WCC EF Series User manual

EF/XF SERIES
WATER SOFTENERS
An Employee-Owned Company
OWNER’S MANUAL
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-OM-EFXF-FRONTPG © Water Control Corporation 1122

An Employee-Owned Company
TABLE OF CONTENTS
WARNINGS......................................................................3
BASIC PRINCIPLES.......................................................... 4
SOFTENING OPERATION..................................................5
SPECIFICATIONS .............................................................6
DIMENSIONS...................................................................8
SET-UP PROCEDURES..................................................... 9
INSTALLATION PROCEDURES.......................................... 10
INSTALLATION DIAGRAMS............................................... 11
WIRING DIAGRAMS.........................................................12
PROGRAMMING INSTRUCTIONS...................................... 14
START-UP PROCEDURES.................................................24
MAINTENANCE PROCEDURES......................................... 27
SERVICE..........................................................................29
TROUBLESHOOTING........................................................ 30
COMPONENTS................................................................. 33
OFFICIAL WARRANTY...................................................... 39
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-OM-MF-TOC © Water Control Corporation 030722

An Employee-Owned Company
SYSTEM MUST BE INSTALLED AND MAINTAINED PER THE MANUFACTURER’S
RECOMMENDATIONS IN THIS MANUAL. FALURE TO DO SO MAY CAUSE INJURY, EQUIPMENT
FAILURE AND/OR DAMAGE, AND WILL RESULT IN WARRANTY BEING VOID.
RISK OF SHOCK! ELECTRICAL INSTALLATION SHOULD BE DONE BY QUALIFIED, TRAINED
ELECTRICIANS. INSTALLATION SHOULD BE TO LOCAL CODES.
ALWAYS TURN OFF THE UNIT, SHUT OFF THE FEEDWATER, RELIEVE PRESSURE, AND
DISCONNECT THE ELECTRICAL POWER BEFORE WORKING ON THE UNIT.
DO NOT USE WHERE THE WATER IS MICROBIOLOGICALLY UNSAFE OR OF UNKNOWN
QUALITY WITHOUT ADEQUATE DISINFECTION BEFORE OR AFTER THE SYSTEM.
NEVER ALLOW THE UNIT TO FREEZE OR OPERATE WITH A FEEDWATER TEMPERATURE/
PRESSURE OUTSIDE THE RECOMENDED PARAMETERS (34-110°F / 20-125 PSI).
SYSTEM MUST BE INSTALLED IN ACCORDANCE WITH LOCAL PLUMBING CODES AND
REGULATIONS.CONTACTWCC(WATERCONTROLCORPERATION)FORMOREINFORMATION.
READ THE ENTIRE MANUAL BEFORE INSTALLING, OPERATING, OR MAINTAINING THIS
EQUIPMENT.
THIS SYSTEM CONTAINS FLOWING WATER, UNDER PRESSURE. ENSURE THAT INSTALL
LOCATION HAS ADEQUATE DRAINAGE AND WATERPROOFING TO ACCOMMODATE
POTENTIAL LEAKAGE AND/OR OVERFLOW SITUATIONS. FAILURE TO DO SO COULD RESULT
IN FLOODING/DAMAGE.
A VACUUM BREAK IS REQUIRED ANY TIME A VACUUM SITUATION MAY OCCUR. THIS IS
COMMON ON WELLS, SYSTEMS WITH BOOSTER PUMPS AFTER THE UNIT, OR WHEN THE
SYSTEM IS INSTALLED IN AREAS OF VARYING ALTITUDES. NO WARRANTY IS CONSIDERED
IF THE SYSTEM HAS BEEN SUBJECTED TO A VACUUM. A VACUUM BREAK SHOULD BE
INSTALLED BETWEEN THE SOFTENER AND THE POTENTIAL CAUSE OF A VACUUM.
WARNINGS
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-OM-WRN © Water Control Corporation 1122

Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
Phone: [phone] •Fax: [phone]
www.watercontrolinc.com ©Water Control Corporation 1021
An Employee-Owned Company
BASIC PRINCIPLES
A water softener works via a process known as Ion Exchange. In this process, a special media bed is used to exchange undesirable hardness minerals,
including calcium, potassium, and magnesium (as well as low levels of iron and manganese) for something more desirable -- in this case, a small amount
of sodium.
A water softener uses a mechanically driven control valve. During normal operation, this valve distributes the ow of raw (hard) water evenly over the
top of the media bed. As the hard water passes down through the media, hardness minerals -- primarily calcium, which exists in solution in a calcium
bicarbonate form -- are removed from solution and axed to the media. In place of this calcium, trace amounts of sodium ions are released. What was
calcium carbonate dissolved in the water becomes sodium bicarbonate (i.e., baking soda).
Once the resin has absorbed all the hardness minerals, and released all the sodium, that it can, regeneration is required. Regeneration is the process of
removing calcium/hardness minerals from the media and resetting it with fresh sodium ions. To achieve this, a piston in the softener control valve changes
position. The media is rst backwashed, to lift and unpack the bed. Next, it is bathed in a supersaturated brine (sodium chloride) solution. This bombards
the media with sodium ions, forcing the calcium/hardness minerals o and sending them down the drain. A relatively small percentage of sodium ions
remain on the media, though the majority pass to the drain as well. After this brine cycle, the media is rinsed o, the brine tank is relled, and the system
goes back into service.
When a single tank water softener regenerates, an internal bypass is opened in the control valve. This allows the facility to be served by hard water during
the regeneration period. Typically, this occurs in the middle of the night (2AM being the standard setting). Multi-tank systems regenerate one tank at a time,
with the non-regenerating tanks remaining online (with no periods of hard water being sent to the facility).
Many multi-tank commercial softening systems feature a Progressive Flow functionality. When building ow rates are low, only one tank is online/active.
As water usage increases, more and more units come online. Conversely, as usage decreases, tanks are progressively removed from service and put back
into standby mode. By bringing tanks on and oine, based on demand, we can maximize the softening capacity and eciency of the media in each tank.
The electronics in the control valves keep track of usage time for each individual tank. Tanks are rotated on and oine in a manner that equalizes usage
across all tanks over the course of 24 hours.
Another common option on larger commercial softening systems is Brine Reclamation, which utilizes an electronic control system and a 3-way motorized
valve to recycle a portion of the supersaturated brine (salt) water that is normally sent down the drain during regeneration. When the recycle interval ends,
the water eventually does go to drain. This ensures fresh brine for each new regeneration. By utilizing Brine Reclamation, a facility will normally see a salt
usage reduction of around 25%-35%, without any negative eects on softener capacity, eciency, or lifespan.
For more information on commercial water softening systems, please visit WCC’s website at: watercontrolinc.com or call us at 763-427-9638.
We thank you for your business!

Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
Phone: [phone] •Fax: [phone]
www.watercontrolinc.com ©Water Control Corporation 1021
An Employee-Owned Company
SOFTENER OPERATION
As water enters the softener, it passes over a resin bed in a special tank. The resin consists of tiny beads of a plastic called styrene. These beads attract and
hold sodium ions and exchange the sodium for hardness ions when encountered. Over time, the resin becomes saturated with hardness ions and no longer
removes hardness materials. The softener goes into a “regeneration” to ush hardness materials to the drain and refresh the resin with sodium. Regeneration
of single tank systems is typically programmed to take place in the middle of the night when little or no water is in use. Regeneration of individual tanks in
a multi-tank system occurs immediately (as needed), with the other tanks remaining online/ available.
REGENERATION CONSISTS OF FOUR CYCLES:
1. CYCLE: BACKWASH POSITION
Backwash is a rapid upward ow of water that loosens the resin bed and ushes iron particles, dirt and sediments ltered in the bed out to the drain.
2. CYCLE: BRINE DRAW / SLOW RINSE POSITION
Brine Draw is the process in which brine is drawn out of the brine cabinet and passed through the resin in a downward direction. This rinses the resin
and large amounts of sodium ions re- place the hardness ions accumulated during service.
Slow Rinse. After brine is completely removed from the brine cabinet into the resin tank the brine valve closes. Water replaces any remaining brine
from the resin, ushing hardness ions removed from the resin to drain.
3. CYCLE: FAST RINSE POSITION
Fast Rinse is a fast ow of water down through the resin tank that follows a Backwash. This ushes all remaining brine from the tank and packs the
resin bed for softening eciency.
4. CYCLE: BRINE FILL
Brine is water saturated with large amounts of a salt (sodium chloride). During Brine Fill, water ows into the salt storage area after each
regeneration and dissolves salt. During the regeneration process, hardness ions on the resin beads are replaced or exchanged for sodium ions from
the brine solution.
NOTE: SERVICE
When the softener is in service, normal operation is occurring. Water is owing through the softener and hardness minerals are being removed from
the water.

