TC 06.1 – Heat Conduction in Gases and Liquids

One of the most commonly available sytems to determine thermic conductivity for liquids and gas is the use of a cylinder with two adjacent, isothermal cylinders, separated by a small ring where the fluid under study is enclosed.
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Description

Training unit TC 06.1 simulates the same system, providing an opportunity for students to understand how thermal conductivity takes place whereas experimenting hands-on with the values for different samples of liquid and gas.

The tests allow to work out k thermic conductivity for samples of water, alcohol, oil, air, oxygen or carbon dioxide.

Learning Objectives
Practices and experience available in this equipment are:
  • Heat conduction study in steady state in liquids and gases.
  • Thermal conductivity determination in differents fluids.
Technical Data
  • Box dimensions: 279 x 305 x 175 mm.
  • Test area dimenssion: 510 x 300 x 320 mm.
  • Resistance power: 150W
  • Thermostat: 0…..105ºC
CHARACTERISTICS
  • 2x temperature indicator.
  • On/off frontal button.
  • Potenciometer.
  • Power/ tension/ current indicator.
  • Inlet/ outlet of the sample under test.
  • Regulation valves.
  • 2x temperature probe.
  • Inlet regulation valve of the sample under test.
  • Outlet regulation valve of the sample under test.
  • Cold water cooling step valve.
Requirements
  • Power supply: 230W/50Hz
  • Minumum water supply: 5l/min.
  • Drain

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