Apr 24, 2020 · This give a furnace heat release for boiler A of 100,000,000/ (6x9x28) = 66,137 Btu/ft3 and for boiler B it is 100,000,000/ (7x7x20) = 102,041 Btu/ft3. While both units could be capable of meeting the performance requirements of a project, boiler B has a much higher probability of developing a vibration problem.
Get A QuoteBurner/Furnace systems are generally sensitive to thermoacoustic vibration due to the presence of large temperature differentials between the cold burner air and the hot furnace gases.
Get A QuoteVibration can be picked up in sheet metal (ductwork of an air system) or water pipes (in a hot water heating system) or in the fuel line if it's an oil fired burner at a boiler or furnace. Sometimes by pressing on a suspect pipe or oil line the noise will change or stop - that's also diagnostic.
Get A QuoteAvoiding Thermoacoustic Vibration in Burner/Furnace Systems
Get A QuoteAdding Water to Boiler | Hunker
Get A QuoteAn analysis of the burner indicated that the orientation and depth of the burner blast tube (shown below) was probably generating the offending furnace vibration frequencies. New burners with different dimensions outside the dangerous harmonic range were installed in the unit, following which the boiler was able to operate over its entire
Get A QuoteSix Boiler Combustion Rumble Solutions | Liming | Engineered Sys…
Get A QuoteSix Boiler Combustion Rumble Solutions | Liming | Engineered Sys…
Get A QuoteChallenges when Converting Coal-Fired Boilers to Natural Gas
Get A Quote22 SOUND AND VIBRATION/JULY 2004 This article discusses abnormal combustion noises in boil-ers, burners and heating systems. An experimental method is described to provide insight into the causes of such noises. Several techniques are presented for the reduction or elimi-nation of …
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