Heat conduction is one of the three basic forms of heat transfer. Kinetic energy is transferred between neighbouring atoms or molecules. The heat transport is material-bound. 

The experimental unit includes a linear and a radial experimental setup, each equipped with a heating and cooling element. The measuring unit is used to determine basic laws and characteristic variables of heat conduction in solid bodies by way of experiment. This type of heat transfer is an irreversible process and transports heat from the higher energy level, ie If the heat transport is maintained by the supply of heat, this is called steady heat conduction. The most common application of heat conduction in engineering is in heat exchangers. With different heat transfer properties can be installed in the experimental setup for linear heat conduction. The experimental unit includes with a display and control unit. Sensors record the temperatures at all relevant points.

Technical details

Specification:

Linear heat conduction: 3 measuring objects, heating and cooling element, 9 temperature measuring points

Radial heat conduction: brass disc with heating and cooling element, 6 temperature measuring points

Investigation of heat conduction in solid bodies

Experimental setup consisting of experimental unit and display and control unit

Electrical heating element

Cooling by means of tap water

Technical data:

Linear heat conduction

3 measuring objects, insulated

1x DxL: 25x30mm, steel

1x DxL: 15x30mm, brass

1x DxL: 25x30mm, brass

Heater: 140W

Radial heat conduction

Disc DxL: 110x4mm

Heater in the centre of the disc: 125W

Cooling coil on the outer edge of the disc

Measuring ranges

Temperature: 0…100°C

Power: 0…200W

230V, 50Hz, 1 phase

230V, 60Hz, 1 phase

120V, 60Hz, 1 phase.