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Variable Density Wind Tunnel

Name: Variable Density 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

Variable Density Wind Tunnel Specification

Equipment Type
Wind Tunnel Apparatus

Material
Mild Steel, Aluminium, Glass, Stainless Steel (composite construction)

Processing Type
Fluid Dynamics Testing

Condition
New

Technology
Variable Density Wind Tunnel

Dimension (L*W*H)
Approx. 4 m x 1.2 m x 2 m (varies by model)

Power Mode
Electric

Voltage
220-440 V, 50 Hz

Power Consumption
Approx. 10-15 kW (depending on model)

Pressure Output
Up to 10 atm (adjustable)

Application
Aerodynamics Research, Educational Institutes, Industrial R&D Labs

Coating Type
Powder Coated Epoxy Finish

Accessories
Diffuser, Test Section, Settling Chamber, Control Panel, Model Supports

Operating Temperature Range
10C to 40C

Noise Level
Less than 70 dB at max speed

Data Acquisition
Optional Digital Sensors and Software Interface

Safety Feature
Emergency Stop, Overload Protection

Calibration
Factory Calibrated with Certification

Test Models
Airfoil, Sphere, Cylinder, Custom Models (on request)

Window Type
Toughened Transparent Glass for Visualization

Mounting Type
Floor Mounted

Test Section Size
300 mm x 300 mm to 600 mm x 600 mm (customizable)

Control System
Digital Display with Variable Speed and Pressure Controls

Maximum Air Speed
Up to 120 m/s (depending on pressure setting)

Variable Density Wind Tunnel About

A specialized wind tunnel enabling controlled variation of air density and pressure for precise aerodynamic and sensor performance testing under realistic environmental conditions. Particularly suited for wind sensor validation at altitude-equivalent conditions.

Facility Overview

Type: Variable Density Wind Tunnel
Application: Wind sensor classification, aerodynamic research, altitude simulation
Unique Capability: Controlled air density variation via pressure adjustment

Test Section

Dimensions (W H L): 0.5 0.5 0.9 m
Configuration: Compact closed test section
Contraction Ratio: 3.21 : 1

Aerodynamic Performance

Maximum Wind Speed: up to 15 m/s
Flow Control: Smooth, adjustable airflow for precision measurements

Environmental Control

Ambient Pressure Range: 0.7 1.1 bar (extendable up to ~1.3 bar typical capability)
Temperature Range: 20C to +40C
Density Variation: Enables simulation of high-altitude and varying atmospheric conditions

Testing Capabilities

Wind sensor (anemometer) response under varying air densities
Altitude simulation for performance validation
Calibration and classification of measurement instruments
Study of aerodynamic sensitivity to pressure and temperature changes

Key Features

Real measurement of density effects (beyond numerical simulation)
Controlled pressure environment for accurate altitude replication
Combined temperature and density testing capability
High repeatability for sensor development and certification

Advanced Customization for Varied Applications

Engineered with versatility in mind, the test section of the Variable Density Wind Tunnel can be customized to your specific research or educational needs, accommodating sizes from 300 mm x 300 mm to 600 mm x 600 mm. This adaptability makes it a valuable resource for aerodynamics studies, allowing for testing of various scale models and unique experimental setups.

Reliable and Safe Performance

Safety is paramount, with built-in features such as an emergency stop, overload protection, and toughened transparent glass for visualization. The robust digital control system provides precise handling of speed and pressure, while factory calibration-with certification-ensures readings you can rely on. Low operational noise and high-quality, powder-coated epoxy finish complete this reliable testing solution.

FAQ's of Variable Density Wind Tunnel:

Q: How does the variable density feature enhance wind tunnel testing?

A: The variable density capability allows for adjusting the air pressure within the tunnel, enabling simulation of different atmospheric conditions. This flexibility results in more accurate and scalable aerodynamics testing across various research scenarios.

Q: What types of models can be tested in this wind tunnel?

A: Standard models such as airfoils, spheres, and cylinders can be tested. Additionally, custom models are accommodated upon request, supporting a broad range of experimental and developmental projects.

Q: When is calibration performed, and what certifications are included?

A: Each wind tunnel unit is factory calibrated prior to shipment, ensuring measurement accuracy from the outset. Calibration certification is provided with the equipment, giving you documented assurance of performance.

Q: Where is the equipment typically installed and operated?

A: Designed for floor mounting, this wind tunnel is ideally installed in laboratory environments such as educational institutes, industrial R&D centers, or dedicated aerodynamics facilities, where controlled testing conditions can be maintained.

Q: What is the process for adjusting airflow speed and pressure?

A: The digital control system enables precise management of both airflow speed and pressure. Operators can conveniently set desired parameters using the digital display and variable controls, ensuring optimal testing conditions for each experiment.

Q: How is test data collected and analyzed?

A: Optional digital sensors and software interfaces are available for automated data acquisition. These tools provide real-time monitoring and analysis, simplifying the collection and interpretation of experimental results.

Q: What are the main benefits of using this wind tunnel for research or education?

A: Key advantages include a customizable test section, high-speed capability, robust safety features, low noise operation, and certified calibration. These attributes combine to support accurate, repeatable, and safe aerodynamic testing for both teaching and advanced research purposes.

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