Aura Cebilon User manual

101ME Tested and Certified by NSF International NSF/ANSI Standard 58 for the Reduction Claims Specified on the Performans Data Sheet.
DIGITAL WITH PUMP WITH OUT PUMP
User Manual

DIGITAL WITH PUMP WITH OUT PUMP
Thank you for choosing our product. We want
Cebilon Reverse Osmosis System, manufactured
in modern facilities with high quality standards
to provide you with the best efficiency. Therefore,
please read the entire user manual carefully and
keep it as a reference.
Dear Customer,
Our manual contains information about the
technical and hardware features of three different
models. The appliance you have purchased may
be different from other models in terms of its
specifications. During use, please refer to the
information on the model you have purchased to
avoid problems arising from differences between
the models.

3
OSMOSIS, OSMOTIC PRESSURE, REVERSE OSMOSIS (RO) PROCESS
PARTS AND FUNCTIONS
FUNCTIONS OF THE PARTS
FIELD OF USE
TECHNICAL SPECIFICATIONS
OPERATING PRINCIPLE
INSTALLATION
WATER CONNECTION
INSTALLING THE FAUCET
REVERSE OSMOSIS (RO) WATER PURIFICATION SYSTEMS
WASTE WATER CONNECTION
PRE-TESTS
POINTS FOR ATTENTION
MAINTENANCE
FILTER REPLACEMENT
PERFORMANCE DATA SHEET
FILTER REPLACEMENT PERIODS
CEBILON PARTS LIST
TROUBLESHOOTING
DIGITAL DISPLAY FUNCTIONS
MAINTENANCE CARD
AFTER INSTALLATION CHECKS CARD
NSF CERTIFICATE
4
5
6
7
8
9
9
10
12
12
13
15
16
17
18
19
20 - 21
22
13
13
14
14
14
Table of Contents

Osmosis, Osmotic Pressure,
Reverse Osmosis (RO) Process
12
3
Before the osmosis
4
Osmosis is based on a semi-permeable
membrane and a solution; the semi-permeable
membrane consisting of a thin membrane or a
thin film allows some molecules or ions to pass
and does not allow some molecules or ions to
pass. Examples of a membrane include dell
membranes and egg membrane.
The solution is a homogeneous blend of more
than one substance. I.e. it is the distribution of a
substance in anot her substance
homogeneously with small particles invisible
to the eye. This distribution is called dissolution
and the mixture obtained is called solution.
Generally the substance with less amount in
the mixture is called the solute and the
substance with more amount is called the
solvent. The best solvent among the many
found in nature is water. Water dissolves many
solid, liquid and gaseous substances. Salt water
(sea water) and sugar water (tea) are
well-known solutions.
Many solids exists as dissolved in waters found
in nature. In other words, the water we use is a
solution. The water molecules in this solution
continuously on the move. As the amount of
soluble solids increases, the solid ions occupy
the place of the water molecules. In a water
with high concentration i.e. with more solid
ratio, the number of water molecules is less
than the water with same volume but lower
concentration, as a result, since the number of
moving molecules is less, the thermal internal
energy will be less as well. I.e., the energy of the
solution with low concentration is higher.
When a semi-permeable membrane is placed
between waters with same volume but
different concentrations, while the water
molecules pass through the pores, the solid
particles with a large size cannot pass. Since
there are more water molecules in the water
with low concentration and as a result more
internal energy, more water molecules pass
across the other side. The pass rate depends on
the concentration ratio, temperature and
pressure. The pass continues until the
concentration ratios in both sides are stabilized.
The water level in the high concentration side
increases. This pressure arising from the
potential energy of this rising water column
is stabilized by the Osmotic Pressure. So, the
excess of internal energy in the low
concentration side is stabilized by the potential
energy in the excess of water column in the
high concentration side.
If a pressure equal to the pressure that will be
built up with the excess in the water column is
initially applied to the high concentration side,
Osmosis does not occur. Even, if a pressure
more than this amount is applied, Osmosis is
reversed. Despite its small amount, the water
molecules in the high concentration side
begins passing towards the low concentration
side. This incident created by force of pressure
is called Reverse Osmosis. This incident is
utilized in Reverse Osmosis Systems to separate
the solid substances dissolved in water. The
purpose of water treatment is to have the
water molecules in the high concentration
water (dirty water) pass to the low
concentration side of the water. Osmosis
occurs in the reverse way. In Reverse Osmosis,
osmotic pressure is overcome by applying
pressure and thus the aim is achieved.
Membrane (semi-permeable)
1-
2-
3-
Low concentration
(high osmotic pressure and high internal energy)
High concentration
(low osmotic pressure and low internal energy)
Solvent (water)
Passage of water molecules through the membrane
Solute (solid particles)

