Metal rotor flowmeter is suitable for small diameter and low flow rate medium flow measurement; reliable work, low maintenance, long life; low requirements for straight pipe sections; wide flow ratio 10:1; double-line large liquid crystal display, optional on-site Instantaneous/cumulative flow display, single-axis sensitive indication with backlight; non-contact magnetic coupling transmission; metal rotameter full metal structure, suitable for high temperature, high pressure and strong corrosive media; can be used in flammable and explosive hazardous situations; Choose two-wire system, battery, AC power supply; multi-parameter calibration function; metal rotor flowmeter with data recovery, data backup and power failure protection functions.
At present, the development of flowmeter measurement technology is becoming more and more mature, and there are more and more types, but there is no flowmeter that can be applied to any occasion, because each type of flowmeter has its own scope of application and limitations. Metal tube floats Flow meters are no exception.
Due to the complexity and importance of the process and the measured object in industrial production, the importance of the selection of on-site flowmeters is determined. Therefore, to choose a flow meter correctly and effectively, you must be familiar with the various characteristics of the process and the measured fluid in the industrial production and the measurement method to be used. At the same time, you must also consider other related influencing factors, such as metal tube float flowmeter performance indicators, Factors such as price, use requirements, installation environment, and repair craftsmanship, etc., and then specific analysis, overall planning, careful design and reasonable selection based on specific conditions.
The metal tube float flowmeter is a device that calculates the flow rate by measuring the rotating parts installed in the direct current pipeline. It is a kind of variable area flowmeter. In a vertical tapered tube that expands from bottom to top, the gravity of the float with a circular cross-section is borne by the hydrodynamic force, and the float can rise and fall freely in the tapered tube. It moves up and down under the action of flow velocity and buoyancy, and after balancing with the weight of the float, it is transmitted to the dial to indicate the flow rate through magnetic coupling.