Device for reducing the vibrations of a tube bundle of a heat exchanger inside its shell

1. A device for reducing vibrations of a tube core inside a shell of a heat exchanger, wherein said tube core includes a main face and two side faces adjacent to the main face, and at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the two side faces, and wherein the device comprises:

a first section adapted to be arranged on the main face and two second sections adapted to be arranged on the two side faces, wherein each second section extends from a different end of the first section and the two second sections are arranged in opposition to one another, such that the first section and the second sections in combination form a “U” shape;

at least one anchor arranged in each section and oriented toward the inside of the “U” shape formed by the first section and the second sections in combination, wherein each anchor is adapted to receive a protrusion formed by the at least one linking part between tubes of the tube core; and

at least one elastically deformable support element arranged in each section and oriented toward the outside of the “U” shape formed by the first section and the second sections in combination, wherein the at least one elastically deformable support element is adapted to be supported against at least one inside surface of the shell of the heat exchanger;

wherein each second section of the two second sections comprises a retaining clip, and the retaining clips of the two second sections operate in opposition to one another to retain the device on the tube core.

2. The device according to claim 1 , wherein the first section and the two second sections comprise a die-cut and bent flat bar.

3. The device according to claim 1 , wherein the at least one elastically deformable support element arranged in each section comprises a wedged bend that allows the tube core to be inserted into the shell of the heat exchanger.

4. The device according to claim 3 , wherein the at least one elastically deformable support element arranged in each section comprises a second bend, giving rise to an oblique extension facilitating the extraction of the tube core without being locked in the shell of the heat exchanger.

5. The device according to claim 2 , wherein the at least one anchor arranged in the first section or the second section is configured as a transverse extension of the respective first or second section with bends that give rise to an additional “U” shape oriented towards the inside of the “U” shape formed by the first section and the two second sections in combination, and is adapted to embrace the protrusion formed by the at least one linking part between tubes of the tube core.

6. The device according to claim 5 , wherein each section comprises at least one skid extending from the section and including a bend perpendicular to an adjacent external surface of the tube core to reduce transverse clearance of the protrusion formed by the at least one linking part received by the at least one anchor.

7. The device according to claim 2 , wherein each retaining clip comprises at least one bend forming an apex pointing toward an inside of the “U” shape formed by the first section and the second sections in combination.

8. The device according to claim 7 , wherein the retaining clips are arranged at ends of the second sections.

9. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 1 establishing a support between the tube core and the shell.

10. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 2 establishing a support between the tube core and the shell.

11. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 3 establishing a support between the tube core and the shell.

12. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 4 establishing a support between the tube core and the shell.

13. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 5 establishing a support between the tube core and the shell.

14. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 6 establishing a support between the tube core and the shell.

15. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 7 establishing a support between the tube core and the shell.

16. A heat exchanger comprising a shell housing therein a tube core for the passage of fluid to be cooled, wherein the core comprises a main face and two side faces adjacent to the main face, wherein the tube core includes at least one linking part between tubes of the tube core giving rise to a protrusion in the main face and the adjacent side faces, and wherein the at least one linking part between tubes of the tube core comprises a device for reducing vibrations according to claim 8 establishing a support between the tube core and the shell.