Conduit connector and method of construction thereof
A conduit connector and method of construction thereof is provided. The conduit connector includes a body having a through passage extending between open opposite ends and a tubular male port section extending axially to an end face of one of the ends. The tubular male section has an outer surface configured for connection to a tubular conduit and an inner surface bounding at least a portion of the through passage. The end face has an outer annular first surface extending radially inwardly from the outer surface and an inner annular second surface extending radially inwardly from the annular first surface toward the inner surface. The annular second surface forms a counterbore that is recessed axially a first distance from the annular first surface, wherein an annular bead extends from one of the annular second surface or the inner surface, with the entirety of the annular bead remaining recessed below the annular first surface.
1. A conduit connector, comprising:
a tubular body having a through passage extending inwardly between opposite open ends;
a tubular male port section extending axially to an end face of one of said opposite ends and having an outer surface for receipt of a tubular conduit and an inner surface bounding at least a portion of said through passage;
said end face extending radially from said outer surface to said inner surface and defining an annular first surface extending radially inwardly from said outer surface and an annular second surface extending radially inwardly from said annular first surface toward said inner surface;
said annular second surface recessed axially a first distance from said annular first surface; and
an annular bead of flashing that is entirely recessed below a plane defined by said annular first surface and disposed radially and axially inwardly from said annular first surface.
2. The conduit connector of claim 1 , wherein said annular bead extends axially from said annular second surface a second distance, wherein said second distance is less than said first distance.
3. The conduit connector of claim 2 , wherein said annular bead is immediately adjacent to said inner surface.
4. A conduit connector of claim 2 , wherein said annular second surface defines a counterbore between said annular first surface and said inner surface.
5. A conduit connector of claim 2 , wherein said outer surface of said tubular male port section defines at least one annular rib extending radially outwardly.
6. The conduit connector of claim 1 , wherein said annular bead extends radially inwardly from said inner surface.
7. The conduit connector of claim 6 , wherein said annular bead extends radially inwardly between said annular first and second surfaces.
8. The conduit connector of claim 6 , wherein said annular bead extends radially inwardly from said inner surface and is disposed axially inwardly from said annular second surface.
9. The conduit connector of claim 1 , wherein the first annular surface defines a first inner diameter and a first outer diameter and a first radial width therebetween, the second annular surface defines a second inner diameter and a second outer diameter and a second radial width therebetween, wherein the second radial width is less than the first radial width.
10. The conduit connector of claim 1 , wherein the first annular surface and the second annular surface are planar and parallel.
11. The conduit connector of claim 1 , wherein the inner surface has a continuous diameter extending axially from the second annular surface to the open end opposite the end face.
12. The conduit connector of claim 1 , wherein the male port section includes an annular rib on the outer surface to facilitate retention of the tubular conduit in a leak-proof manner.
13. A method of constructing a conduit connector, comprising:
forming a body having a through passage extending inwardly between opposite open ends and having a tubular male port section extending axially to an end face of one of said opposite ends;
forming said tubular male port section having an outer surface extending radially outwardly for receipt of a tubular conduit and an inner surface bounding at least a portion of said through passage;
forming one of said opposite ends having annular first surface extending radially inwardly from said outer surface;
forming an annular second surface extending radially inwardly from said annular first surface toward said inner surface, said annular second surface forming a counterbore recessed axially a first distance from said annular first surface; and
forming an annular bead of flashing that is entirely recessed below a plane defined by said annular first surface and disposed radially and axially inwardly from said annular first surface.
14. The method of claim 13 , further including forming said annular bead extending axially from said second annular surface a second distance, said second distance being less than said first distance.
15. The method of claim 14 , further including forming said annular bead immediately adjacent said inner surface.
16. The method of claim 13 , further including forming said annular bead extending radially from said inner surface.
17. The method of claim 13 , further including forming the body in a molding process.
18. The method of claim 17 , further including forming the inner surface with an inner core including an upper core section and a lower core section, said upper and lower core sections being moveable axially away from one another.
19. The method of claim 17 , further including forming the outer surface and the end face with an outer mold and forming the inner surface with at least one inner core, wherein said outer mold and said at least one inner core are moveable relative to one another.
20. The method of claim 17 , further including forming a mount flange section opposite said annular surfaces.