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Educational Wind Tunnels

Price 500000.0 INR/ Number

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Educational Wind Tunnels Specification

Equipment Type
Educational Wind Tunnel

Material
Acrylic/Aluminum/Steel (as per model)

Processing Type
Machined and assembled

Condition
New

Technology
Wind tunnel simulation, controlled airflow

Dimension (L*W*H)
Approx. 1200 mm x 600 mm x 900 mm

Power Mode
Electric

Voltage
220V/230V, 50 Hz

Power Consumption
300W to 1200W depending on model

Pressure Output
Up to 1200 Pa

Application
Aerodynamics education, laboratory experiments, airflow visualization, research demonstration

Coating Type
Powder coated body with clear acrylic test section

Accessories
Smoke generator, Flow visualization kit, Model mounting accessories, User manual

Measurement Features
Manometer, Pitot tube, Digital anemometer

Model Support
Multi-model mounting facility

Operating Temperature
5C to 40C

Safety Features
Protective acrylic shields, overload protection

Usage Level
Suitable for high school, college, and university laboratories

Maximum Air Velocity
Up to 35 m/s

Compliance
Meets international educational lab standards

Flow Visualization
Smoke injection, tuft grids, oil flow

Frame Material
Powder-coated steel with modular aluminum supports

Control System
Digital speed controller with LCD display

Weight
Approx 70 kg, varies by model

Test Section Size
150 mm x 150 mm to 300 mm x 300 mm (customizable)

Noise Level
65 dB

Mobility
Mounted on wheels for ease of movement

Fan Type
Axial flow variable speed fan

About Educational Wind Tunnels

A compact, high-performance wind tunnel designed for aerodynamics research, teaching, and product testing. The modular architecture allows users to start with a core system and expand with advanced instrumentation, data acquisition, and measurement modules as requirements evolve.

Ideal for universities, research labs, and engineering-focused businesses, the system delivers low-turbulence, repeatable airflow conditions in a robust, space-efficient design.

Key Features

Modular & Upgradeable Platform Scalable with instrumentation, balances, and probes
Low Turbulence Flow High-quality airflow for accurate aerodynamic testing
Integrated Control System Automated airspeed control and data monitoring
User-Friendly Operation Complete, all-in-one laboratory solution
Compact Footprint Designed for labs with limited space
Robust Construction Durable composite and metal structure for long-term use

Performance Specifications (Typical Range)

Airspeed Range: 470 m/s (10155 mph)
Turbulence Intensity: < 0.2%
Reynolds Number: ~1.0 10 to 1.5 10 per foot

Mechanical & Structural Specifications

Test Section Size: ~300 300 600 mm
Overall Dimensions: ~4.55 m (L) 11.2 m (W) 1.52 m (H)
Weight: ~250300 kg
Construction: Reinforced fiberglass and anodized aluminium
Viewing Access: Transparent acrylic windows and hinged doors
Mobility: Industrial-grade caster wheels

Flow Quality & Design

Contraction Ratio: ~8:1 to 10:1
Flow Conditioning:

Honeycomb straightener (100 mm depth)
Multi-layer stainless steel screens

Diffuser Angle: ~57
Noise Reduction: Integrated acoustic attenuation

Drive & Control System

Motor Power: ~510 kW (variable)
Speed Control: Variable Frequency Drive (VFD)
Power Compatibility: Global voltage configurations

Instrumentation & Data Acquisition (Optional)

Real-time monitoring of:

Forces & moments
Static and dynamic pressure
Temperature
Angle of attack

Software Platform: Industry-standard data acquisition interface
Automated Airspeed Control: Maintains constant flow conditions

Force Measurement System (Optional)

Multi-axis Force/Moment Balance:

Measures lift, drag, pitching/yawing moments

Quick Reconfiguration: Supports multiple test orientations
Calibration: Factory-calibrated with traceable standards

Applications

Aerodynamic research & validation
Academic instruction & lab experiments
UAV, automotive, and product testing
Flow visualization and boundary layer studies

Precision-Controlled Testing Environment

The wind tunnel incorporates digital speed control and a highly visible LCD display for tailoring airflow conditions to suit educational needs. Its robust variable-speed fan and up to 35 m/s air velocity allow for a wide spectrum of experiments, offering students and instructors versatility and accuracy. The combination of careful airflow management and modular construction fosters reliable laboratory experiments, from basic airflow observations to advanced aerodynamic investigations.

Comprehensive Measurement and Visualization Tools

Equipped with a manometer, Pitot tube, and digital anemometer, this wind tunnel enables in-depth airflow analysis with high precision. Various flow visualization methods such as smoke injection, tuft grids, and oil flow make airflow patterns observable in real time, engaging students and aiding comprehension. These features support research demonstrations as well as practical learning, enhancing the educational experience for all levels.

Safety, Mobility, and Compliance for Education

Safety is ensured through protective acrylic shields and overload protection, giving peace of mind during lab sessions. With a sturdy, powder-coated steel frame and mounted wheels, the entire unit is easy to relocate within laboratory spaces. Certified to meet international educational lab standards, this wind tunnel is a reliable choice for progressive learning environments, offering both compliance and convenience without compromising performance.

FAQ's of Educational Wind Tunnels:

Q: How can the test section size of the wind tunnel be customized?

A: The test section size can be configured from 150 mm x 150 mm up to 300 mm x 300 mm at the time of order. This flexibility ensures compatibility with various models and experimental setups used in educational laboratories.

Q: What measurement tools are integrated into the wind tunnel for airflow analysis?

A: The wind tunnel comes equipped with a manometer, Pitot tube, and digital anemometer. These tools allow users to measure pressure differences, velocity, and dynamic properties of airflow during experiments.

Q: When is the best time to use smoke, tuft grids, or oil flow visualization?

A: Flow visualization techniques like smoke injection, tuft grids, and oil flow are best used during experiments that require clear observation of airflow patterns around objects, such as studying boundary layers, flow separation, or wake formation.

Q: Where is this wind tunnel suitable for use?

A: Designed to meet international educational lab standards, this wind tunnel is ideal for high school, college, and university laboratories focused on teaching, research, and demonstration in aerodynamics.

Q: What safety features are included with this educational wind tunnel?

A: Protective acrylic shields and overload protection mechanisms are integrated to ensure safe operation for students and instructors. These features help prevent accidental contact with the fan or moving parts during experiments.

Q: How does the digital speed controller benefit users during experiments?

A: The digital speed controller with LCD display allows precise adjustment and monitoring of fan speed, enabling accurate control of airflow conditions during laboratory experiments for repeatable results.

Q: What are the main educational benefits of using this wind tunnel?

A: Students and instructors benefit from hands-on learning about aerodynamic principles through direct measurement, data acquisition, and visualization techniques. The equipment fosters deeper understanding by allowing interactive experimentation in a controlled environment.

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