FIELD: power engineering.
SUBSTANCE: by means of natural circulation of a certain amount of degassed, explosion and fire proof coolant reactive to materials of a vessel and a heating coil in a vacuum-tight degassed vessel, with boiling temperature nearing 373 K due to implementation of its evaporation mode on the surface of a heating coil heat supply and condensation of its steam phase on the inner surface of the radiator body and return of its liquid phase into the evaporation zone under action of gravity forces, with no non-condensing gases, the room temperature is controlled against the average temperature of the entire radiator vessel by pressure of coolant vapours. Besides, the coolant amount is determined by a volume of the heating coil vessel and the entire radiator, so that it was sufficient for covering the entire heat release surface of the heating coil in the working mode of the radiator and filling of the entire radiator body with the steam phase, on the background of the set upper limit temperature mode of operation.
EFFECT: development of an improved electric heating radiator.
1 dwg
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Authors
Dates
2012-05-10—Published
2009-06-01—Filed