eyc-tech Common Airflow Conversion Table

1. Introduction

Air velocity and airflow are critical parameters in fields such as environmental monitoring, HVAC systems, industrial automation, clean air systems, and compressed air systems. Premise measurement and conversion of these parameters are essential for evaluating and optimizing system performance. This document provides a comprehensive guide for converting air velocity and airflow units, helping professionals better understand and apply these conversions.

2. Definitions of Air Velocity and Airflow

This section explains the definitions of air velocity and airflow in measurements and the commonly used units.

3. Common Measurement Principles

Introduction to Common Measurement Principles: Hot-Wire and Differential Pressure Measurement

4. Considerations for Measuring Air Velocity and Airflow

This section highlights three key points to avoid measurement errors and increase precision.
(1) Selection of Measurement Location
(2) Environmental Condition
(3) Calibration and Maintenance

5. Air Velocity to Airflow Conversion

This section explains the relationship between air velocity and airflow, extending to the conversion of units between air velocity and airflow.

6. Common Unit Conversions

- Airflow Unit Conversion
- Air Velocity Unit Conversion
- Air velocity and Airflow Conversion Table

7. Differential Pressure to Air Velocity Conversion

Differential pressure can be used to measure air velocity. This section explains how to calculate air velocity from differential pressure measurements.

8. Recommend Transmitters

Differential Pressure Type Air Flow Measurement

Thermal Type Air Flow Measurement

Back