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Low Speed Wind Tunnel

Name: Low Speed Wind Tunnel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

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MOQ : 1 Unit

Low Speed Wind Tunnel Specification

Material
Aluminum Alloy Body, Transparent Acrylic Test Section, Stainless Steel Fasteners

Processing Type
Precision Fabrication

Condition
New

Technology
Subsonic Open-Circuit Wind Tunnel

Dimension (L*W*H)
Approx. 2200 x 800 x 1200 mm

Power Mode
Electric

Voltage
220-240V, 50Hz

Power Consumption
1200 W

Pressure Output
Up to 500 Pa Differential

Application
Aerodynamics Research, Educational Laboratories, Product Testing, Aerospace Engineering

Coating Type
Powder Coated Exterior

Accessories
Pitot Tube, Manometer, Smoke Generator, Honeycomb Flow Straightener, Model Support, Control Panel

Noise Level
<65 dB

Installation
Bench Top with Leveling Feet

Maximum Test Model Length
250 mm

Fan Type
Variable Speed Axial Fan

Frame Construction
Bolted Modular Frame

Ambient Operation Temperature
10C to 40C

Calibration
Factory Calibrated with Certificate

Data Output
USB/RS232 Interface (Optional)

Observation Window
Full-Length Transparent Acrylic

Test Section Size
300 mm x 300 mm x 700 mm (W x H x L)

Working Speed
0.5 - 35 m/s (Adjustable)

Display
Digital Air Speed & Pressure Display

Colour
Blue & Metallic Silver

Flow Uniformity
<2% Variation

Control System
Variable Frequency Drive (VFD) Control

Equipment Type
Low Speed Wind Tunnel

About Low Speed Wind Tunnel

Marketing Overview

Our low-speed wind tunnel systems are precision-engineered for advanced aerodynamic research, development, and testing across aerospace, automotive, and industrial applications. Designed with configurable open- or closed-circuit layouts, these systems deliver highly uniform, low-turbulence airflow for accurate and repeatable results.

With flexible test section geometries, scalable velocity ranges, and advanced instrumentation integration, the wind tunnel supports a wide range of experimental requirementsfrom basic flow visualization to complex aerodynamic force and stability studies. Energy-efficient designs, modular construction, and customizable configurations ensure optimal performance tailored to your research needs.

Technical Datasheet (Generalized Ranges)

1. System Configuration

Circuit Type: Open-Circuit / Closed-Circuit
Test Sections: Single / Dual / Triple (optional)
Test Section Type: Open or Closed

2. Test Section Specifications

Shape Options: Rectangular / Circular / Octagonal / Elliptical
Typical Cross-Section Area: 0.25 m 200 m
Typical Length: 1 m 30 m
Access: Removable panels / viewing windows

3. Airflow Performance

Velocity Range:
0.2 m/s 100 m/s (custom designs may exceed this)
Velocity Uniformity:
0.5% to 1% across test section
Turbulence Intensity:
< 0.2% 1% (depending on configuration)

4. Flow Quality & Efficiency

Energy Ratio (Er):
3 6 (closed test section)
Drive System Efficiency ():
70% 90%

5. Drive System

Fan Type: Axial / Mixed-flow
Motor Power Range:
5 kW 100 MW (depending on scale)
Speed Control: Variable Frequency Drive (VFD)

6. Simulation Capability

Reynolds Number (Re):
Up to 10 10 (depending on size and speed)
Additional Parameters (Optional):

Froude Number (Fr)
Mach Number (low subsonic regime, typically < 0.3)
Rotor Tip Mach Number (rotorcraft studies)

7. Flow Conditioning

Honeycomb straighteners
Multi-layer damping screens
Contraction ratio: 4:1 12:1

8. Instrumentation (Optional)

Velocity measurement (Pitot-static tubes, hot-wire anemometry)
Pressure measurement systems
Force & moment balances
Flow visualization (smoke, tufts, PIV-ready setups)
Data acquisition system (DAQ)

9. Applications

Aerospace aerodynamic testing
Automotive drag and flow studies
Wind engineering and environmental simulation
Industrial product aerodynamics
Academic and research institutions

10. Optional Configurations

Acoustic wind tunnel
Icing wind tunnel
Vertical wind tunnel
Atmospheric boundary layer tunnel
Pressurized / variable-density tunnel
Water tunnel variant

11. Customization

Test section dimensions
Velocity range
Number of test sections
Instrumentation packages
Working fluid (air, compressed air, water)

Precision for Research and Education

Engineered for accurate aerodynamic analysis, this wind tunnel delivers consistently uniform airflow (variation <2%) and quiet operation at noise levels below 65 dB. The transparent test section and included observation window support real-time visualization, making it ideal for educational demonstrations and research experiments. Intuitive controls and digital displays enable straightforward measurements and data interpretation.

Versatile and Reliable Performance

With adjustable speeds from 0.5 to 35 m/s, the wind tunnel accommodates a variety of test models up to 250 mm in length. Its modular bolted frame and powder-coated exterior ensure durability, while stainless steel fasteners and high-grade materials guarantee long-term reliability. Factory calibration with certification assures users of measurement accuracy and repeatability.

FAQ's of Low Speed Wind Tunnel:

Q: How can the Low Speed Wind Tunnel be used for aerodynamics research?

A: The wind tunnel creates controlled and uniform airflow across a test section, allowing researchers to investigate aerodynamic characteristics such as lift, drag, and flow visualization. With its precision controls and included accessories like a Pitot tube and smoke generator, users can perform detailed experiments on scale models and gather quantitative data for analysis.

Q: What are the primary applications of this wind tunnel?

A: This system is ideal for educational laboratories, aerodynamics research, product development, and aerospace engineering. Its flexible speed control and reliable measurement tools make it suitable for evaluating prototypes, teaching fluid dynamics concepts, and conducting wind resistance or performance tests on various objects.

Q: When is calibration necessary, and how is it managed for this wind tunnel?

A: Calibration is essential to ensure measurement accuracy before initial use and periodically during operation. This unit comes factory-calibrated with a certificate, so it is ready to use upon installation. Routine calibration checks are recommended based on usage frequency or when precise data is critical for high-stakes testing.

Q: Where should the Low Speed Wind Tunnel be installed for optimal operation?

A: The wind tunnel is designed for bench-top installation and features leveling feet for stability. It should be placed in a ventilated, dust-free laboratory or workshop with an ambient temperature between 10C and 40C to uphold measurement accuracy and device longevity.

Q: What is the process for adjusting test speeds and recording data?

A: Test speeds are set via the Variable Frequency Drive (VFD) control panel, which adjusts the axial fan to the desired velocity (between 0.5 - 35 m/s). Airspeed and pressure readings can be monitored on the digital display, and recorded data can be exported through the optional USB/RS232 interface for further analysis.

Q: How does the observation window enhance usability and experimentation?

A: The full-length transparent acrylic observation window gives users an unobstructed view of the test section, enabling real-time monitoring of airflow around the model. This feature is particularly beneficial for educational purposes, demonstrations, and detailed flow visualization studies using smoke or other tracers.

Q: What benefits does the bolted modular frame offer for users?

A: The modular frame simplifies assembly, maintenance, and transportation. Components can be replaced or reconfigured with ease, providing flexibility for research labs or educational institutions that may need to adapt the wind tunnel for different experiments or relocate it between workspaces.

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