Anemometer Model
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Product Code : SCL-OS-12206
Engineered for the empirical measurement of wind velocity and fluid dynamics, this calibrated cup-type anemometer facilitates precise data acquisition in secondary and vocational environmental science laboratories. Designed to meet international institutional standards for meteorological instrumentation, it ensures repeatable rotational accuracy for university-preparatory STEM modules and technical atmospheric monitoring training.
Technical Specifications
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Tender Specification |
OEM Technical Detail |
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Material Grade |
Impact-Resistant Engineering Polymer / Polished Alloy Spindle |
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Rotor Assembly |
Three-cup hemispherical configuration for omnidirectional response |
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Bearing Type |
Low-friction stainless steel pivot for high sensitivity at low velocities |
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Dimensions |
Standardized for laboratory benchtop or external mast mounting |
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ISO Compliance Code |
ISO 9001:2015 (Manufacturing Quality Management) |
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HS Code |
9024.00 (Instruments and apparatus for measuring or checking) |
Key Pedagogical Outcomes (Bloom’s Taxonomy)
Feature: Low-Inertia Hemispherical Cups. Outcome: Allows students to identify the relationship between fluid pressure and mechanical work, supporting Fluid Dynamics Module 101 at the "Analyze" level.
Feature: Calibrated Pivot Spindle. Outcome: Facilitates the empirical calculation of angular velocity ($\omega$) relative to linear wind speed ($v$), aiding the "Evaluate" phase of laboratory inquiry.
Feature: Ruggedized Vertical Support. Outcome: Ensures structural integrity during high-velocity testing, maintaining data consistency for "Apply" level meteorological recording.
Feature: Modular Mounting Interface. Outcome: Encourages student-led construction of remote weather stations, satisfying "Create" level STEM objectives in environmental engineering.
International Logistics & Compliance
All consignments are secured in export-grade seaworthy crating (ISPM-15 compliant) to protect the bearing alignment and cup geometry during multi-modal transit. Documentation provided with each shipment includes the Manufacturer’s Authorization Form (MAF), IQ/OQ/PQ Certification protocols, and comprehensive technical user manuals in English. The instrument features a tropicalized design, validated for material stability and bearing performance in operating environments reaching up to 45°C and 90% non-condensing humidity.
Why Source from the OEM
Procuring directly from the OEM ensures vertical integration and strict adherence to the mechanical tolerances required for repeatable atmospheric data across large student cohorts. Unlike generic models provided by third-party traders, our Educational Instruments undergo in-house precision injection molding and batch-tested rotational balancing to ensure uniformity. Direct factory sourcing provides immediate access to factory spares and manufacturer-level calibration data, mitigating the procurement risks and lack of standardization typical of third-party trader inventory.
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