Abstract: A gas grill burner apparatus is provided that fits within barbecue grill cooking chambers of varied configurations and sizes. In accordance with one embodiment of the present invention, a gas grill burner apparatus includes a center manifold configured to form two hollow gas tubes, the gas tubes being substantially parallel. The gas grill burner apparatus also includes first and second C-shaped hollow gas tube end portions slideably engaged within opposing ends of the parallel hollow gas tubes. The apparatus further includes a center grease tent mounted atop the center manifold and first and second telescoping grease tent members mated with the center grease tent. The telescoping grease tent members are configured to move laterally with the first and second gas tube end portions.

Abstract: A gas grill burner apparatus is provided that fits within barbecue grill cooking chambers of varied configurations and sizes. In accordance with one embodiment of the present invention, a gas grill burner apparatus includes a center manifold configured to form two hollow gas tubes, the gas tubes being substantially parallel. The gas grill burner apparatus also includes first and second C-shaped hollow gas tube end portions slideably engaged within opposing ends of the parallel hollow gas tubes. The apparatus further includes a center grease tent mounted atop the center manifold and first and second telescoping grease tent members mated with the center grease tent. The telescoping grease tent members are configured to move laterally with the first and second gas tube end portions.

Abstract: A hood mounting device including at least one cam having a first surface and an aperture located on the bottom casting. At least one second surface is located on the grill hood and is configured such that the first and said second surfaces contact each other when the hood is placed in the closed position on the lower casting. The hood mounting device is configured such that a corresponding aperture formed in the hood is axially aligned with the aperture in the lower casting when the hood is in the closed position. Longitudinal securing means are passed through the axially aligned aperture and corresponding aperture, thereby rotatably securing the hood to the bottom casting.