Reverse Osmosis (RO) Water
Treatment Systems
*Applicable for 101 ME model.
** Applicable for 101 ME and 101 MD models.
There are systematic appliances available to obtain low concentration water from high
concentration water by using the reverse osmosis method.
It is possible to reverse osmosis which is a natural event. When the pressurized water is
passed through the membrane wrapped as an artificial roll, most of the solid particles are
retained and discharged with the waste water, the water that passes through the thin
membrane is used as drinking water. Before water enters the membrane, pre-filtration
processes such as sediment filter, carbon filter are carried out to retain the coarse residues
and the chlorine used in the water disinfection.
Components such as these filters used before and after membrane, fittings connecting
these together, pumps and switches used to increase pressure, clean water storage tank
and housing etc. constitute a compact system. This system may have various configurations.
Mainly, pre-filtration is composed of reverse osmosis in the membrane, pH regulation
and water storage processes which are the main elements of the system.
Aura Unique Cebilon RO system consists of 3 interconnected pre-filters, membrane, pH
regulator last filter, digital control group*, pump assembly and water tank
Druck
Reverse Osmosis
Pressure
Figure 1. Osmosis and Reverse Osmosis

Abwasser / Mains Water
Leitungswasser / Water with Sediment Eliminated
Dekantiertes und entchloriertes Wasser / Water with Sediment and Chlorine
Eliminated
RO-Wasser / RO-Water
Nur bei 101 ME vorhanden. / Only available in 101 M model
Nur bei 101 ME und 101 MD vorhanden. / Only available in 101 ME
and101 MD models.
Nur bei 101 MD und 101 FG / Only applies to 101 MD and 101 FG
models
17
Waste Water 14
13
12
11 19
18
G
FD
EC
B
A
1
3
59
76
4Mains Water
10
200
15
16
8
6
Parts and Functions
Figure 2. RO System Diagram
Abwasser / Waste Water
A
Cable Connection Colours
White (Adapter)
BRed (Solenoid Valve)
CGreen (Pump)
DYellow (Low Pressure Switch)
EBlue (High Pressure Switch)
FFlowmeter
GWater Leakage Sensor
1 Adapter
3
4
Components
Water Leakage Shut Off
Low Pressure Switch
5 5M Sediment Filter
6 Solenoid Valve
7 Flow meter
8Pump (Pressure Pump)
9 Carbon Filter
10 1M Sediment Filter / Carbon Filter
11 Membrane Filter
12
13
Last Carbon Filter
High Pressure Switch
14 Drossel
15 Tank Valve
16 Clean Water Tank
17 Clean Water Faucet
18 Digital Display
19 Water Leakage Sensor
20 Automatic Shut-off Valve
2 Pressure Regulator
2

7
Functions of the Parts
Low Pressure Switch**, if the water is cut or if the pressure is lower than 0.2 bar
(3 psi), it prevents unnecessary operation of the pump.
5M Sediment Filter (350003Z), it retains the substances and particles floating
in water to make the water clear.
Pressure Pump**, brings the pressure of the water from the pre-filtration
to the level required for the operation of the membrane.
Carbon Filter (350002Z), retains free chlorine, organic substances and
unpleasant odors.
1M Sediment Filter / Carbon Filter (350004Z), it retains the substances and
particles floating in water to make the water clear.
Automatic Shut-off Valve*** controls the flow of water. If the system continues to run
after the tank is full, the water is wasted as a waste. This is an undesirable condition.
Water should be cut when tank capacity is reached. Automatic shut-off valve cuts
the water when the tank pressure reaches a certain level of the membrane inlet pressure.
Figure 3. Membrane structure
6
4
3
2
5
1
2
1
Membrane Filter
Reel Adhesive Portion
of Membrane Filter
Mains Water Inlet
Membrane Container
Membrane Filter Reel Hole Ø2,5
Waste Water Outlet
Clean Water Outlet 1 -
Internal Net Winding
2 -
Middle Net
3 - Membrane Film
5 - Last Coating Film
6 - Adhesive Portion of 3 and 4
4 - Internal Net
* Applicable for 101 ME model.
** Applicable for 101 ME and 101 MD models.
*** Applicable for 101 MD and 101 FG models.

