Quick answer: The Anemometer Model is an educational weather instrument that demonstrates how wind speed relates to the rotational movement of a sensing rotor. In a conventional cup-type design, cups rotate around a vertical axis and spin faster as wind speed increases, giving students a hands-on introduction to weather instruments and meteorology.
Description
The Anemometer Model from LabEquip provides a physical reference for explaining how moving air produces rotational motion in a wind-speed sensor. In a conventional cup-type system, the cups rotate around a vertical axis, and the rotation rate increases as wind speed rises, giving a visual and physical connection between wind and instrument response.
The model supports lessons on weather instruments, airflow, rotational motion and environmental measurement. Students can observe the rotor responding to moving air or manual spinning, and discuss how real weather stations use similar instruments to record wind speed data.
What’s Included
- Anemometer model with rotating cup or vane assembly
- Vertical spindle or mounting support
- Base or stand
- Teacher instructions or student activity sheet
Exact included accessories can vary by batch. Please confirm the current configuration with our sales team before ordering if a specific accessory is required.
Specifications
| Product Type | Anemometer (wind speed) educational model |
| Design Type | Cup-type rotating sensor (typical configuration) |
| Subject Area | Meteorology, environmental science, general science, STEM |
| Recommended For | School and college science labs, weather-study projects |
| Dimensions / Materials | Confirm with our sales team for the current batch specification |
Applications / Uses
- Introducing wind speed measurement and weather instruments
- Demonstrating the relationship between airflow and rotor speed
- Teaching rotational motion concepts in a real-world context
- Supporting environmental science and meteorology projects
Care & Maintenance
- Store the model in a dry, dust-free location when not in use.
- Handle the rotor cups/vanes gently to avoid bending or unbalancing the assembly.
- Clean with a soft, dry cloth; avoid solvents on painted or printed surfaces.
- Check the spindle and bearing periodically for smooth, free rotation.
Why Choose LabEquip
LabEquip supplies science and environmental teaching models to schools and colleges, backed by responsive support from our team at [email protected]. Pair this model with other earth-science teaching aids:
- Day and Night Cycle Teaching Model
- Four Seasons Educational Apparatus
- Earth Layers Working Model
- LabEquip Home
FAQs
What does an anemometer measure?
An anemometer measures wind speed; this model demonstrates the working principle using a rotating cup or vane sensor.
How does wind speed relate to rotor speed?
In a cup-type design, higher wind speed causes the cups to rotate faster around the vertical axis, illustrating the relationship between airflow and rotation.
Is this a working weather station instrument?
It is designed as an educational demonstration model to teach the working principle, rather than a calibrated meteorological instrument.
What subjects does this model support?
It supports meteorology, environmental science and general science lessons on weather instruments and rotational motion.
How do I get exact dimensions or material details?
Please contact our sales team at [email protected] for the current batch specification sheet.
Last Updated: September 2026
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