Send Inquiry

Request To Call Back

Small Visualization Wind Tunnel

Name: Small Visualization Wind Tunnel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Small Visualization Wind Tunnel Specification

Equipment Type
Small Visualization Wind Tunnel

Material
Acrylic and Aluminum Alloy

Processing Type
Experimentation and Demonstration

Condition
New

Technology
Aerodynamic Visualization

Dimension (L*W*H)
Approx. 1200*400*500 mm

Power Mode
Electric

Voltage
220V-240V / 50Hz

Power Consumption
150 W

Pressure Output
Low Pressure (for flow visualization)

Application
Educational/Research Wind Flow Visualization

Coating Type
Powder Coated Aluminum for Frame

Accessories
Smoke Generator, Model Mounts, Flow Tracers

Frame Structure
Rigid Aluminum Extrusion

Observation Windows
Transparent Acrylic Panels

Weight
Approx. 45 kg

Ambient Temperature Range
5C to 35C

Visualization Method
Smoke/Wool Tufts

Suitable For
Engineering Colleges, Universities, Research Labs

Control System
Manual Speed Controller

Noise Level
< 65 dB at maximum airflow

Working Speed
Adjustable, up to 20 m/s

Test Section Size
300 mm x 200 mm

Blower Type
Variable Speed Centrifugal Fan

Safety Features
Emergency Stop and Overcurrent Protection

About Small Visualization Wind Tunnel

Overview

The AERO MINI is a compact, high-performance visualization wind tunnel designed for research, laboratory demonstrations, and educational purposes. It enables clear observation of airflow patterns and flow behavior around models in a controlled environment.

Key Features

Compact and space-saving design suitable for laboratories and classrooms
Excellent flow visualization capability using smoke or tracer methods
Transparent test section for clear observation from multiple angles
Stable and uniform airflow for accurate experimental results
Low noise operation for indoor use
Easy operation and maintenance

Model Configurations

Available in multiple configurations depending on research needs:

Straight Section Type (TS Type)
Standard configuration for basic flow visualization experiments
L-Type Configuration (LS Type)
Space-efficient design with airflow redirection
S-Type Configuration (MS Type)
Flexible layout for compact installation
Closed Loop Type (DS Type)
Recirculating airflow system for energy efficiency and stable flow conditions

Standard Specifications

(Typical range customizable based on requirements)

Test Section Size: Multiple options available
Air Velocity Range: Approx. 0.5 to 30 m/s
Flow Type: Subsonic, low turbulence
Test Section Material: Transparent acrylic (plexiglass)
Drive System: Variable-speed fan/blower
Control System: User-friendly control panel

Optional Features

Smoke generator for flow visualization
Honeycomb and screen flow straighteners
Adjustable lighting system for better visibility
Digital velocity measurement system
Model mounting and positioning system
Custom test section sizes and configurations

Applications

Aerodynamic studies
Flow visualization experiments
Educational demonstrations
Research and development
Fluid mechanics training

Efficient Aerodynamic Testing

This wind tunnel is tailored for demonstrating and analyzing airflow patterns over models. By offering adjustable speeds and a clear observation area, it facilitates precise testing and visualization. Its moderate size allows for varied experimental setups, making it versatile for academic and research applications.

Clear and Safe Visualization

Featuring transparent acrylic panels and advanced visualization methods such as smoke and wool tufts, users can easily observe airflow phenomena. Built-in safety mechanisms, including emergency stops and overcurrent protection, ensure that operation remains safe and reliable during intensive sessions.

User-Friendly Control and Portability

The manual speed controller grants direct adjustment of flow rates, accommodating different experimental needs. Weighing approximately 45 kg and constructed with a rigid aluminum extrusion frame, the tunnel is durable yet portable, making it easy to deploy in various lab environments.

FAQ's of Small Visualization Wind Tunnel:

Q: How does the smoke and wool tuft visualization work in this wind tunnel?

A: The smoke generator and wool tufts are used to reveal airflow patterns within the test section. When smoke or tufts are introduced, users can visually track the flow paths, turbulence, and separation zones across or around objects placed in the tunnel.

Q: What types of experiments can be conducted with this wind tunnel?

A: It is suitable for a variety of aerodynamic and fluid dynamics demonstrations, such as observing laminar and turbulent flow, measuring drag and lift forces on scale models, and visualizing boundary layers for educational and research projects.

Q: When is this wind tunnel most beneficial for academic and research purposes?

A: The tunnel is particularly useful during coursework related to aerodynamics, fluid mechanics, or mechanical engineering, as well as in research scenarios that require controlled velocity airflow and precise visualization. It supports practical learning and experimental validation.

Q: Where is the best environment to operate this wind tunnel?

A: This wind tunnel is designed for use in laboratories at engineering colleges, universities, and research institutions. It functions optimally within an ambient temperature range of 5C to 35C and in spaces that can accommodate its 45 kg weight and dimensions.

Q: What process is involved in controlling the wind speed?

A: A manual speed controller allows users to easily adjust the centrifugal blower fan's speed, providing fine control over airflow up to 20 m/s. This enables tailored testing conditions for a wide range of experimental requirements.

Q: How do the safety features enhance the user experience?

A: Emergency stop and overcurrent protection systems are integrated to ensure operator safety. These features help prevent accidents, damage, or electrical hazards, allowing users to focus on experimentation with peace of mind.

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

A: Students and researchers benefit from hands-on experimentation, real-time airflow visualization, and the ability to safely study aerodynamic phenomena. Its user-friendly design and robust construction make it a lasting investment for academic labs.

Tell us about your requirement