Fluid routing plug
A fluid routing plug for use with a fluid end section. The fluid end section being one of a plurality of fluid end sections making up a fluid end side of a high pressure pump. The fluid routing plug is installed within a horizontal bore formed in a fluid end section and is configured to route fluid throughout the fluid end section.
1. A fluid routing plug, comprising:
a body having a suction surface and an opposed discharge surface joined by an outer intermediate surface;
in which the body has a central longitudinal axis that extends through the suction and discharges surfaces;
in which the suction surface is configured to engage a suction valve supported by a suction valve guide; in which the suction surface comprises a central opening joined to an outer rim by a tapered surface; in which the tapered surface is configured to engage the suction valve;
in which the discharge surface is configured to engage a discharge valve;
a plurality of suction passages formed within the body, each suction passage having an opening on the intermediate surface of the body; and
a plurality of discharge passages formed within the body; in which each of the discharge passages has an opening on the outer rim of the suction surface;
in which the outer intermediate surface of the body comprises:
an annular shoulder positioned between the opening of each suction passage and the suction surface of the body;
in which the annular shoulder is configured to engage an annular insert such that the annular insert is in a spaced-relationship with the suction valve guide.
2. The fluid routing plug of claim 1 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis, the first groove configured to receive a seal; and
a second groove formed in the outer intermediate surface of the body adjacent the annular shoulder and surrounding the longitudinal axis, the second groove configured to receive a seal.
3. The fluid routing plug of claim 1 , in which a portion of the outer intermediate surface of the body positioned between the opening of each suction passage and the annular shoulder has a first outer diameter; in which the annular insert has a second outer diameter; and in which the second outer diameter is greater than the first outer diameter.
4. The fluid routing plug of claim 1 , in which the discharge surface has a first outer diameter and the suction surface has a second outer diameter; and in which the first outer diameter is greater than the second outer diameter.
5. The fluid routing plug of claim 1 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis;
in which the fluid routing plug further comprises:
a seal installed within the first groove, the seal configured to engage a wear ring.
6. The fluid routing plug of claim 5 , in which the discharge valve is supported by a discharge valve guide such that the discharge valve guide is in a spaced relationship with the wear ring.
7. The fluid routing plug of claim 1 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis, the first groove configured to receive a seal; and
in which a first portion of the outer intermediate surface of the body positioned between the opening of each suction passage and the first groove has a first outer diameter;
in which a second portion of the outer intermediate surface of the body positioned between the first groove and the discharge surface has a second outer diameter; and
in which the first outer diameter is equal to the second outer diameter.
8. The fluid routing plug of claim 1 , further comprising:
a threaded blind bore formed in the body and opening on the discharge surface.
9. The fluid routing plug of claim 1 , in which the suction valve guide is in a spaced-relationship with the suction surface of the body.
10. A fluid routing plug, comprising:
a body having a suction surface and an opposed discharge surface joined by an outer intermediate surface;
in which the body has a central longitudinal axis that extends through the suction and discharges surfaces;
in which the suction surface is configured to engage a suction valve supported by a suction valve guide;
in which the discharge surface is configured to engage a discharge valve;
a plurality of suction passages formed within the body, each suction passage having an opening on the outer intermediate surface of the body;
a plurality of discharge passages formed within the body; and
a threaded blind bore formed in the body and opening on the discharge surface;
in which the outer intermediate surface of the body comprises:
an annular shoulder positioned between the opening of each suction passage and the suction surface of the body;
in which the annular shoulder is configured to engage an annular insert; and
in which the annular insert is a separate component from the suction valve guide.
11. The fluid routing plug of claim 10 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis, the first groove configured to receive a seal; and
a second groove formed in the outer intermediate surface of the body adjacent the annular shoulder and surrounding the longitudinal axis, the second groove configured to receive a seal.
12. The fluid routing plug of claim 10 , in which a portion of the outer intermediate surface of the body positioned between the opening of each suction passage and the annular shoulder has a first outer diameter; in which the annular insert has a second outer diameter; and in which the second outer diameter is greater than the first outer diameter.
13. The fluid routing plug of claim 10 , in which the discharge surface has a first outer diameter and the suction surface has a second outer diameter; and in which the first outer diameter is greater than the second outer diameter.
14. The fluid routing plug of claim 10 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis;
in which the fluid routing plug further comprises:
a seal installed within the first groove, the seal configured to engage a wear ring.
15. The fluid routing plug of claim 14 , in which the discharge valve is supported by a discharge valve guide; and in which the discharge valve guide is a separate component from the wear ring.
16. The fluid routing plug of claim 10 , in which the suction surface comprises a central opening joined to an outer rim by a tapered surface; in which the tapered surface is configured to engage the suction valve; and in which each of the discharge passages has an opening on the outer rim of the suction surface.
17. The fluid routing plug of claim 10 , in which the outer intermediate surface further comprises:
a first groove formed in the outer intermediate surface of the body adjacent the discharge surface and surrounding the longitudinal axis, the first groove configured to receive a seal; and
in which a first portion of the outer intermediate surface of the body positioned between the opening of each suction passage and the first groove has a first outer diameter;
in which a second portion of the outer intermediate surface of the body positioned between the first groove and the discharge surface has a second outer diameter; and
in which the first outer diameter is equal to the second outer diameter.
18. The fluid routing plug of claim 10 , in which the suction valve guide is in a spaced-relationship with the suction surface of the body.
19. A fluid routing plug, comprising:
a body having a suction surface and an opposed discharge surface joined by an outer intermediate surface;
in which the body has a central longitudinal axis that extends through the suction and discharges surfaces;
in which the suction surface is configured to engage a suction valve supported by a suction valve guide;
in which the discharge surface is configured to engage a discharge valve;
a plurality of suction passages formed within the body, each suction passage having an opening on the intermediate surface of the body;
a plurality of discharge passages formed within the body; and
a threaded blind bore formed in the body and opening on the discharge surface;
in which the outer intermediate surface of the body comprises:
an annular shoulder positioned between the opening of each suction passage and the suction surface of the body;
in which the annular shoulder is configured to engage an annular insert such that the annular insert is in a spaced-relationship with the suction valve guide.
20. A fluid routing plug, comprising:
a body having a suction surface and an opposed discharge surface joined by an outer intermediate surface;
in which the body has a central longitudinal axis that extends through the suction and discharges surfaces;
in which the suction surface is configured to engage a suction valve supported by a suction valve guide; in which the suction surface comprises a central opening joined to an outer rim by a tapered surface; in which the tapered surface is configured to engage the suction valve;
in which the discharge surface is configured to engage a discharge valve;
a plurality of suction passages formed within the body, each suction passage having an opening on the outer intermediate surface of the body; and
a plurality of discharge passages formed within the body; in which each of the discharge passages has an opening on the outer rim of the suction surface;
in which the outer intermediate surface of the body comprises:
an annular shoulder positioned between the opening of each suction passage and the suction surface of the body;
in which the annular shoulder is configured to engage an annular insert; and
in which the annular insert is a separate component from the suction valve guide.