Coupling assembly for plumbing fitting
A control handle assembly for a plumbing fitting has a first control member having a bore and a ledge within the bore extending radially inward to an inner dimension, and a second control member having a mounting post with a ledge extending radially outward to an outer dimension. A deformable clip is captured by the control members between the ledges and has a radial outer dimension greater than the inner and outer dimensions of the ledges so as to rotatably couple the control members. A spout coupling assembly has a lower adaptor defining a lower passageway for housing a diverter and an upper adaptor coupled to the lower adaptor defining an upper passageway. An annular recess is formed in the upper adaptor and a collar is axially restrained in the annular recess. A spout is coupled to the collar so that the spout and collar rotate simultaneously.
1. A control handle assembly for a plumbing fitting, comprising:
a first control member having a bore and a first ledge within the bore extending radially inward to an inner dimension;
a second control member having a mounting post with a second ledge extending radially outward to an outer dimension; and
a clip captured by the first and second control members between the first and second ledges, wherein the clip is deformable and has a radial outer dimension greater than each of the inner dimension of the first ledge and the outer dimension of the second ledge so as to rotatably couple the first and second control members;
wherein the clip is a split ring having undulating surfaces; and
wherein the clip includes a protrusion for engaging a groove in the mounting post of the second control member.
2. The control handle assembly of claim 1 , further including a bearing coupled to the mounting post of the second control member.
3. The control handle assembly of claim 1 , further including a valve stem extension engaging the second control member via a tab and slot arrangement.
4. The control handle assembly of claim 1 , wherein the first control member is a housing for a valve cartridge and the second control member is a handle for operating the valve cartridge.
5. The control handle assembly of claim 1 , wherein the clip releasably couples the first control member to the second control member without the use of visible fasteners.
6. A control handle assembly for a plumbing fitting, comprising:
a first control member having a bore and a first ledge within the bore extending radially inward to an inner dimension;
a second control member having a mounting post with a second ledge extending radially outward to an outer dimension;
a clip captured by the first and second control members between the first and second ledges, wherein the clip is deformable and has a radial outer dimension greater than each of the inner dimension of the first ledge and the outer dimension of the second ledge so as to rotatably couple the first and second control members; and
a bearing coupled to the mounting post of the second control member;
wherein the bearing provides a bearing surface between the first control member and the second control member.
7. The control handle assembly of claim 6 , wherein a portion of the bearing is within the bore.
8. The control handle assembly of claim 6 , wherein the bearing provides an axial bearing surface between the first control member and the second control member.
9. The control handle assembly of claim 6 , wherein the bearing provides an radial bearing surface between the first control member and the mounting post of the second control member.
10. The control handle assembly of claim 6 , wherein the bearing is a split ring.
11. A control handle assembly for a plumbing fitting, comprising:
a first control member having a bore and a first ledge within the bore extending radially inward to an inner dimension;
a second control member having a mounting post with a second ledge extending radially outward to an outer dimension; and
a clip captured by the first and second control members between the first and second ledges, wherein the clip is deformable and has a radial outer dimension greater than each of the inner dimension of the first ledge and the outer dimension of the second ledge so as to rotatably couple the first and second control members;
wherein the clip has an outer surface that undulates in a radial direction.
12. The control handle assembly of claim 11 , wherein the clip is configured such that, during assembly of the control handle assembly, the amplitude of the undulating surfaces decreases radially, allowing the clip and a portion of the second control member to enter the bore of the first control member.
13. The control handle assembly of claim 11 , wherein the clip releasably couples the first control member to the second control member, the clip being configured such that, during disassembly of the control handle assembly, the amplitude of the undulating surfaces decreases radially, allowing the clip and a portion of the second control member to pass the first ledge of the first control member.
14. The control handle assembly of claim 11 , wherein the first control member comprises a first recessed portion, the first ledge at least partially defining the first recessed portion; and
wherein the clip extends radially into the first recessed portion.
15. The control handle assembly of claim 11 , wherein the clip is resilient in a radial direction.
16. The control handle assembly of claim 11 , wherein the clip is configured to resiliently deform in radial direction such that the radial outer dimension of the clip is less than the inner dimension of the first ledge.
17. The control handle assembly of claim 11 , wherein the second control member comprises a second recessed portion, and wherein the clip is axially restrained in the second recessed portion.
18. The control handle assembly of claim 17 , wherein the second recessed portion extends around the circumference of the mounting post of the second control member, and wherein the second ledge at least partially defines the recessed portion.