Monarch Water Solo User manual

Parts and Service Guide
Europe
Effective November 2019
Monarch non-electric Water
Softeners
'Never Knowingly Bettered'
T [phone] F [phone]
[e-mail] www.monarchwater.co.uk

2
Table of Contents
Datasheet............................................................................................................................................................................ 3
System Components....................................................................................................................................................... 3
Inlet Water Quality......................................................................................................................................................... 3
Operating Specifications ................................................................................................................................................ 3
Connections.................................................................................................................................................................... 3
Model Codes .................................................................................................................................................................. 3
Regeneration Specifications........................................................................................................................................... 4
Operating Profile ............................................................................................................................................................ 4
Regeneration Control Valve ........................................................................................................................................... 4
Media Tanks ................................................................................................................................................................... 4
Softening Media ............................................................................................................................................................. 4
Brine System................................................................................................................................................................... 5
Regeneration disc selection................................................................................................................................................ 5
Premio, DuoPlus, DuoPlusLFT ........................................................................................................................................ 5
Solo, Ultra, Duo, DuoLFT, HW65DNE.............................................................................................................................. 5
General Valve Installation................................................................................................................................................... 6
Planning the installation................................................................................................................................................. 6
Option – Monarch Rapid-Fit Bypass ................................................................................................................................... 7
Troubleshooting Guide ....................................................................................................................................................... 8
Water not soft ................................................................................................................................................................ 8
Frequent Regeneration .................................................................................................................................................. 8
Unit stuck in Cycle .......................................................................................................................................................... 9
Run to Drain ................................................................................................................................................................... 9
Salty Water ................................................................................................................................................................... 10
High Salt Use ................................................................................................................................................................ 10
Pressure Loss................................................................................................................................................................ 10
Leaks............................................................................................................................................................................. 11
Equipment Noise .......................................................................................................................................................... 11
Iron/Manganese Bleed-through................................................................................................................................... 12
Taste, Colour, and Odour ............................................................................................................................................. 12
Exploded Parts Diagrams .................................................................................................................................................. 13
Level 1 Assembly .......................................................................................................................................................... 13
Level 2 & 3 Assembly.................................................................................................................................................... 16
Level 4 Assembly .......................................................................................................................................................... 17
Level 5 Assembly .......................................................................................................................................................... 18
Main & Remote Base Assembly ................................................................................................................................... 19
Cabinet & Accessories .................................................................................................................................................. 20
Non-Electric Cabinet Schematic........................................................................................................................................ 21

3
Datasheet
System Components
Media Vessel (Qty.) Size ................................................................................... (2) 152 mm x 533 mm
Media Vessel Construction............................................................................... Engineered Plastic
Media Type ....................................................................................................... Cation Resin
Media Volume – Premio, DuoPlus, DuoPlusLFT ............................................... 2 x 9.0 litres
Media Volume – Solo, Ultra, Duo, DuoLFT, HW65DNE .................................... 2 x 4.6 litres
Bed Depth......................................................................................................... Packed
Free Board ........................................................................................................ None
Riser Tube ......................................................................................................... 25 mm ABS
Under bedding.................................................................................................. None
Regeneration Control ....................................................................................... Water driven meter control
Regeneration Type ........................................................................................... Counter-current
Meter Type ....................................................................................................... 1.1 - 94 Lpm Polypropylene
Turbine
Inlet Water Quality
Pressure Range ................................................................................................. 1 – 8.3 Bar Dynamic Pressure
Temperature Range.......................................................................................... 2 – 50° C
pH Range .......................................................................................................... 5 – 10
Free Chlorine Cl2 (Max.) ................................................................................... 2.0 ppm
Hardness as CaCO3 (Max.) ............................................................................... 855 ppm
Operating Specifications
Flow Range ....................................................................................................... 0.2 – 70 lpm
Flow Config – Premio, Plus range ..................................................................... Duplex Parallel
Flow Config – Solo, Ultra, Duo range, HW65DNE............................................. Duplex Standby
Dimensions (W x D x H) Premio, Plus range ..................................................... 300 x 625 x 730 mm
Dimensions (W x D x H) Solo, Duo, HW65DNE ................................................. 250 x 490 x 500 mm
Dimensions (W x D x H) Ultra ........................................................................... 268 x 490 x 500 mm
Weight (Operating / Shipping) – Premier etc................................................... 49.4 Kg / 31.75 Kg
Weight (Operating / Shipping) – Solo etc......................................................... 32.8 Kg / 20.75 Kg
Connections
Inlet / Outlet Connections ................................................................................ ¾” or 1” MBSP - specify
Drain Connection.............................................................................................. 12mm barb
Brine Line Connection ...................................................................................... 0.25” tube
Overflow Connection........................................................................................ 12mm barb
Power requirement .......................................................................................... No electric supply is required
Model Codes
Solo ................................................................................................................... PSC026
Ultra.................................................................................................................. PSC027
Premio .............................................................................................................. PSP028
Duo ................................................................................................................... DP024
DuoPlus............................................................................................................. DP025
DuoLFT.............................................................................................................. DP026
DuoPlusLFT ....................................................................................................... DP027
HW65DNE......................................................................................................... DP028

