Product Description
Thermoelectric Demonstrator Block
This thermoelectric demonstrator is an educational instrument to show that:
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Heat energy can be converted to electrical energy
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Electrical energy (electricity) can be used for heating or cooling.
The instrument consists of a Peltier module mounted on an Aluminum heatsink (for dispersing heat) as well as a switch, a DC motor with propeller, and two sockets (Red = Positive and Black = Negative).
Heat-to-Electricity Conversion: When the switch is set to the Seebeck effect, the device efficiently converts heat energy into electrical energy. Place the demonstrator on a flat surface and position a beaker of hot water on the thermoelectric module. As heat is applied, electricity is generated, driving a DC motor with a propeller that spins.
Heating and Cooling: Switching to the Peltier effect mode transforms the thermoelectric generator into a heat pump. One side becomes hot, while the other becomes cold. The direction of the heat pump can be altered by changing the direction of electricity flow. You can use a DC generator or a battery pack with a maximum of 8 volts to power this part of the experiment. This versatile device allows you to either heat up the water in a beaker or cool it down, similar to a refrigerator.
Key Features:
- Heat-to-Electricity Conversion
- Versatile Heating and Cooling
- DC Motor with Propeller
- Easy-to-Use Switch
- Durable Aluminum Base and Heat Sink
Product Specifications:
| Aluminum Base Size: | 180 x 75 x 30 mm |
| Peltier Module Size: | 40 x 40 mm |
| Electricity Produced for Motor and Propeller: | 1.5 Volt |
| Electricity Input for Cooling or Heating: | Maximum 8 Volts/ 3 Amps |
| Thermocouple Pairs in the Module: | 127 |
Similar Products:
- Thermoelectric Educational Kit
- Portable Thermoelectric Generator
- Thermoelectric Cooling Module
- Thermoelectric Power Generator
- Mini Thermoelectric Cooler
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for Science Educators, High School and College Students, Electronics and Thermoelectric Enthusiasts, Laboratory Researchers, Renewable Energy Enthusiasts
