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Stable performance ABB FMT450.A3.C2.A.3.G2.Y0.A1.G0.A.L2 Advanced Gas Mass Flowmeter for Process and Utility Gas Lines high quality

News July 03, 2026

Don't know where to order brand new and original ABB FMT450.A3.C2.A.3.G2.Y0.A1.G0.A.L2 Thermal Mass Flow Meter for Industrial Gas? We are professional supplier for ABB products and send an email to get more details.


Product description:

The ABB FMT450 SensyMaster thermal mass flowmeter is an advanced gas mass flow meter for demanding industrial applications requiring high accuracy, extended measuring range and enhanced functionality. Compared with the FMT430, the FMT450 provides additional performance options for advanced process gas measurement, high-accuracy calibration and more flexible application setup.

The FMT450 is suitable for direct gas mass flow measurement in air, nitrogen, oxygen, carbon dioxide, methane, natural gas, biogas, hydrogen, helium, argon, propane, ammonia and other industrial gases. It is commonly used in process plants, utility gas networks, combustion air monitoring, gas consumption measurement, environmental monitoring, energy management and production line gas control.


ABB FMT450.A3.C2.A.3.G2.Y0.A1.G0.A.L2


Product Advantages:

  • Original ABB Thermal Mass Flow Meter

  • High precision gas flow measurement

  • Wide gas compatibility

  • Excellent long-term stability

  • Intelligent self-diagnostics

  • Fast response and high repeatability

  • Multiple industrial communication protocols

  • Low pressure loss

  • Low maintenance

  • Suitable for harsh industrial environments

  • Long service life


Technical Highlights:

  • Brand: ABB

  • Product Series: SensyMaster FMT450

  • Measurement Principle: Thermal Mass Flow Measurement

  • Medium: Industrial Gases

  • Output Signal: 4–20 mA + HART

  • Optional Communication: Modbus, PROFIBUS DP

  • Application: Gas Flow Measurement

  • Installation: Inline / Insertion (depending on configuration)

  • Suitable Gases: Air, Nitrogen, Oxygen, Hydrogen, Methane, CO₂, Biogas, Natural Gas, Helium, Argon, Ammonia and more.