Electrolytic cell assembly
View Patent ↗An electrolytic cell assembly for connection to a liquid flow line includes an electrode set, a cell housing supporting the electrode set, a cell retainer attached to the flow line and in fluid communication with the flow line, and a connection for detachably connecting the housing to the cell retainer in an operating position.
1. An electrolytic cell assembly for connection to a liquid flow line, comprising:
an electrode set;
a housing supporting the electrode set;
a cell retainer attached to the flow line and in fluid communication with the flow line; and
an indexed connection for detachably connecting the housing to the cell retainer in an operating position, wherein the indexed connection is arranged so that the electrode set extends into a flow path in the liquid flow line and has a predetermined fixed and parallel orientation with respect to the flow path in the operating position, said indexed connection permitting ready removal and replacement of the housing and electrode set from the cell retainer;
wherein the indexed connection includes a tee fitting connected in the liquid flow line and including a transverse portion; and
wherein the cell retainer includes an adaptor structure integrally formed as a one-piece structure with the tee fitting.
2. The assembly of claim 1 , wherein the indexed connection permits rotation of the housing on the cell retainer through a limited range of motion which is less than 360 degrees, between an insert position and the operating position.
3. An electrolytic cell assembly for connection to a liquid flow line, comprising:
an electrode set;
a housing supporting the electrode set;
a cell retainer attached to the flow line and in fluid communication with the flow line; and
an indexed connection for detachably connecting the housing to the cell retainer in an operating position, wherein the indexed connection is arranged so that the electrode set extends into a flow path in the liquid flow line and has a predetermined fixed and parallel orientation with respect to the flow path in the operating position, said indexed connection permitting ready removal and replacement of the housing and electrode set from the cell retainer;
wherein the indexed connection includes a tee fitting connected in the liquid flow line and including a transverse portion; and
wherein the cell retainer includes a clamp for removably securing the housing to the tee fitting.
4. The assembly of claim 3 , wherein the housing includes a set of protruding ear features disposed on opposed sides of the housing at locations to index the position of the housing to the tee fitting, and the clamp includes a clamp retainer structure, comprising a band portion which terminates at distal ends in hooks to engage the ear portions.
5. The assembly of claim 3 , wherein the clamp includes a hose clamp for securing a flange of the housing to the tee fitting.
6. The assembly of claim 3 , wherein the clamp includes a band passed about the tee fitting and the housing in a clamped position.
7. An electrolytic cell assembly for connection to a liquid flow line, comprising:
an electrode set;
a housing supporting the electrode set;
a cell retainer attached to the flow line and in fluid communication with the flow line; and
an indexed connection for detachably connecting the housing to the cell retainer in an operating position, wherein the indexed connection is arranged so that the electrode set extends into a flow path in the liquid flow line and has a predetermined fixed and parallel orientation with respect to the flow path in the operating position, said indexed connection permitting ready removal and replacement of the housing and electrode set from the cell retainer;
wherein the indexed connection includes a tee fitting connected in the liquid flow line and including a transverse portion; and
wherein the cell retainer includes a cam lock pin structure for engaging a pair of legs extending from the housing on opposite sides of the tee fitting.
8. The assembly of claim 1 , wherein the electrode set comprises a plurality of plates arranged in substantially parallel planes, wherein the plates are arranged in a substantially parallel arrangement with the flow path when the housing is in the operating position.