About Bench Top Wind Tunnel
Benchtop Wind Tunnel
Overview
The Bench Top Wind Tunnel is a compact laboratory-grade airflow testing system designed for research, education, sensor calibration, and aerodynamic experimentation. It provides stable and uniform airflow within a transparent test section, making it ideal for testing anemometers, airflow sensors, small models, and fluid dynamics experiments.
Engineered for precision and repeatability, the system offers selectable or variable airflow speeds with low turbulence characteristics for accurate laboratory measurements.
Key Features
- Compact bench-top design for laboratory use
- Stable and uniform airflow generation
- Transparent test chamber for easy observation
- Suitable for hot-wire and vane-type anemometers
- Low-noise brushless/DC motor operation
- Digital or analog airflow control options
- Calibration-ready research platform
- Easy integration with data acquisition systems
Technical Datasheet
| Parameter | Specification |
| Test Section Diameter | 100 to 150 mm |
| Air Velocity Range | 2.5 to 20 m/s |
| Velocity Accuracy | 1% of reading or better |
| Flow Type | Uniform Laminar / Low Turbulence |
| Speed Control | Fixed Step or Variable Control |
| Motor Type | High-efficiency DC / Brushless Motor |
| Power Supply | 90 to 250 VAC, 50/60 Hz |
| Power Consumption | 25 to 150 W |
| Operating Temperature | 5C to 45C |
| Relative Humidity | Up to 80% RH non-condensing |
| Test Section Material | Clear Acrylic / Polycarbonate |
| Frame Material | Powder-coated Steel / Aluminum |
| Dimensions | Approx. 650 to 900 mm Length |
| Weight | Approx. 8 to 20 kg |
| Calibration Option | Traceable / NIST Optional |
| Compatible Instruments | Anemometers, Airflow Sensors, Pitot Tubes |
Applications
- Anemometer Calibration
- Fluid Dynamics Research
- Educational Laboratories
- HVAC Airflow Testing
- Sensor Performance Evaluation
- Aerodynamic Model Testing
- Wind Velocity Measurement Studies
Optional Accessories
- Digital airflow display
- Variable speed controller
- Data logging interface
- Calibration certificate
- Mounting fixtures for sensors and probes
Precision Aerodynamic AnalysisEngineered for accurate experimental testing, this Bench Top Wind Tunnel offers adjustable speed control and high-quality airflow measurement. It is ideally suited for academic institutions and laboratories needing precise aerodynamic data, with digital readings and robust data collection capabilities.
Advanced Safety and ControlSafety is prioritized with integrated overload protection and an emergency stop switch. The wind tunnel operates via a user-friendly digital touch panel, allowing for seamless control of fan speed and easy adjustment of pressure outputs during experiments.
Quality and Convenience for Any LabConstructed from rigid aluminum profiles and durable acrylic, the wind tunnel is lightweight yet stable. Its bench top, portable design makes it suitable for various laboratory setups, while accessories like the flow straightener, control panel, and USB digital output streamline the testing process.
FAQ's of Bench Top Wind Tunnel:
Q: How is the wind speed controlled in the Bench Top Wind Tunnel?
A: The wind speed is regulated using a digital touch panel and an axial flow fan with a speed controller, allowing precise adjustments from as low as 0.3 m/s up to 38 m/s.
Q: What safety features are included in the wind tunnel?
A: Safety is ensured through built-in overload protection and an emergency stop switch, preserving both user safety and equipment integrity during operation.
Q: When and where can this wind tunnel be used?
A: This device is designed for use in laboratory environments and educational institutions. Its bench top and portable design enable flexible setup for a variety of aerodynamic experiments and demonstrations.
Q: What is the data acquisition process for experiments?
A: Experiments involve capturing digital output data via USB connectivity, with results displayed in real-time on the LCD screen, facilitating accurate and convenient data collection.
Q: How does the wind tunnel benefit laboratory testing or educational demonstrations?
A: The wind tunnel allows users to observe airflow phenomena and conduct detailed aerodynamic analyses, enhancing the understanding of fluid dynamics for students and researchers alike.
Q: What accessories are included with the wind tunnel?
A: It comes with essential accessories such as a flow straightener for laminar flow, a digital control panel, measuring devices for various parameters, and a comprehensive user manual.