Relief valves and methods for installing the same

1. A relief valve comprising:

a valve body defining a flow path that extends between a first port and a second port, the valve body comprising a valve seat disposed between the first port and the second port, a shoulder disposed along an outer contour of the valve body between the first port and the second port, and a sloped region disposed along the outer contour of the valve body between the shoulder and the second port, wherein the valve seat forms a discontinuity in the flow path, and wherein the outer contour tapers inward at the sloped region;

a valve member disposed between the valve seat and the second port of the valve body, wherein the valve member moves along an actuation axis;

a bias member disposed between the valve member and the second port of the valve body, wherein the bias member generates a force that urges the valve member to seal with the valve seat of the valve body;

a clamping fastener in threaded engagement with the valve body; and

a gasket disposed between the clamping fastener and the valve body, wherein the gasket comprises a fastener sleeve interfacing with the clamping fastener and a valve body sleeve interfacing with the valve body.

2. The relief valve of claim 1 , wherein the fastener sleeve and the valve body sleeve overlap to form a shoulder of the gasket.

3. The valve of claim 1 , wherein the clamping fastener comprises a flow orifice formed laterally through the clamping fastener with respect to an actuation axis.

4. The relief valve of claim 3 , further comprising a resilient cap coupled to the clamping fastener, wherein the flow orifice extends from a first end of the clamping fastener to a bottom of the flow orifice, and wherein the resilient cap is offset from the bottom of the flow orifice by a vent span.

5. The relief valve of claim 4 , further comprising a valve stem that is coupled to the resilient cap and extends towards the valve member, wherein the valve stem is offset from the valve member by an actuation span.

6. The relief valve of claim 1 , wherein the gasket comprises a resilient material having a hardness between about 40 duro and about 85 duro.

7. The relief valve of claim 6 , wherein the resilient material is one of a fluoroelastomer, a nitrile rubber, urethane, and a chlorinated polyethylene.

8. The relief valve of claim 1 , wherein the valve body sleeve of the gasket comprises a valve body flange, and wherein the valve body flange and the valve shoulder in contact.

9. The relief valve of claim 8 , wherein the valve body flange is larger than the valve shoulder.

10. The relief valve of claim 8 , wherein the valve body sleeve of the gasket comprises a recess formed between the shoulder and the valve body flange.

11. The relief valve of claim 1 , wherein the bias member comprises one of a magnetic member and a spring.

12. The relief valve of claim 1 , wherein the force is one of:

a magnetic force that has a magnitude less than about 10 grams; and

a mechanical force that has a magnitude less than about 10 grams.

13. The relief valve of claim 1 , wherein the valve body comprises a chamfered region adjacent to the second port.

14. The relief valve of claim 13 , wherein the chamfered region defines a chamfer angle with respect to the second port, and wherein the chamfered angle is acute.

15. The relief valve of claim 1 ,

wherein the valve body is formed from a first body comprising the first port and a coupling flange, and a second body comprising the shoulder, and wherein the coupling flange of the first body is received by the second body; and

wherein the first body comprises a metallic material, and the second body comprises a rigid plastic.