poolstar POOLEX CHLOE User manual

GARANTIE
ANS
Salt chlorinator
CHLOE
OWNER’S MANUAL
Economic and ecological Long life 3 years warranty Cleaning cell by
Revers polarity

2
1 . Safety Instructions ..................................................................................................3
2. Pump Overview .........................................................................................................4
3.Waterchemistry...........................................................................................................5
3.1 Ideal chemical level...........................................................................................5
4. Installation ...............................................................................................................6
4.1InstallingthecontrolModule................................................................................7
4.2Addingsalt.......................................................................................................10
4.3 Salt levels ......................................................................................................10
5. Installation checklist ..............................................................................................12
5.1 How it works ...................................................................................................12
5.2 Initial Start up..................................................................................................12
5.3 Operation.......................................................................................................13
5.4 Automatic coverage detector (optional) ........................................................14
5.5 Control Module..............................................................................................14
6. Led Indicator light ..................................................................................................16
6.1 General maintenance....................................................................................17
6.2MaintainingtheElectrolyticCell........................................................................17
6.3Toclean the Cell of mineral buildup .................................................................18
6.4 Winterizing .....................................................................................................18
7. Voltage coneversion .............................................................................................19
8. Helpfull hints ..........................................................................................................20
9. Troubleshooting ..................................................................................................21
10. Warranty..................................................................................................................23
TABLE OF CONTENTS
Electrical specications: 230V - 50Hz - 2.4A - Double insulation.
Fuse characteristics:
• Supply board: 2AL 250V - Dimensions: 5x20
Environment conditions:
• Indoor use only
• Altitude up to 2000m
• Temperature from 5 to 40°C
• Maximum relative humidity 80% for T < 31°C, with linear decrease down to 50% of
relative humidity at 40°C
• Variations of mains supply network voltage must not exceed +/-10% of nominal
voltage.
• Occurrence of transitory overvoltage on mains supply is normal.

3
1. SAFETY INSTRUCTIONS
When using electrical equipment, basic safety precautions should always be exercised,
including the following:
WARNING - To reduce the risk of injury, do not permit children to operate this device.”
WARNING - heavy pool (or spa) usage, and higher temperatures may require higher
chlorine output to maintain proper free available chlorine residuals.”
• Heavy bather loads may trigger the need for additional chlorine (Optional: [Chlorinator])
to be added to maintain an appropriate chlorine residual in the water.
DO NOT add pool or spa chemicals directly to the skimmer. This may damage the
cell.
• Maintaining high salt and chlorine/bromine levels above recommended range can
contribute to corrosion of pool or spa equipment.
• Check the expiry date of the test kit as test results may be inaccurate if used after that
date.
• Follow all aspects of the local and Canadian Electrical Code(s) when installing this
device.
• The life expectancy of the electrode is 7000 hours under normal use conditions.
• When replacing the electrode, only use replacement electrodes having a label that
clearly states that it is a replacement electrode for the chlorine generating device salt
chlorinator CHLOE.
• NOTE: For outdoor pools, chlorine residuals can be protected from destruction by
sunlight by addition of stabilizer (cyanuric acid)
For devices that can be used on spas:
• For proper sanitation, spas should be completely drained periodically. The number of
days between COMPLETE SPA DRAINAGE is equal to the volume of spa water in litres,
divided by 10 times the maximum number of daily spa users. Rell spa with water and
repeat DIRECTIONS FOR USE of the device.
Health and Hyperthermia warnings for spa devices:
• People with a medical condition should consult a physician before entering pool or spa
water.
• Maximum spa water usage temperature is 40°C. Bathing in spa water at 40°C should
not exceed 15 minutes.
Important notice
TABLE OF CONTENTS

