A heat exchanger assembly, comprising: an inlet header defining an inlet cavity extending along an inlet header axis; an outlet header defining an outlet cavity extending along an outlet header axis, wherein the outlet header defines an opening; a heat exchanger core including a plurality of refrigerant tubes each extending between the outlet cavity and the inlet cavity, wherein the outlet cavity and inlet cavity are in fluidic communication through the refrigerant tubes; and an outlet tube sealably coupled to said opening, wherein the inlet header defines a first opening at a first end of the inlet header, wherein said inlet header further comprises an inlet header end cap having an aperture, wherein the inlet header further comprises an inlet conduit extending through said aperture into the inlet cavity and sealably engaged with said aperture, wherein the inlet header end cap is sealably engaged within the first opening in order to define within the inlet header an inlet header end cavity outside of the inlet cavity, wherein said inlet conduit defines a plurality of inlet orifices that establish fluidic communication between said inlet cavity and an inlet region within the inlet conduit, wherein an inlet end of the inlet conduit external to the inlet cavity is coupled to the inlet orifices by a bend, characterized in, that the outlet tube is coupled to said opening of the outlet header, as being substantially perpendicular to the outlet header, that the outlet tube does not extend beyond an end of the outlet header, that the bend coupling the inlet end of the inlet conduit to the inlet orifices orients the inlet end substantially perpendicular to the inlet header axis, and that the inlet end of the inlet conduit does not extend beyond the first end of the inlet header, that the outlet tube and the inlet end are arranged at the same side of the heat exchanger core. an inlet header defining an inlet cavity extending along an inlet header axis; an outlet header defining an outlet cavity extending along an outlet header axis, wherein the outlet header defines an opening; a heat exchanger core including a plurality of refrigerant tubes each extending between the outlet cavity and the inlet cavity, wherein the outlet cavity and inlet cavity are in fluidic communication through the refrigerant tubes; and an outlet tube sealably coupled to said opening, wherein the inlet header defines a first opening at a first end of the inlet header, wherein said inlet header further comprises an inlet header end cap having an aperture, wherein the inlet header further comprises an inlet conduit extending through said aperture into the inlet cavity and sealably engaged with said aperture, wherein the inlet header end cap is sealably engaged within the first opening in order to define within the inlet header an inlet header end cavity outside of the inlet cavity, wherein said inlet conduit defines a plurality of inlet orifices that establish fluidic communication between said inlet cavity and an inlet region within the inlet conduit, wherein an inlet end of the inlet conduit external to the inlet cavity is coupled to the inlet orifices by a bend, characterized in, that the outlet tube is coupled to said opening of the outlet header, as being substantially perpendicular to the outlet header, that the outlet tube does not extend beyond an end of the outlet header, that the bend coupling the inlet end of the inlet conduit to the inlet orifices orients the inlet end substantially perpendicular to the inlet header axis, and that the inlet end of the inlet conduit does not extend beyond the first end of the inlet header, that the outlet tube and the inlet end are arranged at the same side of the heat exchanger core.