CG-15 series gas dispenser mass flow meter

CG-15 series gas dispenser mass flow meter

The Coriolis mass flowmeter has high measurement accuracy and is not affected by the physical properties of the medium. It does not require the length of the upstream and downstream straight pipe sections. Moreover, CG-15 is a highly intelligent instrument, and its transmitter can output process parameters such as volume flow rate, density, temperature, viscosity, and concentration converted into 4-20mA or pulse signals or bus signals in addition to mass flow rate.

It can also output air traffic control detection signals converted into relay contacts or NAMOUR signals; Even without the need for a batch controller, the valve can be directly controlled with two-stage opening and closing. Therefore, Coriolis mass flow meters are widely used in various industrial sectors such as chemistry, pharmaceuticals, energy, rubber, papermaking, and food, and are quite suitable for ingredient preparation, loading, and trade handover.

The mass flow meter of a gas dispenser mainly consists of a flow sensor and a flow transmitter. Widely applicable, in addition to normal fluid measurement, it can also measure industrial media that are difficult to measure with general fluid measuring instruments, such as non Newtonian fluids, various slurries, suspensions, etc; The characteristics include low installation requirements, reliable operation, and low maintenance rate.

CG-15 series gas dispenser mass flow meterTechnical Specifications:

Measurement accuracy: 0.2 level

Temperature measurement accuracy: ± 1 ℃

Maximum flow rate: 3000kg/h

Maximum working pressure: 25MPa

Fluid temperature: -200 ℃~200 ℃

Environmental temperature: -50 ℃~200 ℃

Specification: 15mm

Sensor interface: DN15 flange

Measuring tube material: 316L

Explosion proof grade: Ex ib Ⅱ BT6Gb

Instructions for Use

The mass flow meter of the gas dispenser is manufactured based on the Coriolis force principle. Under the action of driving current, by applying a certain vibration frequency to the measuring tube, the magnetic field force and Coriolis force inside the tube will cause corresponding vibrations in the two measuring tubes. When the fluid is diverted to two parallel measuring tubes through the inlet flange splitter, the measuring tubes will undergo slight bending (phase difference) due to the Coriolis force, and the degree of bending of the pipeline is only related to the mass flow rate of the fluid flowing through it. By detecting the degree of curvature of the pipe wall, we can directly measure the mass flow rate.