4
2. SYSTEM OVERVIEW
The chlorinator’s cell must be installed on the return circuit downstream from the lter and any
heating systems (particularly electric heater)
A « by-pass » installation is recommended so that it is easier to work on the chlorinator and for
wintering purposes.
The electrolysis cell can be positioned anywhere but it is preferable to use a conguration that
facilitates the evacuation of air bubbles. The accessories’ stand must be installed upstream
from the cell.
There are three main components to your Chlorinator system: the Control Module, the
Electrolytic Cell, and the Flow Switch.
Control Module: This component supplies power to the cell and allows you customize the
system's operation, in order to meet your pool's unique needs.
Electrolytic Cell: This component creates chlorine as the water inside passes through and
returns to the pool. The Electrolytic Cell ("Cell") contains a set of titanium plates that use a
low level of electrical power to generate chlorine from salt in the water. The Cell comes with
Unions to connect to the plumbing; each Union has a Threaded Collar that secures the Cell to
the Unions, and enables the Cell to be easily removed for cleaning and inspection purposes.
Flow Switch: This component ensures that there is adequate water ow for the Cell to
activate.
List of equipements
supplied
• 1 complete electrolysis cell
• 1 electric control unit
• 1 cell power supply cable
• 2 short 63/50 reducers
• 1 paddle-operated ow
switch
• 1 wall mounting kit
• 1 installation and user’s
manual

5
3. WATER CHEMISTRY
As with any pool, it is important that you maintain proper water chemistry of the pool
water, including pH, alkaline content, and calcium levels. The only special requirement
for Salt Chlorinator CHLOE is to maintain proper levels of salt and stabilizer. It is
important to maintain these levels in order to prevent corrosion or scaling and to ensure
maximum enjoyment of the pool. Test your water periodically. It is recommended that
pool water be professionally tested a minimum of twice per season. Your local pool
store can provide you with the chemicals and procedures to adjust the water chemistry.
Be sure to tell the pool store that you are using a salt chlorine generator.
3.1 Ideal chemical level
Swimming Pools Spas
Free chlorine 1.0 to 3.0 ppm 3.0 to 5.0 ppm
Salinity 3000 to 4000 ppm 3000 to 4000 ppm
pH 7.2 to 7.8 7.2 to 7.8
Cyanuric Acid
(Stabilizer)
50 to 75 ppm 50 to 75 ppm
Total Alkanity 100 to 200 ppm 100 to 200 ppm
Calcium Hardness 200 to 400 ppm 150 to 450 ppm
Saturation Index -0.2 to 0.2 -0.2 to 0.2

6
4. INSTALLATION
From the supplied components, select the plumbing ttings that match the existing pool
plumbing
For proper plumbing, refer to the overview diagram on page 4. NOTE: The following
are basic plumbing instructions for the typical installation (Conguration #1), which
entail positioning the Flow Switch and Cell adjacent to each other on 2" plumbing. Your
installation may vary depending on space available and your specic arrangement of
equipment. IMPORTANT: Ensure that the pool pump and all AC power is turned o󰀨
before installation.
TIP: Conrm installation layout rst!
The Flow Switch and Cell are to be tted into the return line as the last pieces of
equipment the water passes through before returning to the pool: always after the
pump, lter, heater (if applicable), etc. If a heater is present, all equipment must be a
minimum distance away, per heater manufacturer recommendations.
Lay out your equipment to ensure there is enough pipe space available.
• When positioning the Flow Switch, ensure at least 6 to 12” (30cm) of straight pipe
before the Flow Switch. If installed after the Electrolytic Cell, the Cell provides this
space. The raised arrow on the black plastic cap must be pointed with the direction of
water ow as it returns to the pool. If installed horizontally, ensure that the wire-side
faces upwards. The Flow Switch is approximately 4» in length; the typical gap required
is 1 ¼’’ (400mm).
• When positioning the Cell, you can consider the side of the cell with the cord the
«inlet» side. If installed horizontally, ensure that the wire- side faces upwards. From
end to end, the Cell with both Unions is approximately 15 ¾’’ (38mm) in length; the
typical gap required is 13 ¼’’ (33mm).
Refer to the overview diagram on page 3 for alternate congurations. For combined
pool and spa systems with a spillover, congurations #2 or #3 allow chlorination for
both the pool and spa during spillover but preventing possible over-chlorination when
operating the spa only. Vertical Installation Kits are also available to minimize plumbing
space required and increase ease of installation.
TIP: Double-check that all Cell and Flow Switch cables can reach the Control Panel.
NOTE: For installations with 1 ½’’ (38mm) plumbing, use 2’’ to 1 ½’’ reducer bushings
with ow switch, and use alternate 1 ½’’ Cell Unions; be sure to note any new or
additional measurements before cutting pipe
ø50mm

