HEAT COPY LAB
Heat Copy Service Unit
Combined Convection & Radiation
Radial High temperature Conduction
Temperature Exchanger Services Unit
Layer and Conduit Heat Exchanger
Linear High temperature Conduction
Rising and Slipping Film Evaporator
Initial Effect Growing Film
Second Effect Increasing Film
Laboratory Steam Generator
on the lookout for
Heat Transfer Service Device
H. No .
Heat Conductivity of Liquid And
Free and compelled Convection via Flat,
Dimmed and Multi-finned Plates
Laminar / Viscous Stream Heat Exchanger
Boiler Control Demonstration Unit
P. A Hilton
P. A Hilton
P. A Hilton
P. A Hilton
HEAT COPY SERVICE UNIT HT 10XC
The Armfield HT10XC can be described as service product, which can be employed in conjunction using a range of small scale accessories for a wide range of demos into the ways of heat transfer. The factors that have an effect on heat transfer can be researched and some in the practical challenges associated with the transfer of heat could be clearly demonstrated. The heat transfer accessories might be individually coupled to the HT10XC services unit, which gives the necessary electric powered supplies and measurement services for investigation and a comparison of the different heat transfer attributes. A specific feature of the HT10XC is that that incorporates the facilities and safety features to allow the components to be slightly controlled coming from an external computer system, where this is appropriate. With suitable (user provided) computer software, this means that the device can be managed remotely, as an example over a great intra-net or maybe over the internet. All of the facilities can also be accessed locally using the entrance panel handles and display. RequirementsВ
SingleВ phaseВ mainsВ electricalВ supply: В
HT10XC-A: 230V, 50Hz, @ 5A
HT10XC-B: 115V, 60 Hz, @ 10A
HT10XC-G: 220V, 60Hz, @ 5A
Volume: 0. 05mВі
Low Weight: 15kg
Height: 0. 24 m
Breadth: 0. 32 m
Interesting depth: 0. 39 m
Computer system Controlled Put together Convection and
A hot surface area loses heat (heat is definitely transferred) to its area by the merged modes of convection and radiation. Used these methods are hard to isolate and therefore an analysis of the put together effects at varying surface temperature and air velocity over the surface area provides a important teaching physical exercise.
The warmed surface researched is a horizontally cylinder that can be operated in free convection or compelled convection when located in the stream of moving air. Measurement in the surface temperature of the uniformly heated tube and the electric power supplied to it permits the combined effects of rays and convection to be in contrast to theoretical principles. The dominance of convection at reduce surface temperature ranges and the dominance of the radiation at higher surface temperatures can be proven as can the increase in high temperature transfer because of forced convection.
On the HT14C, the heater power plus the air flow are controlled with the HT10XC, either from the entrance panel, or from the software applications. On HT14 these are handled manually. TOTAL DIMENSIONS
Height: 1 . 20m Height: 1 ) 20m
Thickness: 0. 35m Width: zero. 49m
Interesting depth: 0. 30m Depth: zero. 44m
Volume: 0. 1m3 Amount: 0. 2m3
HT12C -- Computer Managed Radial Heat Conduction
The Armfield Radial Heat Leasing accessories have already been designed to display the application of the Fourier Charge equation to simple steady-state conduction radially through...
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