EDUTECH LAHORE

State-of-the-art Engineering Equipment

HT-301 Heat Transfer by Radiation Apparatus

  • Length: 670 mm
  • Width: 350 mm
  • Height: 370 mm
  • Weight: 18 kg
Description
Technical Specification
Media
Heat radiation is one of the three basic forms of heat transfer. In radiation the heat transfer takes place via electromagnetic waves. Unlike heat conduction and convection, heat radiation can also propagate in a vacuum. Heat radiation is not bound to a material. This apparatus offers basic experiments for targeted teaching on the topic of heat transfer by radiation. At the heart of the experimental unit is a metallic sample heated by a concentrated light beam. The light beam is generated by a continuously adjustable halogen lamp and a parabolic reflector. The reflector concentrates the radiation to a focal point. A sample is placed on a thermocouple located at the focal point. The thermal radiation emitted by the sample is measured by a thermopile. In order to be able to measure the radiation at different distances, the thermopile is mounted on a moveable carriage. Samples with different surfaces are available to be selected. Perfectly matched components ensure rapid heating and trouble-free measurements. The microprocessor-based instrumentation is well protected in the housing. The software consists of a software for system operation and for data acquisition and an educational software. With explanatory texts and illustrations the educational software significantly aids the understanding of the theoretical principles. The unit is connected to the PC via USB.
Experimental Capabilities
  • Verify Lambert’s inverse-square law.
  • Verify Stefan-Boltzmann law.
  • Verify Kirchhoff’s law.
  • Study transient behavior.
  • Create power balances.
  • Produce logarithmic diagrams for evaluations.
Labeled Diagram
The labeled diagram of Heat Transfer by Radiation Apparatus is given bellows such as: HT-301 Heat Transfer by Radiation Apparatus
  • Lamp Housing.
  • Sample placed on thermocouple.
  • Movable carriage.
  • Orifice plate.
  • Investigation of heat radiation on different surfaces heated by a concentrated beam of light.
  • Generation of the concentrated beam of light with a continuously adjustable halogen lamp and a parabolic reflector
  • 6 different metallic samples.
  • Thermopile on a movable carriage for measuring the heat radiation.
  • Display of temperature and radiation intensity in the software.
  • Due to integrated microprocessor-based instrumentation no additional devices with error-prone wiring are required.
  • Halogen lamp:
  • Electrical power: 150W.
  • Temperature: approx. 560°C.
  • Aluminum samples: Ø 20mm:
  • 1x matt anodized on both sides.
  • 1x painted on both sides (high-temperature paint).
  • 1x matt anodized with one painted side
  • Copper samples: Ø 20mm:
  • 1x nickel-plated.
  • 1x bright, oxidizes over time.
  • Stainless steel sample: Ø 20mm
  • 1x bright, oxidizes over time.