HYDROLAB R Series User manual

USER MANUAL FOR HLP SERIE R
www.hydrolab.eu
EN

46 47
Table of Contents
Models of R serii 48
Tank sizes 50
Device sizes 51
1.0 Introduction 52
1.1 Safety of use 52
1.2 Feed water parameters 53
1.3 Power supply parameters 53
2.0 General information 54
2.1 How it works 54
2.2 Mechanical and carbon ltration 54
2.3 RO 55
2.4 Ion exchange demineralization 55
2.5 UV lamp 185/254 nm 56
2.6 Module UF 56
2.7 Capsule MF 56
3.0 Structure 57
3.1 R system structure 58
3.2 Monitoring functions: 59
4.0 Installation 60
4.1 Installation R 60
5.0 Turning on the device 65
5.1 Protection 65
6.0 Monitoring functions 65
6.1 Control and measurement panel 61
6.2 Protection 61
7.0 Maintenance 74
7.1 How to replace initial lters 74
7.2 How to replace ion exchange columns 75
7.3 How to replace a microltration capsule 77
7.4 How to replace a UV lamp 77
7.5 How to replace a RO module 79
7.6 How to replace a UF module 80
7.7 Sanitization 81
8.0 Work safety regulations 82
9.0 Malfunctions 82
Disposable materials 83
Declaration of conformity CE 84
Warranty 85
ENG

48
R5
R10
R20
R30
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999 no.
R5 5 + - 254 - 1 class 5DR-TOC-00
R5 UV 5 + - 185/254 - 1 class 5DR-TOC-UV
R5 UF 5 + - 185/254 + 1 class 5DR-TOC-UF
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999 no.
R10 10 + + 254 - 1 class 10DR-TOC-00
R10 UV 10 + + 185/254 - 1 class 10DR-TOC-UV
R10 UF 10 + + 185/254 + 1 class 10DR-TOC-UF
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999 no.
R30 30 + + 254 - 1 class 30DR-TOC-00
R30 UV 30 + + 185/254 - 1 class 30DR-TOC-UV
R30 UF 30 + + 185/254 + 1 class 30DR-TOC-UF
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999 no.
R20 20 + + 254 - 1 class 20DR-TOC-00
R20 UV 20 + + 185/254 - 1 class 20DR-TOC-UV
R20 UF 20 + + 185/254 + 1 class 20DR-TOC-UF
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999 no.
R40 40 + + 254 - 1 class 40DR-TOC-00
R40 UV 40 + + 185/254 - 1 class 40DR-TOC-UV
R40 UF 40 + + 185/254 + 1 class 40DR-TOC-UF
Model Eciency Microltration Pressure UV lamp Module Standard Catalouge
l/h 0,2 μm booster pump UF PN-EN 3696:1999
no.
R60 60 + + 254 - 1 class 60DR-TOC-00
R60 UV 60 + + 185/254 - 1 class 60DR-TOC-UV
R60 UF 60 + + 185/254 + 1 class 60DR-TOC-UF
MODELE OF R SERIE
49

47
390 mm
390 mm
780 mm
580 mm
250 mm
390 mm
50 51
PRESSURE TANKS
tank 80 l tank 40 l
tank 10 l
Model Capacity Catalogue no.
pressure tank 10 dm
3
ZC-0010
pressure tank 40 dm
3
ZC-0040
pressure tank 80 dm
3
ZC-0080
pressure tank 110 dm
3
ZC-0110
pressure tank 150 dm
3
ZC-0150
pressure tank 230 dm
3
ZC-0230
pressure tank 320 dm
3
ZC-0320
pressure tank 450 dm
3
ZC-0450
570
470
270
232
300
200
570
470
270
300
200
570
470
270
300
200
R5
R10-30
R 40-60

