Burkert Inline MFM 8006 Mass Flow Meter 269154

The Burkert Inline MFM 8006 mass flow meter (model 269154) is available at a good price in Germany. Burkert flow meters are all made in France.

Our company has signed a long-term cooperation strategic agreement with Burkert in Germany, offering significant discounts on Burkert flow meters, as well as Burkert proportional valves, Burkert control valves, Burkert sensors, and Burkert controllers. The Type Delivery is fast.

8006 - Mass Flow Meter (MFM) is used to detect the mass flow rate of gases.

This meter measures the mass flow rate of gases without being affected by interference factors (eg, pressure or temperature fluctuations). The Burkert sensor operates based on the principle of thermodynamics (constant temperature anemometer).

When the mass flow rate changes, the heat flux in the heating element needs to be changed, thereby maintaining a constant overtemperature. Measurement is performed in the main flow, directly providing the mass flow rate without correction.

(See description) Because it measures in the main flow, the Burkert 8006 gas mass flow meter MFM features high power and low contamination sensitivity. It can be used as a Burkert mass flow meter for gases. etc.

Features of the Burkert 8006 mass flow meter: Inline MFM suitable for rated flow ranges from 25 lN/min to 1500 lN/min; 1/4” to 3/4” high accuracy; fast response; optional fieldbus.

The Burkert 8006 mass flow meter can be matched with the following products: Type 861 1eCONTROL Burkert universal controller; 0330 direct-acting two-position two-way or two-position three-way rotary Burkert armature solenoid valve; Type 8619 multiCELL -...

Burkert multifunction controller; Type 6027 direct-acting two-position two-way Burkert plunger solenoid valve.

Burkert mass flow meter Inline MFM Application of the 8006-type 269154 thermal Burkert gas mass flow meter in industrial production: Preface The main exhaust fan of the 05m² sintering machine at Angang Sintering Plant, with a capacity of 1000 m³/h, has a 4m diameter dust collection duct leading.

to the 120m large flue.

Measuring the exhaust gas flow rate in this duct has been a persistent problem for generations of sintering engineers. meters, but after years of use, the shortcomings of this type of flow meter have become apparent.

Due to the large diameter of the dust collection duct flow meter, coupled with the inconvenience of maintenance and calibration, the enormous suction force of the 200-meter-high chimney in the duct causes wear on the orifice plate surface, leading to corrosion inside the orifice plate and the entry.

of dirty particles.

These factors contribute to the inaccuracy or damage of the orifice plate flow meter. Characteristics of large-diameter exhaust gas flow detection: ① Large pipe diameter, typically DN1000mm~DN6000mm, which brings considerable difficulties to the maintenance and calibration of instruments for detecting this flow rate.

Generally, testing or cleaning the probe requires extensive manpower and resources. ② Low pressure and low flow velocity, typically outlet pressure is 10-60kPa and flow velocity is 1.5-6m/s. Instruments used for such flow detection must have low pressure loss and low Reynolds number.

③ Dirty medium, liquids containing large amounts of ash and corrosive substances, easily contaminating the flow meter's sensor. To address these characteristics, based on repeated experiments, we adopted a relatively advanced large-diameter insertion-type thermal gas flow meter to detect large-diameter exhaust gas flow. 2.

History and Development of Thermal Burkert Mass Flow Meters The Burkert thermal mass flow meter is a flow meter that measures the mass of a liquid or gas by utilizing the relationship between the energy required for the liquid temperature to rise to a certain value during heating and the.

liquid's mass.

It is generally used to measure the mass flow rate of gases such as coal gas.

It features low pressure loss, wide flow range, high accuracy, high repeatability, high reliability, small size, easy maintenance, and durability. Early Burkert thermal mass flow meters directly immersed the heating coil and temperature sensing element in the liquid, making them contact flow meters.

However, the prevalent corrosion, wear, and explosion-proof issues in the field greatly limited their industrial applications. In the 1950s, boundary layer flow meters (TMFs), which did not contact the liquid, were proposed, overcoming the shortcomings of contact flow meters.

However, the measurement results were affected by medium parameters (such as thermal conductivity, ratio, and viscosity) and environmental vibrations. In the 1970s, thermal distribution mass flow meters (TMFs) based on measuring liquid temperature distribution were highly favored in China due to their significant advantages.

However, they had a fatal flaw: they were only suitable for measuring small flow rates and small pipe diameters, failing to measure large-diameter liquids.

Based on these Burkert flow meters, an insertion-type TMF was designed, which experienced rapid development in China and can be used to measure gas flow rates in large pipe diameters.

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