8
Membrane Filter (349004Z) is the place where the reverse osmosis occurs.
A long film made of a semi-permeable material is wrapped onto a reel in two
layers. These two layers are merged together with a separator between the
edges of this film with two layers and it is closed to water passage. It is like a
closed long narrow bag except its end wrapped on the reel with rowed holes
that is on the end which allows clean water output only. This double layer
film is wrapped onto a reel. Through the separator film placed between the
windings, dirty water reaches all surfaces of this bag, clean water enters the
bag under pressure and taken from the outlet holes. While dirty water passes
by the film surfaces with a flow called cross-flow, a part of water passes through
the internal part of the film as clean water (Figure 3).
High Pressure Switch** stops the pump when the pressure of the tank filled
with clean water reaches 2.6 bar (38 psi).
Clean Water Tank inner surface is coated with a "food contact" plastic material
suitable for food and enables clean water to be stored in a hygienic environment.
Tank Valve controls the water inlet and outlet to/from the tank.
Mineral Carbon Filter (340005Z06) provides mineral to the clean water collected
in tanks or directly from the membrane before if flows from the faucet, enriches
the water and regulates the pH. THROTTLE ensures formation of required pressure
in the membrane by restricting flow so that the membrane can perform the
separation process. It is located on the line where the waste water is drained.
Clean Water Faucet is where clean water is taken.
Pump Adapter** is the power supply of the pump, it converts the mains
voltage to 24 V DC.
Fields of Use
Solenoid Valve* controls the flow of water. When the water pressure in the tank
reaches a certain value, it closes the water inlet and prevents water being consumed
unnecessarily.
Digital Display* is used for tracking the life of each filter based on the water passed
throug the filters. When the filter life is over, the water is cut or in case of a water
leakage it alerts the user.
Flow meter* is used in determining the amount of water passing through the filters
and monitoring the current flow rate.
Water Leakage Sensor* detects water leakage and blocks the water inlet of the system.
Water Leakage Shut off Closes the water inlet mechanically in case of water leakage.
* Applicable for 101 ME model.
** Applicable for 101 ME and 101 MD models.
*** Applicable for 101 MD and 101 FG models.
This appliance is used to obtain drinking water from the mains water that have
passed through the municipal treatment processes. This water should be microbio-
logically safe, subjected to the necessary disinfection.
If the parameters of the water are within the following ranges efficient operation
of the appliance is ensured. Systems designed differently for waters such as sea
water, well water, muddy water etc. with a very high TDS value are also available.
40 psi-145psi / (2,8bar-10bar)/ (275kPa-1.000kPa)
3-11
MAXIMUM FE 0,2(ppm=mg/L)
MAXIMUM TDS 1250(ppm=mg/L)
5NTU
5˚C-38˚C / (38˚F - 100˚F)
TEMPERATURE
OPERATING PRESSURE
PH RANGE
TURBIDITY
17˚Fr-10˚dH- 170mg/L CaCO3
HARDNESS
# Max. pressure matches the structural integrity test value of NSF/ANSI Standard 58 for 101ME model

