Airflow Instruments Multi-Function Anemometers

Airflow Instruments Multi-Function Anemometers combine multiple HVAC measurements in one handheld platform. Measure air velocity, temperature, humidity, and often CO2 with hot-wire or vane probes, then compute volumetric flow using area or duct dimensions. Telescoping or interchangeable probes help you reach diffusers, fume hoods, and duct taps. Fast response, large displays, and optional wireless data workflows support TAB, commissioning, and troubleshooting across commercial, healthcare, lab, and residential projects.

Produits

Airflow Instruments Multi-Function Anemometer TA465

Mesure la vitesse, la température, l'humidité, la pression différentielle, la pression...

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Airflow Instruments Multi-Function Anemometer TA465-A

Mesure la vitesse, la température, l'humidité, la pression différentielle, la pression...

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Airflow Instruments Multi-Function Anemometer TA465-A-AC

Airflow Instruments Multi-Function Anemometer TA465-AC

Airflow Instruments Multi-Function Anemometer TA465-A-NB

Airflow Instruments Multi-Function Anemometer TA465-A-NB-AC

Airflow Instruments Multi-Function Anemometer TA465-NB

Airflow Instruments Multi-Function Anemometer TA465-NB-AC

Airflow Instruments Multi-Function Anemometer TA465-P

Mesure la pression différentielle, la pression barométrique et dispose d'entrées pour...

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Airflow Instruments Multi-Function Anemometer TA465-P-AC

Airflow Instruments Multi-Function Anemometer TA465-P-NB

Airflow Instruments Multi-Function Anemometer TA465-P-NB-AC

Airflow Instruments Multi-Function Anemometer TA465-X

Mesure la pression barométrique et dispose d'entrées pour deux thermocouples en alliage...

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Multi-function anemometers streamline HVAC diagnostics by consolidating the most-used measurements into a single instrument. With Airflow Instruments, you can move from a diffuser to a fume hood to a return grille while maintaining consistent data and clear documentation.

Measurement Capabilities

  • Velocity and Volume: Hot-wire probes excel at low flows and tight spaces; vane probes offer robust averaging at grilles and intakes.
  • Temperature and Humidity: Capture comfort conditions and process constraints in the same workflow.
  • Optional CO2: Screen ventilation effectiveness and demand-control sequences.
  • Computed Flow: Enter area or duct dimensions to compute volumetric flow directly on the instrument.

Field Advantages

  • Telescoping Probes: Reach deeper into ducts and across large face areas.
  • Fast Response, Clear Display: See stable readings that support confident decision-making.
  • Data Logging and Wireless Export: Tag locations, add notes, and export files for reports.

Use Cases

  • Commissioning: Validate design velocities and volumes at critical terminals.
  • Troubleshooting: Diagnose low airflow, stratification, and humidity-related comfort complaints.
  • IAQ Checks: Pair velocity/volume with temperature, humidity, and CO2 indicators.
  • Fume Hoods and Specialized Spaces: Verify sash performance and face velocity targets.

Tips for Best Results

  • Probe Positioning: Maintain proper alignment with flow; use grids for large faces.
  • Averaging: Take multiple points and average for repeatable data.
  • Density Corrections: Apply when required by your reporting standard.
  • Calibration: Keep probes clean and within calibration intervals to support stability.

Selection Considerations

  • Probe Type: Choose hot-wire for low-flow sensitivity and tight spaces; vane for robust, quick measurements at higher flows.
  • Range and Resolution: Match expected conditions for your typical projects.
  • Workflow Tools: Consider Bluetooth, app integration, and logging capacity for larger jobs.

Combining versatility with reliable performance, these instruments help TAB professionals reduce tool changes and deliver comprehensive, well-documented results.


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