Pallas ENJOY SMART Series User manual

®
COMMERCIAL & DOMESTIC
RO
®
COMMERCIAL & DOMESTIC
RO
PALLAS
ENJOY
SMART
MANUAL

DEAR CUSTOMER,
Water Treatment Systems use Reverse Osmosis
System which is one of the advanced technologies
in the world.
Water Treatment Systems have been designed to
remove physical, chemical and microbiological
pollutants in water and to produce water in
drinkable quality.
Water Treatment Systems not only produce
drinkable water but also produce water in
best quality for meeting the needs of domestic
consumption.Ithelps youenjoyrealtasteof food
and drinks.
Water Treatment Systems provide safe water
for you to lead a healthy life. The product is
manufactured in modern facilities without giving
no harm to environment. It is recommendedthat
you read the manual very carefully before using the
product,whichismanufacturedstudiouslyin.
“Thank youforchoosing
ourproduct.’
DEFINITIONS OF SYMBOLS USED IN MANUAL
PACKAGING INFORMATION
Packing materials are manufactured from
recyclable materials by national regulati-
on.Packingwasteshouldnotbedisposed
of with domestic and other waste. Please
collectpacking wastesat wastecollection
centres.
Important information and
recommendations about using device
Riskoffire
Electric shock warning
Warnings against dangers of safety of
life and property
Hot surface warning

GENERAL INFORMATION ........................................................................................4
PURIFICATIONSTAGESINUNDERCOUNTERREVERSEOSMOSISSYSTEM........5
WORKING PRINCIPLE..............................................................................................5
POINTSTOBECONSIDEREDBEFOREINSTALLATIONOFTHEDEVICE ...............6
BOX CONTENTS ANDASSEMBLY PARTS.................................................................. 7
DEVICE PROPERTIES..............................................................................................8
INSTALLATION AND ASSEMBLY ................................................................................. 9
MAINTENANCE AND CLEANING.............................................................................11
START-UP AFTER MAINTENANCE..........................................................................14
WARRANTY CONDITIONS ......................................................................................15
IMPORTANT SAFETY AND ENVIRONMENTAL INSTRUCTIONS & CONSUMER RIGHTS ....16
TROUBLESHOOTING....................................................................................... 17
FREQUENTLY ASKED QUESTIONS........................................................................18
AUTHORIZED SERVICES AND SPARE PARTS SUPPLIERS ..................................18

What is REVERSE OSMOSIS?
Osmosisisaprocessinwhichwaterpassesth-
rough a semi-permeable membrane from a less
concentrated solution into a more concentrated
one. In naturally occurring osmosis process, re-
verse osmosis is achieved by pressurizing tohigher
concentrated environment. Ifhigher concentrated
environment is pressurized, water passes through
lower concentreatedone
Semi-permeablemembranes usedinreverse os-
mosissystemsareinporediameterof8-12angst-
roms. Water molecules are smaller than 8-12 an-
gstroms and have a neutral electric charge. For this
reason, water molecules caneasily pass through
the membranes. However, positively and negatively
chargedions andmolecules inthewater,bacteria
andvirusescannotpass throughthe membranes
because they are bigger than 12 angstromsand
flow to the drainage.
As a summary, reverse osmosis is the most ideal
watertreatmentmethodforionremovalbyadvan-
ced filtration. Reverse osmosis method isone of the
rapidly progressingtechnologies.
Designofthereverseosmosissystemrequiresva-
rious technical knowledge and experience such as
product water quality,raw water analysis, type of
membrane etc.
Reverse osmosis practices
Water treatment device is designed to workwith
minimumwaterpressure.It doesnotrequireche-
mical use and produces quality water. It is manu-
factured as a compact device that can easily be
installed anywhere thanks to minimum dimensions.
RO treatment device enhances taste andquality of
yourwater.Itdecreasesodorandsedimentwhilst
minimizing chlorine up to 99%. Reverse osmosis
device also decreases contaminants such as lead,
copper, barium, chromium, mercury, sodium, cad-
mium,fluoride,nitrite,nitrate andselenium which
may be present inwater.
Water treatment devices will serve you for many
yearseconomicallyandefficientlyaslongasthey
are used according to the installation and assembly
instructions and technical specifications described
in this manual.
This device shall only be used in accordancewith
the design purpose and technical specifications
described in brochure and theusers manual. Ma-
intenance and repair must be performed in ac-
cordancewiththeinstructionsintheusersmanual
and original parts supplied byan authorized service
must be used.
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GENERAL INFORMATION