1.0 INTRODUCTION
1.1 Safety of use
Pleasecarefullyreadthismanualbefore using.Itcontainsallimportantinformationregarding safe installation,
usage and maintenance of the device. Please keep this manual so you can use it in the future.
• After delivery please unpack the demineralizer and check if it is not damaged.
In case of any damage please describe it in the delivery documentation.
• All installation and maintenance work may be done by the user.
• Repairs must be done only by the qualied personnel from an authorized service.
The user must not attempt to repair the device by himself.
• Do not use the device if the plug, power cord or the device itself is broken or damaged.
• Check if the power cord has not been damaged after relocating the device.
• Caution, the demineralizer is heavy. Be very careful when relocating the device.
• Place the device in a suitable place.
• Perform regular maintenance tasks for a long-time and ecient operation.
•The manufacturer is not responsible for any damage caused by a wrong installation.
52 53
1.2 Feed water parameters
Devices are intended to purify tap or pre-cleaned water.
Pressure - from 4.0 bar (minimum) to 6.0 bar (maximum). A reduction may be used if necessary.
If the pressure is too low, it is recommended to use a pressure pump.
Temperature - the temperature in the room should be between 5°C and 40°C. The feed water
temperature should be between 4°C do 40°C.
Salinity (TDS) - should not exceed 1200 mg/dm3.
Humidity - the humidity in the room should not exceed przekraczać 80%.
Hardness - should not exceed 250 mg CaCO3/dm3.
Fe - should not exceed 0,2 mg/dm3.
1.3 Power supply parameters
Before connecting the device please make sure, that the voltage specie
on the device conforms with the voltage of your electrical grid.
•Voltage: 220-240V
• Frequency: 50Hz
If any of these parameter requirements is not satised, it is recommended
to extend the pre-ltration. Please contact our support.

54 55
Moduł A2 (sediment-carbon-softening):
• Granulated activated carbon - prepares water for the reverse osmosis process. It
lters out all organical and chlorine-based contamination. Contaminants are sorped
on the activated carbon.
• Softening bed removes calcium and magnesium ions, that are responsible for
water hardness.
• 1 μm sediment lter - the last element of pre-ltration, protecting the water for
re-contamination. It lters out all of the mechanical contamination >1 μm.
2.3 Reverse osmosis module – RO
RO membrane holds up to 96-99% dissolved contamination (organic and non-orga-
nic), heavy metals, and radioactive elements of a 0.01 micron size.The osmotic water
conductivity varies between 8-20 μS/cm. Semi-permeable osmotic membrane con-
sists of many perforated layers wrapped around a core located inside the membrane.
Contaminated water is pushed underpressure on thesurface, where waterparticles by
diusion permeate through the membrane. The contamination is rejected and direc-
ted to the outow. Puried water passes through pores to the core, and under pressure
is directed outside the membrane.
2.4 Ion exchange bed demineralization
TOC ion exchange module - contains ion exchange beds in H+/OHˉ ion forms.
Osmotic water is puried by deionization columns, where all remaining mineral
salts are captured. In the ion exchange process ions and particles in water that
have a particular current are bound by ion exchangers (ionites). After this process
conductivity drops to 0,055 μS/cm.
2.0 GENERAL INFORMATION
The fully automated and unattended device has a microprocessor control and measurement system, that
constantly monitors all the stages of water purication process. Obtained water ts the requirements of the
PN-EN ISO 3696:1999, FP, ASTM standard for rst water purity class.
It has extensive automation enabling work monitoring, data archiving, individual setting of alarm thresholds
for parameters of feed water, reverse water osmosis and ultra-pure and control of the recirculation function
and the automatic ushing of membrane modules.The systems are equipped with a number of safeguards
allowing for comfortable operation of the device.
2.1 How it works
The demineralizer operates under tap water pressure. Water purication processes are fully automated
and unattended. The purication process consists of the following stages:
* depends on the model
2.2 Mechanical-sediment-softening ltration
5 μm pre-lter - sediment lter is used for preparing water for further treatment with
the reverse osmosis. It consists of a polypropylene cartridge located in a transparent lter
housing. It holds all types of mechanical contamination of a diameter larger than 5 μm.
1. Mechanical ltration
2. Sediment-carbon-softening ltration
3. Reverse osmosis (RO)
4. Mixed TOC bed demineralization
5. UV lamp 254 nm*
6. UV lamp 185 / 254 nm*
7. Microltration capsule
8. UF ultraltration module*