9
Operating Principle
The first filter of the system is the 5-micron sediment filter where the
solid particles are retained. The water from the sediment filter is passed
through the carbon filter. Granular Active Carbon (GAC) filter retains
organic matter especially free chlorine and eliminates unwanted odors,
carbon and other particles that may escape from the filter, is passed
through the 1 micron Sediment Filter and it is ensured that the
pre-membrane filter is even more suitable. This is also a factor affecting
the life of the membrane. The water cleaned in three pre-filters, solid
ions dissolved in the membrane that is the basis of the RO water
treatment system, small particles, bacteria, viruses are retained to a large
extent and given to the waste water. Among these ions are many ions
such as heavy metals, sodium, lead, arsenic, nitrate, asbestos, etc. While
the waste water containing the undesirable substances are discharged
from one line of the membrane running with cross-flow method, water
received from the other line of the cross-flow is collected in a pressurized
tank. The amount of waste water should always be more than the clean
water so that the membrane works in a healthy way and has a long life.
Through the ready the water in the tank, water is supplied faster.
Your appliance's tank capacity is 8 litres (approximately 2.2 gallons).
BOX SIZE (mm) 580x277x450
8 L (100 psi/689 kPa)
TANK CAPACITY
6-7 psi (40-48 kPa)
AIR TANK PRESSURE
75,15 gpd (284,47 L/day)
DAILY CAPACITY ***
%85-%98PURIFICATION RATE ***
30,93%
EFFICIENCY RATIO ***
34,89%
RECYCLING RATE ***
0,8 L/dk-1,2 L/dk
PUMP FLOW RATE **
80 psi-110 psi (551-758 kPa)
PUMP PRESSURE**
24 V DC
POWER SUPPLY PUMP**
425x490x260
DEVICE SIZE (mm)
14,5 kg (101 ME)
14 kg (101 MD)
11 kg (101 FG)
TOTAL WEIGHT
TANK SIZE Diameter: 24.4 cm Height: 36.6 cm
** Valid for 101 ME and 101 MD models *** Valid for 101 ME model
Technical Specifications
Do not use this system with any water that is microbiologically unsafe,
that does not have adequate disinfection before or after operation or
that of the quality is unknown. This appliance certified for the
purification of microorganisms can also be used in waters that contain
microorganisms although it has been disinfected.
•
Aura Cebilon Reverse Osmosis System contains critical components
that are required to be replaced periodically to purify the total
dissolved solid materials (TDS) efficiently. To check the efficiency of the
system, water from the appliance must be periodically tested.
•
Your appliance contains critical components that must be replaced
periodically with respect to the system's efficiency. These critical
components must be replaced with components and filters with the
specifications defined by the manufacturer so that the system can
operate continuously with the same efficiency and performance.
•

Installation
Filter Flushing and Conditioning Procedures
Your appliance is very practical for use and the
water installation can be easily installed anywhere.
Installation of your appliance must be
made by Ihlas Authorized Services.
•Aura Cebilon Reverse Osmosis System contains
critical components that are required to be
replaced periodically to purify the total dissolved
solid materials (TDS). To check the efficiency of the s
ystem, water from the appliance must be
periodically tested.
• Free chlorine may affect the polymer structure of the
membrane filter that is located inside the system.
•Please read the instruction manual for installation,
operation, maintenance and warranty terms.
Installation diagram for the appliance is shown in
Figure 4.
The rst three lters shall be ushed separately.
Firstly close the ball valve that supplies mains water
to the system. Remove the outlet tube on the
housing cover of rst lter. Insert one meter ¼ Inch
tube to the outlet of the cover. And then open the
ball valve, ush the lter for 2-3 minutes with mains
water. Insert the outlet tube to its place and follow
the same procedure for the other two lters.
After that when you ush membrane lter remove
tubes on the both outlets of the membrane
housing. Insert one meter tube to the both outlet.
Flush the membrane for 2-3 minutes to clear
membrane form protective membrane solution.
Install the tube that has ow restrictor on it but not
to install the tube that goes to post carbon lter.
Allow water ow for 2-3 minutes to clear the
membrane solution completely. And then install the
tube that goes to post carbon lter.
Then storage tank will be lled for the rst time,
tank water is let to ow for no purpose, for at least
once. The appliance is now ready to use.
When you ush lters, some water drops can cause
E2 (water leakage error). So dry the sensor and the
device completely. Be careful that there will be no
water drop in the device somewhere. If you
experience such a problem, dry the sensor and
device and then pull out the plug and then install
the plug again the E2 error will disappear.
Also there are three pcs L elbow that is not installed
to the device. These elbows should be xed to the
inlet and outlets of the device for preventing tube
breakage.
Please make sure that, ushing the lters, before you start using the device. For lters
ushing, you can follow the instructions below.
Warning
1- Measures should be taken against freezing.
2- Waste water should not interfered with.
3- When muddy (clay) water comes from the mains,
close the water inlet of theappliance.
4- If a water supply other than the mains will be
used, you must receive a drinking water report
from relevant institutions.
5- If it is a water source other than the mains water,
make sure that the disinfection process is
performed.
6- Filters are considered as supplies and are outside
the scope of warranty.
10

Installation
scheme
Leitungswasser / Mains Water
RO-Wasser / RO-Water
Abwasser / Waste Water
11
8
2
7
6 3 4 5
1
Figure 4. RO Installation Diagram
1 Cebilon
2 Water Inlet Valve
3 Appliance Water Inlet
4 Waste Water Outlet
5 RO Water Outlet (Clean Water)
6 24 V Input
7 Waste Water Bracket
8 Clean Water Faucet
Applicable for 101 ME and 101 MD models.

