Do you know about German E+H flow meters? Here is a brief overview:
The working principle of German E+H mass flow meters is mainly based on the Coriolis Effect.
The Coriolis Effect is an inertial effect. When an object moves in a rotating reference frame, it is subjected to a force perpendicular to the direction of velocity, which is the Coriolis force. In mass flow meters, this principle is realized through the flow of fluid in vibrating pipes. Specifically, it includes one or more vibrating measuring tubes. When fluid flows through these tubes, their vibration characteristics change due to the mass flow rate of the fluid. During operation, the measuring tubes vibrate at a specific frequency. When there is no fluid flow, the vibration of the measuring tubes is symmetrical. However, when the fluid starts to flow, due to the difference in mass and velocity of the fluid, the tube on the inflow side will have a phase difference relative to the tube on the outflow side. This phase difference is proportional to the mass of the fluid flowing through, so it can be used to calculate the mass flow rate.
The characteristics and functions of German E+H mass flow meters are as follows:
Characteristics
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Suitable for multiple media: It can be widely used for both liquids and gases.
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High measurement accuracy: The measurement results are stable and reliable.
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No straight pipe section required: Flexible installation position, not restricted by pipeline layout.
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Good reliability: Stable long-term operation with low maintenance costs.
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Low maintenance rate: Reasonable design reduces the possibility of failures.
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Equipped with a core processor: High degree of intelligence, capable of complex data processing and analysis.
Functions
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High-precision measurement: It can directly measure the mass flow rate of the medium passing through the flow meter, and also measure the density of the medium and indirectly measure the temperature of the medium.
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Unaffected by fluid physical properties: The measurement is not affected by fluid physical properties (such as viscosity and density), making it suitable for various complex measurement environments.
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Flow control: The mass flow controller is an instrument that can detect and control at the same time. In addition to the measurement part, the mass flow controller itself is equipped with an electromagnetic regulating valve or a piezoelectric valve, so the mass flow control itself forms a closed-loop system for controlling the mass flow rate of the fluid.
In summary, German E+H mass flow meters play an important role in the industrial field with their excellent design and advanced technology.
The main uses of German E+H mass flow meters are as follows:
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Chemical industry: Used for material proportioning and control in chemical reaction processes.
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Pharmaceutical industry: Measures the flow of raw materials and products to ensure compliance and safety in the production process.
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Food and beverage industry: Provides non-polluting close measurement to ensure product quality.
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Petrochemical industry: Monitors the flow of natural gas and oil to improve the efficiency of material management.
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Water treatment: Conducts flow monitoring and control in processes such as sewage treatment and drinking water treatment.
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Petroleum processing: Will be more widely used in the field of petroleum processing.
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Other fields: Can also be used to measure the density of the medium and indirectly measure the temperature of the medium.
In general, German E+H mass flow meters play an important role in various industries due to their high precision, high stability, and wide applicability.
German E+H flow meters have a wide range of application fields, and the main ones are as follows:
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Oil and gas industry: In oil industry production, from oil extraction, transportation, refining and processing to trade and sales, flow metering runs through the entire process. No link can do without flow metering; otherwise, the normal production and trade of the oil industry cannot be carried out.
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Chemical industry: Inaccurate flow metering will cause imbalance in chemical composition distribution, fail to ensure product quality, and even lead to production safety accidents in serious cases.
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Power industry: In power industry production, the measurement and regulation of the flow of media such as liquids, gases, and steam occupy an important position. The accuracy of flow metering is not only of great economic significance for power plants to operate under optimal parameters, but also with the development of high-temperature, high-pressure, and large-capacity units, flow measurement has become an important link in the safe operation of power plants.
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Iron and steel industry: In iron and steel industry production, the flow measurement of circulating water and oxygen (or air) during steelmaking is one of the important parameters for product quality.
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Light industry, food, textile and other industries: These industries are also inseparable from flow metering.
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Water treatment industry: German E+H electromagnetic flow meters can be used to measure the flow of water/wastewater.
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Pharmaceutical industry: German E+H electromagnetic flow meters can be used for flow measurement in the pharmaceutical industry.
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Papermaking industry: German E+H electromagnetic flow meters can be used for flow measurement in the papermaking industry.
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Mining industry: German E+H electromagnetic flow meters can even be used for flow measurement in the mining industry.
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Agriculture: German E+H flow meters are widely used in the agricultural field.
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Environmental protection: German E+H flow meters are widely used in the field of environmental protection.
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People's daily life: German E+H flow meters are widely used in the field of people's daily life.
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German E+H flow meters have become one of the leading instruments in industrial measurement due to their high precision, high reliability, and long service life.
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