4
Regeneration Specifications
Regeneration Volume – Premio, DuoPlus, DuoPlusLFT.................................... 22 litres
Regeneration Time – Premio, DuoPlus, DuoPlusLFT ........................................ 11 minutes
Regeneration Volume – Solo, Ultra, Duo, DuoLFT, HW65DNE......................... 17 litres
Regeneration Time – Solo, Ultra, Duo, DuoLFT, HW65DNE ............................. 11 minutes
Operating Profile
Softener shall remove hardness to less than 8 ppm when operated in accordance with the operating
instructions. The system shall include two tanks. This duplex configuration shall operate as below:
Solo / Ultra / Duo / DuoLFT – alternating with one tank on-line and one tank on standby during service
Premio / DuoPlus / DuoPlusLFT – parallel service for optimum flow
During regeneration cycles, one tank shall provide water to service and to the regenerating tank. Water
driven meter shall initiate system regeneration. The water meter shall measure the processed volume and
be adjustable. Service flow shall be up-flow and regeneration flow shall be down-flow.
LFT models incorporate a bellow system prior to the turbine that opens and closes as determined by the
speed of water flow to direct water onto the turbine blade to ensure trickle flow is accommodated.
Regeneration Control Valve
The regeneration control valve shall be top mounted (top of media tank), and manufactured from non-
corrosive materials. Control valve shall not weigh more than 1.81 Kg. Control valve shall provide service and
regeneration control for two media tanks.
Inlet and outlet ports shall accept a quick connect, double O-ring sealed adapter. Interconnection between
tanks shall be made through the regeneration valve with a quick connect adapter.
Control valve shall operate using a minimum inlet pressure of 1.03 bar. Pressure shall be used to drive all
valve functions. No electric supply is required. Control valve shall incorporate four operational cycles
including; service, brine draw, slow rinse, and a combined fast rinse and brine refill.
Service cycle shall operate in an up-flow direction. The brine cycle shall flow down-flow, opposite the
service flow, providing a counter-current regeneration. Control valve shall contain a fixed orifice eductor
nozzle and self-adjusting backwash flow control. The control valve will prevent the by-pass of hard water to
service during the regeneration cycle.
Media Tanks
The tanks shall be designed for a maximum working pressure of 8.6 bar and hydrostatically tested at 20.6
bar. Tanks shall be made of engineered plastic with a 63.5 mm threaded top opening. Each tank shall be
NSF approved. Upper distribution system shall be of a slot design. Lower distribution system shall be of a
flat plate design. Distributors will provide even flow of regeneration water and the collection of processed
water.
Softening Media
Each softener shall include cation resin having a minimum exchange capacity of 13,080 g/L when
regenerated with 0.24 Kg/L. The media shall be solid, of a proper particle size and shall contain no plates,
shells, agglomerates or other shapes, which might interfere with the normal function of the water softener.

