Turbine Flow Meters

FTB380 Series turbine meters with microprocessor-based electronics offers a durable, compact, high precision fuel measurement device, with total and rate indication.

The FTB400 sanitary flow meters are compliant with the ASME Bioprocessing Equipment Standard BPE-2019 for measurement of process liquids where sanitary standards are required.

This high accuracy Gas Turbine system measures the volumetric flow of gas through a pipeline. Gas flowing through the meter turns the turbine rotor.

Low cost Liquid Turbine Flow Meter with an amplified square wave pulse output available in 9sizes covering flow ranges between 0.176 to 880 GPM (6.66 to 3331 LPM)

The FTB-1300 Series of turbine flow meters are designed for industrial and laboratory measurement of water, solvents and other low viscosity fluids.

The FTB-630 Series turbine meters are dry-register mechanical totalizers that offer accurate, economical reading of high flows with low pressure loss.

The Series TFM-LP Liquid Flowmeters feature a rugged 316 SS body and utilize electro-optical detection for precise flow monitoring in industrial and commercial applications.

The TFP-LP Liquid Turbine Flow Meter offers reliable flow measurement for industrial and lab applications, providing a linear 0 to 5 VDC output for easy data logging.

The TFP-GI Gas Turbine Flow Meters feature a turbine wheel for precise flow measurement, offering a 0-5 VDC output and a clear LCD display for easy monitoring.

The G2 High-Temp Sanitary meter is the best flow meter for brewing. It is highly dependable and affordable, making it a great choice for small-batch brewers.

The meters are designed for flow measurement of low viscosity,aggressive and non-aggressive liquids including alkaline and water solutions, oils,fuel,beverages, and coolants.

The Series TFM-LI Liquid Turbine Flow Meter features a turbo wheel and LCD display, offering accurate flow readings and a 0 to 5 VDC output for various applications.

Sanitary Turbine Flow Meters are volumetric flow measurement devices. The moving fluid is used to turn a rotor who's speed is proportional to the fluid velocity or flowrate.