The Free And Forced Convection offers basic experiments for targeted teaching on the topic of free and forced convection on various heating elements.
Material-bound heat transport takes place. During convection the fluid is in motion. Convection is one of the three basic forms of heat transfer.
Features:
Free and forced convection using the example of various heating elements.
A heated flat plate with surface thermo couple may be directly compared with a similar pinned plate and finned plate also fitted with a surface thermo couple.
A bench top accessory designed to allow students to experimentally investigate both free (natural) convection and forced convection. Three plates with integral heaters and temperature sensors are also supplied that are designed to fit in the central aperture in the wind tunnel. The accessory includes a small, variable velocity wind tunnel with a digital velocity meter and a central aperture.
Comprises of a vertical air duct, with a transparent front for visibility mounted on a fan at the base of the duct, three heat transfer surfaces, airflow, and temperature probes
Technical data is included for each of the three heat transfer surfaces, which will enable students and researchers to compare practical results with theoretical analysis for free and forced convection.
A bench mounted unit specifically designed to demonstrate the phenomena of free and forced convection and to measure temperature profiles from three different heat transfer surfaces.
Three heat transfer surfaces supplied:
Pinned extended surface area 0.0525m2
Finned extended surface area 0.1414m2
A flat plate surface area 0.011m2
All heat transfer surfaces incorporate guards to allow safe use outside of the duct for performing free convection experiments
K-type thermocouples measure the air temperature in the duct before and after the heater as well as the surface temperature of the heat transfer surfaces.
The airflow is manually adjustable up to 10m/s.
Vertical duct incorporates a transparent front wall allowing complete visualisation of the process and identification of the airflow and temperature sensors.
The airflow is measured by an air velocity sensor, which is inserted inside the duct.
A comprehensive instruction manual is included.
Arm Soft software for includes separate exercises for each of the heat transfer surfaces in free or forced convection and records of all measured variables for analysis and comparison of the performances
Each heat transfer surface is fitted with its own heater (240W) and thermocouples, to allow for easy interchange.
