Windmill Model
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Product Code : SCL-TMFEEL-12156
Engineered for the empirical demonstration of kinetic-to-electrical energy conversion, this functional windmill apparatus facilitates structural analysis of wind power mechanics. Optimized for Secondary and TVET vocational levels, the unit features an aerodynamic rotor assembly coupled with an integrated micro-generator. Designed in adherence to standard quality frameworks, it provides a stable, reproducible platform for renewable energy physics modules.
Technical Specifications
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Tender Specification |
OEM Technical Detail |
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Rotor Architecture |
Multi-blade aerodynamic configuration for optimized wind capture |
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Energy Conversion Phase |
Integrated DC micro-generator (Mechanical to Electrical) |
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Transmission |
Rotational shaft with integrated gear amplification system |
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Material Grade |
Impact-resistant polymers with metallic drivetrain components |
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Packaging Protocol |
High-density EPS (Thermocol) isolation box |
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Dimensions |
Standardized benchtop demonstrational footprint |
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ISO Compliance Code |
Manufactured under ISO-compliant Quality Management Systems |
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HS Code |
9023.00.00 (Instruments, apparatus and models, designed for demonstrational purposes) |
Key Pedagogical Outcomes (Bloom’s Taxonomy)
Feature: Aerodynamic Rotor Blades. Outcome: Allows students to Analyze the effect of blade design and wind velocity on rotational kinetic energy, supporting Fluid Mechanics modules.
Feature: Integrated Micro-Generator. Outcome: Enables students to Evaluate the conversion efficiency of mechanical shaft rotation into measurable electrical output (Faraday's Law of Induction).
Feature: Geared Transmission System. Outcome: Facilitates the Application of gear ratio and torque multiplier calculations in secondary-level mechanical engineering tasks.
Feature: Active Electrical Output. Outcome: Empowers learners to Synthesize performance graphs mapping simulated wind speed variables against generator voltage yield.
International Logistics & Compliance
This educational instrument is prepared for global tender fulfillment and rigorous supply chain handling. Units are secured within export-grade seaworthy crating (ISPM-15 compliant), utilizing custom EPS internal packaging to prevent mechanical drivetrain misalignment during multi-modal transit. Procurement packages include the Manufacturer’s Authorization Form (MAF), IQ/OQ/PQ Certification, and localized English-language User Manuals. The apparatus features a tropicalized design, tested for operational consistency in high-ambient environments up to 45°C and 90% non-condensing humidity, minimizing component degradation in non-climate-controlled institutional laboratories.
Why Source from the OEM
Procuring directly from the Original Equipment Manufacturer ensures vertical integration and eliminates the mechanical inconsistencies introduced by third-party traders. Our facility maintains in-house rotor balancing and generator calibration, ensuring that every apparatus in a bulk tender exhibits uniform start-up wind speed thresholds. Sourcing from the OEM guarantees direct factory spares availability and provides a clear chain of custody. Every batch undergoes rigorous bench-testing for uniformity, guaranteeing that laboratory data remains consistent across multiple student workstations.
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