12
Water Connection
• Close the mains water from the apartment inlet valve.
• After draining the water left in the pipes from proper places, mount the three-way
adapter to the mains by ensuring the sealing.
• First, mount the 1/4 ball valve to the three-way adapter by wrapping a teflon tape in a
position so that the valve is opened and closed easily (Figure 5.a).
• Connect the water inlet hose to the ball valve (Figure 5.b).
• Make sure the ball valve is closed (Figure 5.c).
• Open the mains water, check whether there is any leakage (Figure 5.d).
• Place the appliance on a suitable place underneath the counter in upright position.
Figure 5. Water connection fittings
Installing the faucet
Clean water faucet should be mounted carefully in terms of use and aesthetics. If the counter or kitchen sink will be
drilled, drilling process should be proceeded after the dimensions are obtained so as to install the washers, nuts and
unions under the counter or kitchen sink (Figure 6). Otherwise, drillingmay be incorrect.
The location to be drilled may be granite, marble, concrete or stainless sink. If the counter is granite, it must be drilled
with a 20 mm diameter bore bit. Bore bit is attached to the end of the drill and it is set to low speed. Water is poured
on the ground to be drilled (do not drill without water). Bend the bore bit as 45 degrees and press slightly, it makes
a trail on the granite. Then it is brought to an upright position slowly without lifting. When it reaches the upright position,
drilling iscompleted by applying enough force. If the bore bit is not kept constant when we start drilling, parts can break
off from the granite surface. The o-ring on the faucet's mirror cannot ensure sealing and may cause the water leakage
down from the counter. Marble countertops can be drilled by the same drilling bit or bore bit. Concrete countertops
are drilled with a contact tip and hammer drill. If concrete is coated with tiles, a pre drill is made with a small-diameter
drill bit to avoid cracking the tiles. Bore bit for the stainless sinks is different.
The hose should be mounted carefully between the faucet mounted
on the counter and on the appliance where "Clean Water" is written.
Figure 6. Faucet
13 Faucet Screw
14 1/4” Hose
12 Compression Nut
11 Crinkled Spring Washer
9 Mounting Plastic
10 Plastic Mounting Washer
7 Body Bushing O-ring
8 Mounting Parts
6 Body Bushing
5Faucet Body
4Hub Cover
3Opening/Closing Handle
2Upper Body Part
1Faucet Pipe
b
d
c
a

Waste
Water
Connection
Pre-tests
Figure 8. Mains inlet valve
Figure 7. Waste water connection
• The appliance is designed for
domestic use. Parts such as
storage tank, waste water hose,
faucet must be attached indoor
environment. Necessary measures
should be taken to prevent freezing
and waste water flow.
• Use the appliance after the
necessary measures are taken in
microbiologically unsafe or
disinfected waters.
• The appliance must be supplied
with its own power adapter.
• If the appliance will not be used
for a long time (such as more than
1 month), the inlet water valve must
be closed (figure 9), the tank should
be drained and the adapter should
be plugged out and the authorizes
service must be called to disinfect
the appliance when reactivating.
•When there not anyone in the
house, close the water inlet valve of
the appliance for safety purposes
(Figure 8).
• The appliance must not be
interfered for repair and
maintenance purposes. Otherwise,
it falls out of the warranty scope,
these operations are carried out by
Ihlas Authorized Service.
•As the inlet water temperature
changes, the amount of clean water
to be received and the efficiency
may change. Therefore, water
obtained may be low in winter and
high in summer.
•In any unfavorableness (Figure 8)
close the water inlet valve and
consult Ihlas Authorized Service.
** Included in the 101 ME and 101 MD models only.
•If waste water pipe of the sink is
not a throat hose but a 40 mm
plastic pipe, it is mounted in a 3/8"
clamp sealing sponge affixed state
(Figure 7a).
• The flush is drilled from the hole
of the clamp in 8 mm diameter on
the same axis (Figure 7b). One
end of the 3/8" waste water faucet
is connected to this clamp and the
other end is connected to the 3/8"
waste water union.
•If waste water hose will be
mounted on the 50 waste water
installation, a 3/8" clamp will be
mounted and the waste water
hose will be mounted on its
location above this. A seal must be
used when mounting the adapter
to the waste water installation.
Points
for
Attention
a
b
• The adapter is plugged in after it
is placed into the place where "24
V DC" is written on the appliance.
In this case, it will not work due to
lack of water and pressure in the
system.**
• Clean water faucet is turned on.
• Mains water is supplied to the
system by opening the 1/4 ball
valve (Figure 8). It is seen that
the pump is running.**
• The faucet is closed after a
small amount of water flows from
the clean water faucet.**
• After the operation of the pump
stops, leak test of all the
connections in the system is
performed, the tank valve opens.
• This system should be used
after the twenty-four hours
washing process,
(Installation is done after this
process is carried out by an
authorized service.)
• Tank valve must be closed.
• After the washing process since
the tank will be filled with water
for the first time. Tank water is let
to flow for no purpose. Now the
appliance is ready to use.
13