ION REMOVAL INREVERSE OSMOSIS
Aluminum
97-98
Nickel
97-99
Arsenic
94-96
Phosphate
99+
Bicarbonate
95-96
Radioactivity
95-98
Cadmium
96-98
Selenium
97
Chloride
94-95
Silver
95-97
Chromium
96-98
Sulfate
99+
Cyanide
90-95
Boron
50-70
Iron
98-99
Mercury
96-98
Mangan
96-98
Virus
99+
 2
nd
Stage: Activated carbon filter removes pol-
lutants,whichare harmfulto human health and
membrane filter, by retaining organic substances
andhighamountsofcancerogenicchlorineand
chlorine compounds.
 3
rd
stage: Block carbon filter is used for more
sensitive particle filtration to retain the suspen-
ded materials in thewater.
 4
th
stage: Membrane filter. The semi-permeable
membrane with 8-12 angstrom pores retains
bacteria,virusesand heavymetals in thewater
at95-98%andpollutantrunstothe drainage
throughwastewaterpartofmembrane.
 5
th
stage:Lastcarbonfilter(postcarbon).Water
runsthroughthecarbonfilteratthelaststageto
provide clean and extremely safe drinking water.
STAGESOF CLEAN WATER
PRODUCTION IN
REVERSE OSMOSISSYSTEM
Feed water pressure must be minimum 3 bar for-
reverseosmosissystemtowork.Ifthe feed water
pressure is not sufficient, the system can be rein-
forcedwithapump.feedwaterpassesthroughthe
following filtrationsrespectively;
 1
st
Stage: 5 micron pp sediment filter. The
pre-sediment filter retains suspended materials
and particlesin thewater and protects succes-
sive filtrations, especially the membrane filter.
(1 mm=1000 micron).
USERS MANUAL |
5
WORKING PRINCIPLE
Lead 96-98 Bacteria 99+
Fluoride 94-96 Borate 30-50
Copper 97-99 Zinc 98-99
Chromate 90-98 Sodium 92-98
Calcium 96-98 Silica 85-90
Bromide 93-96 Radium 97
Magnesium 96-98 Potassium 92
Ammonium 85-95 Nitrate 93-96
IONANDORG.PESTICIDE REMOVAL(%) IONANDORG.PESTICIDE REMOVAL ( %)

Watertreatmentsystem’s operatingwatertempe-
rature is between minimum 5˚C (41˚F) and maxi-
mum40˚C(104˚F).Ithasriskoffreezingtooperate
thedevicebelow5˚Casitcarriesriskofdamageto
filters when operated at above 40˚C.
Itisnecessaryto select asuitablelocationfirst for
installation of water treatment device. It must be
consideredduringselectionthatinstallationplace
shouldbeclosetocoldwaterlineoftheROdevice
andtothedrainageandsufficientspaceshouldbe
left for working in case of malfunction and filter
replacement.
Watertreatmentdeviceisdesignedforwaterwith
specificationsclosetotapwater,whoseinletcon-
ductivity ismax. 600ppm andtheturbidity ismax
3NTU.Ifraw water source and specifications are
unknown, the raw water should be sent for analysis
before installation of the device in order to check
the suitability.
Ifthe device is used beyond the limit values men-
tioned in technical specification part of the users’
manual,therequestedqualitywillnotbeachieved
forproductwater.Usageofsuchfeedwaterwill
cause variation in replacement periods of filters
and membrane.
Inletpressure isbetween 3- 6 barfor water treat-
mentdeviceswithoutpumpandbetween1-6bar
for water treatment devices with pump. The opti-
mumworkingpressureis3bar.Incasetheinlet
pressureisabove4 bar,itisrecommendedto ins-
tall a pressure reducer toprevent more wastewa-
terdischarge.Donot connectthedevicetopower
socketbeforeitisinstalled.Ourcompanywillnotbe
liable for any problems caused by non-observance
of the abovewarnings.
TREATMENT DEVICE FLOW SCHEME
WATER SUPPLY
FAUCET
TANK
1.
2.
3.
4.
PRE-FİLTER
FIRST CARBON
SEDIMENT FILTER / CTO
R.O (50-100 GPD)
5.
6.
7.
8.
SECOND CARBON
RAW WATER
PUMP
WASTEWATER
9. STORAGE TANK
10. PRESSURE REDUCER
11. FAUCET
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POINTSTOBECONSIDEREDBEFOREINSTALLATIONOFTHEDEVICE

1.
2.
3.
4.
5.
6.
7.
8.
Reverse Osmosis Device
Faucet
12” InlineBlockCarbonCartridgeFilter(CTO)
12” GacCarbonCartridgeFilter(UDF)
10” Inline Coconut Post Carbon Filter
12” 5 Micron Spun (Sediment) Filter
75 GPD Membrane
2,2 Gallon Storage Tank
9.
10.
Metal Ball Valve 1/4”
75 GPD Dynamic Pump
(available in model withpump)
24 Volt 1,5 Amper Adapter
(available in model withpump)
Feed water connection part
Automatic shut-off valve
Tube
UsersManualandWarrantyCertificate
11.
12.
13.
14.
15.
USERS MANUAL |
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1
2
3
4
5
6
7
8
9
10
11
12
13
14
MANUAL BOX CONTENTS AND ASSEMBLY PARTS

