Heat exchanger
The utility model relates to a heat exchanger which comprises a tube-rib-module (4), which is enclosed through two collecting tanks (2, 3). The ends of the tubes (5) are inserted in the bottoms (14) of the collecting tanks (2, 3) and the bottoms (14) are closed with covers (13). A partition wall (12...
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| creator | ROLAND KRISA FRANCO GHIANI REINHARD HEINE HICHAM ROUHANA THOMAS STRESE CHI-DUC NGUYEN WERNER HELMS |
| description | The utility model relates to a heat exchanger which comprises a tube-rib-module (4), which is enclosed through two collecting tanks (2, 3). The ends of the tubes (5) are inserted in the bottoms (14) of the collecting tanks (2, 3) and the bottoms (14) are closed with covers (13). A partition wall (12) secured to each cover (13) is formed transverse to longitudinal extension portions of the collecting tanks (2, 3) and divides the interior space of the collecting tanks (2, 3) into two subchambers (21, 22). First stress decoupling devices (20) are formed in the bottoms (14) and/or a second stress decoupling device (11) is formed in the area of the partition wall (12) in the cover (13) of at least one collecting tank (2,3). The heat exchanger prevents great structural changes for compensating temperature-induced stresses. |
| format | Patent |
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The ends of the tubes (5) are inserted in the bottoms (14) of the collecting tanks (2, 3) and the bottoms (14) are closed with covers (13). A partition wall (12) secured to each cover (13) is formed transverse to longitudinal extension portions of the collecting tanks (2, 3) and divides the interior space of the collecting tanks (2, 3) into two subchambers (21, 22). First stress decoupling devices (20) are formed in the bottoms (14) and/or a second stress decoupling device (11) is formed in the area of the partition wall (12) in the cover (13) of at least one collecting tank (2,3). 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The ends of the tubes (5) are inserted in the bottoms (14) of the collecting tanks (2, 3) and the bottoms (14) are closed with covers (13). A partition wall (12) secured to each cover (13) is formed transverse to longitudinal extension portions of the collecting tanks (2, 3) and divides the interior space of the collecting tanks (2, 3) into two subchambers (21, 22). First stress decoupling devices (20) are formed in the bottoms (14) and/or a second stress decoupling device (11) is formed in the area of the partition wall (12) in the cover (13) of at least one collecting tank (2,3). 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| subjects | BLASTING DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OFGENERAL APPLICATION HEAT EXCHANGE IN GENERAL HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS,IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT HEATING LIGHTING MECHANICAL ENGINEERING WEAPONS |
| title | Heat exchanger |
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