3.0 STRUCTURE
The device is equipped with:
• 5 μm sediment prelter,
• module A2 (sediment-carbon-softening),
• membrane* and recirculation pump,
• membrane modules,
• ion exchangeTOC module,
• reverse osmosis water storage tank,
• recirculation tank,
• 254 nm or 185/254 nm UV lamp*,
• conductometer measuring the feed/osmotic/demineralized water conductivity
with an alarm informing about necessity to replace the ion exchange resins,
• manometer measuring the feed water pressure,
• low and high pressure sensors,
• microltration capsule,
• electrovalves,
• valves for the device cleaning and cutting o the feed water when idle,
• control system,
• ultraltration modules*,
• automated membrane modules cleaning,
* depends on the model
• ..................................................................................................................................
• ..................................................................................................................................
2.5 Lampa UV 254 nm*
The UV lamp is used for water disinfection. The device emits a radiation of 254 nm wave length, which
causes a photochemical reaction that damages the DNA structure of microorganisms existing in water. The
UV lamp consists of a radiation chamber, containing a UV radiator protected by a removable quartz cover
installed inside.The water ows along the chamber between the lamp housing and the quartz cover. The UV
lamp is used for water disinfection.The device emits a radiation of 185/254 nm wave length, which reduces
TOC level by photooxidation of organic compounds.
2.7 Ultraltration module*
Ultraltration module reduces endotoxin R-nazis and D-nazis and suspended particle levels.
2.8 Microltration capsule 0,2 μm*
Microltration capsule - ready to use ow lter. Intended for sterilizing water.
In a polypropylene housing there is a cascade membrane with 0,45and 2 μm pores.
Working capacity is equal to amount of bacteria held on a dened area of membrane
surface.
56 57
TheTOC series ion exchange modules are dedicated to research,
where low organic carbon is required.

3.2 Type C automatics
• 24V automatics with a microprocessor control and measurement system.
• Color LCD screen withTouch Panel.
• Conductometer measuring conductivity and temperature of feed/osmotic/puried
water in µS/cm lub MOhm.
•Temperature compensated and uncompensated values view.
• Clock displaying date and time.
• System status information.
• Membrane module retention level.
•Tank ll level.
•Water dosing (option).
• Graphic and sound prealarms and alarms:
- when need to change an A2 module (mechanical-carbon-softening),
- when need to change an ion exchange module,
- when need to change a UV lamp (in models containing a UV lamp),
- when need to change a microltration capsule,
- when need to change a ultraltration module.
• Service dates view.
• Built-in RS 232/USB to connect with a computer for individual adjustment
of alarm levels and maintenance procedure frequencies.
• Software.
• Feed water manometer.
3.1 Construction diagram of R serie
Type C automatics
MANOMETR
* MODULE RO R5 Q=5l/h R10 Q=10l/h R20 Q=20l/h R30 Q=30l/h
R=96-99%
CNC EZ
concentrate
control panel
DISPLAY
CNC EZ
µS/cm
µS/cm
CPZ
0,06 µS/cm
UF*
EZ.P
µS/cm
R=96-99%
pump
pump
microltration capsule
0,45/0,2 µm
conductivity <0,06 µS/cm
resistivity > 18 MOhm*cm
- I type (ISO 3696, ASTM, CLSI)
or
module H6 TOC
module H7 TOC
area of device
III type
(ISO 3696, ASTM, CLSI)
(opcion)
feed water
membrane
module
module A
pressure min. P=3 bar
T=4-400C
C max = 1200 mg/dm3
sediment
prelter
5 µm
10l tank
recirculation
tank
UV lamp 254 nm
or
185/254 nm*
58 59

60
Step 2
Feed valve installation. Due to varying local con-
ditions, the feed valve provided by the manufacturer
has two reductions: ½”i ¾”. Make sure that the main
valve cutting o the feed water is closed and water in
the feed pipe is not under pressure. Make sure that the
demineralizer is fed by cold water.
Step3
Connectors to a tank, feed and waste water are located
on the left side of the device: FEED, REJECT, TANK.
They are protected by caps. To remove the cap, press
the quick-connector ring and remove the caps.
Step 4
5 μm sediment prelter should be installed between
the tap connection and the demineralizer in the place
FEED.
Step 5
Tank installation. Pick a suitable place and connect the
tank with the demineralizer in the place TANK. Screw
the valve into the tank and turn it into ON position.
61
4. INSTALLATION
READ BEFORE INSTALLING
•The best results are achieved when the demineralizer is fed by softened water.
•The feed water must t the requirements specied in the pt. 1.3 (temperature, pressure, etc.)
• Performing a quality analysis helps with selecting a proper initial purication.
•The cartridges should be replaced regularly with the frequency described further in this manual.
4.1 Device installation
Step 1
Unpack the device and place it in a suitable place.
Please remember to put into tubes (ended by caps) attached inserts.
In case of quick-connectors just put an evenly cut tube into the connector.

