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anordning foer beredning av tappvarmvatten

机译:家用热水制备装置

摘要

Compressed refrigerant from a heat pump compressor flows through a first of three heat exchanger passages that are in mutual heat transfer relationship. Radiator water from a reservoir flows through a second of those passages and back to the reservoir in a heat exchange circuit. A radiator circuit that has at least one radiator is connected with the reservoir in parallel with the heat exchange circuit. Through the third passage a source of unheated tap water is communicated with a tap system from which heated tap water can be drawn, flow through that third passage being counter to refrigerant flow in the first passage. In the heat exchange circuit radiator water can be pumped through the second passage counter to refrigerant flow to be heated or counter to tap water flow for tap water heating. A separate pump in the radiator circuit circulates radiator water through it as needed to meet heat demands at the radiator. For supplemental heating another heat source can operate in a third radiator water circuit that is connected with the reservoir in parallel with the heat exchange circuit and the radiator circuit.
机译:来自热泵压缩机的压缩制冷剂流经彼此相互传热的三个热交换器通道中的第一个。来自储水箱的散热器水流经其中的第二个通道,并在热交换回路中流回储水箱。具有至少一个散热器的散热器回路与储热器并联地与热交换回路连接。未加热的自来水源通过第三通道与自来水系统连通,可从中抽取加热的自来水,流经该第三通道的流量与第一通道中的制冷剂流量相反。在热交换回路中,散热器可以逆着被加热的制冷剂流或逆着自来水流通过第二通道泵送水,以加热自来水。散热器回路中有一个单独的泵,可根据需要循环散热器中的水,以满足散热器的热量需求。为了补充加热,可以在与散热器与热交换回路和散热器回路并联连接的第三散热器水回路中运行另一种热源。

著录项

  • 公开/公告号FI834161A0

    专利类型

  • 公开/公告日1983-11-14

    原文格式PDF

  • 申请/专利权人 PARCA NORRHAMMAR AB;

    申请/专利号FI19830004161

  • 发明设计人 PERSSON INGEMAR;

    申请日1983-11-14

  • 分类号F24D;

  • 国家 FI

  • 入库时间 2022-08-22 09:18:59

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