KC Controls is pleased to announce that we have joined the Hydrasun Group, a leading provider of integrated fluid transfer, power, and control solutions to the global energy industry. This exciting development marks a new chapter in our journey as we...
Vortex/ Swirl
Showing all 2 results
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Sale!
FSS430/450
SwirlMaster FSS430 is the basic meter for volume flow applications. It uses a two-wire transmitter with leading edge DSP-Technology with excellent vibration compensation and enables user friendly intuitive operation directly through the glass. Flexibility in installation, due to low required inlet and outlet sections save 75% straight pipe run.
SwirlMaster FSS450 is the universal Swirl meter for high end flow applications. It uses a two-wire transmitter with leading edge DSP-Technology with advanced flow computer functionality. Signals from remote sensors like pressure, temperature, density or gas content can be computed directly with the signals from internal flow and temperature. Ideal for direct mass flow or standard flow of gases and liquids or direct mass and energy flow on saturated and overheated steam.
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Sale!
FSV430/450
Accurate measurement of non-conductive fluids.
The VortexMaster FSV430/450 provides accurate and reliable flow measurement data and is able to compensate for vibrations as well as pressure and temperature effects.
VortexMaster FSV430 is the basic meter for volume flow applications. It uses a two-wire transmitter with leading edge DSP-Technology with excellent vibration compensation and enables user friendly intuitive operation directly through the glass. It is available in flange-mount and wafer-type designs.
VortexMaster FSV450 is the universal vortex meter for high end flow applications. It uses a two-wire transmitter with leading edge DSP-Technology with enhanced flow computer functionality. Signals from remote sensors like pressure, temperature, density or gas content can be computed directly with the signals from internal flow and temperature. Ideal for direct mass flow or standard flow of gases and liquids or direct mass and energy flow on saturated and overheated steam.