| Flow > Thermal Mass Flow Meters
Thermal Mass Flow Meters - Product Overview |
A range of thermal mass flow meters for measuring the mass flow of clean gases, such as air, nitrogen, hydrogen, helium, ammonia, argon and other industrial gases
Advice on selecting Thermal Mass Flow Meters >> |
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OVAL Thermal Mass Flow Meter
Thermal Mass Meter for Utility Gases, such as Air and Nitrogen |
| The OVAL thermal mass meter is designed to accurately monitor and measure mass flow of utility gases, such as air and nitrogen, even at extremely low flows (10NL/min). It is ideal for energy monitoring applications in being able to accurately detect flows and converts them into an equivalent currency. |
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| Reliable mass flow technology and standardised interfaces make the Red-y smart series of mass meters and mass controllers particularly suitable for measurement and control in gas delivery systems and plant engineering applications |
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Red y Compact Battery Powered Mass Meter
Thermal Mass Flow Meter, Regulator or Switch for Air and Gases with Battery Power or External Supply |
| A series of thermal mass flow meters with battery power or external supply and with options for manual valves and alarm functions that offers a high-precision alternative to variable area flow meters |
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Red y Smart Pressure Controller
Pressure Controller with Integrated Mass Flow Measurement for Gases |
| The new electronic Red-y Smart pressure controllers combine Voegtlin’s reliable thermal mass flow technology with electronic pressure control. Red-y smart pressure controllers automatically control a predefined process pressure and at the same time measure and/or limit the flow rate. |
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OVAL Hybrid Multirange DELTA Flow Meters
Hybrid Vortex / Thermal Mass Flow Meters with Wide Flow Range for Energy Monitoring and Leak Detection |
| OVAL Hybrid Multirange DELTA flow meters combine vortex flow technology with a thermal mass flow meter, overcoming the difficulties of measuring low flow ranges with a standard vortex meter and offering a wide flow range of 1: 700 (at 0.6MPa) with a low pressure loss |
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