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Pyromatic
Heat Transfer Through Forced Convection - BSPIL-HTR-09004
This system enables the student to study the
most important heat transfer modes available for many engineering process to
determine average surface heat transfer co-efficient for a pipe loosing heat by
forced convection. Comparison of heat transfer with various flow rate of air to
plot the surface length of distribution along the length of pipe
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Nomenclature |
Specifications |
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Blower |
0.5 HP 230 V, Centrifugal blower |
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Specimen |
Ø
30mm, length 400mm, Brass / Copper |
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Temperature Indicator |
Multi Channel, 0-3000 C, digital display |
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Temperature Sensor |
Cr-A1 / PT100 sensors |
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Ammeter |
0-2A |
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Voltmeter |
230 V AC |
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Heater |
Rope Heater, 400 watts |
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Overall size |
840 x 660 x 1400mm |
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Weight |
45kg (approx) |
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