7
4. INSTALLATION
After determining the section of plumbing to install the Flow Switch and Cell, measure
out and mark the selected area.
1.To install the Flow Switch, cut out a section of pipe at the desired installation location.
Use PVC Primer to clean and prepare the pipe ends and interior of Flow Switch. Using
plumbing Solvent Cement, glue the Flow Switch to the pipe ends. Ensure excess glue
does not become a󰀩xed to movable parts within Flow Switch. IMPORTANT: To insure
proper operation, verify that the arrow on the ow switch (located on the black plastic)
points in the direction of water ow; the water ow must depress the hinged activator
inside of the Flow Switch. This portion is threaded and may be turned during service;
additional thread seal tape may be added if necessary.
2.To install the Cell Unions, cut out a section of pipe at the desired installation location.
Clean parts and plumbing with PVC Primer to prepare the pipe ends and interior
of Unions. Place the Threaded Collars over the pipe ends. Using plumbing Solvent
Cement, glue one Union to the pipe end.
3.Hold the Cell and second Union up to the rst, to gauge the correct distance before
gluing the second Union to the remaining pipe end. Allow su󰀩cient time for glue to dry.
Ensure that the O-rings are tted to the Unions. Place the Electrolytic Cell between the
Unions and tighten the Collars onto the Cell. For a watertight seal, do not over-tighten
the Collars, and only tighten them by hand.
When using a Variable-Speed or Multi-Speed pump on a low speed setting, the cell
should be inverted in order to ensure adequate ow & e󰀩cient chlorine production.
4.1 Installing the control Module
Mount the Control Module as close to the pump and ltration system as possible. For
safety concerns, do not install the Control Module within 10 feet of the pool edges, and
follow all applicable codes. Verify that the Cell and Flow Switch cables can reach the
Control Module from the section of pipe selected for plumbing.
Overview: Using screws, secure the Control Module's mounting bracket at a
comfortable level on a wall or vertical support, at least 3 feet above ground level.
Minimize direct exposure to rain, sunlight, water runo󰀨, and lawn sprinkler systems.
As with most electronics, avoid placing the controls in tightly enclosed spaces to avoid
a build-up of excess heat. For operation, the Control Module may be wired in to the
pump's power source so that both turn on and o󰀨 together, or energized continuously
for use with variable speed pumps (Flow switch will control Cell power but lights will
remain on).
TIP: Do not operate unit until all salt is dissolved in pool water

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Wiring:
Power must be shut o󰀨 at the circuit breaker before performing any wiring. Be sure to
follow local and NEC/CEC electrical codes. The system has been designed to easily
wire into typical in- ground pool systems. To provide safe operation, the unit must be
properly grounded and bonded.
Bonding:
A lug used for bonding is attached to the bottom of the Control Module. The Control
Module must be bonded with an 8 AWG copper wire to the pool bonding system.
Electrolytic Cell and Flow Switch Connections:
The Cell and Flow Switch cables have easy plug-in connectors, which attach easily to
the Control Module. Refer to the diagram below for the location of these connections.
Install at a height of 1.60m and out of reach of children.
4. INSTALLATION
Power
Cord
Cell cable limit switch
contact
ow switch
connector

9
4. INSTALLATION
Wiring to Power Source:
The Control Module comes with an un-terminated Power Cord (AC Input) which is
typically connected to an external timer, which will turn the pump and Control Module
on and o󰀨 together. Have the Control Module wired to the load side of the timer by a
qualied person. See the following diagram for typical wiring. See voltage warning on
page 19.
The is shipped from the factory with a 240 VAC conguration. If 120VAC is needed,
move the internal jumpers as shown on page 19. If unsure, seek professional advice.
When used with variable-speed or other electronically controlled pumps, you may wish
to wire the Control Module directly to your power source. This will allow the pump to
determine when the Cell is energized or dormant by activation of the Flow Switch.
Always double-check the voltage of your power source. Connection to improper voltage
can: a) cause severe damage/harm, or b) cause lights and screen to power on without
system function.