5
Brine System
A combination salt storage and brine production tank shall be manufactured of corrosion resistant, plastic.
The brine tank shall have a chamber to house the brine valve assembly. The brine float assembly shall allow
for adjustable salt settings and shall provide for a shutoff to the brine refill.
The brine tank shall include a safety overflow connection to be plumbed to a suitable drain. All models
operate a live brine system allowing for continuous soft water availability.
Regeneration disc selection
Premio, DuoPlus, DuoPlusLFT
Salt Storage
Salt use per
Regen
Meter disc number / hardness in ppm
8 x 4kg blocks
0.57kg
1
2
3
4
5
6
7
8
0 - 102
103 -
222
223 -
332
333 -
445
446 -
547
548 -
650
651 –
752
753 –
855
Litres per regeneration:
2,207
1,103
736
552
441
368
315
276
Solo, Ultra, Duo, DuoLFT, HW65DNE
Salt Storage
Salt use per
Regen
Meter disc number / hardness in ppm
2 x 4kg blocks
0.45kg
1
2
3
4
5
6
0 - 115
116 - 227
228 - 336
337 - 441
442 - 544
545 - 600
Litres per regeneration:
1,479
740
493
370
296
247

6
General Valve Installation
Water Pressure
20 – 70 psi (1.5 – 5bar)
Existing Plumbing
Free of any deposits or build-ups inside pipes
Softener Location
Locate close to drain and connect according to local
plumbing regulations
Bypass Valve
Always provide for a bypass valve if unit is not
equipped with one
CAUTION
•Do not exceed 120psi (8.3 bar)
•Do not exceed 49°C (120°F)
•Do not subject the unit to freezing conditions
Planning the installation
Locate the softener tank and brine
tank close to a drain where the
system will be installed. The surface
should be clean and level.
Perform all plumbing according to
local plumbing codes.
Use a ½” minimum pipe or tubing
size for the drain line.
Flexible drain line should be limited
to 2 metres.
Any solder joints near the valve must
be done before connecting any
piping to the valve. Always leave at
least 6” (152 mm) between the valve
and joints when soldering pipes that
are connected to the valve. Failure to
do this could cause damage to the
valve.

7
Option – Monarch Rapid-Fit Bypass
The Monarch Rapid-Fit Bypass is available ¾” and 1” mbsp.
The Rapid-Fit also has 3/8” connections for both hard and soft water tee points.
It features a 1” high flow check valve built into the body to comply with local water authority guidelines,
giving a service flow rate of 80 lpm.
Order reference:
BYPASS34 (3/4” mbsp)
BYPASS44 (1” mbsp)

8
Troubleshooting Guide
Water not soft
1. Water meter disc
not turning.
A. Bad meter drive pawl
B. Meter drive spring not seated properly
C. No back pawl missing or broken
D. Damaged tooth on meter disc
E. Damaged gear in gear stack
A. Replace meter drive pawl
B. Reinstall meter drive spring
C. Install new no back pawl
D. Replace meter disc
E. Re-gear Level 1
2. Unit will not
regenerate
automatically.
A. Meter disc not turning
B. Control disc will not advance out of
service position
C. Damaged teeth on control disc
D. Control valve will not open
E. Drain line/backwash flow control
restricted
A. See # 1 above
B. Replace regeneration start pawl
C. Replace control disc
D. Check for debris – clean if present
E. Remove restriction/change
backwash flow control of necessary
3. No vacuum in
brine position.
A. Checkballs or stems missing or not
seated correctly
B. Checkballs or stems missing or
will not move freely
C.. Plugged venturi
D. Plugged backwash flow control/drain
line
E. Plugged brine screen/fitting
F. Damaged outlet main valve seat seal
A. Replace or reseat check balls or
stems
B. Replace or clean check balls or stems
C. Clean flow control, venturi throat
and Nozzle, note do not use paper clip
D. Clean/replace flow control/free
obstruction from drain line
E. Clean brine screen/fitting
F. Replace main valve seat seal
4. Over/under dosing
of salt.
A. Brine drum/valve not level
B. Bridged salt in drum
C. Brine valve is not set correctly
D. Brine valve is faulty
E. Brine valve is dirty
F. Venturi nozzle is plugged
G. Plugged brine screen/fitting
H. Brine flow control is plugged
A. Level the brine drum/valve
B. Break up the solidified salt
C. Set the brine valve correctly
D. Replace the brine valve
E. Clean the brine valve
F. Clean venturi throat and nozzle
G. Clean brine screen/fitting
H. Clean/replace brine flow control
5. The by-pass is
open or leaking.
A. Accidentally left in “Open” position
B. Damaged seal/spool in by-pass valve or
bad ball valve in a three way by-pass
configuration
A. Close the by-pass valve
B. Repair/replace bad valve(s). To
check for internal leak in by-pass valve,
open a soft water tap and run water,
with the unit in the service position
disconnect the brine line from the
brine elbow If this water is soft and the
water at the tap is hard replace/repair
the by-pass valve.
Frequent Regeneration
1. High water usage.
A. Customer uses more water than
expected
B. Leak in plumbing or fixture (greater
than minimum flow rate required for
metering)
A. Inform customer of expected
frequency based on actual usage
B. Repair the leak

