Abstract: A device for cooling and drying air, in particular for compressed air systems, includes an air/air heat exchanger having an air inlet and an air outlet, a refrigerant/air heat exchanger having a refrigerant inlet and a refrigerant outlet, and a condensate separator arranged between the air/air heat exchanger and the refrigerant/air heat exchanger. The condensate separator has a separation chamber having a condensate outlet. At least one lamella aligned inclined to a main flow direction of the air is arranged in the separation chamber for condensate separation.

Abstract: The present invention relates to a cooling module for internal combustion engines, in particular of construction and/or mining machines, having at least one submodule with at least two heat exchangers arranged in a plane, wherein each of the heat exchangers has a network of passages for a medium to be cooled and passages for a cooling medium and manifolds for supplying and discharging the medium to be cooled, wherein the heat exchangers of the at least one submodule are interconnected via at least one connecting element through which the medium to be cooled can flow and the at least one submodule has a frame in which the interconnected heat exchangers are releasably mounted.

Abstract: The present invention relates to a cooling module for internal combustion engines, in particular of construction and/or mining machines, having at least one submodule with at least two heat exchangers arranged in a plane, wherein each of the heat exchangers has a network of passages for a medium to be cooled and passages for a cooling medium and manifolds for supplying and discharging the medium to be cooled, wherein the heat exchangers of the at least one submodule are interconnected via at least one connecting element through which the medium to be cooled can flow and the at least one submodule has a frame in which the interconnected heat exchangers are releasably mounted.

Abstract: A heat exchanger grid includes a stack including and arranged between end plates and further includes dividing plates and spacers arranged between the end plates to form sealed chambers for at least two heat exchange media. The end plates include one or both of inlet and outlet openings for the at least two media. The dividing plates including first passages aligned with the one or both of the inlet and outlet openings. The first passages are delimited by circumferentially enclosed edges and form collecting channels for the at least two media. The spacers include frames which are delimited circumferentially by rails and which spacers include second and third passages which are aligned at least partly with respect to the one or both of the inlet and outlet openings.