TECHNICIALSPECIFICATIONS
NOTE: The equipments used in the product are in compliance with Water Quality, CEand NSF standards. The equipments are certified.
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WITH PUMP
WITH OUT PUMP
Min.OperatingWaterTemperature 5 °C
5 °C
Max.OperatingWaterTemperature 40 °C
40 °C
Min.InletPressure 1 bar
3 bar
Max.InletPressure 6 bar
6 bar
Max.InletTDS(ppm) 500 ppm
500 ppm
InletDiameter 6 mm
6 mm
DEVICE PROPERTIES

HOW TO ASSEMBLE
SINGLE BATTERY WATER INTAKE
DOUBLE BATTERY WATER INTAKE
WATERINTAKEINUNDERCOUNTER
Extension
3-wayadapter
3-wayadapter
1/4BallValve
1/4BallValve
FIGURE A-2
1. Before the installation, turn off the valve of main feedwater line orthe
inlet valve.
2. After draining the remaining water in the pipes, install feedwater
connection adapter (3-way adapter) by fastening with teflonband
(Figure A- 2)
3. Install 1/4’’ metal ball valve on the feedwater connection adapter
(3-wayadapter)bymeansofteflonbandsoastoturnon/offeasily
(Figure A –3).
4. Install6mmwaterinlettubetothe1/4“metal ballvalve.Notethatthe
ball valve is closed.
5. Then, turn on the valve of main feedwater line or the inlet valve and
check whether there is any leakage.
3-wayadapter
Closed
1/4BallValve
Open
3-wayadapter
FIGURE A-3
MOUNTING THEFAUCET
1. In case of drilling countertop or sink, faucet for clean water must be
installedcarefullyintermsofusageandaesthetics.Youcanstarttodrill
countertop or sink after leaving enough space for installation of seal,
nutandunionatthebottomofcountertoporsink.Otherwise,youmay
drill the wrong place.
2. Ifyou drill marble, granite ceramic, laminate or sheet metal sink, first
youshoulduse5mm drillingbitandthen12mm drillingbit, respecti-
vely.Thedrillmustbeoperatedatlowspeedandwithoutimpact.Ifthe
counteriscoveredwithtile-coatedcastconcrete,itmustbedrilledwith
a diamond bit. (Figure A- 4)
3. Outerlengthofthefaucetis7cm.Ifthecounteristhickerthan7cm,
you’llneedtousefittingsasmanyasrequired.Finally,placethefaucet
into the hole, adjust its joints and tighten the nuts.
4. Filters should be washed before use to run outresidues on them
(check washing procedurespage).
FIGURE A-4
FIGURE A-5
The images in the manual may not be identical to each other.
NOTE:Ifyoudonotwanttodrilltheundercountersinkandwashbasin,youcanalsoinstallitbyusingasinglefaucet.Contactyourau-
thorized service for replacement of the faucet adapter, which you have used, with the three-way one through which hot, cold and purified
water flow (Extra charge for the faucet) .
USERS MANUAL |
9
MANUAL INSTALLATION AND ASSEMBLY

MEMBRANE INSTALLATION
 12” Inline5MicronSpun(Sediment)Filter
 12” Inline Gac Carbon Cartridge Filter (UDF)
 12” Inline Block Carbon Cartridge Filter (CTO)
 75 GPDMembran
 10” InlineCoconutPostCarbonFilter
• After intalling the filters, unscrewmembrane
housing cap. Insert the membrane into the housing
untilitstops.Then,screwthehousing cap.
• Cutthetubetoalengththatwillallowtocon-
nectthepostcarbonfilteroutlettothefaucetafter
mounting the faucet and drain line.
• Loosen and pull out stem-nut on outlet of the
post carbon filter. Put the nut ontube and tighten
firmly. Insert the other side ofthe tube into res-
pectively yellow nut and collet placed under the
faucet.Pushthetubetothefaucetandtightenthe
nut firmly.
Yellow nut
Faucet
embodiments
Hose
connection
Hose
HOSE CONNECTIONSCHEME
Asshowninfigure;
 A: Waterinlet
 B:ProductwatertubeisconnectedtoROfaucet.
 C:Thetubeattheoutletofpostcarbonisconne-
cted to product waterline.
 D: The drain tube is connected to wastewater
outflow line.
RO FAUCET
WASTEWATER
WATER INLET
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Ring