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Aerodynamics Trainer

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MOQ : 1 Piece

Aerodynamics Trainer Specification

Accuracy
100 %

Warranty
1 year

Dimension (L*W*H)
980 x 450 x 1250 Millimeter (mm)

Feature
Highly Efficient

Weight
87 Kilograms (kg)

Type
AERODYNAMICS TRAINER

Usage
laboratory

Aerodynamics Trainer Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Aerodynamics Trainer

AERODYNAMICS TRAINER

Aerodynamics describes the behaviour of bodies during flow around or through bodies with a compressible fluid. The knowledge of experiments in aerodynamics has a significant influence on the development of means of transport (vehicles, ships, aircraft) and in architecture (skyscrapers, towers and bridges).

Along with its accessories typical experiments from the field of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.

The trainer includes a radial fan, which can be used to generate flow velocities up to 40m/s. The speed is infinitely adjustable by using a frequency converter. A stabilisation tank with flow straightener ensures a consistent, low-turbulence and reproducible flow in the measuring section. A carefully shaped nozzle provides a largely homogeneous velocity distribution of the air flow.

Together with appropriate accessories: experiments from the field of flow around bodies
Velocity measurement of flows with Pitot tube
Boundary layer analysis on a flat plate with flow along the plate
Drag of bodies
Demonstration of the Coanda effect
Visualisation of streamlines together with appropriate accessories: experiments from the field of steady incompressible flow
Velocity measurement of flows with Pitot tube and Pitotstatic tube
Free jets
Flow in a pipe elbow
Proof of Bernoulli's principle

Specification:

Aerodynamics experiments in the fields of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
Vertical measuring section with flow straightener and nozzle
Radial fan infinitely variable via frequency converter
Thermometer for measuring air temperature
Accessory securely attached to Aerodynamics Trainer with quick release fasteners
16 tube manometers for displaying pressures
Accessories for the field of flow around bodies:
Boundary Layers
Drag Forces
Coanda Effect
Visualisation of Streamlines

Accessories for the field of steady incompressible flow:

Bernoulli's principle
Flow in a pipe elbow
Free Jets

Technical Data:

Together with appropriate accessories: experiments from the field of steady incompressible flow
Velocity measurement of flows with Pitot tube and Pitotstatic tube
Free jets
Flow in a pipe elbow
Proof of Bernoulli's principle

Specification:

Aerodynamics experiments in the fields of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
Vertical measuring section with flow straightener and nozzle
Radial fan infinitely variable via frequency converter
Thermometer for measuring air temperature
Accessory securely attached to Aerodynamics Trainer with quick release fasteners
16 tube manometers for displaying pressures
Accessories for the field of flow around bodies:
Boundary Layers
Drag Forces
Coanda Effect
Visualisation of Streamlines

Accessories for the field of steady incompressible flow:

Bernoulli's principle
Flow in a pipe elbow
Free Jets

Technical Data

Radial fan
Power consumption: 0,37 kW
Max. volumetric flow rate: 15 m3/min - nozzle exit cross section:
50x100 mm
Max. flow velocity at the nozzle exit: 40 m/s

Dimensions and Weight

L x W x H: 980 x 450 x 1250 mm
Weight: approx. 87 kg

Exceptional Efficiency and Accuracy

This Aerodynamics Trainer delivers optimal efficiency with guaranteed 100% accuracy, making it an essential tool for aerodynamic analysis. Its robust design and precise measurements allow for reliable experiments, ensuring quality results and data integrity in every session.

Versatile Laboratory Application

Engineered for laboratory use, this device is ideal for academic research, training, and product development. Its versatility extends to various educational institutions, research centers, and technical workshops, supporting a wide range of aerodynamic study needs.

Trusted Manufacturing and Export Quality

Manufactured in India, the Aerodynamics Trainer meets rigorous standards for quality and reliability. As an exporter, manufacturer, and supplier, we ensure each unit is built to last and complies with international laboratory requirements.

FAQs of Aerodynamics Trainer:

Q: How does the Aerodynamics Trainer ensure 100% accuracy in laboratory experiments?

A: The Aerodynamics Trainer is engineered with precise instrumentation and calibrated components, allowing for consistent and repeatable measurements. This guarantees 100% accuracy in collecting and analyzing aerodynamic data during various laboratory applications.

Q: What are the benefits of using the Aerodynamics Trainer in an educational setting?

A: Utilizing this trainer in academic environments enhances learning outcomes by providing hands-on experience in aerodynamic principles. Its highly efficient operation helps students and researchers acquire reliable results while fostering a deeper understanding of fluid dynamics and airflow behaviors.

Q: When is the optimal time to deploy the Aerodynamics Trainer in laboratory research?

A: The trainer is best used during experimental phases that require accurate simulation of aerodynamic phenomena. It is suitable for use throughout coursework, research projects, and product development assessments, ensuring dependable performance at every stage.

Q: Where is the Aerodynamics Trainer manufactured and is it available internationally?

A: This trainer is manufactured in India and is available internationally through export. It has been designed to meet global laboratory standards, ensuring suitability for use in research and educational institutions worldwide.

Q: What process should I follow to maintain the Aerodynamics Trainer for consistent performance?

A: Regular maintenance involves inspecting mechanical components, ensuring calibration is up-to-date, and cleaning the unit as instructed in the user manual. Periodic checks help preserve its high efficiency and prolong operational life, especially in demanding laboratory environments.

Q: How is the Aerodynamics Trainer typically used by manufacturers, suppliers, and exporters?

A: Manufacturers produce the trainer to meet strict quality standards, suppliers distribute it to educational and research institutions, and exporters facilitate international shipments, making this advanced laboratory equipment accessible to global users.

Q: What warranty support is offered for the Aerodynamics Trainer?

A: The Aerodynamics Trainer comes with a one-year warranty from the date of purchase. This covers manufacturing defects and component faults, providing users with reliable after-sales support and peace of mind.

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