Welcome: KUNAG Fluid Control System (Shanghai) Co., Ltd.
Language:
∷
Industry new
Description of the characteristics of the integrated electromagnetic flowmeter
The characteristics of integrated electromagnetic flowmeter The electromagnetic flowmeter indicates that the flowmetermeter has high clarity LCD backlight display. We know that the integrated electromagnetic electromagnetic flowmeter is based on Faraday's law of electromagnetic induction and is used to measure the volumetric flow of conductive fluid. Because of the peculiar characteristics of the integrated electromagnetic flowmeter, the integrated electromagnetic flowmeter has been widely used in the measurement of various conductive liquids in the industry. The integrated electromagnetic flowmeter is mainly used in the chemical, paper, food, textile, metallurgy, environmental protection, water supply and drainage industries, and the computer system can complete the mastery of the system. First, the electromagnetic electromagnetic flowmeter is a volume flow measuring instrument, which is not affected by the temperature, viscosity, density and electrical conductivity of the measured medium in the measurement process of the electromagnetic electromagnetic flowmeter. Second, the electromagnetic electromagnetic flowmeter has no moving parts, no flow blocking member, and does not cause pressure loss, and the electromagnetic electromagnetic flowmeter does not cause problems such as wear and blockage. Third, the electromagnetic electromagnetic flowmeter has no mechanical inertia, is sensitive, can measure the pulsating flow during the brake, and has good linearity. Therefore, the electromagnetic electromagnetic flowmeter can linearly convert the measurement signal into a specification signal input by the converter. The LD-T type can be in-situ guided, and the LD type can be transmitted at a long interval. Fourth, the electromagnetic electromagnetic flowmeter has a wide measuring range of up to 1:100. In addition, the electromagnetic electromagnetic flowmeter is only inversely proportional to the uniform flow rate of the measured medium, regardless of the axisymmetric activity.