Flow Measurement Technology

Flow Measurement Technology

For Colleges, Universities and Higher Education Campuses

No straight run of pipe? No problem for our patented flow meter.

Armstrong's state-of-the-art flow measurement technology delivers exceptional accuracy and reliability for gas, liquid or steam. We offer a full line of differential pressure flow elements and vortex meters, including VERIS Accelabar®—our proprietary meter that doesn't require any straight pipe lengths for installation. Other flow measurement solutions include the Armstrong ASME Flow Nozzle and Armstrong Orifice Plate.

Learn More About Armstrong Flow Measurement Technology | Download Our VERIS Flow Measurement Group Brochure | Learn More About Armstrong ASME Flow Nozzle | Armstrong Orifice Plate

VERIS Accelabar® conquers seasonal turndown with year-round accuracy, so you can charge back for actual steam usage.

Only Armstrong offers reliable accuracy in utility metering all year long, enabling improved billing and budget allocation without strict installation requirements.

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VERIS Verabar®

VERIS Accelabar® is in a class of its own.

This highly accurate flow measurement device has a patented no-straight-pipe installation requirement. VERIS Accelabar® provides exceptional versatility, with turndown capabilities over a large range of flow rates.

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VERIS Verabar®

VERIS Verabar®

VERIS Verabar® is the most accurate, reliable and advanced averaging pitot tube on the market today. It has a bullet shape and aerospace design principles that produce a stable flow signal with less propensity to clogging in the presence of dirt or debris.

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Armstrong Vortex Meter

Armstrong Vortex Meter

Reliable, well-known vortex technology in a package that is easy to install and simple to operate. Armstrong inline and insertion vortex meters are capable of HART, Modbus, BacNet, or analog outputs with integral pressure and temperature compensation.

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Case Studies

Patented, In-Line Flow Meter Conquers Seasonal Turndown

Providing cutting-edge a solution that makes it possible for a national university to finally charge back for actual steam usage with year-round accuracy.

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Accurate Flow Measurement for High Reliability and Good Turndown

Meeting a university's requirements for high reliability, good turndown, strong installation and training support, and the flexibility to fit any pipe configuration.

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Flexible Flow Measurement Solution to Work in Any Pipe Configuration

Providing ease of maintenance and quick, accurate results in buildings over 100 years old required flow measurement technology that could be used in retrofit applications and original pipework.

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Improved Reliability of Boiler Feed Water

Providing a university with a flow measurement solution that delivers a level of performance previously unattainable with a single differential pressure transmitter.

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Recommendations from Armstrong University

Fundamentals of Flow Measurement

This course defines flow measurement, explains why it is important, and compares the features and benefits of key technologies that are used in measuring flow.

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Fundamentals of Flow Measurement – Advanced

Learn to identify various differential pressure flowmeters appropriate for use on steam, compare advantages and disadvantages of each; list installation parameters for differential pressure technologies; describe basic transmitter types used in flow measurement systems and compare features and benefits of each.

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