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eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )

eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )

eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )

Product catalog summary
Features: The AFMT (Average Flow Measuring Tube) is designed with a stainless steel housing, offering high temperature resistance, corrosion resistance, and dust resistance. It is capable of measuring micro flow rates and is suitable for harsh environments. The device can be customized according to customer needs.
Introduction: The AFMT, in conjunction with the eyc-tech industrial grade differential pressure transmitter, is used for air velocity measurement. It is particularly effective in environments where exhaust gas emission and environmental protection engineering are critical. The installation location is flexible.
Applications: The AFMT is applicable in various industries including ventilation pipes, flue industry, exhaust gas emission, environmental protection engineering, air conditioning systems, and vacuum cleaning. It is especially useful for high temperature and chimney applications, as well as wind speed measurement in dusty air and high flow rate environments.
Specifications: The AFMT measures flow velocity by calculating the difference between total pressure (P1) and static pressure (P2), known as dynamic pressure (ΔP). The flow rate formula is given by K=V/ρ, where V is the velocity of the liquid, ρ is the flow density, and K is the flow coefficient. The device operates at a maximum pressure of 10 bar and a maximum temperature of 250°C, with air as the measuring medium.
Installation: The AFMT can be installed in various tube types with different connection options. The material options include SUS316 and copper or stainless steel. The installation connection varies based on the tube size, with options for movable threads and inside threads.
Dimension and Ordering Guide: The AFMT is available in various lengths ranging from 4 inches to 40 inches. The ordering guide provides details on installation material, tube type, and connection specifications.
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Catalog excerpts

eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )-1

Average Flow Measuring Tube Match with eyc-tech Industrial Differential Pressure Transmitter Stainless steel housing, high temperature resistant, corrosion resistance, dust resistance, can measure micro flow rates With eyc-tech industrial grade differential pressure transmitter for air velocity measurement Applied in harsh environments, exhaust gas emission, environmental protection engineering, installation location is not restricted ※Can be customized according to customer needs AFMT and differential pressure transmitter are often being used in the measurement of flow. With several pressure detecting holes on the AFMT, we can get the average of the flow inside the duct and improve the problem happened in the flow measuring where disturbance occurs when there′s no adequate space inside the straight inlet. AFMT is a probe we inserted into the duct(along with the whole diameter) to measure the flow. When the probe encounters the flow, will sense and get the average total pressure P1 in windward side and static pressure P2 in leeward. AFMT then gets the flow velocity by measuring the difference between total pressure and static pressure(i.e.) dynamic pressure(ΔP) and flow average velocity(V). Ventilation pipes / Flue industry / Exhaust gas emission / Environmental protection engineering / Air conditioning systems / Vacuum cleaning / Especially high temperature and chimney, wind speed measurement of dusty air and high flow ra

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eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )-2

Operating pressure Measuring medium Operating temperature Installation Installation Tube type | Air Velocity formula | Flow rate formula Installation connection 4 ... 12″below 3/4″PT movable thread Outlet connection Measuring tube Connection 1/8″G inside thread or 1/4″G inside thread Copper or stainless steel (Optional) Δ P = Difference between total pressure and ρ static pressure(Dynamic pressure)(Pa) = Flow density(kg/m3) = Flow coefficient = Flow coefficient of average flow measuring = Cross-sectional area of duct during operation(m2) = Inflation coefficient of liquid going

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eyc-tech AFMT Average Flow Measuring Tube ( Pitot tube )-3

| Dimension | Unit:mm ■ Length : 4″... 12″ L mm 14.0 mm P1 Outlet connection 1/8″G inside thread Ø6 Hose P2 Outlet connection 1/8″G inside thread Ø6 Hose 18.0 mm P1 Outlet connection 1/4″G inside thread Ø6 Hose P2 Outlet connection 1/4″G inside thread Ø6 Hose | Ordering Guide | AFMT Tube type

 Open the catalog to page 3

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