Retainer assembly for swivel spout
A swing spout assembly is disclosed which has a spout having a channel extending from an inlet end to a discharge end. A radially extending groove is formed adjacent the inlet end of the spout, and a snap ring is received in the groove of the spout. A pair of glides in the form of wear washers sandwich the portion of the snap ring extending out of the groove to form a bearing sub-assembly. An escutcheon is positioned around at least part of the inlet end of the spout. A stationary body has a portion that extends into the channel of the spout and a portion extending around an outer radial periphery of the inlet end of the spout. The portion extending around the outer periphery of the inlet end and the escutcheon defining a pocket that retains the bearing sub-assembly.
1. A method of assembling a swing spout assembly, comprising:
placing a snap ring in a groove of a spout;
placing a set of wear washers on opposite sides of the snap ring to sandwich a portion of the snap ring and thereby form a bearing sub-assembly;
placing an escutcheon on a first side of the bearing sub-assembly; and
placing a stationary body on a side of the bearing assembly opposite the first side of the bearing sub-assembly, the stationary body and the escutcheon forming a pocket that houses the bearing sub-assembly, the stationary body having a portion that extends into the spout.
2. The method of claim 1 , wherein the snap ring is metallic and wherein the method further comprises the step of brazing the snap ring to the spout.
3. A swing spout assembly, comprising;
a spout having a channel extending from an inlet end to a discharge end;
a radially extending groove formed adjacent the inlet end of the spout;
a snap ring received in the groove of the spout, albeit having a portion thereof extending out from the groove;
a pair of glides sandwiching said extending out portion of the snap ring to form a bearing sub-assembly;
an escutcheon positioned around at least part of the inlet end of the spout; and
a stationary body having a portion that extends into the channel of the spout and a portion extending around an outer radial periphery of the inlet end of the spout, the portion extending around the outer periphery of the inlet end and the escutcheon defining a pocket that retains the bearing sub-assembly;
wherein the spout is swivelable relative to the escutcheon and the stationary body, and the snap ring helps restrict relative axial movement between the spout and the stationary body.
4. The swing spout assembly of claim 3 , further comprising an o-ring forming a seal between the channel of the spout and the stationary body.
5. The swing spout assembly of claim 3 , wherein the escutcheon and the stationary body are press-fit together.
6. The swing spout assembly of claim 3 , wherein the escutcheon and the stationary body are adhesively joined.
7. The swing spout assembly of claim 3 , wherein the glides are in the form of a pair of wear washers made of a polymeric material, and the snap ring is metallic.
8. The swing spout assembly of claim 3 , wherein the snap ring is brazed into the groove of the spout.
9. The swing spout assembly of claim 3 , further comprising a bearing placed between the stationary body and the spout.
10. The swing spout assembly of claim 9 , wherein the stationary body includes an annular recess formed on a radially outward facing surface of the portion of the stationary body that extends into the channel of the spout and wherein the bearing is received in the annular recess.
11. The swing spout assembly of claim 3 , wherein the stationary body has a passage running there through that is in communication with the channel of the spout.
12. The swing spout assembly of claim 11 , wherein the stationary body further includes a structure adapted to link to a hose adjacent one end of the passage of the stationary body.