EF/XF SERIES
WATER SOFTENERS
WCC's "EF" and "XF" Series softeners feature 1¼" water-ways with 1” and
1¼" service connections respectively, light duty electronic control valves,
high-strength berglass-reinforced mineral tanks, and long-lasting synthetic
cation resin. This series is perfectly designed for retail spaces, restaurants,
clinics, and oce complexes.
An Employee-Owned Company
SPECIFICATIONS
Model
Series
Number
Exchange Capacity*
(grains) Flow Rate (GPM) Pipe Size (in) Back
Wash
(GPM)
Resin
(cu.ft.)
Brine
Tank
Capacity
(lbs)
Regen.
Time
(min)
Tank Size (in) Approx.
Ship
Weight
(lbs)
Min  Mid  Max  Valve
Size (in) Cv 7 psid
Cont.
15 psid
Peak
25 psid Service Drain Resin Salt
EF-32-MR 23000 27000 30000 1 ¼ 5.7 15.0 22 28 1 ⁄ 3 1 250 88 10 X 44 18 X 33 125
EF-48-MR 36800 43200 48000 1 ¼ 4.9 13.0 19 25 1 ⁄ 1.7 1.6 225 88 10 X 54 18 X 33 150
EF-60-MR 46000 54000 60000 1 ¼ 6.5 17.1 25 32 1 ⁄ 3 2 225 88 12 x 52 18 X 33 200
EF-90-MR 69000 81000 90000 1 ¼ 6.2 16.4 24 31 1 ⁄ 5 3 650 90 14 x 65 24 X 50 300
EF-120-MR 92000 108000 120000 1 ¼ 6.5 17.1 25 32 1 ⁄ 7 4 650 94 16 x 65 24 X 50 350
EF-150-MR 115000 135000 150000 1 ¼ 5.4 14.3 21 27 1 ⁄ 5 5 625 96 16 x 65 24 X 50 425
EF-150X-MR 115000 135000 150000 1 ¼ 7.0 18.4 27 35 1 ⁄ 9 5 625 96 18 x 65 24 X 50 450
EF-180-MR 138000 162000 180000 1 ¼ 6.7 17.8 26 34 1 ⁄ 12 6 600 96 21 x 62 24 X 50 600
XF-30-MR 23000 27000 30000 1 ¼ 5.7 15.0 22 28 1 ¼ ⁄ 3 1 250 88 10 X 44 18 X 33 125
XF-48-MR 36800 43200 48000 1 ¼ 4.9 13.0 19 25 1 ¼ ⁄ 1.7 1.6 225 88 10 X 54 18 X 33 150
XF-60-MR 46000 54000 60000 1 ¼ 6.5 17.1 25 32 1 ¼ ⁄ 3 2 225 88 12 x 52 18 X 33 200
XF-90-MR 69000 81000 90000 1 ¼ 6.2 16.4 24 31 1 ¼ ⁄ 5 3 650 90 14 x 65 24 X 50 300
XF-120-MR 92000 108000 120000 1 ¼ 6.5 17.1 25 32 1 ¼ ⁄ 7 4 650 94 16 x 65 24 X 50 350
XF-150-MR 115000 135000 150000 1 ¼ 5.4 14.3 21 27 1 ¼ ⁄ 5 5 625 96 16 x 65 24 X 50 425
XF-150X-MR 115000 135000 150000 1 ¼ 7.0 18.4 27 35 1 ¼ ⁄ 9 5 625 96 18 x 65 24 X 50 450
XF-180-MR 138000 162000 180000 1 ¼ 6.7 17.8 26 34 1 ¼ ⁄ 12 6 600 96 21 x 62 24 X 50 600
 Based on 7 lbs salt per cubic foot.
 Based on 10 lbs salt per cubic foot.
 Based on 13 lbs salt per cubic foot.
All “EF and XF” Series softeners utilize series 5812 controllers.
*Exchange capacity based on treating water with 10 gpg total hardness as CaCo3 and 400 ppm total dissolved solids. Capacities may vary with dierent inuent water characteristics and other factors.
Due to varying water conditions, tank sizes and water pressures, the above should only be used as a guideline.

WITH OVER 50 YEARS OF EXPERIENCE IN THE WATER CONDITIONING AND PLUMBING INDUSTRIES, WCC CAN DESIGN
AND MANUFACTURE EQUIPMENT FOR VIRTUALLY ANY APPLICATION. WE OFFER A COMPLETE MENU OF SERVICES, INCLUDING WATER TESTING, SYSTEM SIZING, BIM
MODELING (REVIT®), DELIVERY, SETUP, STARTUP, AND AFTER-MARKET SERVICE PLANS. WE MAINTAIN A UNIQUE FOCUS ON MECHANICAL ENGINEERS, CONTRACTORS,
AND THE PLUMBING INDUSTRY. DEPEND ON US TO PROVIDE QUALITY, INNOVATIVE SOLUTIONS FOR ALL YOUR COMMERCIAL WATER CONDITIONING NEEDS.
HOW TO SPECIFY "EF" or "XF" SERIES SOFTENERS:
ORDER CODE:
MODEL (from other side)
SYSTEM SIZE
Single Tank:
ORDER CODE:
MODEL (from other side)
SYSTEM SIZE
Single Tank:
Additional Options: (check options below)
□Brine Reclamation: Re-uses brine solution for signicant salt savings (approx 30%)
□Steel Tank(s) (optional ASME Rating)
□Accu-Pipe Skid-Mounted System (pre-plumbed*, pre-wired system, mounted on heavy-duty powder-coated steel skid)
□Accu-Pipe LS: Same as Accu-Pipe System, less skid base (piping/wiring only)
□Brine Silo (large volume salt storage / brine generation & delivery system)
□Salt Sock and Access Door (lockable) for blow-in salt delivery
*Standard piping is grooved, type L copper, other materials available.
For a detailed, model-specic specication, please contact WCC (Water Control Corporation). Detailed drawings also available upon request (CAD®or Revit®).
Water softening system requires a minimum inlet water pressure of 30 psig and maximum of 120 psig. If resin tank is subject to vacuum, an adequate vacuum relief valve must be properly
installed. Tank warranty is void if subjected to vacuum. Feed water temperature shall be between 40⁰F and 100⁰F. Each control valve requires a 120 volt wall outlet (2-prong , 1.3FLA, 60Hz).
SIMPLEX (MR)
SIMPLEX (MR)
EF
XF
SIMPLEX (MR)
-
-
-
-
XF ONLY
We look forward to working with you!
Go to www.watercontrolinc.com, where
you’ll nd detailed product specication
info and application design questionnaires.
VISIT US ONLINE
Call 1-866-405-1268 or email
[email protected]om.
SPEAK DIRECTLY WITH ONE OF
WCC’S DESIGN ENGINEERS
To nd your authorized WCC representative,
please visit: www.watercontrolinc.com/
representative-locator/.
CONTACT YOUR LOCAL
SALES REPRESENTATIVE
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-EFXF © Water Control Corporation 0822

Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
An Employee-Owned Company
SPECIFICATIONS
All dimensions are approximate and subject to change without notice. Please consult our technical department for additional system information.
Single
Tank (MR) Models
WATER SOFTENER DIMENSIONS
Model
Series
Number
(A) (B) (C) (D) (E) (F)
Resin Tank
Diameter
(+/-0.5 in)
Resin Tank
Height
(+/-1 in)
Inlet/
Outlet
Height
(in)
Overall
Height
(in)
Brine Tank
Diameter
(in)
Overall
Length
(in)
EF-30-MR 10.0 44.6 46.0 53.0 18.0 32.0
EF-48-MR 10.0 47.7 54.0 56.0 18.0 32.0
EF-60-MR 12.0 53.4 55.0 61.0 18.0 34.0
EF-90-MR 14.0 66.1 68.0 74.0 24.0 42.0
EF-120-MR 16.0 66.2 68.0 74.0 24.0 44.0
EF-150-MR 16.0 66.2 68.0 74.0 24.0 44.0
EF-150X-MR 18.0 67.0 69.0 75.0 24.0 46.0
EF-180-MR 21.0 67.0 69.0 75.0 24.0 49.0
XF-30-MR 10.0 44.6 46.0 53.0 18.0 32.0
XF-48-MR 10.0 47.7 54.0 56.0 18.0 32.0
XF-60-MR 12.0 53.4 55.0 61.0 18.0 34.0
XF-90-MR 14.0 66.1 68.0 74.0 24.0 44.0
XF-120-MR 16.0 66.2 68.0 74.0 24.0 44.0
XF-150-MR 16.0 66.2 68.0 74.0 24.0 44.0
XF-150X-MR 18.0 67.0 69.0 75.0 24.0 46.0
XF-180-MR 21.0 67.0 69.0 75.0 24.0 49.0
SF-30-MR 10.0 47.7 50.0 54.0 18.0 32.0
SF-48-MR 12.0 53.4 55.0 60.0 18.0 34.0
SF-60-MR 12.0 53.4 55.0 60.0 18.0 34.0
SF-90-MR 14.0 66.1 68.0 73.0 24.0 42.0
SF-120-MR 16.0 66.2 68.0 73.0 24.0 44.0
SF-150-MR 16.0 66.2 68.0 73.0 24.0 44.0
MF-48-MR 12.0 53.4 55.0 60.0 18.0 34.0
MF-60-MR 12.0 53.4 55.0 60.0 18.0 34.0
MF-90-MR 14.0 66.1 68.0 73.0 24.0 44.0
MF-120-MR 16.0 66.2 68.0 73.0 24.0 44.0
MF-150-MR 16.0 66.2 68.0 73.0 24.0 44.0
MF-180-MR 21.0 67.0 69.0 74.0 24.0 49.0
MF-210-MR 21.0 67.0 69.0 74.0 24.0 49.0
MF-240-MR 24.0 74.2 76.0 81.0 24.0 52.0
MF-300-MR 24.0 74.2 76.0 81.0 24.0 52.0
Model
Series
Number
(con’t)
(A) (B) (C) (D) (E) (F)
Resin Tank
Diameter
(+/-0.5 in)
Resin Tank
Height
(+/-1 in)
Inlet/
Outlet
Height
(in)
Overall
Height
(in)
Brine Tank
Diameter
(in)
Overall
Length
(in)
LF-90-MR 14.0 66.1 68.0 78.0 24.0 42.0
LF-120-MR 16.0 66.2 68.0 78.0 24.0 44.0
LF-150-MR 16.0 66.2 68.0 78.0 24.0 44.0
LF-150X-MR 18.0 67.0 69.0 79.0 24.0 46.0
LF-180-MR 21.0 67.0 69.0 79.0 24.0 49.0
LF-210-MR 21.0 67.0 69.0 79.0 24.0 49.0
LF-240-MR 24.0 74.2 76.0 86.0 24.0 52.0
LF-300-MR 24.0 74.2 76.0 86.0 24.0 52.0
LF-360-MR 30.0 78.9 81.0 91.0 30.0 64.0
LF-450-MR 30.0 78.9 81.0 91.0 30.0 64.0
LF-600-MR 36.0 80.4 83.0 92.0 39.0 79.0
HF-300-MR 24.0 77.0 82.0 92.0 24.0 52.0
HF-450-MR 30.0 79.7 85.0 95.0 30.0 64.0
HF-480-MR 30.0 79.7 85.0 95.0 30.0 64.0
HF-600-MR 36.0 82.3 87.0 97.0 39.0 79.0
HF-810-MR 42.0 72.5 78.0 88.0 39.0 85.0
HF-900-MR 42.0 72.5 78.0 88.0 50.0 96.0
HF-990-MR 48.0 72.5 87.0 97.0 50.0 102.0
HF-1200-MR 48.0 72.5 87.0 97.0 50.0 102.0
HF-1800-MR 63.0 86.0 104.0 114.0 50.0 117.0
We look forward to working with you!
Go to www.watercontrolinc.com, where
you’ll nd detailed product specication
info and application design questionnaires.
VISIT US ONLINE
Call 1-866-405-1268 or email
[email protected]om.
SPEAK DIRECTLY WITH ONE OF
WCC’S DESIGN ENGINEERS
To nd your authorized WCC representative,
please visit: www.watercontrolinc.com/
representative-locator/.
CONTACT YOUR LOCAL
SALES REPRESENTATIVE
WC-SNG © Water Control Corporation 0822

