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发明公开
CN107076459A 制造一组热交换单元的方法及由此获得的一组热交换单元 有权

制造一组热交换单元的方法及由此获得的一组热交换单元
摘要：
描述了一种制造使热功率落入最小值和最大值的预定范围内的一组热交换单元(1a‑1d)的方法，每个热交换单元(1a‑1d)均包括安装在相应容纳壳体(5)中的至少一个热交换器(2)，其中所述方法包括以下步骤：a)提供该组的多个热交换单元(1a‑1d)的单个容纳壳体(5)，所述容纳壳体(5)的轴向延伸量随着该单元(1a‑1d)的热功率在热功率值的所述预定范围内变化而恒定并且等于使最小热功率在热功率值的所述预定范围内的单元的轴向延伸量；b)提供多个螺旋形状的热交换器(2)使之各自热功率落入最小值和最大值的所述预定范围内并且各包括至少一个管状管道(3)，该至少一个管状管道使围绕根据多个线圈的螺旋的纵向轴线(X‑X)卷绕的第一热传递流体流动；c)在所述单个容纳壳体(5)内安装该组的所述多个热交换器(2)的至少一个螺旋形状的热交换器(2)；其中，该组的所述多个热交换器(2)的内径随着热交换器(2)的热功率在热功率值的所述预定范围内变化而基本恒定；并且其中，所述热交换器(2)的所述管状管道(3)具有与热交换器(2)的热功率成比例的线圈的径向延伸量，这样在其热功率变化时维持热交换器(2)的轴向延伸量基本恒定并且等于使最小热功率在该组的热功率值的所述预定范围内的热交换器(2)的轴向延伸量。
摘要（英）：

A method is described of manufacturing a set of heat exchange cells (1a-1d) having a thermal power falling within a predetermined range of minimum and maximum values, each heat exchange cell (1a-1d) comprising at least one heat exchanger (2) mounted in a respective containment casing (5), wherein the method comprises the steps of: a) providing a single containment casing (5) of a plurality of heat exchange cells (1a-1d) of the set, the casing (5) having a constant axial extension as the thermal power of the cell (1a-1d) varies within the range of thermal power values and equal to the axial extension of the cell having the minimum thermal power within the range of thermal power values; b) providing a plurality of helically-shaped heat exchangers (2) each having a thermal power falling within said range of minimum and maximum values and each comprising at least one tubular duct (3) for the flow of a first heat transfer fluid coiled about a longitudinal axis (X-X) of the helix according to a plurality of coils; c) mounting within said single containment casing (5) at least one helically- shaped heat exchanger (2) of the plurality of heat exchangers (2) of the set; wherein the plurality of heat exchangers (2) of the set has an internal diameter that is substantially constant as the thermal power of the heat exchanger (2) varies within the range of thermal power values; and wherein the tubular duct (3) of the heat exchanger (2) has a radial extension of the coils proportional to the thermal power of the heat exchanger (2) and such to maintain substantially constant the axial extension of the heat exchanger (2) as its thermal power varies and equal to the axial extension of the heat exchanger (2) having the minimum thermal power within the range of thermal power values of the set.

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