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The Compact Commercial Softener Series
The CC Series provides continuous soft water to smaller (<10 gpm) commercial applications. The unique design of
Kinetico's control valve allows for all softener functions to operate automatically and non-electrically. The system has a
number of options as described:
(s) – Standard
The standard softener configuration includes duplex tanks and a control valve. The non-electric control valve
operates fully automatically, with all service and regeneration functions performing via water pressure. The brining
system is not included with the standard package. A variety of brine tanks can be added as an option.
(c) – Cabinet
The cabinet configuration uses a special cabinet to house the softener, which is also used as the system's brine tank.
The cabinet can be provided with casters for added mobility of the system. In addition to the cabinet, the unit is also
designed to operate at 150°F average and 160°F peak.
(h) – High Temperature
This is a standard system upgraded to be compatible with high temperature operation - 150°F average and 160°F
peak. The brining system is not included with the standard package. A variety of brine tanks can be added as an
option.
CC 206 - (2) 6" x 13" tanks
Part Number
Model and Description
11290A
CC206s Standard Compact Commercial Softener, no brine tank
11538B
CC206c Cabinet Compact Commercial Softener, 160°F, mobile
CC 208 - (2) 8" x 17" tanks
Part Number
Model and Description
11269A
CC208s Standard Compact Commercial Softener, no brine tank
11500B
CC208c Cabinet Compact Commercial Softener, 160°F, mobile
13529A
CC208h High Temperature Compact Commercial Softener, no brine tank
Brine Tank Options
Part Number
Description
7202
12" x 20" x 16" Compact Brine Tank (50 lb capacity)
7938A
18" x 35" Standard Brine Tank (250 lb capacity)
1479B
12" x 40" Standard Brine Tank (100 lb capacity)
System Sizing
To properly size a softening system, the loading to the system must be determined. The "load" is determined by two
factors: the incoming quality of the water and its flow rate. Both these characteristics must be considered when sizing a
system.
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