Free and Forced Convection Unit

Categories: Fundamentals of Thermodynamics

Demonstration of convective heat transfer Air duct with axial fan Recording of measured data using electronic sensors Technical Data Air duct Flow cross-section: 120x120mm² Length: 1m Max. ai...


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Description

  1. Demonstration of convective heat transfer
  2. Air duct with axial fan
  3. Recording of measured data using electronic sensors

Technical Data

Air duct
  1. Flow cross-section: 120x120mm²
  2. Length: 1m
  3. Max. air velocity: 3,0m/s
  4. Max. flow rate: 160m3/h
Heating Elements
  1. Temperature limiting using bimetallic strip at 120°C
  2. Max. heating capacity: 170W
  3. Flat plate surface area: 0,014m²
  4. Pipe bundle surface area: 0,098m²
  5. Surface area of fins: 0,14m²
Measuring Ranges
  1. 1x air velocity: 0...10m/s
  2. Temperature: 2x 0...100°C,
  3. 1x 0...200°C (thermocouple)
  4. Power: 0...200W


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quick overview :

  1. Demonstration of convective heat transfer
  2. Air duct with axial fan
  3. Recording of measured data using electronic sensors

Technical Data

Air duct
  1. Flow cross-section: 120x120mm²
  2. Length: 1m
  3. Max. air velocity: 3,0m/s
  4. Max. flow rate: 160m3/h
Heating Elements
  1. Temperature limiting using bimetallic strip at 120°C
  2. Max. heating capacity: 170W
  3. Flat plate surface area: 0,014m²
  4. Pipe bundle surface area: 0,098m²
  5. Surface area of fins: 0,14m²
Measuring Ranges
  1. 1x air velocity: 0...10m/s
  2. Temperature: 2x 0...100°C,
  3. 1x 0...200°C (thermocouple)
  4. Power: 0...200W

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Product

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