Multi-faceted appliance height-adjustment mechanism

A method for adjusting a height of an appliance, the method including steps of:

• selecting a height-adjustment surface of a plurality of height-adjustment surfaces of a support block to define a selected height-adjustment surface, wherein each height-adjustment surface includes a lateral spacing flange extending from each height-adjustment surface and corresponds to a dedicated appliance height of a plurality of dedicated appliance heights;
• placing the selected height-adjustment surface at a bottom of the appliance, wherein the selected height-adjustment surface includes a respective support surface of a plurality of support surfaces, and wherein the respective support surface of the selected height-adjustment surface defines a base of the support block;
• and
• placing the appliance in a predetermined position, wherein the selected height-adjustment surface positions the bottom of the appliance at the dedicated appliance height, and wherein a lateral spacing flange of the selected height-adjustment surface spaces the appliance at least a minimum spacing width from an adjacent object, the minimum spacing width being substantially a thickness of the lateral spacing flange.

A method for adjusting a height of an appliance, the method including steps of:

• providing a height-adjustment mechanism having a plurality of height-adjustment surfaces and a plurality of support surfaces, wherein each height-adjustment surface includes a lateral spacing flange extending from each height-adjustment surface, wherein each support surface corresponds to a cooperating height-adjustment surface of the plurality of height-adjustment surfaces to define a dedicated appliance height with respect to each support surface and cooperating height-adjustment surface;
• selecting a support surface of the plurality of support surfaces to define a selected support surface;
• placing the height-adjustment mechanism on a bottom of the appliance with the selected support surface engaging the bottom of the appliance, wherein the selected support surface defines a base of the height-adjustment mechanism;
• and
• placing the appliance in a predetermined position, wherein the cooperating height-adjustment surface of the selected support surface positions the bottom of the appliance at the dedicated appliance height, and wherein the lateral spacing flange of the cooperating height-adjustment surface spaces the appliance at least a minimum spacing width from an adjacent object, the minimum spacing width being substantially a thickness of the lateral spacing flange.