vortex flowmeter is mainly used for small and medium diameter pipes, while the insertion vortex flowmeter can be used for large-diameter (DN≥300mm) pipeline flow measurement. It is widely used in urban water pipelines and industrial water mains in chemical, electric power, metallurgy, papermaking, chemical fiber and other enterprises.
Sincerity first factory of 121 warehouse with one calibration line was officially established Since 2007. The 2nd generation coriolis mass flow meters were officially launched. The coriolis mass flow meters are upgraded with batch control functions. The size of the coriolis mass flow meters are largely reduced, and the display has been upgraded to LCD display (liquid crystal display) . Sincerity 4th generation coriolis mass flow meters were officially launched. They have been upgraded to integrated type coriolis flow meters, with sensor and transmitter. The coriolis flow meters added 0-10KHz, and 4-20mA output. We still need the magnetic bar to calibrate the zero point, and to modify the inner parameters.
The coriolis flow meter consists of a sensor and a transmitter. The coriolis mass flow meter is equipped with digital signal processor (DSP) -based digital transmission equipment, and integrates digital closed-loop vibration control (DLC) signal processing, sensor calculation and diagnostic functions, and has high measurement accuracy and extensive capabilities. And excellent reliability for you. On-line node configuration, fault diagnosis and data logging can be performed directly through HART or PC via Modbus to communicate with the communicator. The flow meter will not only calculate the process volume flow, cumulative volume and component ratio. TS series flow meters can also provide coriolis gas flow meter, density and temperature online in real time. See additional information on 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.
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.