An Employee-Owned Company
INSTALLATION PROCEDURES
1. IDENTIFY INSTALLATION LOCATION FOR WATER SOFTENER. Piping should be such that all hard water, except for outside hydrants, ows through
softener. This system and installation must comply with state and local laws and regulations.
2. CONNECT WATER PIPING. See install diagrams for plumbing layout. Important: Make all sweat-solder connections within 6 inches of softener before
applying threaded ttings. Overheating may cause damage to valve. Note: WCC recommends installing isolation valves on the inlet and outlet of each
control valve, as well as a full system bypass.
3. CONNECT DRAIN LINE. Be sure not to submerse drain line end into drain, as a 1-1/2” minimum air gap must be maintained to prevent potential
backow hazard. Firmly secure at drain, while maintaining a minimum 1-1/2” air gap. Note: Floor drain must be capable of handling full backwash
ow rate (see page 6 for backwash rates).
4. CONNECT BRINE LINE. Connect brine line (supplied in parts bag) to tting on brine tank, and on the control valve. Tighten both ttings with an
adjustable wrench. Note: If you have purchased a setup/startup service, startup agent will connect brine line on site.
5. INSTALL BRINE TANK OVERFLOW LINE. Install overow tting into hole inside of brine tank. An owner-supplied overow line should then be attached
and run to a nearby drain. Failure to run overow line could cause ooding and water damage should the brine tank overow. See the table below
for brine tank overow recommended line size. Note: Line sizes over 0.5 inches are to be hard plumbed to the drain.
6. CONNECT TO ELECTRICAL POWER SOURCE. Connect power cord to a separate 120v, 15-amp, ground fault interrupt (GFI) outlet. Note: Each control
valve should have a dedicated 120V outlet
NOTE: This system is not intended to be used for treating water that is microbiologically unsafe or of unknown quality without disinfection before or
after the system.
A vacuum break is required any time a vacuum situation may occur. This is common on wells, systems with booster pumps after the unit,
or when the system is installed in areas of varying altitudes. No warranty is considered if the system has been subjected to a vacuum. A
vacuum break should be installed between the softener and the potential cause of a vacuum.
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-OM-INSTALL-AllnotHF © Water Control Corporation 1122
BLFC
(gpm) SOFTENER CAPACITY (kgrains) BRINE TANK OVERFLOW (in)
1up to 150 0.5
2150X - 300 0.75
5360 - 600 1
10 800 and up 1.5

Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
Phone: [phone] •Fax: [phone]
www.watercontrolinc.com ©Water Control Corporation 1121
An Employee-Owned Company
SIMPLEX INSTALLATION DIAGRAM
Date
Drawn by
Simplex
Commercial Softener
Installation Diagram
07/21/2021
TMD

Setting Time of Day
Push NEXT unl me of day screen is displayed. Press and hold unl SET TIME is dis-
played and the hour ashes once. Press or unl the correct hour is displayed.
Then press NEXT. The minutes will ash. Press or unl the correct minute is dis-
played. Press NEXT to return to the User Display.
Typical Installer Programming
1: Press the “NEXT” and simultaneously for ≈3 seconds.
2: Use up and down arrow buttons to set HARDNESS to the actual compensated hardness then press “NEXT”
3: Use up and down arrow buttons to set REGEN DAY to 21 (or desired alternate) then press “NEXT”
4: Use up and down arrow buttons to set TIME REGEN to 2:00 AM (or desired alternate) then press “NEXT”
The main screen will now display the time of day. By pressing the NEXT button the screen can display the following
items.
Volume Remaining Until the Next Regeneration : Current Flow Rate : Totalizer : Time of Day
CK10EE, WS1EE & WS125EE Meter Soener Programming
Bypass Valve Operation