9
2. Unit regenerates
more frequently
than necessary.
A. Incorrect meter disc installed
B. Meter disc not moving and
regeneration start pawl in gap
C. Control valve stuck in “Open” position
(causes continuous regeneration) due to
debris under seal or stray pressure signal
D. Incorrect meter gearing
A. Install correct meter disc
B. Refer to “Hard Water
Troubleshooting” section step 1
C. Remove debris (if present) or replace
level 1 (stray pressure signal due to
poor seal under ceramic disc)
D. Rework the meter gearing
3. Lack of
understanding
regarding non-
electric units.
Customer is used to electrical units with
timers
Explain to customer that non-electric
units regenerate based on volume as
opposed to time
Unit stuck in Cycle
1. Unit stuck in
regeneration/
backwash cycle.
A. Control flow path is plugged at the
regeneration nozzle or regeneration flow
control
B. Regeneration drive pawl and/or spring
is weak or broken
C. Damaged tooth on control disc
D. Eccentric pin is worn/damaged
E. On backwashing filters, low pressure
may cause plugged bed
F. Regeneration gears not moving
A. Clean the regeneration flow path
B. Replace regeneration drive pawl
C. Replace control disc
D. Replace eccentric pin (snap fit)
E. Increase pressure and/or backwash
frequency. May need to re-bed.
F. Free obstruction or impediment to
gearing
2. Stuck in service
cycle.
A. Regeneration start pawl broken or
missing
B. Unit will not regenerate automatically
A. Replace or install regeneration start
pawl
B. Refer to “Hard Water
Troubleshooting” section step 2
Run to Drain
1. Balance Piston O-
ring not seated
properly.
A. O-ring off-centre
B. O-ring pinched or damaged
A. Depress actuator several times to try
to seat the O-ring
B. Replace O-ring
2. Bad control disc.
Map side of control disc scored
Replace control disc
3. Drain or control
valves not seated
properly.
A. Debris trapped under the seals
B. Low water pressure (this may prevent
proper seating of seals)
A. Remove debris
B. Increase water pressure
4. Low Water
Pressure (see also
“Sticking in Cycle”).
Pressure at the brine fitting lower than 15
PSI will affect the hydraulic movements
within the softener or filter valves and
may not allow drain or control valves to
close.
Increase feed water pressure. Check
pressure before and after softener. If
there is a severe pressure loss above 15
psi across the system they may have
some blockage in the resin tanks. If
filter and softener, or two filters are
installed in series, use lockout kit.
5. The main valve
piston quad rings
or level four
internal quads are
not sealing.
A. Main valve quad rings may be rolled,
twisted, or damaged
B. Water may be leaking from the main
valve seat side of the level 4 to a non-
A. Replace main valve piston quad rings
B. Replace small retainer quad rings in
level 4 or replace level 4 (the piston
shafts seal against these quad rings,