Step 7
Connect the demi water tap with the proper connector
located on the demineralizer in the place H2O TAP
and put it into the handle.
Step 8
Drainage connection. Drainage connector provided by
the manufacturer is intended for using it with a pipe
of a 50 mm diameter. Make a 4-5 diameter hole in the
drainage pipe. Stick the gasket around the connection
clasp and install it in the drainage pipe in the place,
where the hole has been made. Using a pipe, connect
the drainage clasp with the demineralizer in the place
REJECT.
Step 9
Connect the power cord with the electric socket and
the 230V power supply socket.
6362
Step 6
The kit includes an INOX arm holder (1), which can be scre-
wed on the right or left side of the device. The INOX arm (2)
should be placed in the holder. It is used to attach the water
tap. Then mount the tap handle (3) and the tap itself (4).
3
1
2
2
2
2
1
4 4

64
CAUTION:
It is advised that the demineralizer should be operating every day for at least 15 minutes.
CAUTION:
Amount of puried water stored in a pressure tank depends on a sum of tap water
and membrane pump pressure (if equipped). Dierences in volume of stored water
may be up to 30%.
Step 10*
General laboratory water intake point
1- Connecting an additional tank
In the case when the system is equipped with an additional tank for storing water of the III degree of purity
it should be connected to the system in the place marked III degree of purity.
2- Connection to dishwasher / autoclave / or other laboratory equipment
- Connect the attached connector to the dishwasher / autoclave / climate chamber or other.
-This connection has a corresponding reduction for connection to the device
3. Installation of an additional tap
- If the point contains also a tap for water collection install it in the inox arm.
- Connect the tap cord to the socket III TYPE 3696.
Step 10*
Connectthebreathinglter by pressing it into
the„add lter”socket
5. TURNING THE DEMINERALIZER ON AND OFF
Step 1
• Check all connections.
•Turn the power switch to“1”.
Step 1
Pressure leakproofness test:
• open the feed water valve,
• open „TAP WATER”.When water appears - close it,
• check if there are no leaks present.
Step 3
• Open the tank valve.
5.1 Turning o the device.
•Turn the power switch to“1”,
• close the feed water valve,
• close the tank valve.
6. MONITORING FUNCTIONS
Demineralizer has its own control system informing the user of necessity to replace particular cartrid-
ges. It also has a keyboard allowing to adjust maintenance procedures frequencies and alarm levels.
A built-in conductometer measures the conductivity and temperature of puried water, and feed water
pressure. Pressure value determines the system operation status (if it is operating, the value is equal to the
pressure applied on RO module; if it is turned o, it equals zero)
65
CAUTION!
If idle for longer periods of time main valve may be closed
and the tank may be emptied.

6.1 Control and measurement panel
The device contains an automatics with a microprocessor control and measurement system that has
Touch panel (models with automatics of type C)
6.2 Protection
The demineralizer turns on automatically when it is delivering water and operates until it rells. When the
tank reaches the proper pressure, the device will disconnect the feed water, and the manometer will indicate
0 bar. R series demineralizers are additionally equipped with a membrane pump and high/low pressure sen-
sors for fully automated operation (without R5).
Automatic pump shutdown is triggered when:
- the pressure is too low,
- the tank is full,
- no tap water is being provided.
Thermal RO module operation protection, automated system shutdown when the feed water temperature is
below 4˚C or above 40˚C. Pump can be shut down if any alarm occurs.
66 67
CAUTION!
Reading all of the parameters displayed on the panel should take place during system
operation (while collecting water - tap open). All alarms should be veried during
water collection (tap open) - collect at least 0.5 l of water.
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
R
RR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
R
R
R
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
current date and time
model name
conductivity of feed water
Conductivity of RO water
Conductivity of feed water
Conductivity of RO water
Conductivity of RO water
Electrical resistivity of feed water 25oC
Electrical resistivity of of RO water
Temperature of feed water 25oC
Temperature of RO water
Salt retention level
Panel shutdown
tank ll level
logo of manufacturer
switch to another view
Type C automatics

