Alnor Capture Hoods

Alnor capture hoods deliver direct volumetric airflow measurements at diffusers and grilles, helping R&D teams verify design assumptions and collect repeatable data. With interchangeable hood sizes, intuitive displays, and portable frames, the instruments streamline room-level airflow studies, balance checks, and ventilation effectiveness assessments. Researchers can standardize methods across labs and field sites while capturing data that integrates with reporting and analysis tools.

Produkte

Alnor Balometer Capture Hood EBT731

*Dieses Gerät ist in der Europäischen Union nicht erhältlich. Bitte wenden Sie sich für weitere...

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Alnor Balometer Capture Hood EBT731-STA Bundle

*Dieses Gerät ist in der Europäischen Union nicht erhältlich. Bitte wenden Sie sich für weitere...

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Alnor capture hoods help research teams quantify airflow at supply and return points with direct volumetric readings. Instead of relying on velocity traverses or assumptions about flow profiles, capture hoods enclose the diffuser face to collect the total flow, supporting reproducible measurements and faster test cycles.

Key capabilities for R&D environments:

  • Interchangeable hood sizes accommodate a wide variety of diffuser and grille dimensions encountered in experiments and in situ measurements.
  • Integrated displays support immediate feedback, while models with logging provide digital records and streamlined reporting.
  • Lightweight designs enable one-person setup and efficient movement between test points — useful in time-constrained experiments.
  • Accessories and stands support unique geometries and ceiling heights found in lab mockups and real buildings.

Where capture hoods add value:

  • Room-level ventilation studies, including air-change benchmarking and space classification.
  • Diffuser characterization under varying upstream conditions and flow regimes.
  • Commissioning research where design intent is compared with measured performance.
  • Education and training where hands-on, repeatable techniques are essential.

For comprehensive programs, pair capture hoods with micromanometers, rotating vanes, and thermal anemometers to build a robust measurement framework. This combination supports method comparisons, uncertainty analysis, and cross-validation between volume and velocity-based techniques — an important capability for publishable research and rigorous internal reviews.

TSI experts can help align hood selection, calibration schedules, and data workflows with your project milestones. Contact us to discuss the right configuration for your lab, and explore service plans that support consistent performance over time.


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