Computer Controlled Subsonic Wind Tunnel

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Computer Controlled Subsonic Wind Tunnel

Price 750000.0 INR/ Unit

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MOQ : 1 Piece

Computer Controlled Subsonic Wind Tunnel Specification

Drive
Direct drive centrifugal fan

WorkingSpeed
50 m/s

Power Rating
1.5 kW

Country Of Origin
India

Connectivity Options
USB, Ethernet, RS232

Motor Power
1500 Watt (W)

Machine Type
Educational/Research Equipment

Voltage
220-240 Volt (v)

Frequency
50/60 Hertz (HZ)

Noise Level
<65 dB(A) at maximum speed db

Cooling System
Forced air cooling for motor

Operating Temperature
10 C to 40 C ambient Celsius (oC)

Production Capacity
1 unit/month Kg

Features
Data logging, real-time graphing, high transparency test section, quick access ports

Lubricating System
Self-lubricating bearings

Control System
Manual, Semi-Automatic, Fully Automatic, PLC

Frame Type
Heavy duty aluminum structure

Model No
WT-CCS-2024

Accuracy
0.5 %

Product Type
Other

Technology
Other

Power Source
Electricity

Operating Type
Automatic

Power
10 Horsepower (HP)

Pressure
Atmospheric to 2500 Pa (differential control) Bar

Surface Treatment
Other

Dimension (L*W*H)
Approx. 2500 x 800 x 1600 mm Millimeter (mm)

Weight (kg)
820 kg Kilograms (kg)

Color
Grey/White

Warranty
1 Years

Usage & Applications
Aerodynamic studies, flow visualization, educational and research labs

Transparent Section Material
Acrylic (shatter-resistant)

Pedestal Type
Caster mounted with brakes

Data Acquisition
16-channel A/D data acquisition system

Safety Features
Overload protection, emergency stop

Sensor Types
Pitot tube, multi-point pressure, hot-wire anemometer

Lighting
Integrated LED illumination for test section

Fixture Capability
Adaptable for multiple model types (airfoil, sphere, cylinder, etc.)

Fan Type
Centrifugal, speed controlled

Maximum Air Velocity
Up to 35 m/s

Windows Compatibility
Windows 7, 8, 10 supported

Test Section Size
300 x 300 mm (cross-section)

Measurement Capability
Velocity, pressure, drag, lift

Computer Controlled Subsonic Wind Tunnel Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
60 Days

Main Domestic Market
All India

About Computer Controlled Subsonic Wind Tunnel

Wind tunnel is a facility for creating a uniform wind of known value in a test section where fluid flow phenomena can be investigated, models, of Aircrafts etc., can be tested from their performance, and also students training/teaching in fluid mechanics/aerodynamics. The facility can also be used for industrial aerodynamics testing and simulation studies on many of fluid problems.

The main part of the tunnel are Honey comb section, screens, contraction cone, test section, diffuser, safety screens, fan section, fan, motor and speed control drivers.
KEY SPECIFICATION
Computerised Data SystemType of tunnel: Open circuit-suction type.Test section size: 0 - 1500 mm (As per Need)Maximum speed: 0- 50 m/secFan: Axial flow fan, Maximum rpm 1440Contraction Ratio: 9:1

Versatile Research and Educational Equipment

Designed to support a wide range of aerodynamic studies, this wind tunnel accommodates airfoil, sphere, and cylinder models for comprehensive experimentation. Its advanced sensor integration and adaptable fixture capability make it ideal for both academic research and student education in fluid dynamics.

Advanced Measurement and Control System

Benefit from highly accurate analyses, thanks to the 16-channel A/D data acquisition and multiple types of velocity and pressure sensors. The digital PC interface, along with touch screen controls, allows for seamless operation, real-time data logging, and immediate visualization of experimental results.

Durable and User-Focused Design

Constructed with a powder-coated, corrosion-resistant aluminum frame, and fitted with shatter-resistant acrylic, the wind tunnel combines safety with rugged reliability. Features such as integrated LED illumination, overload protection, and a forced-air cooling system ensure safe, efficient, and long-term operation.

FAQ's of Computer Controlled Subsonic Wind Tunnel:

Q: How does the computer-controlled wind tunnel operate for aerodynamic tests?

A: The wind tunnel utilizes a centrifugal, speed-controlled fan to generate airflow through an acrylic test section, where models such as airfoils, spheres, and cylinders can be mounted. The digital control system and PC interface allow users to adjust airflow, collect data, and analyze flow patterns in real time.

Q: What measurement capabilities does the wind tunnel offer?

A: It features advanced sensor integration, including Pitot tubes, multi-point pressure sensors, and a hot-wire anemometer for measuring airflow velocity, pressure distribution, as well as drag and lift forces on test models, all with an accuracy of 0.5%.

Q: When is this wind tunnel ideal for use?

A: This system is particularly well-suited for laboratory research, educational demonstrations, and aerodynamic studies where precise airflow measurement and control are required, such as university engineering courses or product development testing.

Q: Where can the wind tunnel be installed and used?

A: It is designed for use in research laboratories, educational institutions, and industrial settings, thanks to its caster-mounted pedestal for mobility and secure positioning, as well as robust construction suitable for indoor environments.

Q: What is the process for setting up and operating the wind tunnel?

A: Setup is straightforward: position the tunnel using its caster-mounted base, connect to a 220-240V AC power supply, and link the PC via USB, Ethernet, or RS232. Operation is fully automatic using the digital touch screen or computer software, with overload protection and emergency stop features enhancing safety throughout usage.

Q: How does using this wind tunnel benefit aerodynamic studies and research?

A: The system's high measurement accuracy, quick access ports, and real-time data visualization capabilities facilitate efficient experimentation. Its adaptability for various model types enables comprehensive research, while integrated safety and user-friendly controls ensure reliable and repeatable results.

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