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Aerofoil testing

Name: Aerofoil testing
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Number

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MOQ : 1 Number

Aerofoil testing Specification

Material
Mild Steel, Aluminum, Stainless Steel

Processing Type
Precision Instrumentation

Condition
New

Technology
Wind Tunnel Based Testing Technology

Dimension (L*W*H)
1500mm x 800mm x 1800mm

Power Mode
Electric

Voltage
220-240V AC

Power Consumption
1.5 kW

Pressure Output
0-500 Pascals

Application
Aerofoil aerodynamic characteristics analysis, Education, Research and Development, Laboratory Use

Coating Type
Powder Coated

Accessories
Digital Manometer, Pressure Sensors, Data Logger, Aerofoil Models, Computer Interface

Operating Temperature Range
10C to 40C

Safety Features
Emergency Stop Button, Overload Protection

Display Type
Digital LCD Display

Control System
Digital Speed Controller

Equipment Type
Aerofoil Testing Rig

Data Output
USB and RS232 Ports

Noise Level
<70 dB(A)

Model Number
AFT-2024

Measuring Accuracy
0.5%

Mounting Type
Floor Standing

Air Flow Range
0.5 m/s to 40 m/s

Measurement Parameter
Lift and Drag Force, Pressure Distribution, Angle of Attack

About Aerofoil testing

Overview (Marketing Description)

The Aerofoil Testing System is a precision experimental solution designed to evaluate the aerodynamic performance of airfoil models under controlled conditions. Widely used in wind tunnel studies and research laboratories, the system enables accurate measurement of lift, drag, and pressure distribution, along with detailed flow visualization.

It supports both fundamental research and advanced aerodynamic optimization for aerospace, automotive, and wind energy applications, with compatibility for experimental and CFD validation workflows.

Key Features

Accurate measurement of lift, drag, and pitching moments
Modular aerofoil mounting with adjustable angle of attack
High-resolution pressure distribution analysis
Integration with flow visualization techniques (smoke, tufts, etc.)
Compatible with CFD validation and data correlation
Suitable for 2D and 3D aerofoil models

Technical Specifications (Typical Ranges)

Test Conditions

Air Velocity Range: 5 100 m/s (depending on wind tunnel)
Reynolds Number: 10 10
Angle of Attack Range: -10 to +40
Stall Detection: Up to ~2025 (typical airfoils)

Measurement Parameters

Lift Coefficient (Cl): Measured via force balance
Drag Coefficient (Cd): Measured via force balance
Moment Coefficient (Cm): Pitching moment analysis
Pressure Coefficient (Cp): From surface pressure taps

Instrumentation

Multi-axis force balance system
Pressure taps: 10 50+ points (typical)
Pressure scanner / multi-tube manometer
Air velocity measurement (Pitot tube / anemometer)

Flow Visualization

Smoke / dye injection system
Tuft grid visualization
Optional: Schlieren / PIV systems

Model Specifications

Aerofoil Type: NACA / custom profiles
Model Span: 150 600 mm (typical lab scale)
Material: Aluminium / composite / acrylic

Applications

Aerospace: Wing and airfoil performance analysis
Wind Energy: Blade profile optimization
Automotive: Aerodynamic surface studies
Research & Education: Fluid dynamics experiments
CFD Validation: Experimental benchmarking

Optional Features

Automated angle of attack control
Digital pressure scanning systems
High-speed data acquisition
Integration with CFD software tools
Advanced flow diagnostics (PIV, PSP)

Test Capabilities

Lift & drag characterization across AoA range
Stall behaviour and flow separation analysis
Boundary layer and vortex study
Pressure distribution mapping over aerofoil surface

High Accuracy Measurement

Achieve reliable aerodynamic data with 0.5% measuring accuracy across lift, drag, and pressure parameters. The AFT-2024 is equipped with high-quality sensors and digital instrumentation that ensure precise, repeatable measurements important for both educational and research settings.

User-Friendly Operation & Safety

Thanks to its digital LCD interface and advanced controller, the rig allows for intuitive speed adjustments and real-time monitoring. Integrated safety features like an emergency stop button and overload protection provide a secure testing environment for operators.

Comprehensive Data Connectivity

Streamline experiments with digital data output via USB and RS232 ports. These interfaces enable efficient transfer of test results to computers and data loggers for further analysis and documentation, making the system suitable for modern laboratory workflows.

FAQ's of Aerofoil testing:

Q: How does the Aerofoil Testing Rig (AFT-2024) measure aerodynamic forces and pressure distribution?

A: The AFT-2024 uses high-precision sensors to measure lift and drag forces, as well as pressure distribution over the aerofoil surface. Data from these sensors are processed and displayed on the digital LCD, ensuring accurate readings for each parameter.

Q: What is the typical process for conducting an aerofoil test using this rig?

A: Tests start by securely mounting an aerofoil model in the wind tunnel. After configuring airflow and angle of attack through the digital speed controller, users observe real-time data on the LCD display. Results are recorded with the included data logger or transferred to a computer via USB/RS232.

Q: When should I utilize the AFT-2024 in research or academic applications?

A: The AFT-2024 is ideal for analyzing aerodynamic properties in controlled conditions, suitable for laboratory courses, research projects, and development work that require accurate lift, drag, and pressure measurements for different aerofoil shapes.

Q: Where can data from the rig be accessed or exported?

A: Data collected during tests can be accessed directly from the digital display or easily exported using the built-in USB and RS232 ports to computers and other data storage devices for further analysis.

Q: What safety mechanisms does the testing rig incorporate during operation?

A: The rig features multiple safety elements including an emergency stop button and overload protection system, to ensure safe operation during all testing procedures, providing confidence in high-use educational and research environments.

Q: How does the digital speed controller benefit users?

A: The digital speed controller enables precise adjustments to air flow rates, allowing users to systematically examine the effects of variable wind speeds and angle of attack on aerofoil performance, enhancing experiment reproducibility and efficiency.

Q: What are the benefits of the rig's construction materials and powder coating?

A: The use of mild steel, aluminum, and stainless steel, finished with a powder coating, ensures superior durability, corrosion resistance, and a long service life even in demanding laboratory settings.

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