Abstract: A gas valve assembly for use with a gas grill includes a t-shaped manifold with an inlet fluid port that branches out into a pair of valve ports. A pair of gas valves each have an outwardly extending neck that is received within the valve ports of the manifold. A stop means locates the valves a predetermined distance from one another to improve manufacturability. An anti-rotation means minimizes rotation between each valve and the manifold.

Abstract: A gas valve assembly for use with a gas grill includes a t-shaped manifold with an inlet fluid port that branches out into a pair of valve ports. A pair of gas valves each have an outwardly extending neck that is received within the valve ports of the manifold. A stop means locates the valves a predetermined distance from one another to improve manufacturability. An anti-rotation means minimizes rotation between each valve and the manifold.

Abstract: A gas manifold assembly is disclosed which includes a manifold fitting connected to at least one gas valve. The manifold has an inlet fluid port which branches out into a delivery port. Each delivery port receives a protrusion from each valve which is in turn crimped together to form a collar. A stop offsets the valves from one another to improve manufacturability. One aspect of the invention includes flattening a portion of the protrusion that extends from the valve body in order to engage the fitting which creates an anti-rotation feature once the fitting is crimped. Another aspect of the invention provides seals between the fitting and the valve to increase joint integrity.

Abstract: A gas range includes a gas distribution system which utilizes a gas manifold that includes a single gas inlet chamber. Communication between the gas inlet chamber and each of the burners is controlled by a respective valve assembly mounted in the gas inlet chamber. One of the valve assemblies is thermostatically controlled in response to a sensed temperature. The length of the gas manifold can be dictated by the spacing of the individual valve assemblies or it can be dictated by the spacing of the burners. The gas distribution system provides additional flexibility to the range designer while reducing costs by eliminating components.

Abstract: A gas range includes a gas distribution system which incorporates a multi-chambered gas manifold. The gas manifold includes a single gas inlet chamber and a plurality of gas outlet chambers. Communication between the gas inlet chamber and each gas outlet chamber is controlled by a respective rotating disc element which controls the flow of gas between the two chambers. The length of the gas manifold can be dictated by the spacing of the individual disc elements or it can be dictated by the spacing of the burners. The gas distribution system provides additional flexibility to the range designer while reducing costs by eliminating components.