10
It is recommended to install the control unit at a height of at least 1m60 above the
ground and out of the reach of children.
Be careful not to obstruct the back plate. Leave a 20cm space on sides and a 50cm
space above and below the unit to ensure a proper and necessary ventilation.
In hot season, the aluminium base can reach temperatures of 60°C. Remove any
material that may be damaged by the heat released by the base.
4. INSTALLATION
4.2 Adding Salt
IMPORTANT: Before adding salt, ALWAYS perform an independent water test to
measure pre-existing salt levels.
Use only evaporated, granulated, non-iodized salt (Sodium Chloride). The purer the
salt (at least 99%), the better the life and performance of the Electrolytic Cell.
DO NOT add chemicals or salt directly to the skimmer. This may damage the cell. If the
Electrolytic Cell has already been installed, it should not be turned on before adding
salt. For pools, it is best to empty the required salt into the shallow end of the pool and
run the lter and pump simultaneously in order to circulate the water and dissolve the
salt (the chlorinator is to remain o󰀨 during this time period). Do not throw the salt bag
into the water as chemicals and inks on the bag can interfere with water balance. Salt
may take 24 - 48 hours to dissolve in summer, and longer in winter. Finer granules of
salt will dissolve faster than compressed pellets.
Water Softener salt (also known as Water Conditioning pellets) is an economical way
to buy large quantities of salt. However, only salt that is at least 99% pure NaCl can
be used. Pellets are compressed forms of evaporated salt that may take longer to
dissolve. Avoid using salt with anti- caking agents (Sodium Ferrocyanide, also known
as YPS or Yellow Prussiate of Soda) that could cause discoloration of ttings and
surface nishes in pool. Do not use Calcium Chloride as a source of salt. Do not use
Rock Salt; insoluble impurities mixed with the rock salt can shorten the life of the unit.
4.3 Salt Levels
The system can work within a broad salinity range, from a minimum of 3000 ppm (parts
per million), up to 4000 ppm. However, the ideal level for operation is about 3500 ppm.
To achieve this level of salinity, add approximately 30 lbs of salt for every 1000 gallons
of water (or 3.6 Kilograms of salt for every 1000 Liters). If you are unsure of the number
of gallons in your pool, double-check with the following equations.
TIP: When adding large quantities of salt, start with an independent test of the existing
salinity level and add in portions, retesting at each stage.

