Automated Air Delivery Testing Systems
Fan Air Delivery Testing Systems is designed as per IS 374. The system consists of a Power & Control panel, Anemometer setup and a software. The parameters Fan Speed (rpm), Electrical parameters, Air velocity, Chamber temperature, atmospheric pressure are measured and displayed in the software. The Anemometer movement along Four Diagonal are automated by the software and at the specified points, the necessary reading are captured by the software. At the end of test, the AD value and the service value are calculated automatically and the report will be generated by the software. During the test period the voltage is automatically controlled by the software to get precise results.
Features of this product includes:
1. Centralised Control Unit
2. Easy Fan mounting process
3. Real time data monitoring of parameters Air Velocity, Speed, Voltage, Current, Power, Temperature, Humidity and atmospheric pressure.
4. Data acquisition & Control solutions based on LabVIEW
5. Automatic voltage control
6. Test report as per IS 374
Automated Airflow Measurement and Control System
Anemometer fixture with diagonal movement linear guide
This enables precise, automated airflow measurement by moving the sensor smoothly along defined diagonal paths for accurate test readings.
Control panel – Front view
Featuring the Power Meter, RPM Indicator, and automation controls for CF & TF Testing Systems – designed for precise monitoring and efficient operation.
Software interface for Ceiling and Table fan air delivery testing
Displays product specifications, test parameters, and automated data input for accurate performance evaluation.
Software screenshot of ceiling fan data monitoring
Live Air Delivery Test interface displaying real-time anemometer position, air velocity measurements, and automated test progress for precise fan performance analysis.
Software screenshot of table fan data monitoring
Interface showcasing automated air velocity tracking across multiple test points, ensuring consistent data capture and precise fan performance validation.