Solar Water Heater Model Manufacturer,Supplier and Exporter in India
Product Code : SCL-H-11133
The Solar Water Heater Model provides a practical demonstration of solar thermal energy conversion. When the collector section receives suitable radiant energy, absorbed heat can be transferred to water within the model's circulation arrangement, helping students observe the basic working principle of solar water heating.
The apparatus supports practical lessons on radiation, heat absorption, thermal energy transfer, convection and renewable energy. It fits naturally within the Lab Exports range of heat and thermodynamics laboratory equipment for educational science laboratories.
Key Features
Solar thermal demonstration: Shows how radiant energy can be converted into useful heat energy.
Water-heating principle: Helps explain how absorbed thermal energy can increase water temperature.
Heat-transfer learning: Supports lessons on radiation, absorption, conduction and convection.
Renewable-energy education: Introduces students to practical applications of solar energy.
Visible classroom experiment: Connects theoretical heat-transfer diagrams with an observable physical model.
STEM learning value: Suitable for physics, environmental science and energy-conservation activities.
Reusable demonstration apparatus: Intended for repeated supervised educational use when properly handled and stored.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Solar Water Heater Model |
|
Brand |
Lab Exports |
|
Product Category |
Physics Laboratory Equipment > Heat > Solar Thermal and Renewable Energy Models |
|
Pack Format |
Single educational demonstration model |
|
Primary Principle |
Conversion of solar radiation into thermal energy for water heating |
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Learning Concepts |
Solar thermal energy, heat absorption, water heating, convection and heat transfer |
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Intended Users |
Schools, colleges, physics laboratories, STEM labs, environmental science programs, teachers and students |
|
Standards / Certifications |
No Lab Exports product-specific certification independently verified |
What's Included in the Kit
1 × Solar Water Heater Model assembly
The exact collector configuration, water container, tubing arrangement, support structure, measuring accessories and instruction guide should be confirmed against the final Lab Exports quotation before ordering.
Applications / Uses
Demonstrating conversion of solar radiation into heat energy.
Studying heat absorption and water heating.
Explaining convection and thermal circulation principles.
Teaching renewable energy and energy-conservation concepts.
Supporting physics, STEM and environmental science activities.
Comparing solar thermal principles with the Solar Cooker Model.
How to Use the Solar Water Heater Model
Place the model securely on a clean, stable and suitable demonstration surface.
Inspect the collector, water path, container and connections according to the supplied configuration.
Add clean water according to the manufacturer's confirmed operating instructions.
Position the collector toward direct sunlight or another suitable radiant source if permitted by the model design.
Record the initial water temperature when temperature measurement forms part of the experiment.
Allow the model to receive radiant energy for the required observation period.
Observe or measure the resulting change in water temperature and discuss the associated heat-transfer processes.
Empty and dry the model after completing the experiment.
Safety note: Use under teacher or laboratory supervision. Avoid touching surfaces that may become hot after prolonged exposure, prevent water from contacting unsuitable electrical equipment and do not overfill the system.
Care & Maintenance
Empty residual water and allow the apparatus to dry after each demonstration.
Keep the collector surface clean and free from excessive dust.
Inspect tubing, joints and water connections for leakage before use.
Store the model in a dry location protected from impact and excessive moisture.
Why Choose Lab Exports
Lab Exports manufactures and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM equipment. Its heat apparatus range supports practical teaching of calorimetry, thermal conductivity, expansion and energy transfer. Buyers can extend related laboratory work with the Joule's Calorimeter and Searle's Thermal Conductivity Apparatus. Exact dimensions, water capacity, materials and accessories should be confirmed before procurement.
Frequently Asked Questions
What is a Solar Water Heater Model used for?
It is used to demonstrate how radiant energy can be absorbed and converted into thermal energy for heating water.
What scientific principles does the model demonstrate?
The model supports lessons on solar radiation, heat absorption, thermal energy transfer, convection and renewable energy.
Does the Solar Water Heater Model require electricity?
A sunlight-based demonstration does not inherently require electricity. The exact operating arrangement should be confirmed for the supplied model configuration.
Can students measure temperature change with this model?
Temperature change can be investigated when the model configuration and suitable measuring instrument permit before-and-after water temperature readings.
Is the Solar Water Heater Model suitable for school laboratories?
Yes. It is relevant to supervised physics, STEM and environmental science lessons involving heat transfer and renewable energy.
What should buyers confirm before ordering?
Buyers should confirm water capacity, dimensions, collector design, construction materials, tubing arrangement, included accessories, temperature-measurement provision and tender-specific requirements.
Request verified technical specifications for the Solar Water Heater Model or explore the complete Lab Exports heat and thermodynamics equipment range for institutional physics laboratories and practical thermal-energy demonstrations.
Recommended Product Image ALT Text: Solar Water Heater Model demonstrating solar thermal energy, heat absorption and water heating for school physics and STEM laboratories.
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