Convert a temperature difference directly into electricity. Immerse 1 aluminum leg into a hot water bath and the other leg into a cold water bath. At least 10° temperature difference between the baths produces sufficient electricity to turn a turbine. Introduce students to thermodynamics, thermoelectric devices, and the Peltier-Seebeck effect. Unit is equipped with banana plugs and jacks. Includes instructions.
Convert a temperature difference directly into electricity. Immerse 1 aluminum leg into a hot water bath and the other leg into a cold water bath. At least 10° temperature difference between the baths produces sufficient electricity to turn a turbine. Introduce students to thermodynamics, thermoelectric devices, and the Peltier-Seebeck effect. Unit is equipped with banana plugs and jacks. Includes instructions.
Shipping & Handling
Shipped In
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Safety & Storage
Storage Temperature
See product insert and individual kit component labels for more information.
Safety Statement
For Educational & Research Use Only (RUO). Not for diagnostic purposes.
Regulatory & Compliance
Specifications
CLASS
Heat & Thermodynamics
*USAGE / SAFETY STATEMENT
For Educational & Research Use Only (RUO). Not for diagnostic purposes.
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Shipping & Handling
Shipped In
Ambient
Safety & Storage
Storage Temperature
See product insert and individual kit component labels for more information.
Safety Statement
For Educational & Research Use Only (RUO). Not for diagnostic purposes.
Regulatory & Compliance
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