Thermal Stratification Wind Tunnel

Name: Thermal Stratification 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

Thermal Stratification Wind Tunnel Specification

Equipment Type
Thermal Stratification Wind Tunnel

Material
Mild Steel, Acrylic, Aluminum

Processing Type
Testing Equipment

Condition
New

Technology
Thermal Stratification Simulation, Wind Tunnel Technology

Dimension (L*W*H)
2200 x 600 x 900 mm

Power Mode
Electric

Voltage
220V AC

Power Consumption
750 W

Pressure Output
Digital & Analog Display

Application
Educational Research, Fluid Dynamics, Thermal Engineering Experiments

Coating Type
Powder Coated Body

Accessories
Flow Visualization Accessories, Manometers, Sensors, Test Models, Control Panel

Weight
Approx. 120 kg

Air Velocity Range
0.5 to 15 m/s

Heater Capacity
1 kW

Data Acquisition Interface
Computer Compatible

Flow Control
Variable Speed Fan Control

Temperature Range
Ambient to 60C

Chamber Length
Up to 2 meters

Safety Features
Overload Protection

Observation Section
Transparent Acrylic Window

About Thermal Stratification Wind Tunnel

The Thermal Stratification Wind Tunnel is designed to simulate thermally stratified atmospheric boundary layers, enabling precise investigation of airflow behavior under temperature gradient conditions.

Features

Capable of generating stable vertical temperature gradients to reproduce thermal stratification.
Provides uniform and controlled airflow suitable for high-precision experiments.
Equipped with heating and cooling systems for accurate temperature control.
Designed to minimize turbulence while maintaining flow stability and repeatability.
Suitable for integration with measurement and visualization systems.

Applications

Atmospheric boundary layer research
Urban climate and environmental studies
Dispersion of pollutants and heat
Wind engineering and building aerodynamics
Renewable energy and thermal flow analysis

Optional Systems

Automated temperature and flow control
Data acquisition and monitoring systems
Custom test section configurations

Advanced Airflow and Temperature Simulation

Capable of simulating a wide range of airflow velocities and thermal stratifications, this wind tunnel is suitable for universities, research labs, and industrial testing. The variable speed fan and 1 kW heater deliver precise environmental control, replicating real-world scenarios for comprehensive studies.

User-Friendly Data Acquisition and Observation

Equipped with a computer-compatible data interface, the wind tunnel allows seamless data recording and analysis. The transparent acrylic window in the observation section is designed for direct visual monitoring of experiments, enhancing user understanding of flow and temperature dynamics.

FAQ's of Thermal Stratification Wind Tunnel:

Q: How do you control the airflow and temperature in the wind tunnel?

A: Both airflow and temperature are regulated via a variable speed fan and a 1 kW heater. Users can adjust fan speed for desired air velocity (0.5 to 15 m/s) and heater settings to set temperatures up to 60C, providing versatile testing conditions.

Q: What benefits does the transparent observation section offer?

A: The transparent acrylic observation window allows users to directly observe thermal layering and airflow patterns, which improves understanding of experimental behaviors and supports better analysis while ensuring safety.

Q: When is this wind tunnel typically used in research or education?

A: This device is commonly employed for experiments involving thermal stratification, HVAC studies, environmental simulation, and aerodynamic research in both academic and industrial environments.

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

A: Owing to its manageable size and weight (approximately 120 kg), the thermal stratification wind tunnel can be installed in university labs, research institutions, and industrial R&D facilities for diverse applications.

Q: What is the process for collecting and analyzing data?

A: The wind tunnel includes a computer-compatible data acquisition interface. Users can connect it to a computer to conveniently record, monitor, and analyze airflow and temperature data during experiments.

Q: How do the safety features protect users and equipment?

A: Built-in overload protection safeguards the system against excessive electrical loads or faults, ensuring safe operation for both users and the equipment.

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