Figure 9 a Figure 9 b Figure 9 c Figure 9 d Figure 9 e
Substance
Total dissolved
solids (TDS) 750 ± 40 770 30 96.0% 187
Influent Challenge
Concentration
Average
Influence
(mg/L)
Average
Effluent
(mg/L)
Average %
Reduction
Maximum permissible
product water
concentration (mg/L)
Maintenance of your appliance must be
performed by an Authorized Service,
appliances that of the maintenance is not
performed by an Authorized Service
will fall out of warranty.
The life of the filters used in Aura Cebilon
Reverse Osmosis System changes depending
on various factors with the amount of water
used. These major factors are inlet water
quality, chlorine amount, residue amount
etc. Filters are considered as supplies and
they are out of warranty.
Maintenance
Filter Replacement
• Pull the front cover towards yourself.
(Figure 9a)
• The filter to be replaced is lifted up 30
degrees. (Figure 9b). Then, it is turned to
left 90 degrees and removed (Figure 9c).
• The new filter is fitted by turning 90
degreesto the right (Figure 9d). Then, it is
lowereddown 30 degrees to its former
location.(Figure 9e)
• The front cover is fitted back.
The ball valve and the tank valve in the
appliance are closed respectively before
the filter replacement. The pressure in
the system is removed by opening the
faucet of the appliance. Filter
replacement is carried out after the E0
error appears on the screen and after
the alarm sounds. (for 101 ME model)
After the filter replacement process is
finished, the ball valve is opened
respectively. When water starts to
come from the faucet, tank valve
opens and the faucet is closed.
Warning
Performance
Data Sheet
101ME model system conform to NSF/ANSI
58 for the specific performance claims as
verified and substantiated b test data.
• Do not use this system with any water that
is microbiologically unsafe, that does not
have adequate disinfection before or after
operation or that of the quality is unknown.
•Aura Cebilon Reverse Osmosis System
contains critical components that are
required to be replaced periodically to purify
the total dissolved solid materials (TDS). To
check the efficiency of the system, water
from the appliance must be tested
periodically.
•Your appliance contains critical
components that must be replaced
periodically with respect to the system's
efficiency. These critical components must be
replaced with components and filters with
the specifications defined by the
manufacturer so that the system can operate
continuously with the same efficiency and
performance.
Filter must not be replaced when inlet
water is open and without removing
the pressure in the appliance.
101ME has been sested according to
NSF/ANSI 58 for reduction of substances
listed below. The concentration of the
indicated substances in botter entering
the system was reduced to a concentration
less than or equal to the permessible limit
for water leaving the system, as specified
in
NSF/ANSI 58. Testing was performed under
standard laboratory conditions, actual
performance vary.
14