68
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
R
R
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
Service information
Information about deadlines
of cartridges replacement
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RR
R
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
Conductivity of DJ RO water
Conductivity of feed water DJ RO
Conductivity of feed DJ water 250C
Electrical resistivity of feed water 250C
Temperature of feed water 250C
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
R
R
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
R2020 06 29
10 : 21 : 45
1 2 3
2020 06 29
10 : 21 : 45
Stop dozowania
pozostało 6 s
2020 06 29
10 : 21 : 45
1 2 3
2020 06 29
10 : 21 : 45
Ustawianie dozowania
Stop dozowania
Nastawa dozowania 3 =7
R R R
R2020 06 29
10 : 21 : 45
123
2020 06 29
10 : 21 : 45
Stop dozowania
pozostało 6 s
2020 06 29
10 : 21 : 45
1 2 3
2020 06 29
10 : 21 : 45
Ustawianie dozowania
Stop dozowania
Nastawa dozowania 3 =7
R
R
R
water dosing
DOSING
water dosing
3.
2.
1.
Dosing in three dierent volumes
set dosing time in memory
Dosing of water volume
preprogrammed by time
in seconds
69

4.
Change dosing time parameter
(3 dierent variants)
R2020 06 29
10 : 21 : 45
123
2016 06 29
10 : 21 : 45
Stop 6 s
2020 06 29
10 : 21 : 45
1 2 3
2020 06 29
10 : 21 : 45
Dispensing setup
Dispensing stop
Dispensing setup 3 =7
R R
R
70 65
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
Icons
We - bad water quality
DJ - out of range
RO - out of range
@ - cleaning turned on
T! - uruchomione alarmy
- mute
alarm set
system information
alarm list
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
R
R
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
water parameters DJ
0.05
0.05
18.18
23
µS/cm
[
[
µS/cm l 25C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
water parameters RO
4.56
13.65
0.08
21
97%
µS/cm
[
[
µS/cm l 25C
[
[
RRO
RO
RO
RO
M *cm
[
[
T
Retencja RO
[
[
0
C
0
Ω
RRR
70%
2020 06 29
10 : 21 : 45
parametry wody wejściowej
data i godzina
70%
water parameters
530
0.00
22
µS/cm
[
[
RWE
WE
WE
M *cm
[
[
T[
[
C
0
Ω
parametry wody RO
70%
DOSAGE
1 32
DOSING SETTING
START DOSAGE
DOSING SETTING
STOP DOSAGE 1 = 28 (T)
Service:
Prefilter to: 2020.06.13
UV lamp to: 2020.05.19
UV lamp time: 7998 h
UF capsule to: 2020.09.11
MF capsule to: 2020.03.15
PILISH RINSING RO RECYR
Service:
Lamp UV: 2020.06.28
Microfiltration capsule: 2020.06.27
Change prefiltres
Prefilters: 2020.06.25
service support
phone [phone]
www.hydrolab.pl
touch the screen
MODEL R
50%
Parametrers of feed water
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
70%
530
560
0.00
22
µS/cm
[
[
µS/cm l 25C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
water parameters
R
R
RR
R
RR
R
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
2020 06 29
10 : 21 : 45
language select
RO membrane cleaning
Recirculation
set parameters
2.
1.

72 73
2020 02 29
10 : 34 : 45
70%
0.03
0.03
0.00
22
µS/cm
[
[
µS/cm
none 25 C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
0C
Ω
R
Settings
POLSKI
Temp. 1
FLUSH RO RECYR
Temp. 2 Temp. 3
TRYB
LIN 0.0 25
TEMP. REF.WSP. KOMP.
70%
water parameters
0.05
0.05
0.00
22
µS/cm
[
[
µS/cm
LIN 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
Settings
2020 02 29
10 : 34 : 45
2020 02 29
10 : 34 : 45
2020 02 29
10 : 34 : 45
R
R
R2020 06 29
10 : 34 : 45
70%
Input water param.
0.03
0.03
0.00
22
level
µS/cm
[
[
µS/cm
none 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
2020 06 29
10 : 34 : 45
Settings
POLISH
TEMP.COMP.1
FLUSH RO RECYR
TEMP.COMP.2 TEMP.COMP.3
2020 06 29
10 : 34 : 45
Settings comp. temp. 1
OPTIONS
LIN 0.0 25
TEMP. REF.WSP. COMP.
2020 06 29
10 : 34 : 45
70%
Input water param.
0.05
0.05
0.00
22
level
µS/cm
[
[
µS/cm
LIN 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
R
R
R
2020 02 29
10 : 34 : 45
70%
0.03
0.03
0.00
22
µS/cm
[
[
µS/cm
none 25 C
[
[
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
0C
Ω
R
Settings
POLSKI
Temp. 1
FLUSH RO RECYR
Temp. 2 Temp. 3
TRYB
LIN 0.0 25
TEMP. REF.WSP. KOMP.
70%
water parameters
0.05
0.05
0.00
22
µS/cm
[
[
µS/cm
LIN 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
Settings
2020 02 29
10 : 34 : 45
2020 02 29
10 : 34 : 45
2020 02 29
10 : 34 : 45
R
R
Temp. comp. 1 - feed water
Temp. comp. 2 - RO water
Temp. comp. 3 - Puried water
Mode:
LIN - linear compensation
NONE - compensation turned o
LIN 250C - turned on
compensation conrmation
2.
3.
4.
COMPENSATION 1. R2020 06 29
10 : 34 : 45
70%
Input water param.
0.03
0.03
0.00
22
level
µS/cm
[
[
µS/cm
none 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
2020 06 29
10 : 34 : 45
Settings
POLISH
TEMP.COMP.1
FLUSH RO RECYR
TEMP.COMP.2 TEMP.COMP.3
2020 06 29
10 : 34 : 45
Settings comp. temp. 1
OPTIONS
LIN 0.0 25
TEMP. REF.WSP. COMP.
2020 06 29
10 : 34 : 45
70%
Input water param.
0.05
0.05
0.00
22
level
µS/cm
[
[
µS/cm
LIN 25 C
[ [
RWE
WE
WE
WE
M *cm
[
[
T[
[
0
C
0
Ω
R
R
R
set parameters
NONE 250C - compensation
turned o