11
4. INSTALLATION
Calculating
Rectangular : Length x Width x Average Depth x 7.5
Round : Diameter x Diameter x Average Depth x 5.9
Oval : Length x Width x Average Depth x 6.7
Before adding salt, check your water for any existing salt content and add according
to the chart below. If too little salt is added, the result will be reduced e󰀩ciency and
a low level of chlorine production. In addition, operation at low salt levels will reduce
the longevity of the cell. The salt in your pool is constantly recycled, and the loss of
salt throughout the swimming season should be small. This loss is due primarily to the
addition of extra water to replace water lost from splashing, backwashing, and draining.
Salt is not lost due to evaporation.
How much salt to Add (lbs)
4117 100 83 67 50 33 17 0
6 175 150 125 100 75 50 25 0
8 234 200 167 133 100 67 33 0
10 292 250 209 167 125 83 42 0
12 350 300 250 200 150 100 50 0
14 409 350 292 234 175 117 58 0
16 467 400 334 267 200 133 67 0
18 525 450 375 300 225 150 75 0
20 584 500 417 334 250 167 83 0
22 642 550 459 367 275 183 92 0
24 701 600 500 400 300 200 100 0
26 759 651 542 434 325 217 108 0
28 817 701 584 467 350 234 117 0
30 876 751 626 500 375 250 125 0
32 934 801 667 534 400 267 133 0
34 992 851 709 567 425 284 142 0
36 1051 901 751 600 450 300 150 0
38 1109 951 762 634 475 317 158 0
40 1168 1001 834 667 500 334 167 0
42 1226 1051 876 701 525 350 175 0
44 1284 1101 917 734 550 367 183 0
46 1343 1151 959 767 575 384 192 0
48 1401 1201 1001 801 600 400 200 0
50 1460 1251 1043 834 626 417 209 0
How much salt to Add (Kg)
15 53 45 38 30 23 15 8 0
23 79 68 57 45 34 23 11 0
30 106 91 76 60 45 30 15 0
38 132 113 95 76 57 38 19 0
45 159 136 113 91 68 45 23 0
53 185 159 132 106 79 53 26 0
61 212 181 151 121 91 60 30 0
68 238 204 170 136 102 68 34 0
76 265 227 189 151 113 76 38 0
83 291 249 208 166 125 83 42 0
91 318 272 227 181 136 91 45 0
98 344 295 246 197 147 98 49 0
106 371 318 265 212 159 106 53 0
114 397 341 284 227 170 113 57 0
121 424 363 302 242 181 121 60 0
129 450 386 322 257 193 129 64 0
136 477 409 341 272 204 136 68 0
144 503 431 346 288 215 144 72 0
151 530 454 378 302 227 151 76 0
159 556 477 397 318 238 159 79 0
167 582 499 416 333 249 166 83 0
174 609 522 435 348 261 174 87 0
182 635 545 454 363 272 181 91 0
189 662 567 473 378 284 189 95 0
Volume of water (thousands of gallons) Volume of water (L)
Salt Level before addition (PPM)
0 500 1000 1500 2000 2500 3000 3500

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5. INSTALLATION CHECKLIST
Cell Unions installed and glued into pipe work.
• Threaded Collars on either side of the Cell are hand tight.
• Flow Switch is installed and oriented properly.
• Control Module is a󰀩xed to wall and wired correctly.
• Cell Cable and Flow Switch are connected to Control Module.
• You have checked and conrmed that Control Module switches ON and OFF
concurrently
with lter pump, or is energized continuously for use with variable speed pump.
• You have checked all connections and joints for leaks.
• Su󰀩cient salt has been added and fully dissolved and circulated throughout pool
water.
• Pool has properly balanced water chemistry.
5.1 How it works
The chlorine generator, by electrolysis, creates chlorine to sanitize your pool from
the salt molecules (NaCL) in your water. A small electric charge is applied across a
set of titanium plates inside the Electrolytic Cell. This produces Sodium Hypochlorite
(NaOCl). In water, Sodium Hypochlorite dissociates into sodium (NA+) and hypochlorite
(OCl-) ions.
It is the hypochlorite ions that form with the hydrogen (H+) ions (from the water) to form
hypochlorous acid (HOCl), which is the active agent that destroys bacteria and algae,
and oxidizes organic matter. This form of chlorine works quickly in the pipe, leaving
only a mild residual in the pool. In addition, the Electrolytic Cell continuously “shocks”
the incoming water- burning o󰀨 any oils, organic matter, or other particles that need to
be oxidized.
Best of all, the process continuously recycles the salt: after cleaning the pool, the
original molecules reform and the whole process begins again. The salt doesn't get
used up!
Once installation is complete, ensure that the added salt has been fully dissolved in the
pool, and that the pool is clean and chemically balanced.
Apply power to the pool pump switch (or timer controls). This should activate the
system, and within moments the green LED lights for "Power" and "Generating" should
be illuminated. During this time, you may also see the "No-Flow" light ash for up to 60
seconds as your pump begins its operation.
5.2 Initial Start Up

