The AFM07 series represents a significant advancement in gas measurement technology, specifically designed for those requiring high precision in compressed air and industrial gas applications. The OOIOPCI AFM07 CO2 And Ar Mass Flow Meter utilizes sophisticated thermal mass sensing to provide simultaneous monitoring of both flow rate and temperature without the need for additional sensors. This integrated approach ensures that users receive real-time data for carbon dioxide and argon across a range of 0 to 25 liters per minute. Its compact design and robust construction make it an ideal choice for laboratory environments, industrial welding setups, and complex aerothermal research projects where space and accuracy are at a premium.
Engineered for reliability and ease of use, the OOIOPCI AFM07 CO2 And Ar Mass Flow Meter features a digital interface that simplifies the process of data collection and system integration. The device is calibrated to handle the specific physical properties of carbon dioxide and argon, ensuring that the mass flow readings remains stable even when gas temperatures fluctuate. Because it measures mass flow directly rather than volumetric flow, it eliminates the need for manual pressure and temperature compensation, which reduces the margin for error in critical calculations. This makes the unit a dependable tool for monitoring gas consumption and optimizing process efficiency in automated systems.
Maintenance and installation are streamlined thanks to the versatile design of the OOIOPCI AFM07 CO2 And Ar Mass Flow Meter, which supports various piping configurations. The sensor element is designed to resist contamination, ensuring a long service life with minimal calibration drift over time. Whether used in food packaging, shielding gas control for metal fabrication, or environmental monitoring, this meter provides the granular detail necessary for professional gas management. By combining durability with a high-resolution output, the AFM07 serves as a comprehensive solution for modern flow measurement challenges involving compressed air and specialized gas mixtures.
FEATURES:
– Integrated mass flow
– Temperature measurement
– CO2 gas compatible
– Argon gas compatible
– Aerothermal mass technology
– Compressed air flowmeter
The OOIOPCI AFM07 CO2 And Ar Mass Flow Meter is a sophisticated sensing instrument designed for high precision measurement in specialized gas applications. This model integrates advanced micro-electro-mechanical systems technology to provide simultaneous monitoring of both mass flow rate and temperature within a single compact housing. Engineered specifically for carbon dioxide and argon, the device supports a flow range from 0 to 25 liters per minute, making it an ideal choice for aerothermal studies and compressed air monitoring. By utilizing a thermal mass principle, the OOIOPCI AFM07 CO2 And Ar Mass Flow Meter ensures that readings remain accurate regardless of pressure fluctuations, offering reliable performance for industrial automation and laboratory research.
– Integrated mass flow and temperature
– High measurement accuracy
– Compact integrated design
– Measures CO2 and Argon
– Real-time temperature monitoring
– Stable aerothermal sensor technology
– Wide 0-25L flow range
– Versatile compressed air application
– Reliable industrial performance
– Limited flow range up to 25L
– Specific to CO2 and Argon gas
– Not suitable for high pressure
– Requires integrated power source
– Limited compatibility with other gases
The AFM07 integrated flow meter offers high accuracy and stable aerothermal sensor technology for real-time mass flow and temperature monitoring of CO2 and Argon within a versatile 0-25L range, though it is limited by its inability to handle high pressure or other gas types and requires a dedicated power source. Read more…
Digital Mass Flow Sensor for Compressed Air
A digital mass flow sensor designed for pneumatic systems is shown against a plain white background, featuring a grey rectangular plastic housing with integrated push-to-connect tube fittings on both the left and right sides. The top control panel includes a small color LCD display showing a real-time flow reading of 0.0 Std L/m in red and a totalized volume of 0.0 L in black, alongside status icons for ‘OUT’ and ‘AIR’. For user interaction, the interface contains a single blue square button marked with an ‘S’ on the left side and two grey directional arrow buttons on the right for navigating settings. The device body has two small mounting holes at the base and a white electrical connector port visible on the left side, indicating it is an electronic component used for monitoring and controlling the flow rate of air or non-corrosive gases in industrial or laboratory environments.
Electronic Vacuum Pressure Switch with Quick-Connect Fittings
A side-profile view of a compact, rectangular electronic vacuum pressure switch or sensor, featuring a light gray plastic housing divided into two horizontal sections. On both the left and right sides of the lower body, there are silver metallic quick-connect pneumatic fittings with gray circular release collars, designed for easy tube insertion and removal. The bottom of the device contains two small circular mounting holes for secure installation. At the top right, a small blue component is visible, likely a button or indicator, alongside a white multi-pin electrical connector port extending from the side. The overall construction is industrial and functional, typically used in automated systems to monitor and control air or vacuum pressure.
Digital Air Flow Meter for Pneumatic Systems
The image shows a rectangular digital air flow sensor with a grey and white plastic body, designed for inline integration via metal push-to-connect fittings on both sides. The central interface features a bright LCD screen displaying a large red ‘0.0’ for standard liters per minute (Std L/m) and a smaller ‘0.0 L’ for total volume at the bottom. Several status icons are visible on the left side of the screen, including a blue lock symbol, an orange ‘OUT’ indicator, and a blue ‘AIR’ mode label. To the left of the display is a prominent blue square ‘S’ button, while the right side contains two dark grey arrow buttons for navigation and adjustment. The device appears to be a compact industrial monitor used for measuring and controlling compressed air flow in automated machinery.
