Abstract: A cooler, a cooler platform assembly, and a process of adjusting a cooler platform are disclosed. The cooler includes a cooling region, a discharge region, and a cooler platform positioned in the discharge region and proximal to a sloped interior section of the cooler. The cooler platform assembly includes a cooler platform, a sloped interior section of a cooler proximal to a first end of the cooler platform, and a vertical wall proximal to a second end of the cooler platform. The process includes adjusting a cooler platform from a retracted position substantially parallel to a vertical wall of a cooler to a deployed position substantially perpendicular to the vertical wall.

Abstract: A cooler, a cooler platform assembly, and a process of adjusting a cooler platform are disclosed. The cooler includes a cooling region, a discharge region, and a cooler platform positioned in the discharge region and proximal to a sloped interior section of the cooler. The cooler platform assembly includes a cooler platform, a sloped interior section of a cooler proximal to a first end of the cooler platform, and a vertical wall proximal to a second end of the cooler platform. The process includes adjusting a cooler platform from a retracted position substantially parallel to a vertical wall of a cooler to a deployed position substantially perpendicular to the vertical wall.

Abstract: A header box for a heat exchanger assembly and the method of manufacture. The header box has a first header component and a second header component. The first header component has a first corner portion with a first wall and a second wall extending therefrom. The second header component has a second corner portion with a third wall and a fourth wall extending therefrom. Free ends of the first wall and the third wall cooperate to form a first seam which is welded to maintain the first wall in position relative to the second wall. The free ends of the second wall and the fourth wall cooperate to form a second seam which is welded to maintain the third wall in position relative to the fourth wall. The header box, with the first corner portion and the second corner portion, will withstand the stress concentrations associated with a flow of fluid in the header box.