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    "Inline" flow meter: your flow meter for gas and compressed air, suitable for small diameters

    The VPFlowScope® "Inline" flowmeter is the ideal device for measuring consumption at the point of use. It simultaneously measures bidirectional mass flow, temperature, and pressure. It can be used as an inline air or gas flowmeter. It is perfect for small diameters, where it provides all the data needed to optimize your compressed air and gas consumption. The VPFlowScope® "Inline" flow meter offers various units of measurement. It can be used as an air flow meter in CFM or as a gas flow meter in CFM. Another option is to use it as an air flow meter in m³/h or as a gas flow meter in m³/h. With the VPFlowScope® “Inline” flow meter, you can not only monitor your energy consumption but also verify the efficiency of your distribution network and identify your actual savings potential. It provides all the data you need to make the right decisions on a daily basis.

    The bright blue screen displays real-time data, but if you want more in-depth analysis, you can pair this device with the built-in data logger, which allows you to record data over specific time periods. By installing our VPStudio software on your PC, you can process the data, print reports, and perform relevant analyses to identify where and how to achieve savings within your organization.

    Features of this flow meter for compressed air and industrial gases


    • ThermabridgeTM technology

    • High dynamic range

    • Four sensors in one device: flow, pressure, temperature and total flow rate

    • Standard Modbus and 4 ... 20 mA

    • Bidirectional

    • Rapid return on investment


    Applications of this flowmeter

    • Secondary counting of compressed air and industrial gases

    • Monitoring the flow of technical gases (nitrogen, oxygen, helium, argon, carbon dioxide; any dry and non-corrosive gases)

    • Management of leaks

    • Energy monitoring

    • Distribution of costs

    • Monitoring the condition of pneumatic equipment

    • Possible solutions at 16 bar | 250 psi and 35 bar | 500 psi

    • Looped networks (two-way measurements)

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