10
pressurized area on the piston side of the
level 4
C. Seals may be damaged by chlorine or
chloramines
and they cannot be seen without
removing the pistons)
C. Replace with blue seals for use with
chloramines
6. Plugged signal hole
or broken non-
serviceable glue
seal under ceramic
disc.
Age and wear, or contamination from
poorly filtered feed water
Clean signal holes with paper clip or
compressed air; replace Level 1, if
necessary
Salty Water
1. Overdosing of salt.
A. Brine valve set incorrectly
B. Brine valve not seating properly
C. Rubber band not removed
D. Leak in brine valve
A. Set the brine valve correctly
B. Replace brine valve
C. Remove rubber band from float cup
D. Repair leak/replace brine valve
2. Restricted drain
flow.
A. Drain line kinked or clogged
B. Backwash flow control restricted
C. Long drain tubing run
D. Drain tubing rises higher than 8 feet.
A. Clear obstructions; ensure drain
flows smoothly and clearly
B. Clean/replace backwash flow control
C. Shorten length of tubing or increase
size of drain tubing
D. Reduce rise to less than 8 feet
3. Low water
pressure.
A. Plugged pre-filter
B. Pressure setting too low
C. Fouled/damaged resin bed
A. Change pre-filter
B. Increase feed pressure
C. Replace resin
4. Upper distributors
partially blinded
(down-flow units).
Foreign material or fines lodged into the
slots
Clean or replace upper distributors
High Salt Use
1. Unit regenerates
too frequently.
See ”Frequent Regeneration” section
See ”Frequent Regeneration” section
2. Overdosing of salt.
See “Salty Water” section
See “Salty Water” section
3. Salt all used up
after owner
returns from
holiday.
Owner has gravity fed system and turned
stop cock off and not isolated softener
before going on holiday.
Advise customer of correct method of
isolating softener when going away on
holiday.
4. Seasonal increase
in salt usage.
Customer watering garden / washing car
with outside tap connected to softener.
Advise customer to get mains water tap
installed, or on how to bypass softener
when watering / car washing.
Remind customer to take softener OFF
of bypass when finished.
Pressure Loss
1. Low pressure
entering the unit.
A. Pre-filter clogged
B. Feed pressure setting too low
A. Replace pre-filter cartridge
B. Increase feed water pressure
2. Upper and/or
lower distributors
plugged.
A. Foreign material accumulating on
distributors
A. Clean distributors. Add pre-filter if
not present

11
B. Degraded resin accumulating on
distributors
C. Bacteria accumulating on distributors
B. Clean distributors. Determine cause
of resin degradation. Correct and re-bed
C. Clean distributors. Address bacteria
at the source
3. Resin is chlorine/
chloramine
damaged.
Chlorinated municipal water
Re-bed resin tanks. Install de-
chlorinator/CRS to prevent future
damage
4. Equipment is
undersized.
Customer demand has increased or initial
equipment sized incorrectly
Revise equipment selection
Leaks
1. Leaks between the
levels.
A. Main valve screws are not tightened
B. One of the level seals is pinched,
broken, or missing
C. Crack in seal area near screw hole
D. One of the screw holes is stripped
E. Actuator O-ring missing/leaking,
causing water to drip down and appear to
be leaking between the levels
A. Depressurize unit and tighten the
main valve screws
B. Replace faulty or missing seal
C. Replace faulty level
D. Replace main base (Level 6)
E. Replace actuator O-ring
2. Leaks at cap area.
A. One of the screws are stripped
B. Actuator O-ring damaged/missing
C. Cracked cap
A. Replace Level 1
B. Replace and lubricate O-ring
C. Replace cap
3. Feed water
pressure too high
A. Pressure regulator not installed
B. Pressure regulator is broken
A. Install pressure regulator
B. Replace pressure regulator
4. Leaks at main
base/ remote
base/nipple.
A. Base/nipple is not tightened properly
B. Base/nipple O-ring pinched/missing
A. Tighten base
B. Replace/install O-ring
5. Tank is leaking.
Tank failure
Replace tank
6. Leaks at tubing
connections.
Tubing connections over/under tightened
Tighten tubing connections correctly
(make a fresh cut 1” off of the tubing)
Equipment Noise
1. Unit makes
squealing noise
during
regeneration.
Control disc not flat or sealing properly
against the ceramic disc.
Replace control disc, balance piston
spring and balance piston O-ring.
2. Unit makes
gurgling, hissing or
bubbling sound (A
small amount of
noise during start
up and refill is
normal).
A. Trapped air in piping following
installation.
B. Air being drawn into piping.
C. Brine line and/or valve not air
checking.
A. Release all trapped air from piping
B. Identify source and fix air leak
C. Identify and replace faulty parts
3. Groaning while
water being used.
High feed pressure.
Reduce feed pressure.

