Code: ETOPM10420
Heat Transfer in the Fluidised Bed.
Specification
[1] examination of the fluidised bed formation and the heat transfer in the fluidised bed
[2] fluidised bed of compressed air and aluminium oxide, particle sizes either 125µm or 300µm
[3] glass reactor, backlit
[4] glass reactor with sintered-metal plate at the inlet and air filter at the outlet
[5] heating element, submersible and with adjustable power output
[6] manual setting of the air flow rate via valve and flow meter
[7] instrumentation: temperature sensors at heater, air inlet, in fluidised bed, pressure measurement upstream of the reactor and in the reactor (manometer, pressure sensor), flow meter for measuring the air flow rate, power output of the heating element
[8] digital displays for temperatures, power output, pressure in the fluidised bed
[9] steel rulers for measuring the immersion depth of the heating element and the height of the fluidised bed
[10] safety valve, temperature switch at the heater, air filter at the outlet
Technical Data
Glass reactor - capacity: 2150mL, - filling volume: approx. 1000mL, - operating pressure: 500mbar
Heating element - power: 0...100W
Measuring ranges - temperature: 1x 0...100°C, 2x 0...400°C, - flow rate: 10...124 NL/min, - pressure: 2x 0...0...1600mbar, - power: 0...200W
Dimensions and Weight LxWxH: 900x460x830mm
Supplied with THEORETICAL – EXPERIMENTAL HANDBOOK