Airflow Instruments

Research and development programs demand measurement flexibility without sacrificing rigor. TSI Airflow Instruments deliver a complete portfolio that helps you address diverse ventilation questions — from diffuser flow rates and duct leakage to velocity profiles and pressure cascades — using tools that align with lab protocols and data-driven decision-making.

The range includes:

• Capture hoods to quantify volumetric flow at terminals and support balancing.
• Micromanometers for differential pressure in rooms, ducts, and across filters.
• Multi-function anemometers with hot-wire, vane, and smart probes to measure velocity, temperature, and humidity.
• Duct leakage testers to assess system integrity and support specification targets.
• Handheld velocity meters and fixed transducers for continuous or spot measurements.

Each instrument emphasizes measurement stability, usability, and data traceability. Clear interfaces reduce setup time, while logging and export options streamline collaboration and reporting. Researchers can compare runs, apply statistical analysis, and correlate airflow data with temperature, particle counts, or other experimental variables to build a full picture of environmental conditions.

Use cases across R&D:

• Lab ventilation commissioning and reconfiguration projects.
• CFD validation and model refinement with measured velocity and flow.
• Cleanroom studies involving airflow uniformity and pressure gradients.
• Thermal management experiments in electronics, materials, and energy systems.
• Process scale-up and pilot plant airflow troubleshooting.

Why researchers choose TSI Airflow Instruments:

• Breadth and depth: a single ecosystem spanning volume, velocity, and pressure.
• Measurement confidence: stable sensors and repeatable readings support rigorous analysis.
• Efficient workflow: logging, annotations, and export help reduce administrative time.
• Versatile deployment: handheld and fixed solutions cover lab benches, ducts, and chambers.

With TSI Airflow Instruments, your team gains the capability to capture the airflow data your research requires — quickly, clearly, and with documentation that aligns to peer review and internal quality expectations.