FIELD: heating.
SUBSTANCE: convector includes a casing having front, rear, side and upper walls, side partition walls located in the casing, a heat exchanger made of a bent pipe with finned plates on it. The pipe forms a supply branch and a return branch located parallel to it. Bent part of the pipe is located inside the case, in the cavity formed with side partition wall and side wall, finned plates are located in middle part of the casing between its partition walls. Branches of the pipe are connected by means of a bypass located in the cavity formed with another partition wall of the casing and a side wall of the casing, which is adjacent to it. A temperature regulator is installed on the supply branch. Heat exchanger is fixed on brackets. Versions of convectors are described by different methods of pipe connection with a bypass. The convector casing includes walls. Side partition walls are located in the casing. A cavity is formed between each partition wall and the side wall that is adjacent to it. Versions of heat exchangers are described by different methods of temperature regulator connection with a bypass.
EFFECT: improving energy efficiency of a convector by providing the possibility of considering heat consumption and possibility of energy saving and improving compact design of the convector, as well as reducing its material consumption.
11 cl, 31 dwg
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Authors
Dates
2013-07-27—Published
2012-01-30—Filed