27
ATTENTION:
List of cartridges for particular demineralizer models is located at the end of this manual.
74
7. MAINTENANCE
Maintenance procedures consist of replacing the lter cartridges.
These are:
• pre-lters: 5 μm, A2 module (sediment-carbon-softening),
• ion exchange module,
• microltration capsule 0.45/0.2 μm,
• RO module,
• UV lamp radiator,
• ultraltration module.
* depends of models
7.1 Pre-lters replacement
Prelters are: 5 μm prelter, module A2. Replacement frequency depends on the quality of feed water. Due
to hygienic reasons, checking should be performed at least once every 6 months.This procedure may be per-
formed by the user. About the necessity to replace the lters the user is informed by the display screen on the
control system. It displays an information Replace module A2 and triggers a sound alarm.
Step 1
Turn o the device and close the feed water valve.
Step 2
5 μm pre-lter cartridge replacement.
•Twist o the lter housing using a hand or a key.
• Inside the housing there is a rubber gasket - don’t lose it.
•Take o the cartridge and put in a new one
•Twist in the housing with a new cartridge until a slight resistance,
and then until the end.
Step 3
Module A2 replacement:
• open the front door of the device
• disconnect the exhausted module A2
• connect a new module, mind ow directions
• check that no cords are bent
• close the front door of the device
75
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.26
UV lamp to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.30
MF capsule to: 2020.06.30
RR
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.29
MF capsule to: 2020.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.29
UV lamp to: 2020.07.29
UV lamp time: 7998 h
UF capsule. to: 2019.06.26
MF capsule to: 2020.06.30
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.19
UV lamp to: 2017.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.08.29
MF capsule to: 2020.06.20
UV lamp to:
2020 06 29
10 : 21 : 45
Alarm:
Replace ion module
2019.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.07.29
MF capsule to: 2020.07.29
Replace ion module 2016.06.17
RR
RR
7.2 Ion exchange cartridges replacement
This should be done if puried water conductivity rises above 4 μS/cm. In such case the device displays an
alert DJ and triggers a sound alarm, also the conductivity value indicator is colored in red.
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.26
UV lamp to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.30
MF capsule to: 2020.06.30
RR
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.29
MF capsule to: 2020.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.29
UV lamp to: 2020.07.29
UV lamp time: 7998 h
UF capsule. to: 2019.06.26
MF capsule to: 2020.06.30
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.19
UV lamp to: 2017.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.08.29
MF capsule to: 2020.06.20
UV lamp to:
2020 06 29
10 : 21 : 45
Alarm:
Replace ion module
2019.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.07.29
MF capsule to: 2020.07.29
Replace ion module 2016.06.17
RR
RR
DJ water param.
2020 06 29
10 : 21 : 45
5.58
0.05
18.18
23
level
µS/cm
[
[
µS/cm l 25 C
[
[
RDJ
DJ
DJ
DJ
DJ
M *cm
[
[
T[
[
0
C
0
Ω
R
70%