EE Manual Page 5
Range
Cycle Softening Filtering Regen Filtering
Backwash
Backwash
Regenerant Draw/Slow Rinse (UP or DN)
Fast Rinse
Regenerant Refill
Regenerant Refill 2.0 or 1.5 set to MIN (softening only)
Service
1-120 minutes
1-180 minutes
1-120 minutes
0.1-200.0 lbs.
0.1-99.0 minutes
1-480 minutes
1-120 minutes
1-180 minutes
1-120 minutes
1-99.0 GAL
0.1-99.0 minutes
NA
1-120 min.
NA
1-120 min.
NA
NA
NA
Regeneration and Error Screens
The user can initiate manual regeneration. The user has the option to request the manual regeneration at the delayed regeneration
time or to have the regeneration occur immediately:
1. Pressing and releasing the REGEN button. “ REGEN TODAY” will flash on the display and the regeneration will occur at the
delayed regeneration time. The user can cancel the request by pressing and releasing the REGEN button.
2. Pressing and holding the REGEN button for approximately 3 seconds will immediately start the regeneration. The user cannot
cancel this request, except by resetting the control by pressing NEXT and REGEN simultaneously for 3 seconds.
Regeneration Cycles and Times
Button Operation and Function
Changes variable being displayed.
Pressing once and releasing will schedule a regeneration at the preset delayed regeneration time.
Pressing again and releasing will cancel the regeneration.
Pressing and holding for 3 seconds will initiate an immediate regeneration
Pressing while in regeneration will advance to the next cycle.
Pressing in the program levels will go backwards to the previous screen
Key sequence to lock and unlock program settings.
Scrolls to the next display.
Holding for 3 seconds initiates a control reset. The software version is displayed and the piston returns
to the home/service position, resynchronizing the valve.
Used with valve type 1.0 , holding for at least 3 seconds causes a switch in the tank in Service without cycling
the regeneration valve. After tank switch, days remaining and capacity remaining status is retained for each
tank until the next regeneration.
Regen Screen
Displays the time remaining in the current cycle. Pressing REGEN advances to the next cycle.
Error Screen
Alternated flashing Err and error code every 3 seconds. Clear by disconnecting
the power supply at the PC board and reconnecting, or press NEXT and
REGEN simultaneously for 3 seconds.
In Alternator Systems when a unit is waiting to initiate the first cycle step of regeneration,
“REGEN Pndg” is displayed.
“REGEN Pndg RINSE FILL” is displayed whenever a zero-capacity tank has transferred to
an off-line state and is currently waiting to initiate the second portion of a regeneration cycle.
Viewed only when Delayed Rinse and Fill is set to ON.
“STbY” is displayed in Alternator Systems when a valve is in Standby state.
If 1.5 or 2.0 is selected in Step 2CS, cycles can be set to “oFF”.

Page 6 EE Manual
User 3
Flow Rate.
Displays present flow rate.
Not viewed (along with SOFTENING or FILTERING Icon) if ALT A or ALT b is set
in CONFIGURATION 4 and the valve is currently in Standby. When 1.0 is set in
CONFIGURATION 1, the display will indicate the tank currently in Service (“A” or “b”) in
the leftmost digit.
User 1
Typical user display. Shows volume remaining to regeneration. This screen will not be
viewed if the control is set for time-clock operation.
User 2
Displays number of days to next regeneration.
User 4
Displays total volume in gallons since last reset. If a meter is not used this display will be
shown but 0 will be displayed.
PRESS ▼FOR 3 SECONDS TO RESET TO 0.
User 5
Shows current time.
Setting Time of Day
Push NEXT until time of day screen is displayed. Press and hold ▼until SET TIME is
displayed and the hour flashes once. Press ▲or ▼until the correct hour is displayed.
Then press NEXT. The minutes will flash. Press ▲or ▼until the correct minute is displayed.
Press NEXT to return to the User Displays. Time of day should only need to be set after
power outages lasting more than 8 hours, if the battery has been depleted and a power outage
occurs, or when daylight saving time begins or ends. If a power outage lasting more than 8
hours occurs, the time of day will flash on and off which indicates the time of day should be
reset. If a power outage lasts less than 8 hours and the time of day flashes on and off, the time
of day should be reset and the battery replaced.
User Displays
General Operation When the system is operating, one of five displays may be shown. Pressing NEXT will
alternate between the displays shown below.

