Air Flow Bench - Modular Manufacturer,Supplier and Exporter in India
Product Code : SCL-CELE-14040
This modular and comprehensive system is explicitly
engineered for the pedagogical demonstration of core aerodynamic principles
[1]. The apparatus effectively models the behavior of bodies subjected to flow
from a compressible fluid, enabling users to thoroughly investigate air
flow phenomena [2]. Key experimental objectives include familiarization
with fundamental fluid concepts and the optimization of both drag
forces and the surrounding flow field around immersed bodies [3].
The design facilitates easy setup and safe, hands-on practical experience,
promoting a deeper understanding of fluid dynamics with minimal supervision
[4].
Air Flow Bench and Operational Features
The system's core is an Air Flow Bench – Modular Design,
which utilizes a centrifugal fan capable of generating high air flow
velocities, up to 40 meters per second (m/s). Fan speed is precisely
controlled using a Variable Frequency Drive (VFD). To ensure
experimental reliability, a stabilization tank equipped with a flow
straightener produces a consistent, low-turbulence, and reproducible flow
within the measurement section [5]. A specialized nozzle shape is
employed to deliver a largely homogeneous velocity distribution across
the air flow [6]. Accessories are rapidly interchangeable via quick-release
fasteners, and the measurement section includes dedicated points for measuring pressure
and velocity, typically requiring a multi-tube manometer for
clear pressure indication.
Specifications: Aerodynamic Bench Parameters
|
Component |
Parameter |
Value |
Unit |
|
Centrifugal Fan |
Power Consumption |
0.37 |
kW |
|
Centrifugal Fan |
Maximum Flow Rate |
15 |
m3/min |
|
Nozzle |
Exit Cross-Section |
50x100 |
mm |
|
Air Flow |
Maximum Velocity (Nozzle Exit) |
40 |
m/s |
|
Control System |
Fan Control |
Radial fan infinitely variable via Frequency Converter |
- |
|
Measurement Tool |
Temperature |
Thermometer for measuring air temperature |
- |
|
Services Required |
Mains Power Supply |
220-240V, 1Ph, 50Hz |
- |
Experiments Included (Core Aerodynamic Principles)
Bernoulli’s Equation
Drag Force
Round Turbulent Jet
Boundary Layer Theory
Flow Around a Bend
Jet Attachment (Coanda Effect)
Flow Visualization Techniques
Tapped Aerofoil (Lift and Pressure Distribution)
Multi-Tube Manometer Applications