Step 1
•Turn o the device and close the feed water valve.
• Close the tank valve.
Step 2
Ion exchange module replacement:
• Open the front door and disconnect the exhausted ion exchange module.
• Connect a new module, mind the ow directions.
• Close the front door.
Step 3
• Open the main valve
•Check if there are no leaks.
Step 4
The message replace module H7/H6 disappears automatically,
when water conductivity drops below 4 μS/cm.
CAUTION!
After replacing the ion exchange resin rst 10 dm3of produced water should be wasted.
7.3 Microltration capsule replacement
The lifetime of a microltration capsule is 12 months. The system displays a notication replace MF and
triggers a sound alarm when the capsule needs to be replaced. Microltration capsule can be regenerated
during its operation. It is based on back-ushing and autoclaving the capsule in the max. temperature: 134oC
(duration: 30 mins). A capsule may be regenerated up to 3 times.
To change the capsule:
• Disconnect the old capsule installed in the I class water
quality tap.
• During the procedure the tap valve must be closed.
• Connect the new capsule.
• Reset the alarm in the itab.
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.26
UV lamp to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.30
MF capsule to: 2020.06.30
RR
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.29
MF capsule to: 2020.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.29
UV lamp to: 2020.07.29
UV lamp time: 7998 h
UF capsule. to: 2019.06.26
MF capsule to: 2020.06.30
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.19
UV lamp to: 2017.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.08.29
MF capsule to: 2020.06.20
UV lamp to:
2020 06 29
10 : 21 : 45
Alarm:
Replace ion module
2019.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.07.29
MF capsule to: 2020.07.29
Replace ion module 2016.06.17
RR
RR
7.4 UV radiator replacement
After one year of lamp operation the system triggers a loud alarm reminding that the radiator needs to be
changed to keep an optimal disinfection performance. This may be done by the user. On the display screen
there is a highlighted in red alert T! and a sound alarm is triggered. To check the details enter the itab which
displays an alert highlighted in red UV lamp to: (date when it must be replaced). There is also a service
suggestion below: Replace UV lamp.
76 77

Step 1
•Turn o the device and close the feed water valve.
• Close the tank valve.
• Open the front door.
Step 2
Disconnect the radiator from power supply. Twist o ground cable, take o the radiator joint. Slide o the
radiator from the reaction chamber.
Step 3
To install a new radiator, carefully take it out from the packing - do not touch its transparent surface (if there
is any dirt on it, wash it with alcohol). Carefully slide it into the housing, put on the joint, screw in the ground
cable and turn on the device.
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.26
UV lamp to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.30
MF capsule to: 2020.06.30
RR
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.06.29
UV lamp time: 7998 h
UF capsule. to: 2020.06.29
MF capsule to: 2020.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.29
UV lamp to: 2020.07.29
UV lamp time: 7998 h
UF capsule. to: 2019.06.26
MF capsule to: 2020.06.30
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.19
UV lamp to: 2017.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.08.29
MF capsule to: 2020.06.20
UV lamp to:
2020 06 29
10 : 21 : 45
Alarm:
Replace ion module
2019.06.29
2020 06 29
10 : 21 : 45
Service date:
Prelter to: 2020.07.20
UV lamp time: 7998 h
UF capsule. to: 2020.07.29
MF capsule to: 2020.07.29
Replace ion module 2016.06.17
RR
RR
CAUTION!
The radiator is very fragile. Be very careful with it.
Step 4
• Open the feed water valve.
• Check that water is not leaking.
• Open the tank valve.
Step 5
•Turn on the demineralizer,
• Reset the radiator alarm in the itab.
7.5 RO module replacement
The RO module can operate up to 3-4 years about. Lifetime of membrane cartridges varies depending on
ow, its parameters and level of feed water contamination. Replacement procedure may be done by the user.
78 79
CAUTION
Do not attempt to repair the device by yourself.
Unauthorized repairs may seriously damage the device and be hazardous for users.
Symptoms of RO malfunctioning:
•Worse eciency, slower ow rate.
• Shorter ion exchange columns lifetime.
• Higher conductivity of osmotic water (exceeding alarm level).
Replacement must take place when the osmotic water conductivity exceeds 30 μS/cm. The device informs
the user when it occurs by showing an alert RO on the display screen and triggering a sound alarm. Also the
conductivity value is colored in red. To check the details enter the„i” tab which displays an alert highlighted
in red Check RO module.
To replace the RO module:
• open the back door - unscrew four screws on the sides rst,
• disconnect the exhausted RO module from tubes and replace it with a new one, mind ow directions,
• close the back door and screw in the screws on the side.

