ProSense flow sensors monitor liquid media and provide reliable flow indication (display), detection (switch output) or measurement (analog output). Mechanical or mechatronic devices sense flow, while thermal and vortex technologies can monitor flow and/or temperature. Magnetic-inductive flow meters (magmeters) measure flow and temperature of conductive media.
ProSense FSD series flow switches, FSA series flow transmitters, FMM series flow meters, FTS series thermal flow sensors, VFS series vortex flow sensors and FG1 series variable area flow meters monitor liquid media and provide reliable flow detection for various flow applications.
ProSense FSD Series flow switches monitor liquid media and provide reliable flow detection for various flow applications. Two flowrate models are available; 0.26 to 6.6 GPM setpoint range and 1.32 to 26.4 GPM setpoint range.
ProSense FSA Series flow transmitters monitor liquid media and provide an analog output proportional to flow rate for various flow applications.
AutomationDirect's ProSense FMM Series (-1001 and -1002) Magmeters are designed to reliably detect the flow rate of conductive media up to 158.5 - 160 gallons per minute.
ProSense FTS series thermal flow sensors, with no moving parts, are a reliable alternative to mechanical flow switches and other flow sensing technologies.
ProSense VFS series vortex flow sensors offer a very cost-effective solution optimized for monitoring water and deionized water flow in industrial applications. Vortex flow sensors are a reliable alternative to other flow sensing technologies and are a simple, low cost, and proven method for measuring flow of water-based liquids.
The ProSense DPTW series differential pressure transmitter series is precision engineered for accurate differential or gauge pressure measurement of a wide variety of liquids, gases, and steam applied to both pressure sensing ports.
ProSense FG1 Series mechanical variable area flow meters provide visual indication of flow rate for water or petroleum based fluids. These meters provide +/-5% full scale accuracy when monitoring liquids with viscosity and specific gravity similar to the factory calibrated fluids and a repeatability of +/-1% that is important for cyclical applications requiring consistent readings. Two adjustable flow limit pointers are available to provide preset indication of high, low, or normal flow rates.