Air velocity calibration process
Our wind tunnels operate across an air velocity range from 0.05 m/s to 120 m/s, traceable to National Standards. Our UKAS accreditation is a restricted range up to 80 m/s. We utilise a Laser Doppler Anemometer (LDA) as our reference velocity standard, which gives a CMC uncertainty of only ± 0.15% reading (at k = 2). Our in-house procedures cover a broad range of industry requirements, ensuring that your instruments are compliant to the most stringent standards.
Our wind tunnels are ideal for 3d-LDA automated profiling for anemometer development and blockage correction studies. We serve a range of industries including aerospace, HVAC, pharmaceutical, cleanroom, automotive and motorsport. We offer these services with premium turnaround guarantees as short as 48 hours. With a thorough understanding of air velocity measurement and industry best practices, we guarantee that your instruments perform optimally, thus ensuring reliable data for your critical operations.
By choosing our air velocity calibration services, you benefit from:
- High-precision calibration of air velocity instruments.
- UKAS-accredited calibration reports for compliance with industry standards.
- Calibration of instruments at a range of airflow velocities, ensuring versatile service for different sectors.
- A commitment to fast turnaround times, minimising disruption to your operations.
Why is air velocity calibration important?
Accurate air velocity calibration is essential for efficient HVAC systems, safe industrial processes, and optimised equipment performance. With our UKAS-accredited facility and expert knowledge, we deliver precise, reliable airflow measurements. We adhere to the latest international standards, ensuring your instruments provide top accuracy and dependability.
Instruments
- Velometers
- Thermal Anemometer
- S-type and L-type pitot tubes
- Thermal hot-wire and CTA’s
- Rotating Vane Anemometer
- Rotating Cup Anemometer
- Exhaust Stack L and S probes
- Ultrasonic Anemometer
- Omni-spherical Probes
- Isokinetic Probes