80 81
7.6 UF ultraltration module replacement
The ultraltration module can operate up to 12 months. It can be replaced by the user.The device informs the
user when this module must be replaced by showing an alert T! on the display screen and triggering a sound
alarm. To check the details enter the i tab which displays an alert highlighted in red UF capsule. to (date
when it must be replaced)”. Below there is also a service suggestion Replace UF capsule.
To replace a UF module:
Step 1
• Open the front door.
• Disconnect the exhausted UF module.
• Connect a new module, mind ow directions.
• Check that no tubes are bent.
• Close the front door.
Step 2
• Open the feed water valve.
• Check that no water is leaking.
• Reset the alarm in the„i” tab.
RO water param
2020 06 29
10 : 21 : 45
66.00
0.35
0.08
21
97%
Level
µS/cm
[
[
µS/cm l 25 C
[
[
RRO
RO
DJ
RO
M *cm
[
[
T
RO retention
[
[
0
C
0
Ω
R
70%
7.7 Sanitation
Sanitation must be performed when changing ion exchange resins and least every 12 months.
When sanitizing follow the instructions for safe use provided in the Sanitation Agent Specication Card.
Sanitation set:
• Sanitizazation chamber
• Sanitation agent: ChloraminT sodium salt.
• Connector set and backup tube.
Procedure:
• Close feed water valve.
• Fill sanitization chamber with sanitation agent -1 pack.
• Sanitize with empty tank. Empty the tank rst.
• Close tank valve.
• Disconnect ion exchange module (H6 or H7).
• Disconnect module A2.
• Connect sanitation chamber (according to schema):
-Tube“IN”from module A2 to sanitation chamber in place“IN”.
-Tubes“IN”and“OUT”from H6 module withT-connector in tube“OUT”to sanitation chamber.
• Open feed water valve.
• Open tank valve.
• Leave for 1-2 hours.
Moduł A
IN
IN
OUT
OUT IN OUT
Moduł H6
Módulo A
IN
IN
OUT
OUT IN OUT
Módulo H6
Модуль A
IN
IN
OUT
OUT IN OUT
Модуль H6
Module A
IN
IN
OUT
OUT IN OUT
Module H6

82
CONSUMABLE PARTS
83
8. WORK SAFETY REGULATIONS
In particular the user should not:
• touch the switches with wet hands,
• touch the tubes with sharp objects.
9. MALFUNCTIONS
Some kinds of damage occur due to not performing simple maintenance tasks or other overlooks and can be
xed without calling the service. Unnecessary service call to x these kinds of damage will be charged, even
during the warranty period.
CAUTION!
The user should not attempt to repair the device by himself.
Repairs done by an unauthorized personnel are hazardous to health and life.
• Close feed water valve.
• Dismount microltration capsule.
• After given period empty the tank through H2O tap.
• Open feed water valve.
• Fill the tank to 100%.
• Empty the tank.
After nal tank emptying disconnect the sanitation chamber and connect tubes with connector provided in
the sanitation set. Install new A2 and ion exchange modules. After service and sanitation rst full volume of
the tank should be wasted to clean new ion exchange module, tank and tubes.
CAUTION
Repeat this procedure 2-3 times
Model Sediment lter Module GAC Module Module Microltration capsule UV lamp radiator UV lamp radiator Module 5 μm A2 10 H7 TOC H6 TOC 0,2 μm 254 nm 185/254 nm UF
R 5 + + - + - + + - - R 5UV + + - + - + - + -
R 5UF + + - + - + - + +
R 10 + + - - + + + - - R 10UV + + - - + + - + - R 10UF + + - - + + - + + R 20 + + - - + + + - - R 20UV + + - - + + - + - R 20UF + + - - + + - + + R 30 + + - - + + + - - R 30UV + + - - + + - + - R 30UF + + - - + + - + + R 40 + - + - + + + - - R 40UV + - + - + + - + -
R 40UF + - + - + + - + +
R 60 + - + - + + + - - R 60UV + - + - + + - + -
R 60UF + - + - + + - + +
lifetime 6 months 6 months 6 months 2000 dm3* 5000 dm3* 12 months 8500 h. 8500 h. 12 months
Cat. no. EO-005-10 EO-MA-12 EW-001-10 EJ-2000-1 EJ-5000-1 EM-SP-20 EUV-254-HLP EUV-185-254-HLP EU-HLP-01