Wind Mill – Stand Type
Product Specification Sheet
Wind Mill – Stand Type
Model Number: MT-1055
The Wind Mill – Stand Type from Micro Technologies is a laboratory demonstration apparatus designed for practical investigations involving wind energy, rotor motion and energy conversion. The MT-1055 features an exposed rotor mounted on a stable stand-type structure, providing clear observation of wind-driven rotation and related energy-conversion phenomena.
Product Specification
The Wind Mill – Stand Type from Micro Technologies is designed for practical laboratory demonstrations involving the utilization of moving air to produce mechanical rotation. Its open stand-type configuration provides clear visibility of the principal components and their movement during experiments.
The MT-1055 incorporates a wind-driven rotor mounted on a rigid supporting structure. When a suitable stream of air is directed toward the rotor blades, aerodynamic forces cause the rotor to rotate, demonstrating the transfer of energy from moving air to a mechanical system.
The apparatus provides a practical introduction to wind energy conversion. Air in motion possesses kinetic energy, and the rotor extracts part of this energy and converts it into rotational mechanical motion.
Its exposed configuration makes the rotor movement easy to observe. This is particularly useful for demonstrations in which changes in airflow are compared with corresponding changes in rotational behaviour.
The apparatus can be used to investigate the relationship between airflow and rotor speed under suitable experimental conditions. Changes in the velocity or direction of incoming air can influence the response of the windmill and provide useful comparative observations.
The MT-1055 also provides an introductory demonstration of principles relevant to wind turbines and renewable energy systems. While laboratory-scale equipment simplifies the arrangement, the fundamental process of extracting energy from moving air is closely related to practical wind-energy technology.
The stand-type construction provides an open experimental layout compared with enclosed windmill configurations. Components remain accessible and visible, making the apparatus convenient for demonstration and observation.
Depending on the supplied configuration, suitable output or indication arrangements may be used to observe the effect of rotor rotation. Any quantitative electrical or mechanical measurements should be performed according to the specific experimental setup and instrument specifications.
The apparatus is useful for connecting concepts from mechanics, energy, aerodynamics and renewable energy. It can therefore complement experiments involving energy transformation and rotational motion.
The stable base supports the apparatus during laboratory demonstrations, while the vertical structure maintains the rotor at a suitable working height for interaction with an airflow source.
The MT-1055 can complement wind dynamos, box-type windmills and renewable-energy trainers for broader investigations involving wind power and alternative energy resources.
Manufactured and supplied by Micro Technologies, the Wind Mill – Stand Type is suitable for physics laboratories, renewable energy laboratories, engineering laboratories and scientific demonstration facilities.
Features
- Stand-type wind mill configuration
- Exposed wind-driven rotor
- Stable supporting structure
- Rigid laboratory base
- Clearly visible rotational movement
- Suitable for wind energy experiments
- Demonstrates kinetic-to-mechanical energy conversion
- Useful for airflow-response observations
- Suitable for rotor-speed investigations
- Open experimental arrangement
- Convenient laboratory configuration
- Useful for renewable energy studies
- Supports energy transformation demonstrations
- Suitable for repeated laboratory use
Benefits
- Provides a clear visual demonstration of wind energy
- Helps explain wind-driven mechanical rotation
- Demonstrates kinetic-to-mechanical energy conversion
- Open design provides convenient component observation
- Allows comparative experiments with different airflow conditions
- Introduces fundamental wind turbine concepts
- Supports renewable energy laboratory studies
- Connects mechanics with energy and aerodynamics
- Stable stand provides convenient experimental operation
- Suitable for repeated practical demonstrations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Wind Mill – Stand Type |
| Model No. | MT-1055 |
| Product Type | Wind Energy Demonstration Apparatus |
| Configuration | Stand Type |
| Rotor Arrangement | Exposed |
| Energy Input | Moving Air / Wind |
| Output Motion | Rotational |
| Primary Study | Wind Energy |
| Energy Conversion | Wind / Kinetic to Mechanical |
| Related Study | Rotor Motion & Airflow |
| Supporting Structure | Rigid Stand |
| Base | Stable Laboratory Base |
| Observation | Visual |
| Application Area | Physics / Renewable Energy |
| Use | Laboratory / Demonstration |
Available Model
| Model No. | Product |
|---|---|
| MT-1055 | Wind Mill – Stand Type |
Applications
- Wind energy experiments
- Windmill demonstrations
- Wind-driven rotor investigations
- Airflow and rotor-speed studies
- Energy conversion experiments
- Mechanical rotation demonstrations
- Kinetic energy investigations
- Renewable energy experiments
- Alternative energy demonstrations
- Wind power studies
- Basic aerodynamics demonstrations
- Energy transformation studies
- Physics laboratory practicals
- Engineering laboratory demonstrations
Available Variants
Wind Mill Stand Type, Stand Type Wind Mill, Laboratory Wind Mill, Physics Wind Mill, Wind Energy Demonstrator, Wind Power Apparatus, Renewable Energy Wind Mill, Wind Rotor Demonstration Apparatus
SKU System
MT-WMS-1055
FAQs
What is the Wind Mill – Stand Type used for?
The apparatus is used for demonstrating wind energy, rotor rotation and the conversion of kinetic energy from moving air into mechanical energy.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1055.
What happens when air is directed toward the rotor?
The moving air exerts aerodynamic forces on the rotor blades, causing the rotor to rotate and demonstrating energy transfer from airflow to mechanical motion.
What energy conversion does the apparatus demonstrate?
It primarily demonstrates the conversion of kinetic energy in moving air into rotational mechanical energy.
Why is it called a Stand Type Wind Mill?
The main windmill components are mounted on an open supporting stand and base, providing convenient visibility and access during laboratory demonstrations.
Can different airflow conditions be investigated?
Yes. Suitable changes in airflow can be used to compare their effect on rotor movement and rotational speed.
Is it useful for renewable energy studies?
Yes. It provides a basic practical introduction to wind energy and the principles used in wind-powered systems.
Can it demonstrate wind turbine principles?
Yes. Although it is a laboratory-scale demonstration apparatus, it illustrates the fundamental process of extracting mechanical energy from moving air.
What is the difference between Box Type and Stand Type Wind Mill?
A Stand Type Wind Mill provides a more open and exposed experimental arrangement, while a Box Type Wind Mill integrates the components within a more enclosed box-style configuration.
Where can the Wind Mill – Stand Type be used?
It is suitable for physics laboratories, renewable energy laboratories, engineering laboratories and scientific demonstration facilities.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Open stand-type experimental configuration
- Clearly visible rotor movement
- Suitable for wind energy demonstrations
- Useful for airflow and energy-conversion studies
- Stable laboratory construction
- Suitable for repeated experimental applications
- Institutional and bulk procurement available
- OEM supply requirements supported
Call to Action
Choose the Wind Mill – Stand Type – MT-1055 from Micro Technologies for practical demonstrations involving wind energy, rotor motion and energy conversion. Contact us for competitive pricing, institutional procurement, physics and renewable energy laboratory equipment supply, bulk requirements, OEM orders and customized quotations.
