Turbine Flow Meters for flow measurement of fuels, marine engine fuel monitoring, light fuel oil, thermal oil, solvents, tap and demineralised water as well as special models for refrigerants, pharmaceutical fluids, cryogenic fluids, liquefied gases and high-pressure applications.
What applications are common to turbine flowmeters?
- Water injection
- Two and Three Phase Separators
- Water wells
- Chemical injection systems
- Aerospace/ Military
- Engine Bed Testing
- Power Plants
- Building automation
- HVAC
- Cryogenics (extremely low temperatures)
- Tank Truck Unloading
HM Series Turbine Flow Meter
Turbine flow meters (hereinafter referred to as turbines) are used for the precise measurement of instantaneous flow rates and flow quantities of low-viscosity fluids
Every different type varies by the direction of the inflow and by the method of recording the measurements. See more…
HM-F Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low and middle viscosity, such as for example water, emulsions, mixtures containing glycol and light oils. See more…
HM-R Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low viscosity, such as for example water, solvents, cleaning agents and light oils. The large range of different pipe connections and structural sizes allows using these flow meters in various applications and in various industrial sectors. See more…
HM-E Series Turbine Flow Meter
Turbine flowmeters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flowmeter is most suited for liquids with low and middle viscosity, such as for example water, emulsions, mixtures containing glycol and light oils. See more…
HM-FT Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low and middle viscosity, such as for example water, emulsions, mixtures containing glycol and light oils. See more…
HM-U Series Turbine Flow Meter
The turbine flow meter of HMU series is of good quality and inexpensive measuring devices to measure all lubrication liquids and liquids of low viscosity, such as for example hydraulic oils, emulsions and test oils. The good quality and inexpensive products of this series are suited for simple measurement of consumption, monitoring and various other tasks with continuous flow. See more…
HM-TC-R Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low viscosity, such as for example water, solvents, cleaning agents and light oils. See more…
HM-TC-NS Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flowmeter is most suited for liquids with low and middle viscosity, such as for example water, emulsions, mixtures containing glycol and light oils. See more…
HM-TC-AC Series Turbine Flow Meter
Turbine flow meters serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low viscosity, such as for example water, solvents, cleaning agents and light oils. See more…
HMP Impeller Turbine Flow Meter
Turbine flow meters with wing rotor serve to accurate measurement of continuous and discontinuous flow rate values. This turbine flow meter is most suited for liquids with low and middle viscosity, such as for example water, emulsions, mixtures containing glycol and light oils. See more…
How Turbine Flow Meter works?
The measurement principle of any kind of turbine flow meter depends on the mechanical exertion of a fluid upon a rotor / spindle, similar to the way a fan will turn when the wind blows on it. Turbine flow meters have specially manufactured blades which differ according to the application. The faster the flow, the faster the blades will rotate. Increase in blade rotation is proportional to a velocity increase. Since the surface area of the pipe is known, we can deduct the volumetric flow.
Below is a video demonstrating the turbine motion. In some cases, a flow straighter is needed to correct the flow profile.
