Drinking Water Flow Control and Measurement Application Notes

1. Pulsar™ R96 Radar 1/2/2014

   The Pulsar™ Model R96 Non-Contact Radar transmitter for accurate, reliable level control in process applications. Virtually unaffected by the presence of vapors or air movement within a vessel’s free space, the two-wire, loop-powered, 6 GHz Radar transmitter measures a wide variety of liquid media in process conditions ranging from calm product surfaces and water-based media to turbulent surfaces and aggressive hydrocarbon media.

2. FLUXUS® F401 Portable Flow Meter 12/9/2014

   The FLUXUS^® F401 is FLEXIM's dedicated single channel portable flow meter for applications in the municipial water and wastewater sector offering long term stable and precise bidirectional flow measurements in remote areas outdoor - being ideal for water loss activities prescribed in AWWA M-36.

3. OPTIMASS 7400 Coriolis Mass Flowmeter 9/9/2019

   The OPTIMASS 7400 is a high-end Coriolis mass flowmeter for demanding process and custody transfer (CT) applications. It is the ideal solution when it comes to high accuracy measurement of gases and shear-sensitive or viscous liquids, slurries, very aggressive media or media with a low flow velocity. 

4. OPTIFLUX 2300 Electromagnetic Flowmeter 8/26/2019

   The OPTIFLUX 2300 is an electromagnetic flowmeter (EMF) for all demanding applications with water and wastewater. The high-end meter is particularly suitable for applications requiring high accuracy and extensive diagnostics.

5. OPTIFLUX 4300 Electromagnetic Flowmeter 9/3/2019

   The OPTIFLUX 4300 is an electromagnetic flowmeter (EMF) for advanced process applications with aggressive liquids or abrasive media. The high-end flowmeter is particularly suitable for critical applications requiring high accuracy and many diagnostic functions. It enables reliable measurement even under very harsh process conditions with temperatures up to +180°C / +356°F, low conductivities (≥1 µS/cm), high solid contents (up to 70%) and high pressures (up to 1500 bar / 21751 psi). For custody transfer applications, the OPTIFLUX 4300 has a wide range of certifications including OIML R49 and R117 or MI-001 and MI-005. It can also be used for flow measurement in district heating networks requiring MI-004 approval.

6. Lab Gas Sub-Metering Accuracy Improves With Thermal Flow Meters To Save Money 12/1/2017

   Facility administrators will find the advanced ST100 Series Thermal Mass Air/Gas Flow Meter from Fluid Components International (FCI) helps them improve the accuracy of specialty gas point of use and sub-metering operations to achieve accurate billing in their labs for better cost tracking and control.

7. CO2 Feed System 6/29/2023

   The CO₂ Feed System is a safe and effective way to adjust pH and minimize risk associated with dangerous mineral acids.

8. Take Control Of Your Water Distribution Network With Digitalization And Remote Monitoring 5/19/2022

   Any process plant constantly generates a high volume of status data. Today, this data can be extracted from the plant, stored, analyzed, and prepared to meet operator needs and lower marginal costs.

9. WATERFLUX 3050 Electromagnetic Flowmeter 9/3/2019

   The WATERFLUX 3050 is an electromagnetic flowmeter (EMF) for basic water applications. It offers cost-effective flow measurement in applications where extremely high accuracy, extensive diagnostics or a wide range of digital communication options are not a priority. Its measuring tube with a rectangular and reduced cross-section enables a stable measurement even at low flow rates. Due to the optimized flow profile, the meter is practically independent of interferences from the installation environment. It can be installed virtually anywhere without straight inlet or outlet runs – behind pipe bends, slide valves or a reduction in the pipe.

10. SITRANS FS290 Portable Clamp-On Flow Meter Test Kit 1/13/2022

    Each measuring path is formed by two coordinated transducers that transmit ultrasonic signals back and forth through the pipe. Using the transmit and receive time difference between the two signals, caused by the flow in the pipe slowing the transit time against the flow and accelerating the time with the flow, the transmitter calculates the resulting flow measurement.