:İHLAS EV ALETLERİ İMALAT
SANAYİ VE TİCARET A.Ş.
BOSB Mermerciler Sanayi Sitesi, 7.Cad, No:14,
34524, Beylikdüzü, İstanbul/TÜRKİYE
Tel : [phone]
Fax : [phone]
Model No 101ME, 101MD, 101FG
Aura Cebilon Reverse Osmosis System
MANUFACTURER
COMPANY
:
Have timely periodic maintenance of your appliance to use your system efficiently
and for longer time. The following replacement periods are the recommended
durations for appliances used in mains water under normal conditions. The usage
condition of your appliance may change depending on the properties of inlet water,
amount of chlorine and sediment.
Our authorized services will perform periodic maintenance required for your system to
work efficiently every six months.
Recommended Filter
Replacement Periods
! Daily capacity, efficiency rating and recovery raiting for 101ME model
* Efficiency rating means the percentage of the influent water to the system that is
available to the user as reverse osmosis treated water under operating conditions that
approximate typical daily usage.
** Recovery rating means the percentage of the influent water to the membrane
portion of the system that is available to the user as reverse osmosis treated water
when the system is operated without a storage tank or when the storage tank is
bypassed
# Max. pressure matches the structural integrity test value of NSF/ANSI Standard 58 for 101ME model
Tagesvolumen / Daily Capacity 75.15 gpd (284.47 L/day)
Leistungsrate / Efficiency Rate(*) 30.93%
Rückgewinnungsrate / Recycling Rate (**)
Arbeitsdruck / Operating Pressure (min-max)
Arbeitstemp. i ı / Operating Temperature (min-max)
pH-Bereich / Ph Range 3-11
Maximum Fe (Eisen) / Maximum Fe (Iron)
Maximum TDS / Maximum TDS 1250 (ppm=mg/L)
Trübheit / Turbidity 5 NTU
Härte / Hardness 17 °Fr-10 °dH -170 mg/LCaC03
34.89%
40-145psi / 2.8-10 bar / 275-1.000 kPa
5-38°C/38-100°F
0,2 (ppm=mg/L)
Filter Name
5M Sediment Filter
Carbon Filter
Mebrane
Part Code Duties
350003Z
350004Z
349004Z
350002Z
340005Z06
Mineral Carbon Filter
Replacement Period
6 Months or 1500 Galons
Months or 3000 Galons6-12
Months or 3000 Galons6-12
Months or 3000 Galons6-12
Years or 6000 Galons
2-5
Sediment filtration is performed by taking coarse particles in water. Clears the water at a micron level. Its life varies depending on the nature of the inlet water.
Keeps all the gas in water chemically in itself. The excess chlorine reduces the life of the carbon filter. Timely replacement protects from damage of chlorine and extends the life of the membrane filter.
Regulates the pH by supplying mineral to water.
This is where Reverse Osmosis occurs. Life of the filter will change depending on the ion concentration in the mains water, amount of the distilled water and whether the maintenance is carried out in a timely manner.
1M Sediment Filter Carbon Filter This filtration is performed by taking coarse particles in water. Clears the water at a micron level. Its life varies depending on the nature of the inlet water.

Aura Cebilon Reverse Osmosis System
Parts List
23
13
4
2
3
5
7
8
28
12
15
16
14
32
20
10
6
22
31
20
20
17
9
27
21
29
24
11
18
25
1
26
19
30
33
16
1 351004Z Top Cover Panel
17 340005Z Mineral Last Carbon Filter
2 351003Z Top Cover
18 340006Z Auto Shutoff Valve***
3 351021Z Upper Body Back
19 346003Z03 Pressure Pump**
4 356006Z Cable Group (Plug Type) 680 mm**
5 351001Z Bottom Body
21 350003Z 5M Sediment Filter Group
6 350001Z Clean Water Tank (8 Litre)
22 350002Z Carbon Filter Group
7 343034Z Clean water faucet (Air gap)
23 350004Z 1M Sediment / Carbon Filter Group
8 343002Z Ball Valve 1/4
24 351011Z Front Cover
9 351022Z Upper Body Panel ***
25 356004Z Solenoid Valve*
10 351005Z Digital Display Cover*
26 346002Z High Pressure Switch **
11 356001Z Digital Display*
27 346001Z Low Pressure Switch **
12 351006Z Digital Display Fixing Plastic*
13 351002Z Upper Body Front
29 356005Z Water Leakage Sensor*
14 356002Z Digital Display Cable Group*
30 356003Z Flow Meter*
15 341143Z Membrane Housing
31 356007Z Adapter 24 V (L Type Plug)**
16 341106Z Flow Restrictor
32 351020Z Membrane Housing Wrench
P. No Part Code Part Name
* Only available in 101 ME model.
** Only applies to 101 ME and 101 MD models.
*** Only applies to 101 MD and 101 FG models.
P. No Part Code Part Name
20 350008Z Filter Housing Cover Group
28 340059Z01 Water Leakage Shutoff Apparatus
33 351020Z Pressure Regulator

