Thermal Conductivity of Building Materials Apparatus
Categories: Fundamentals of ThermodynamicsThermal Conductivity of Building Materials Apparatus Determination of the thermal conductivity of building materials Thermal conductivity and thermal resistance measurement in accordance Reprod...

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Description
Thermal Conductivity of Building Materials Apparatus
- Determination of the thermal conductivity of building materials
- Thermal conductivity and thermal resistance measurement in accordance
- Reproducible clamping pressure due to clamping device
- 8 specimens to be put between hot and cold plate
- Hot plate with heater mat
- Cold plate with water cooling and heat flux sensor
- Software controllers for temperature adjustment of hot and cold plate
- 3 temperature sensors for the cooling water: at inlet, at outlet and a mid temperature of the hot and the cold plate
- 2 temperature sensors for surface temperature.
Technical Data
Electric Heater Mat- Power: 500W
- Max. temperature: 200°C
- lxLxW: 300x300mm
- Thickness: up to 50mm
- Material: Armaflex, grey cardboard, PMMA,
- Polystyrene, PS, POM, cork, plaster
- Temperature: 3x 0...100°C, 2x 0...200°C
- Heat flux density: 0...1.533W/m²
quick overview :
Thermal Conductivity of Building Materials Apparatus
- Determination of the thermal conductivity of building materials
- Thermal conductivity and thermal resistance measurement in accordance
- Reproducible clamping pressure due to clamping device
- 8 specimens to be put between hot and cold plate
- Hot plate with heater mat
- Cold plate with water cooling and heat flux sensor
- Software controllers for temperature adjustment of hot and cold plate
- 3 temperature sensors for the cooling water: at inlet, at outlet and a mid temperature of the hot and the cold plate
- 2 temperature sensors for surface temperature.
Technical Data
Electric Heater Mat- Power: 500W
- Max. temperature: 200°C
- lxLxW: 300x300mm
- Thickness: up to 50mm
- Material: Armaflex, grey cardboard, PMMA,
- Polystyrene, PS, POM, cork, plaster
- Temperature: 3x 0...100°C, 2x 0...200°C
- Heat flux density: 0...1.533W/m²

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