12
Iron/Manganese Bleed-through
4. Water meter disc
and/or salt dosage
not set up
properly.
A. Initially set-up incorrectly
B. Raw water composition has changed
A. Test inlet hardness, iron, and
manganese, and set meter disc and salt
dosage accordingly
B. Test inlet hardness, iron, and
manganese, and set meter disc and salt
dosage accordingly
5. Insoluble
iron/manganese
passing through
softener.
A. Insoluble iron/manganese not
removed by softener resin
B. Insoluble iron/manganese is smaller
than the micron rating of the pre-filter
A. Install pre-filter
B. Install smaller micron pre-filter
element
6. Iron / manganese
build-up in resin.
High iron/manganese-bearing water
Use salt that contains resin cleaning
additives
7. Customer’s
plumbing may be
adding ferric iron
into the water.
Aging galvanized pipe and/or pressure
tank
Replace piping/tank or install a pre-
filter. Check in localized areas for
sections of galvanized pipe and/or
dissimilar metals
Taste, Colour, and Odour
1. Metallic taste in
water.
See “Iron Bleed-through” section
See “Iron Bleed-through” section
2. Chlorine /
Chloramine taste
and/or odour in
water.
Chlorinated/chloraminated municipal
water supply
Install a dechlorinator/CRS
3. Salty taste in
water.
See “Salty Water” section
See “Salty Water” section
4. Yellow tint in
water.
A. Tannins present in raw water
B. Iron may be present in water
A. Install a tannin softener if tannins are
present
B. See “Iron/Manganese Bleed through”
section
5. Rotten egg taste/
odour in water.
A. Hydrogen Sulphide present in water
B. (Hot water only) Anode rod in water
heater may cause reaction causing odour
A. Install Sulphur Guard system after
softener
B. Alternate rod material can be used
(see water heater manufacturer)

13
Exploded Parts Diagrams
Level 1 Assembly
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14
Dwg. No.
Dwg. No.Dwg. No.
Dwg. No.
Description DescriptionDescription
Description Quantity
QuantityQuantity
Quantity
Required
RequiredRequired
Required Part No.
Part No.Part No.
Part No.
1 Cap Screw 8 1010
2 Cap 1 9044A
3 O-ring, Actuator 1 1460
4 Actuator 1 9284
5 Seal, Cap 1 8628
6 O-ring, Balance Piston 1 1070
7 Balance Piston 1 9260
8 Spring, Balance Piston 1 5448
9 Control Disc 1 4689
10 Screw, Main Valve 8 1830
11 Support Pin 1 1023
12 Pawl, Regeneration Drive 1 5511
13 Pawl, No Back 1 7097
14 Pawl, Meter Drive 1 7014
15 Filter, Level 1 (279 M) 1 10781
16 Spring, Meter Drive 1 7010
17 Pawl, Regeneration Start 1 1783
18 Eccentric Pin 2 1520
19 Regeneration O-ring 2 2657
20 Level 1 Seal 1 8629
Level 1 Assembly HE 4894
21 Level 1 Assembly HF 1 5017
Noryl ô” BSP Males
In/Outs 2
10081
Brass ô” In/Outs 2 1355
Screen Washer ô” 4 U0035
In/Out O Ring 4 1328
Retaining Bracket 1 7840
Pin 1 1357
Cotter Pin 1 1358
Level 1 Parts List

15
Notes
1. Use the side (Meter or
Regeneration) to locate the
correct stack.
2. Use the table to correlate
drawing number to part number.
HE
HEHE
HE
Meter Side
Meter SideMeter Side
Meter Side
Regeneration Side Regeneration SideRegeneration Side
Regeneration Side
HF
HFHF
HF
Meter Side
Meter SideMeter Side
Meter Side
Regeneration Side Regeneration SideRegeneration Side
Regeneration Side
Description
DescriptionDescription
Description Part No.
Part No.Part No.
Part No. Description
DescriptionDescription
Description Part No.
Part No.Part No.
Part No.
Gear #1 1522 Gear #P4 1809
Gear #2 1523 Gear #5 1526
Gear #3 1524 Gear P5 7888
Gear #4 1525 Gear #6 1527
Gear #7 1528 Jet Turbine 8781B
Turbine #PP9 9258 Stem Gear 1521
E - rings 1022 Washers 1773
HE Nozzle 1841 HF Nozzle 1230
HE Resin Resin007 HF Resin 10266
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Level 1 Gearing