An Employee-Owned Company
Commercial Water Softener
Startup Procedures
(TECHNICIAN TO INITIAL EACH ITEM SUCCESSFULLY TESTED.)
Installation Verication
1. ☐Conrm the system O&M manual is onsite.
2. ☐Conrm 120 VAC power supplied.
3. ☐Verify water lines are all properly plumbed, and water is available.
4. ☐Verify drain lines properly plumbed.
5. ☐Verify meter(s) plumbed in correct direction.
6. ☐Verify brine reclamation properly plumbed (if applicable).
7. ☐Verify salt is available onsite
8. ☐Bypass installed? Yes ☐No ☐Master Bypass ☐Each Valve ☐
9. ☐Water test kit provided to end user (only if specied).
10. ☐Fully photographed system and system plumbing.
Pre-Startup
1. ☐Install brine line tubing.
2. ☐Install meter cables.
Date _______________________________________________________________________________________________________________________
Project Name/Location _______________________________________________________________________________________________________
Technician __________________________________________________________________________________________________________________
Model/Serial Number _________________________________________________________________________________________________________
Number/Size of Resin Tanks ___________________________________________________________________________________________________
Size of Brine Tank ____________________________________________________________________________________________________________
Brine Reclaim System ________________________________________________________________________________________________________
☐Meter ☐Timeclock ☐Progressive Flow ☐Alternating
WCC STARTUP PROCEDURES | PAGE 1/3

3. ☐Wire brine reclamation valves (if applicable).
4. ☐Install communication cables between valves
5. ☐Plug in all valves to GFCI approved wall receptacle.
6. ☐Open system bypass and isolate o softener inlets/outlets.
Startup
1. ☐Set time of day on Valve #1.
2. ☐Initiate Manual Regeneration, advance to regeneration cycle 3 (Rapid Rinse) and slowly open softener inlet valve (roughly halfway)
to ll mineral tank with water
3. ☐Once water is running to the drain, advance from regeneration cycle 3 (Rapid Rinse) back to the home screen. Reinitiate a manual
regeneration and remain in cycle 1 (Backwash). With inlet valve halfway open, allow water ow and air expulsion. Verify all air
is purged.
4. ☐Once all air is purged, fully open softener inlet valve to allow full backwash ow to drain. Continue until discharge water is free
and clear of resin/debris.
5. ☐Advance to regeneration cycle 4 (Brine Tank Rell). Allow approximately 6 inches of water to ll in brine tank.
6. ☐Advance back through Service cycle (home screen) and cycle 1 (Backwash), to cycle 2 (Brine and Rinse). Verify water is properly
drawn from brine tank.
7. ☐Close softener inlet bypass valve again. Repeat steps 2 – 5 for any additional valves, addressing each valve individually.
8. ☐When purging and testing the nal valve, allow cycle 2 (Brine & Rinse) to run until brine tank is dry.
9. ☐Once step 7 is complete, advance nal valve to cycle 4 (Brine Tank Rell) and allow cycle to run completely, so that brine tank
has correct service water level upon completion.
10. ☐Open system inlets/outlets and close system bypass.
Operation Verication
1. ☐Run softened water xtures in facility and verify proper meter operation for each valve, individually (use regen button to advance
to dierent valves).
2. ☐If possible, run larger loads in facility to verify Progressive Flow (tank staging) is functioning correctly, per the ow rates indicated
in the system specications (Note, if necessary, valves may be temporarily re-programmed to actuate Progressive Service at
lower ow rates, for conrmation of operation. This requires entering the system Master Programming Functionality. It also
requires returning all set points to their previous levels when completed! Contact WCC for more details).
3. ☐If Brine Reclamation system is installed, initiate regeneration steps 2–4 (Brine Draw, Rapid Rinse, and Brine Rell) on Valve #1.
Observe steps 2–4 to ensure that Brine Reclamation solenoid valves are functioning properly.
WCC STARTUP PROCEDURES | PG 2/3

Brine Tank Fill and Final Observations
1. ☐Add salt to brine tank. How many lbs.?__________________________________________________________________________
2. ☐Other thoughts/concerns about this system
_________________________________________________________________________________________________________________
_________________________________________________________________________________________________________________
3. ☐Warranty Activated? Yes ☐No ☐If no, list any items that must be addressed prior to warranty activation:
_________________________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Trainees Present
Name Organization Email
_________________________________________ _________________________________________ ___________________________________
_________________________________________ _________________________________________ ___________________________________
_________________________________________ _________________________________________ ___________________________________
_________________________________________ _________________________________________ ___________________________________
Signature(s) of Start-Up Agents
Signature: _______________________________________________________________________________________________________________
Signature: _______________________________________________________________________________________________________________
Signature: _______________________________________________________________________________________________________________
Signature of Installing Contractor
I CERTIFY THAT STARTUP AND TRAINING HAVE BEEN COMPLETED PER AGREEMENT.
Name: __________________________________________________________________________________________________________________
Company: ________________________________________________________________________________________________________________
Signature:________________________________________________________________________________________________________________
Date: __________________________________________________________________________________________________________________
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
Phone: [phone] •Fax: [phone]
www.watercontrolinc.com
WCC STARTUP PROCEDURES | PG 3/3

