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Technical documentation
- Biosphere 2 studies the impacts of drought on tropical rainforests using flow measurement
- Cambridge CMOS Sensors characterizes and calibrates gas sensors using mass flow control
- Catagen tests automotive catalysts using mass flow control
- Duralar innovates physical vapor deposition processes using mass flow control
- FAST achieves high-altitude ballooning goals using portable mass flow meters
- Framergy purifies methane from natural gas streams using MOFs and Coriolis mass flow meters
- Graftel verifies sensor operation in nuclear leak monitoring equipment
- H2scan improves system stability for accurate hydrogen analysis using absolute pressure control
- ILS Automation integrates mass flow control with industrial communications protocols into bioreactors
- Inchfab uses mass flow and pressure control in nanoscale fabrication systems
- Johnson Matthey optimizes automotive catalyst manufacturing using pressure control
- KimPro Energy monitors oil and gas methane emissions using portable mass flow meters
- LD Integrated Technologies characterizes medical device flows using LabVIEW pressure control
- MDC Precision uses mass flow control for XpressStick gas delivery module
- Nel Hydrogen switches to mass flow meters for more accurate flow verification on high-tech PEM electrolysers
- Persedo assures quality of distilled spirits using mass flow control
- Veloce echelle spectrograph utilizes closed-volume pressure control
- VICI makes air pollution analyzer calibrators using OEM mass flow controllers for gas mixing
- Accurate & simplified pressure decay leak testing for single-use bioprocessing
- Automating liquid paint application using mass flow
- Calibrating a variable area flow meter with an Alicat
- Calibrating and verifying ventilators used to treat COVID-19 patients
- Calibrating in-field PM air samplers with the FP-25
- Characterizing a filter with a pressure controller & mass flow meter
- External ion gauge vacuum control system
- Fast, accurate leak testing using one flow controller
- Flowing non-Newtonian fluids
- Hydrogen fuel cell regulation and testing solutions
- Improving color dosing for liquid detergents using Coriolis mass flow meters
- Measuring flow at subatmospheric pressures
- Measuring vent and greenhouse gas emissions
- Optimizing supercritical CO2 solid-liquid extraction with Coriolis mass flow
- Replacing pin gauge testing with a pressure controller & mass flow meter
- UPB tests hydrogen-diesel engine efficiency using mass flow meters
- Validating, verifying, and calibrating flows
- Verifying and optimizing gas chromatography processes
- Addressing scaling challenges of bioreactor sparging using mass flow control
- Aerating chocolate using mass flow control
- Alicat controllers in gas mixing systems
- Automating liquid paint application using mass flow
- Brewing with Alicat: Controlling carbon dioxide sparging
- Controlling gas flows for sputtering
- Developing novel pollution sensing technologies using precise mass flow control
- Flowing non-Newtonian fluids
- High flow control for gasification
- Hydrogen fuel cell regulation and testing solutions
- Improved Process Gas Control Optimizes Reactive Sputtering
- Lowering cost and increasing speed of biologics production
- Measuring flow at subatmospheric pressures
- Optimizing supercritical CO2 solid-liquid extraction with Coriolis mass flow
- Precise and repeatable flow control in optical fiber manufacturing
- Verifying and optimizing gas chromatography processes
- Accuracy and repeatability in valve leak test stands are key to space exploration
- Achieving more repeatable vacuum coatings with faster, higher precision pressure control
- Calibrating a variable area flow meter with an Alicat
- Characterizing a filter with a pressure controller & mass flow meter
- Creating a vacuum using a dual valve pressure controller and the Venturi effect
- External ion gauge vacuum control system
- Fast, accurate leak testing using one flow controller
- Fluid dispensing using pressure control
- Hydrogen fuel cell regulation and testing solutions
- Increasing vacuum deposition speed and stability with upstream pressure control
- Inflating single-use bioreactor bags using dual-valve pressure controllers
- Maintaining cryogenic temperatures with pressure control
- Overcoming the challenges of high-speed aerodynamic tests using pressure control
- Precise and repeatable flow control in optical fiber manufacturing
- Regulating vacuum in test system when the vacuum source varies
- Replacing pin gauge testing with a pressure controller & mass flow meter
- Replicating bird song using pressure in a closed system
- Verifying and optimizing gas chromatography processes
- Alicat mass flow control response specifications
- Alicat mass flow controllers resist back pressure contamination
- Controlling pressure using an Alicat mass flow controller (closed loop pressure)
- How accurate are Alicat multi-gas calibrations?
- How tough is an Alicat?
- More efficient flow control for bioreactors and bioprocess systems
- Operating principle: Coriolis mass flow technology
- Operating principle: Laminar differential pressure mass flow technology
- Understanding Alicat calibration and accuracy specifications
- What is laminar flow?
- What is mass flow?
- What is pressure drop?
- What is the difference between mass flow and volumetric flow?
- What type of fluid can I flow through my Alicat flow instrument?
- How we use your application info to build a custom device
- Selection guide: Alicat mass flow and pressure instruments
- Selection guide: Alicat mass flow instruments for bioprocessing
- Selection guide: Alicat portable flow meters
- Selection guide: When to use a CODA Coriolis mass flow instrument
- Tech comparison: Alicat flow meters vs rotameters for bioprocessing
- Tech comparison: Clamp-on flow meters and Alicat portable flow meters
- Tech comparison: Flow instruments for low-flow liquid applications
- Tech comparison: Ten parameters for choosing flow instruments
- Tech comparison: Types of gas flow instruments
- 7v firmware FAQ
- 8v firmware FAQ
- 9v firmware FAQ
- Barometer (-IB sensor) FAQ
- Correcting flow data after choosing the wrong gas in Gas Select
- DeviceNet FAQ
- Downloading device registers
- EtherCAT FAQ
- EtherNet/IP FAQ
- FlowVision SC troubleshooting
- Liquid ingress into a gas flow instrument
- Measurement/control range and turndown ratio FAQ
- Modbus FAQ
- Ordering and purchasing FAQ
- PROFIBUS FAQ
- Recalibration FAQ
- Resolving error codes
- Troubleshooting flow readings
- Troubleshooting power and communications
- Troubleshooting vs. repairing an Alicat device
- Batch function tutorial
- Bleeding your liquid device tutorial
- Changing engineering units tutorial
- Cleaning an Alicat tutorial
- Configuring PuTTY for use with Alicat instruments instructions
- Connecting and leak checking an Alicat instrument tutorial
- Control deadband tutorial
- Control loop variable tutorial: Changing between mass flow, volumetric flow, or pressure control
- Display configuration tutorial
- Display variable tutorial: Changing from mass flow to volumetric flow
- Electrical and wiring connection tutorial
- Flow and pressure averaging tutorial
- FP-25 calibrator setup instructions
- Gas Select™ and COMPOSER™ tutorial
- Inverse pressure control tutorial: Switching from forward to back pressure control
- IP address configuration tutorial
- PID tuning (PD/PDF/PD2I) tutorial
- Python and command prompt communication instructions
- Read/edit registers and factory restore device tutorial
- Serial communication tutorial
- Setpoint ramping tutorial
- Setpoints/setpoint limits tutorial
- STP/NTP tutorial
- Taring/auto-taring tutorial
- Totalizer (controller) tutorial
- Unit ID/baud rate tutorial
- Valve position swap for a Rolamite or any small valve tutorial
- Zero band (deadband) tutorial