17
Troubleshooting
Figure 10 c Figure 10 d
** Only applies to 101 ME and 101 MD models.
* This table only applies to 101ME model.
Foam in water or
milky coloured
water.
Low water from the
appliance.
No water is received
from the faucet despite
the tank is full.
There is noise in the
appliance.
The pump is running
continuously.**
Air in the system.
Pump is not operating and there is
no sufficient pressure.**
There is bending, crushing on the
hoses.
Pre-filter group is clogged.
Membrane does not perform well.
Inlet water temperature dropped.
Check valve is defective.
Tank storage air pressure is
insufficient.
Regulator
Waste water hose may
make noise.
This may occur due to clogging and
bending of the waste water hose.
High Pressure Switch may be
defective.**
Low Pressure Switch may be defective.**
Check valve may be defective.
Shut off valve may be defective.
Pump may be defective.
Air in the system is a normal occurrence after
initial installation. Sometimes, air caused by
the mains may exist. This will return to
normal after usage for a while. There is no
inconveniency for using this water.
Check whether the pump adaptor is
plugged in. If adaptor is plugged in, consult
to your service.**
Check all the hoses connected to the
appliance, eliminate bendings, if any.
Please consult the service.
Please consult the service.
This is not a fault. Decrease in clean
water is normal during winter.
Please consult the service.
Insufficient air in the tank. Please
consult the service.
Clean the clogging of the drain hose or
straighten the bended hose.
Close the inlet water and consult to your
service.
Close the inlet water and consult to your service.
Please consult the service.
PROBLEM POSSIBLE CAUSES RECOMMENDED SOLUTION
EO is shown on the
display and the
appliance does not
provide water.
(Figure10a)
There is no mains water.
Filter life is completed.
E1 will be shown on the
display (Figure 10b).
Close the ball valve since there is no clean
water supplied to the mains after water is cut.
When the water returns, open the ball valve
after the mains water starts to flow clean.
Your appliance will be ready to use.
Please consult the service.
Water leakage is detected.
E2 will be shown on the
display (Figure 10c). Please consult the service. Close the ball
valve and cut the water inlet.
It indicates that the filter life is nearly
completed. Please consult the service.
icon is shown on the
display (Figure 10d).
If regulator setting pressure is equal to the mains
water, this may make noise. The noise will stop
when mains pressure is back to normal.
Make the position of the clamp attached to the
flush and the waste water hose passing through
it proper.

18
Digital Display Functions
DIGITAL DISPLAY FUNCTIONS*
You can switch between modes on the digital screen by pressing
the menu button. There are 7 modes available on the digital screen.
These are;
0 MODE: Shows the total water amount passing through the
appliance in gallon. As water passes through the appliance,
the value increases (Figure 11 b).
1 MODE: Shows the life of the 5 micron sediment filter in gallon. As
water passes through the appliance, the value decreases. (Figure 11 c),
2 MODE: Shows the life of GAC filter in gallon. As water passes through
the appliance, the value decreases. (Figure 11d),
3 MODE: Shows the life of the 1 micron sediment filter in gallon. As
water passes through the appliance, the value decreases. (Figure 11e).
5 MODE: Shows the life of the last mineral carbon filter in gallon. As
water passes through the appliance, the value decreases. (Figure 11g).
*Only available in 101 ME model.
F MODE: Shows the instant water flow in litre/min. (Figure 11 a).
4 MODE: Shows the life of RO membrane filter in gallon. As water
passes through the appliance, the value decreases. (Figure 11f).
Values in Figure 11 are sample values.
Figure 11 b
Figure 11 d
Figure. 11 f
Figure. 11 g
Figure. 11 e
Figure. 11 c
Figure. 11 a

19

:
:
Tel :
:
:
:
Sediment Filter Membran Filter
_ _ _ _ _ _
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Customers Name Surname
Address
Installation Date
Number of People in the Family
Mains Water TUS Value
SERVICE TELEPHONE PRODUCT SERIAL NO.
Signature
Service Personnel Name Surname
TDS After
Filter
Replacement
TDS Before
Filter
Replacement
REPLACED FILTERS
Order
No.
Filter Replacement
Date PRODUCT
SERIAL NO.
Recommended
Next Filter
Replacement Date
First Installation
Carbon Filter 3th Filter Mineral Carbon Filter
PLEASE WARN US FOR TIMELY MAINTENANCE. DO NOT LOSE YOUR CARD
MAINTENANCE CARD
20