FIELD: heating.
SUBSTANCE: invention relates to heat engineering and can be used to produce heat energy in industry, housing and utilities, agriculture, construction, transport and other sectors. The device for heat energy production comprises a hollow cylindrical casing with its cavity being equipped by at least one disc kinematically connected to the rotary drive which is connected to a control unit, an inlet main with a hydrodynamic radiator and an outlet main which are connected to the casing cavity on the opposite sides of the disc and set with equal diametrically opposite eccentricity from its axis for the value of 0.30-0.35 of the disc diametre. The geometrical dimensions of the device are concerned with the following relations: D/h1=60÷68, D/h2=650÷700, D/h3=55÷58, where D and h1 stand for the disc diametre and thickness respectively, h2 - gap between the disc end face surface and the casing inner end face surface, h3 - gap between the disc side surface and the casing inner side surface; the outlet main is connected to the inlet main by a heat energy consumer and a pump.
EFFECT: decreased dimensions and weight characteristics and energy consumption levels at the specified hydraulic power of the device for heat energy production.
2 cl, 8 dwg
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Authors
Dates
2009-12-10—Published
2007-11-29—Filed