13
5. INSTALLATION CHECKLIST
To nd the optimum Chlorine Output setting, start at a setting of 70% and adjust as
needed over the initial start up period. Measure your available chlorine in the pool after
two to three days, and adjust the Chlorine Output level accordingly. If the available
chlorine is too high, lower the Output level; if the available chlorine is too low, raise the
Output level. It will take a few adjustments to nd the ideal setting for your pool. Once
determined, it should only take minor adjustments throughout the season.
By familiarizing yourself with the operation of the Chlorinator, you can achieve the
maximum performance for your pool. There are typically three factors that you can
control which directly contribute to the amount of chlorine the will generate:
1) The chosen percentage of Chlorine Output, 2) Hours of pump run- time each day, 3)
Water chemistry balance, including the amount of salt in the pool, and chemicals that
minimize chlorine demand, such as stabilizer level in the water. See «Ideal Chemistry
Levels» for more important information.
After making the initial adjustments to your chosen Chlorine Output level, additional
adjustments are typically only necessary due to changing seasonal temperatures, or
changes in pool use and bather load. Ensure that your pump runs long enough each
day to move at least two times the amount of water in your pool through the lter daily.
This is typically more than a su󰀩cient amount of time for chlorination of the pool, but
if the pool has high chlorine demand, running the pool pump longer allows for more
chlorination.
Measure your water chemistry and chlorine level on a regular basis.
- Open contact or connector not connected, the electrolyser considers that the pool is
uncovered or not equipped with a cover.
- Closed contact, the electrolyser considers that the basin is covered.
If the pool is equipped with an automatic cover, connect the wire to the terminals of the
connection box (not supplied) to the contact of the automatic cover box. Depending on
the model of gearboxes, please consult the manufacturer of your equipment.
5.3 Operation
5.4 Coverage detector (Optional)

14
5.5 Control Module
Control buttons:
1. Power: Use this button to manually power the system on or o󰀨.
2. Salinity: Displays the average measurement of the most recent salinity levels in the
pool water. The average is constantly being updated by real-time salinity readings.
TIP: When rst installed, this reading may display the last salinity readings taken at the
factory. This average will begin to update with your pool's operation over the rst 24
hours.
3. Super CL: Temporarily boosts Chlorine Output to Maximum Power (100%) for 24
hours, or until power is removed from the system.
4. Winter Mode: Reduces the chosen Chlorine Output setting by half, for periods of low
chlorine demand during cool weather.
5. Chlorine Output: Use the plus/minus buttons to raise/lower the system's power
setting (the rate of chlorine production), in order to customize operation for your pool's
needs.
6. Select: While in the Menu, the left/right arrows change options for Pool Temperature,
Instant Salinity, and Cell Version.
5. INSTALLATION CHECKLIST
1
2 3 4
6
7
5

15
7. Menu: Press sequentially to cycle through the following information:
• Pool Temperature (xx degrees Fahrenheit or Celsius)
• Cell Voltage (in many cases 21.0 to 27.0 volts when chlorine is being generated,
otherwise 16-31V)
• Cell Current (in many cases 2.50 to 7.80 amps when chlorine is being generated,
otherwise 0 amps during normal rest cycles.)
• Real-Time Salinity reading ( xxxx ppm or x.x grams/Liter.)
• System ID
• Software revision level
• Cell Version.
5. INSTALLATION CHECKLIST

16
6. LED INDICATOR LIGHT
SAFETY TIP: Using the Power Button to turn the system OFF does not remove power
from the control box. Always disconnect power at the circuit breaker prior to attempting
any service procedure.
Indicator light Working status
Power Located on the Power Button, this LED indicates that the Control
Module is receiving input power when illuminated
Generate This LED is illuminated during normal operation, and indicates
that the system is able to generate chlorine. When ashing, the
pool water is either too hot or too cold for chlorine generation
Super CL Located on the Super CL Button, this LED is illuminated when the
Super CL mode is active. (100% - 24h)
Remote: This part is controlled by a remote control system.
No Flow This LED is illuminated when the Flow Switch has detected no
ow. This causes the Cell to stop generating chlorine. A ashing
LED indicates that the ow is restored, but there will be a 60
second delay before generation is reestablished.
Lo Salt: When this LED is ashing, the salt level is near to its minimum
threshold, which is causing the Cell to operate at low e󰀩ciency.
When this LED is illuminated steadily, the salt level is too low
and Cell has shut down. The salt level must be raised before
operation is restored. See «Adding Salt» for more information.
Hi Salt When this LED is ashing, the salt level is higher than necessary.
When this LED is illuminated steadily, the salt level is too high
and the Cell has shut down. The pool water must be diluted with
fresh water before operation is restored.
Check Cell When this LED is illuminated, Cell e󰀩ciency is greatly reduced,
or it is time for regularly scheduled Cell inspection. When
illuminated, the Cell has stopped producing chlorine. The
Electrolytic Cell should be inspected and cleaned (if necessary).
Remove power from the system, and inspect the Cell. If mineral
build-up is present, clean Cell according to the instructions
on page 19. If after inspection, the Check Cell light is still on
after restoring power to the system, then cleaning is necessary
even if mineral build-up wasn’t immediately visible to the eye. If
illuminated after cleaning, Cell replacement may be necessary.
This light takes priority over any salinity indicators.

