초록 ▼

A heat exchanger includes a plurality of flat, multi-channel heat exchange tubes extending between spaced headers. Each heat exchange tube has its inlet end in fluid flow communication to an inlet header through a transition connector. The transition connector has a body defining a divergent flow pa

A heat exchanger includes a plurality of flat, multi-channel heat exchange tubes extending between spaced headers. Each heat exchange tube has its inlet end in fluid flow communication to an inlet header through a transition connector. The transition connector has a body defining a divergent flow path extending from an inlet opening in its inlet end to an outlet opening in its outlet end, and a tubular nipple extending outwardly from the inlet end of the divergent flow path through the wall of the inlet header. The tubular nipple defines a fluid flow path extending between the inlet end of the divergent flow path of the transition connector and the fluid chamber of the inlet header. The inlet header has a lateral dimension less then the lateral dimension of the heat exchange tube.

대표청구항 ▼

We claim: 1. A heat exchanger comprising: at least one heat exchange tube defining a plurality of discrete fluid flow paths therethrough and having an inlet opening to said plurality of fluid flow paths, said at least one heat exchange tube being of generally rectangular shape and having a lateral

We claim: 1. A heat exchanger comprising: at least one heat exchange tube defining a plurality of discrete fluid flow paths therethrough and having an inlet opening to said plurality of fluid flow paths, said at least one heat exchange tube being of generally rectangular shape and having a lateral dimension, W; a header defining a chamber for collecting a fluid, said header being an elongated tubular member having a lateral dimension, D, the lateral dimension D being less than the lateral dimension W; and a transition connector having a body having an inlet end and an outlet end and defining a divergent fluid flow path expanding therebetween in cross-section in the direction of fluid flow therethrough, and a tubular nipple extending outwardly from said body and defining a fluid flow passage between the chamber of said header and the fluid flow path through said body of said transition connector. 2. A heat exchanger as recited in claim 1 wherein the outlet end of the body of said transition connector is adapted to receive said at least one heat exchange tube, and said nipple extends outwardly from the inlet end of said body. 3. A heat exchanger as recited in claim 1 wherein said tubular nipple of said transition connector has an outlet opening to said fluid flow path therethrough at a distal end of said nipple and in flow communication with the inlet end of said body of said transition connector and an inlet opening to said fluid flow path therethrough at a proximal end of said nipple and in fluid flow communication with the chamber of said header. 4. A heat exchanger as recited in claim 1 wherein said tubular nipple is a cylindrical tubular member having a relatively small diameter, d, the diameter d being less than the lateral dimension W and less than the lateral dimension D. 5. A heat exchanger comprising: at least one heat exchange tube defining a plurality of discrete fluid flow paths extending from an inlet end to an outlet end thereof, said at least one heat exchange tube having a generally flattened cross-section having a lateral dimension, W; a header defining a chamber for collecting a fluid, said header being an elongated tubular member having a lateral dimension, D, the lateral dimension D is less than the lateral dimension W; and a transition connector having a body and a tubular nipple extending outwardly from said body, said body defining a fluid flow path diverging from a first end in fluid communication with said tubular nipple to a second end in fluid communication with the plurality of discrete fluid flow paths of said at least one heat exchange tube, said tubular nipple defining a fluid flow passage between the chamber of said header and the fluid flow path through said body of said transition connector, said tubular nipple having a lateral dimension d, the lateral dimension d being less than the lateral dimension W. 6. A heat exchanger as recited in claim 5 wherein said at least one heat exchange tube has a rectangular cross-section. 7. A heat exchanger as recited in claim 5 wherein said at least one heat exchange tube has an oval cross-section.