How to Choose the Right Anemometer?
When selecting an anemometer, the choice primarily depends on the application scenario, required measurement accuracy, and functional needs:

1. Select Based on Operating Principle and Construction
- Vane Anemometer: Suitable for outdoor activities (such as sailing, mountaineering, and aviation), on-site engineering inspections, and duct outlet measurements. They are straightforward to operate and durable.
- Split-type / Extended-probe Anemometers: The probe is connected to the main unit via a spring cable, making them suitable for measurements deep inside ceiling vents, ventilation ducts, or narrow spaces, while allowing for easy viewing of the display.
- Hot-Wire Anemometer: Extremely sensitive, capable of detecting very low wind speeds (breezes), specifically designed for HVAC system calibration, cleanrooms, and precision airflow analysis.

2. Key Feature Evaluation
- Airflow Calculation (CFM / CMM): If you need to measure the total air exchange rate of an air conditioning or exhaust system, we recommend choosing a model that supports inputting the inlet area and automatically calculates the airflow.
- Data Logging and Transmission: For long-term monitoring or report generation, select a model equipped with Bluetooth or data logging capabilities, allowing you to view and export data in real time via a mobile app.
- Additional Measurement Parameters: Most professional anemometers also support ambient temperature measurement, and some even display the wind chill index or humidity.

💡 Quick Selection Recommendations:
Beginner / Outdoor Recreation / Simple Testing: Choose a lightweight, portable handheld mini anemometer (such as the UNI-T UT363 series).
Property Management / HVAC Duct Maintenance: Choose models with detachable probes or airflow calculation capabilities (such as the UNI-T UT363S or UNI-T UT361).
Professional Precision Engineering / Micro-Airflow Monitoring: Choose high-precision hot-wire anemometers (such as the UNI-T UT362H).