17
6. LED INDICATOR LIGHT
6.1 General maintenance
To maintain maximum performance, it is recommended that you remove and visually
inspect the cell at least every 3-4 months. The will remind you to do this at the
appropriate time by ashing the “Check Cell” LED.
After you inspect the cell (and clean, if necessary) press and hold the System
Status button (next to the display) for 5 seconds to reset the ashing “Check
Cell” LED.
The Electrolytic Cell has a self-cleaning feature incorporated into the electronic
control’s logic. In most cases, this self-cleaning action will keep the cell working at
optimal e󰀩ciency and help to inhibit mineral build-up. In areas with very hard water
(high calcium and/or mineral content), and in pools with poor water chemistry, the cell
may require more frequent cleaning (see below). If the “Check Cell” LED remains on
after a thorough cleaning, it may require additional cleaning, or the cell may be at the
end of its life cycle and may require replacement.
See "Maintaining the Electrolytic Cell" for cleaning instructions.
As a natural result of the electrolytic process which creates chlorine from salt
molecules, a white mineral build-up is attracted to the titanium plates in the Cell. The
self-cleaning feature helps to inhibit such build-up and scaling. However, the attraction
of minerals is inevitable, and eventually it must to be removed. The Control Module
will illuminate the « Cell» light when such cleaning is necessary. With correct water
chemistry, the Cell will typically only need cleaning once or twice a season.
When removing the Cell for cleaning or replacement:
1. Turn o󰀨 all power, close return line valves if applicable.
2. Unplug the cell cable connecting the Cell to the Control Module.
3. Unscrew threaded collars around the PVC piping that connect the Cell to the return
line plumbing.
4. Pull entire Cell away from the Unions. DO NOT pull or hold the Cell by its cable.
Checking the cell for scaling The chlorinator is a reverse polarity system that limits the
scaling of the cell. However, in most cases, the cell must be manually descaled in mid-
season.
Always use some spirit vinegar to do so.
Recommendations:
· Switch o󰀨 the chlorinator.
· Close the by-pass of your chlorinator.
· Unscrew the cell’s couplings and detach it from the hydraulic circuit.
· Close an extremity and keep the cell in vertical position.
· Poor some vinegar directly into the cell. Once the plates are fully immersed, wait for
10 to 20 minutes shaking the
cell regularly according to the quantity of scale to be removed.
· Make sure that there is no more scaling. Do it again if necessary.
· Rinse and reinstall the cell.
The use of an unsuitable product or too highly concentrated substances (pure acid)
may cause visible and irreversible damages to the cell that are not covered by the
guarantee and may be potentially hazardous.
6.2 Maintaining the Electrolytic Cell

