The AS-FT Flow Transmitters from FCI Aerospace are designed to meet the demand for full qualification compliance with the performance and measurement capability necessary to serve a variety of aircraft air/gas/fluid flow applications.

The enhanced FLT93 Flow Switch is suitable for flow detection of liquids or gases and is available in several wetted materials for compatibility with virtually any fluid

FCI’s MT100 Series Air/Gas Flow Meters provide temperature-compensated direct mass flow measurement of air and gases for repeatable measurement in large diameter pipes, stacks and rectangular duct installations

The Vortab Company’s elbow flow conditioner nearly eliminates the flow meter upstream piping requirements by conditioning the flow stream into a flow regime, mimicking adequate straight run.

FCI’s ST75V Air/Gas Flow Meter offers an alternative solution for heat treating process control that provides direct mass flow measurement for accuracy, operates over a wide turn-down range and supports all common and specialty fuel gases.

The FS10i Flow Switch/Monitor features an air/gas sensitivity and setpoint range from 0.25 to 400 SFPS [0.076 to 122 MPS] and for water or liquids from 0.01 to 0.5 FPS [0.003 to 0.15 MPS].

This calibration verification system is designed to lower flow meter operating costs in flare gas applications aboard offshore platforms, at land-based oil/gas facilities and in petrochemical plants.

FCI’s FLT93 Switches are ideal for applications in many demanding process industries. They also used extensively chemical processing, food/beverage, mining/milling, oil/gas, pulp/paper, pharmaceutical and more.

Engineers at natural gas liquids (NGL) fractionation processing facilities will find the FLT93L Series FlexSwitch to be a solution for process relief valve leak monitoring in this demanding petrochemical process.

The models ST51A, ST75A and ST75AV Thermal Mass Flow Meters provide users with a solution to measuring air or gases in demanding industrial process and plant applications.

Applications for the FS10i Flow Switch/Monitor include cooling water and fluids, leak detection, lubricant flow assurance, ventilation verification, chemical injection assurance, nitrogen purge verifications and compressor leak detection.

Model ST75V flow meter can be used at remote field sites that lack easy access to electric power.

The ST75 operates in hot, wet, dirty environments to provide accurate measurement of mixed composition gases, including: hydrogen (H2), carbon monoxide (CO) and trace methane (CH4).

FLT93 now complies with European Union RoHS Directive

ST102A features a dual-element averaging system, improving installation repeatability and accuracy for larger diameter pipes and ducts.

CL86 integrates level, point level and temperature into a multi-variable solution designed specifically for spent fuel pool (SFP) applications in nuclear power plants.

The ST75 is an accurate, no-moving-parts, direct mass flow measurement and monitoring solution for fuel gases, air, compressed air, inert and other gas flows within industrial processes. It is available in nine different sizes for direct, in-line installation in line sizes from 1/4 to 2 inch [ 6 to 51mm].

The ST98 insertion-style mass flow meter measures virtually any gas in line sizes from <2 inches to 42 inches. It combines equal mass thermal-dispersion sensing elements and precision electronics with exacting actual fluid calibration and a rugged enclosure, delivering accurate flow measurement and long lasting service for demanding industrial processes.

The ST100 thermal dispersion gas flow meter combines feature- and function- rich electronics with the industry's most advanced flow sensors, achieving a state-of-the-science measurement solution for industrial processes and plant applications. Features include advanced transmitter options, comprehensive graphical display and no-moving-parts design for low maintenance and lower lifetime ownership costs.

ST50 Series Flow Meters are an easily installed, no moving parts measurement solution for compressed air and nitrogen (ST50) and biogas, digester gas, methane and natural gas (ST51). They utilize FCI’s proven thermal dispersion technology, providing direct mass flow measurement for higher performance at a lower cost than traditional technologies.