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Heat Conduction and Convection Equipment
Description & Specification
Heat Conduction and Convection Equipment
Categories:
Thermal Training Equipment
Technical Specifications
Learning Objectives / Experiments
Calculate convective heat transfers
Effect of free and forced convection on heat transfer
Effect of different materials on heat conduction
Effect of heat conduction and convection on heat transfer
Effect of sample length on heat transfer.
Specification:
Investigate heat conduction and convection using the example of a cooling fin
6 samples made of different materials and with different lengths
Continuously adjustable heating power and fan power
6 fans for experiments with forced convection
Cooling fin: sample heated at one end, made of metal
Due to integrated microprocessor-based instrumentation no additional devices with error-prone wiring are required.
Technical Data:
Heater
Heating power: 30W
Power consumption: 7,9W 4x samples, short
Length dissipating heat: 104mm
Heat transfer area: 32,6cm²
Temperature limitation: 160°C 6x fan
Max. flow rate: 40m³/h
Nominal speed: 14400rpm
Copper, aluminium, brass, steel 2x samples, long
Length dissipating heat: 154mm
Heat transfer area: 48,4cm²
Copper, steel Measuring ranges
Material of construction: stainless steel
Heating power: 0…30W
Temperature: 8x 0…325°C
Flow velocity: 0…10m/s
Dimensions and Weight LxWxH: 670x350x280mm
Weight: approx. 17kg.