18
1. Attach Cleaning Cap (sold separately) and orient the Cell vertically. Place on the
ground and stabilize so as to remain upright and prevent spilling.
2. In a separate bucket, mix one part muriatic acid into four parts water. Pour this
weak acid solution directly into Cell. Ensure that the cleaning solution COMPLETELY
lls the inside of the Cell.
3. Allow solution to soak for NO MORE THAN TEN MINUTES.
4. Properly dispose of acid solution and use a hose to generously rinse the Cell.
5. Reinstall Cell into PVC return line.
NOTE: If mineral build-up is severe, more than one cleaning may be necessary to
dissolve remaining solids. Cleaning the Cell is only necessary to remove an excessive
build-up of minerals on the plates. A light coating of minerals does not impede
performance. Excessive cleaning will reduce lifespan of the cell. If submerging entire
Cell assembly, do not allow Cell cable to be covered by liquid.
IMPORTANT: When cleaning the Cell always wear adequate protection, such as
rubber gloves and eye protection. Always add acid to water, do not add water to acid.
Always work in a well-ventilated area. Splashing or spilling acid can cause severe
personal injury and/or property damage.
6. LED INDICATOR LIGHT
6.3 To clean the Cell of mineral buildup
6.4 Winterizing
Very little chlorine is necessary at low temperatures. The will not produce chlorine at
very cold temperatures, especially below 50° F. This feature extends the lifespan of the
Cell.
The Electrolytic Cell will be damaged by freezing water just as your pool plumbing
would. In areas which experience severe or extended periods of freezing temperatures,
be sure to drain all water from the pump, lter, supply and return lines before any
freezing conditions occur. The Control Module is capable of withstanding any winter
weather and does not need to be removed.
Spring Start-up:
When opening the pool after a period of inactivity, do not power on and use the chlorine
generator until the pool's water chemistry has been balanced and brought to ideal
levels.
Replacing the Cell:
When the titanium blades inside the Electrolytic Cell have reached the end of their
lifespan, replacements are available so that the whole system does not have to be
removed. Replacements are easily switched out. To ensure quality and value, only
genuine replacement parts may be used. Bypass cells are available, and may be used
to continue to run water through the plumbing without the Electrolytic Cell in place.

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6. LED INDICATOR LIGHT 7. VOLTAGE CONVERSION
Always double-check the voltage of your power source. Connection to improper voltage
can: a) cause severe damage/harm, or b) cause lights and screen to power on without
system function.
All service should only be attempted by a person with appropriate electrical skills, with
all equipment disconnected from power.
The is shipped from the factory with a 240 VAC conguration. If 120VAC is needed,
move the internal jumpers as shown below. If unsure, seek professional advice.
This set of terminal screws can be located inside of the Control Module, and accessed
by removing the six screws from the Control Module's aluminum base. The factory
voltage setting is the 240V conguration, with a jumper clip inserted between the
second and third terminals. The Control Module can be made to accept 110V by
reconguring the jumper clips as shown above left, with two jumper clips instead
connecting the rst and second terminals, and the third and fourth terminals.

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8. HELPFUL HINTS
Proper operation of the chlorine generator can be easily veried by checking the lights
on the control panel. However, if the pool remains cloudy, or the chlorine residual tests
low, then the chlorine being produced is being lost due to high chlorine demand or
improper water conditions
To reduce the chlorine demand, check the pH and Stabilizer (Cyanuric Acid) reading.
Check for phosphates and nitrates, which commonly contribute to severe chlorine
demand. If tests show correct, then a shock treatment with an oxidizer agent is
advised. Generally, superchlorination is not necessary if the pool is maintained at
correct levels.
Recommended List:
•Read and keep your manual in a safe place.
•Increase Chlorine Production when temperature goes up.
•Increase Chlorine Production when number of guests goes up.
•Use Stabilizer (Cyanuric Acid) to protect free chlorine in pool.
•Mount Control Module in shade or out of the direct sunlight whenever possible.
•Decrease Chlorine Production when temperature goes down.
•Take pool water sample to a Pool Professional at least once per month.
Not Recommended List:
•Do not allow fertilizer anywhere near your pool. Fertilizers are one of many sources
that contain Nitrates or Phosphates which cause severe chlorine demand in pool water.
•Never use dry acid to adjust pH. A build-up of by-products can damage the Cell.
•Do not add any pool water balancing chemicals (including salt) unless the Control
Module is turned o󰀨.
•Do not add any chemicals (including salt) to the skimmers.
•Do not let salinity level drop below 3000 ppm.