16
Level 2 & 3 Assembly
Notes
1.Locate the correct part from the
exploded drawing on the right, and
use it to find the correct row in the
table below.
2.Parts marked with * are for replacement.
Dwg.
Dwg.Dwg.
Dwg.
No
NoNo
No.
...
Description
DescriptionDescription
Description Quantity
QuantityQuantity
Quantity
Required
RequiredRequired
Required Part No.
Part No.Part No.
Part No.
1 Level 2 1 7225
2 Vent Tube 1 1480
3 Brine Flow Control 0.3GPM 1 10546
4 Level 2 Seal 1 8630
5 Level 3 1 8915
6 Drain Elbow 1 10076
7 Brine Elbow w/Screen 1 10084
8 Regeneration Flow Control 1 9183B
9 Venturi Throat 1 2293
10 Level 3 Seal 1 8631
11 Filter Disc 1 11017
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17
Level 4 Assembly
Notes
1. Locate the correct part from the exploded
drawing on the right, and use it to find the
correct row in the table below.
2. Parts marked with * are for replacement.
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
Dwg. No.
Dwg. No.Dwg. No.
Dwg. No.
Description DescriptionDescription
Description Quantity
QuantityQuantity
Quantity
Required
RequiredRequired
Required Part No.
Part No.Part No.
Part No.
1 Level 4 w/Retainers 1 5268
2 Main Valve Piston 4 2464
3 Quad Ring 125, Piston 4 1550
4 Control Valve w/Quad 1 7867
5 Quad Ring, Drain/Control Valve 5 1590
6 Control Valve Seal 1 7869
7 Flow Control, Backwash 1 1420
8 Main Valve Seat 4 2465
9 Main Valve Seat Seal 4 7865
10 L-4 Seal 1 8632
11 Level 4 Assembly 1 5473
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18
Level 5 Assembly
Notes
1.Locate the correct part from the exploded
drawing on the right, and use it to find the
correct row in the table below.
2.Parts marked with * are for replacement.
Complete Assembly
Dwg No Description Quantity Required Part No.
1 Level 5 Std - Check Stems 1 7866A
2 Interlock 1 9261
3 Drain Valve w/Quad 2 7871
4 Drain/Control Valve Seal 2 7869
5 Quad, Drain/Control Valve 2 1590
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19
Main & Remote Base Assembly
Notes
1.Locate the correct part from the exploded
drawing on the right, and use it to find the
correct row in the table below.
2.Parts marked with * are for replacement.
Dwg No Description Quantity Required Part No
1 Seal, Main Base, Reverse Flow 1 8633
2 Main Base, Reverse Flow 1 1665 A
3Check Stem 2 8627
4O-Ring, Base 1 8925
5 Distributor, Upper, Snap Fit 2 9251
6 Media Tank With Distributor Tube 2 10265
7Connector Pin 2
8Connector Link 2
9ConnectorPipe 2
10 O-Ring Connector 4
Comes with Kit
(Item 12)
11 Tank Connector Kit 1 7138
12 Remote Base 19252A
--- HE Resin 4.5L Per Tank RESIN007
--- HF Resin 4.5L Per Tank 10266
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20
Cabinet & Accessories
Description
DescriptionDescription
Description Quantity
QuantityQuantity
Quantity
Required
RequiredRequired
Required Part No.
Part No.Part No.
Part No.
Elbow, ó” FNPT x óT 1 10084
Brine Valve Assembly 1 10697
Elbow, ǪFNPT x ǪT 1 10076
Nut, Overflow 1 1139
Washer, Overflow 1 10092
Elbow, Overflow 1 1138
Salt Divider 1 10694
Tank Support 1 10695