An Employee-Owned Company
Commercial Water Softener
Maintenance Procedures
(TECHNICIAN TO INITIAL EACH ITEM SUCCESSFULLY TESTED.)
Date ___________________________________________________________________________________________________________________
Project Name/Location ___________________________________________________________________________________________________
Technician ______________________________________________________________________________________________________________
Model/Serial Number _____________________________________________________________________________________________________
Pre-Maintenance Audit Checklist
1. ☐Test Water Quality Levels (Hardness on Cold/Hot)
2. ☐Check for Blinking Time? Yes ☐No ☐
3. ☐Check Volume of Meter (Per System)
4. ☐Verify Appropriate Inlet Pressure (If Applicable)
5. ☐Verify System Outlet Pressure (If Applicable)
6. ☐Inspect Brine Tank and Overow
7. ☐Check Brine Tank for Bridging/Salt Quality/Water Level
8. ☐Verify Correct Solenoid Valve Operation (If Applicable)
9. ☐Verify Correct Programming for Specic Softener
10. ☐Test/Verify Brine Reclamation Operation
11. ☐Check Inlet/Outlet Bypass
Scheduled Maintenance Procedures
1. ☐Cycle Test Water Softener (Manual Regeneration)
☐Check for Leaks
☐Check Meters Counts Down Properly
☐Check If Brine Line Draws Water
☐Check Brine Line Rell WCC MAINTENANCE PROCEDURES | PAGE 1/2

2. ☐Replace Any Parts That Have Failed
3. ☐Inspect/Clean Injectors and Brine Line
4. ☐Photograph System for Job Folder
5. ☐Record Pentair Serial Number
6. ☐Perform Any Work Covered by Warranty (If Applicable, see notes)
7. ☐Include 12 postage-paid water sample bottles per year, plus testing by WCC lab (if needed) (Results will include testing for
hardness, iron, TDS, pH)
8. ☐Re-Examine Water Quality Levels (Hardness)
Notes:
_________________________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Billing Information
Name: __________________________________________________________________________________________________________________
Phone: __________________________________________________________________________________________________________________
Street: __________________________________________________________________________________________________________________
City/State/Zip: ____________________________________________________________________________________________________________
Purchase Order #: _________________________________________________________________________________________________________
Acceptance of Work:
Tech. Signature: ___________________________________________________________________________________________________________
Client Printed: ____________________________________________________________________________________________________________
Client Signature: __________________________________________________________________________________________________________
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
Phone: [phone] •Fax: [phone]
www.watercontrolinc.com
WCC MAINTENANCE PROCEDURES | PAGE 2/2

An Employee-Owned Company
SERVICE
You must keep salt in the tank. The salt tank operates best when the salt level is below half full. If the tank is lled more than halfway, salt bridging may
occur. The salt pellets wedge against each other and do not fall into the water at the bottom. Bridging will eventually provide no salt to make brine. The
softener will re-charge but not recondition the media. A salt bridge can be broken up using a broom handle or similar rod. Carefully pound it into the salt
and the pellets will collapse. After loosening the salt pellets, wait 2 hours and start a regeneration. A second recharge may be needed to fully recondition
the media. You should also use sodium chloride pellet salt for water softeners. Other types of salt (rock or snow melting) will contain dirt or chemicals that
will aect your softener.
Checking for a Salt Bridge:
A hard crust or “salt bridge” can form in the lower half of the salt storage tank. This can be deceiving because the tank will appear to have plenty of salt, but
underneath, salt is hardened and when the system regenerates, water cannot quite reach this level to be made into brine (water and salt).
Breaking a Salt Bridge:
Take a wooden broom handle and carefully push it down into the salt, working it up and down. If the tool strikes a hard object, (be sure it’s not the bottom
or sides of the tank), it’s probably a salt bridge. Carefully break the bridge with the broom handle. Do not pound on the walls of the tank.
Note: Salt bridges are typically caused by high humidity or using the wrong kind of salt. And humid areas, it is best to ll the with less salt, more often.
Use only nugget, pellet or coarse solar salt with a purity of 99.5% or higher. DO NOT use rock, block, granulated, and ice cream-making salts, or salt
with iron removing additives.
Cleaning the Brine Injector Assembly:
It is recommended to clean the injector and injector screen annually to ensure proper system operation.
From time to time, a softeners brine water injection assembly can become clogged with dirt and debris. This resulted in for water softener regeneration,
which, in-turn, can lead to poor softening performance. Plugging of a brine injector can also cause brine tanks to ll up with water, and eventually overow.
Cleaning and unplugging a dirty brine injector is an easy process. For a detailed instructional video please visit https:\\watercontrolinc.com/residential-
technical-videos/.
©Water Control Corporation 1021
Water Control Corporation
7150 143rd Ave NW •Ramsey, MN 55303
1-866-405-1268 •www.watercontrolinc.com
WC-OM-SERV © Water Control Corporation

Breaking a Salt Bridge