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Film And Dropwise Condensation Demonstration Unit Didactic Equipment Vocational Education Equipment Thermal Lab Equipment

Item No.: TH6
Film And Dropwise Condensation Demonstration Unit Didactic Equipment Vocational Education Equipment Thermal Lab Equipment
Description
TH6 Film And Dropwise Condensation Demonstration Unit Didactic Equipment Vocational Education Equipment Thermal Lab Equipment

DESCRIPTION
The TH6 Dropwise and Film Condensation Unit has been designed as a highly visual means for students to observe the two condensation processes and study the effects of varying the vacuum and heat input whilst gathering data concerning temperatures, pressure and flowrates to be able to undertake a variety of calculations involved in the condensation process. Additionally, the unit will allow the operator to understand the influence of air as a non-condensable gas on the condensation processes.
The unit uses the latest ArmBUS technology to collect, display and store data in a clear format as well as control certain parameters. Other parameters can be controlled manually by the student by manipulation of valves on the working face of the unit. Safety features are also designed into both software and hardware to greatly reduce the risk of over-pressurisation and thus safeguard students undertaking experimental work.


TECHNICAL SPECIFICATIONS
Matt finished copper cold finger condenser: 90-100mm length 12.7mm OD
Polished copper cold finger condenser: Gold plated 90-100mm length 12.7mm OD
Flow rates to each condenser: 0-7.5l/min
Flow rate to the vacuum educator: 0-15l/min
Electronic flowmeters: 0-7.5l/min
Operational pressure: 100-1500 mbara
11x PT100 Thermocouples: 1-120 °c
1 x electronic pressure sensor: 0-2500 mbar
Water level: Optical Sensor
EXPERIMENTAL CONTENT
Demonstration of film and dropwise condensation
Determining coefficients of heat transfer and heat flux at constant pressure
Determine the influence of pressure on the coefficients of heat transfer
Demonstrate the effect of non-condensable gases (air) on the heat transfer coefficients
Determine the influence of temperature deltas between the saturated steam and the condenser surfaces on the coefficients of heat transfer