Front view of a grey electronic connector module with multi-pin and circular ports
A high-angle, straight-on studio shot features a light grey rectangular electronic component, likely a specialized industrial or audio-visual connector. The top half of the device houses a recessed white rectangular port containing an eight-pin male header arranged in two parallel rows of four. Below this, a large circular port is centered, featuring a metallic silver rim embossed with the word ‘JIADI’ and a small numeral ‘6’. The interior of this circular opening is dark and suggests a multi-contact socket. At the very bottom edge of the plastic casing, the labels ‘1’ and ‘IN’ are debossed into small square indentations on the left and right sides respectively. A tiny sliver of a blue component is visible at the very top edge, while the overall texture of the plastic is matte with subtle vertical molding lines.
Google Image Search Results for AFM07 Series Gas Mass Flow Meter
The image shows a Google Image search results page for a specialized technical device, identified by the search query and the captions as an AFM07 Series Gas Mass Flow Meter. The search bar at the top contains a specific model or part number, and Google suggests a slight correction to the search term. Below the search navigation bar, a grid of thumbnail images displays various angles and configurations of the device, which is a rectangular, metallic or light-gray industrial component. Most of the images show the meter featuring a small digital display screen showing numerical values, likely indicating flow rates, alongside control buttons and inlet/outlet ports for gas connections. The brand ‘asair’ is listed below several of the primary results. Additional thumbnails include a blue promotional brochure, a video preview, and a certificate of compliance or technical datasheet, suggesting a search for industrial or laboratory equipment specifications.
Google Search Results for a Specialized Mass Flow Meter
The image is a digital screenshot of a Google search results page on a desktop browser. The search bar at the top contains the query ‘OOIOPCI-AFM07-CO2-And-Ar-Mass-Flow-Meter’, which Google suggests correcting to ‘OHIO PCI-AFM07-CO2-And-Air-Mass-Flow-Meter’. Below the search bar and navigation tabs�such as ‘All’, ‘Images’, and ‘Shopping’�there is a row of filter chips including ‘Reviews’, ‘For Sale’, and ‘Price’. The main content area features two ‘Sponsored results’ from industrial companies. The first ad is from Fox Valley Metrology, offering flow meter calibration services with a focus on NIST traceability and ISO accreditation. The second ad is from Fluid Components (FCI), showcasing thermal mass gas flow meters for air and gas measurement. This second listing includes a small thumbnail image depicting two industrial flow meter devices with yellow housings. The overall interface is clean, utilizing the standard Google white background with blue links and grey descriptive text.
Google Shopping Search Results for Mass Flow Meters
The image displays a digital interface of Google Shopping results for a specific search query regarding CO2 and Argon mass flow meters. The screen is populated with a grid of various industrial and automotive flow measurement devices from brands such as Omega, Alicat Scientific, Kofloc, Aalborg, and MilliporeSigma. Each product entry includes a high-resolution photograph of the device�ranging from sophisticated digital laboratory meters with integrated screens to rugged automotive sensors�alongside pricing information, merchant names like Cole-Parmer and MSE Supplies, customer star ratings, and return policy details. The search bar at the top contains a long, concatenated string of technical keywords, and the overall layout is designed for commercial comparison, featuring price drops on select items and clear ‘Free delivery’ or return window badges to assist a potential buyer in making a technical procurement decision.
Google Shopping Search Results for Mass Flow Meters
The image displays a screenshot of a Google Shopping search interface featuring a grid of various gas flow measurement devices. At the top, the search bar contains a specific model or part number, OOIOPCI-AFM07-CO2-And-Ar-Mass-Flow-Meter. Below the search bar, several product listings are visible, ranging from budget-friendly acrylic flowmeters and rotameters priced under $100 to sophisticated digital mass flow controllers and meters costing over $3,000. Each listing includes a product thumbnail, title, price (some with discounts or original prices struck through), and the name of the vendor such as Walmart, MSE Supplies, Alicat Scientific, and Global Test Supply. The items shown represent different technologies, including mechanical needle-valve flowmeters and digital devices with LCD displays. The bottom of the page indicates the search location as Kansas City, Missouri, based on the user’s IP address.
Overview of Flow Meter Technologies and Coriolis Operating Principles
The image is a digital collage or screenshot featuring several educational resources related to flow measurement technology. At the top, a partial view of a mass flow meter is visible, labeled with specific gases like CO2 and Argon. Below this, a primary video thumbnail illustrates three different types of flow meters: a turbine flow meter showing internal rotating blades, an ultrasonic flow meter depicting sound wave transmission through a pipe, and a vortex flow meter highlighting the creation of pressure differentials. The most prominent section at the bottom focuses on a Coriolis flow meter, displaying a sophisticated graphic that explains its theory of operation. This graphic highlights the concept of ‘Phase Shift’ and uses a sine wave diagram with a Delta t ($\Delta t$) indicator to represent the time delay between inlet and outlet pickoffs. The overall layout suggests an online learning or search results interface, complete with view counts, channel names like Micro Motion and ChinaPumpValve, and a brief text summary explaining how these devices measure mass flow and density in challenging industrial applications.
