Hydrover OXYMATIC smart Assembly instructions

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Installation,Programmingand
MaintenanceUserGuide
Pure water everywhere

Installation, Programming and Maintenance User Guide Oxymatic Smart
V. 1.3.2. May 2015
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CONTENT
1. Important safety instructions..................................................................................................................... 3
2. Electrical specifications and features ....................................................................................................... 3
3. Introduction ................................................................................................................................................ 4
3.1 Oxymatic Technology.................................................................................................................................. 4
3.2 Hydrolisys.................................................................................................................................................... 4
3.3 Ionization .................................................................................................................................................... 5
4. Oxymatic’s content..................................................................................................................................... 7
4.1 Included items............................................................................................................................................ 7
4.2 Not included items ..................................................................................................................................... 8
4.3 O
PTIONS ........................................................................................................................................................ 8
4.4 Oxymatic dimensions ...............................................................................................................................10
5. Oxymatic’s systems installation...............................................................................................................11
5.1 Plumbing...................................................................................................................................................11
5.2. Electricity...................................................................................................................................................14
5.3. Interconnections.......................................................................................................................................14
5.4. connecting up the main pump.................................................................................................................16
5.5. connection of the cables to Oxymatic terminals.....................................................................................16
5.6. connections of titanium and copper electrodes .....................................................................................17
5.7. connections of the probes, injectors and pumps. ..................................................................................17
6. Preparation of the water to treat (Very Important!) ................................................................................18
6.1. Balanced Water ........................................................................................................................................18
6.2. Pool desinfection......................................................................................................................................19
6.3. Filter wash ................................................................................................................................................19
6.4. Copper Adjustment ( Cu
++
).......................................................................................................................19
7. Diagram Control Unit................................................................................................................................20
8. Programming ............................................................................................................................................21
8.1. Systems with copper (ION), Peroxide (Per/Cl) and Redox (rX) option....................................................21
8.2. Private swimming pools ...........................................................................................................................23
8.3. Public swimming pools.............................................................................................................................24
8.4. Other programming ..................................................................................................................................25
9. Oxymatic Start ..........................................................................................................................................30
9.1. Automatic and manual position...............................................................................................................30
9.2. Programming and start up.......................................................................................................................30
9.2.1. Voltage of the electrodes. (Very important) .................................................................................30
9.2.2. Level of Copper in the water..........................................................................................................30
9.2.3. pH check-out ..................................................................................................................................31
9.1. Internet Connection..................................................................................................................................32
9.2. Oxymatic software update .......................................................................................................................33
10. Maintenance of the Oxymatic System....................................................................................................35
10.1. Maintenance and control table:..............................................................................................................35
10.2. Once the Oxymatic system is in progress:..............................................................................................35
10.3. Change of polarity of the electrodes:......................................................................................................36
10.4. Cleaning of the electrodes: .....................................................................................................................36
10.5. Checking the parameters of the control unit..........................................................................................36
11. Imcompatibilites and possible problems with the Oxymatic system. ....................................................38
11.1. Probes of Rx - copper-platinum amperometric probes...........................................................................38
11.2. Flocculants and zeobrite filters................................................................................................................38
12. Summary of maintenance of the Oxymatic Smart System.....................................................................38
13. Problems and Solutions ...........................................................................................................................39
14. Controller technical specifications. .........................................................................................................40
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Installation, Programming and Maintenance User Guide Oxymatic Smart
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1. IMPORTANTSAFETYINSTRUCTIONS
PLEASE READ AND FOLLOW THESE INSTRUCTIONS
It is essential when installing a control and disinfection system at a pool to take
certain precautions whilst handling equipment, also more generally while using the
pool.
DANGER: Low-voltage electricity risk: Do not open or touch the control unit: there is
a risk of electric shocks. Contact your local retailer or the manufacturer.
Follow the electricity safety instructions laid down by your company, also local or
national regulations.
DANGER: Risk of accidents or drowning: Use of the pool calls for special care.
Observe the safety and hygiene instructions laid down, which are displayed near the
pool, or in accordance with local or national regulations.
2. ELECTRICALSPECIFICATIONSANDFEATURES
OXYMATIC® SMART complies with:
- Low-voltage regulations in accordance with ITC-BT standard 031 (2002)
- Electrical and electromagnetic safety standards in accordance with directive 7323 / ECC / EN61010-1 (93)
ELECTRICAL SPECIFICATIONS: Mod. OXYMATIC® SMART
Power supply 110/250 Vac
Operating frequency 50/60 Hz
Energy consumption when not running 120 mA
Oxidation sequence consumption at 6 amps 350 mA
Ionisation sequence consumption at 2 amps 180 mA
Operating temperature + 5° / + 55°C
Maximum operating humidity 95% with no condensation
Protection of the environment IP55
Maximal voltage at the Titanium chamber 12 VDC (with galvanic separation)
Maximum voltage at the Copper chamber 12 VDC (with galvanic separation)
OPERATING ALGORITHMS: Mod. OXYMATIC® SMART
Manual/ automatic operation? Yes
User programs? Yes
Temperature readout At 5°/55°C intervals; accurate to +/- 0,2ºC
pH readout At 5 - 50 pH intervals
ORP readout At intervals of +/- 2000 mV
Automatic pH dose corrector By peristaltic pump (setting P + I)
Automatic Rx dosing By peristaltic pump (setting P + I)
Touch-screen Colour10"
Programming By touch-screen and password
Type of programming User-friendly and intuitive
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Installation, Programming and Maintenance User Guide Oxymatic Smart
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3. INTRODUCTION
3.1 OXYMATICTECHNOLOGY
OXYMATIC system generates the most powerful disinfectant after use of fluoride, which is not allowed
in recreational waters.
It is a thousand to three thousand times faster and more effective than chlorine.
OXYMATIC combines two technologies: the hydrolysis of water and the electrolysis of copper. With the
synergy of the two processes, water is disinfected at the time. Moreover, maintaining a residual copper
is allowing water disinfectant at the same time (the residual copper is more stable than chlorine)
It does not form irritating products nor does it give flavor to the water reason why it eliminates
problems of scent and irritations.
You do not need additional disinfecting and when the law should be used in public pools, are made
with the established minimum, and being disinfected water through the system prior to chlorination or
bromination disappear potential problems that could occur.
Automated installation and low maintenance cost.
The water treatment methods are the most common disinfectants that rely on chemicals to prevent
the growth of bacteria and pollutants harmful to health. Chlorination (water treatment method IM) has
demonstrated its ability to control many water pollutants but has many side effects harmful to the
environment and human health, such as trihalomethanes, chloramines, phenols etc ... as well as
corrosion of pipes, aluminum, chrome etc. ... not only health professional groups are against chlorine,
but also the public around the world is beginning to change the rules by eliminating or minimizing the
use of toxic chemicals and disinfectants by law.
3.2 HYDROLISYS
This is a Bipolar Oxidation Technology (A.B.O.T) and is called "bipolar" because it has two electrodes
(one is the positive pole or anode, and the other is the negative or cathode).
Every four minutes there is an automatic change of polarity, which allows the copper electrodes are
worn at a time and gives the system a certain self-cleaning.
Hydrolysis is the process by which the water molecule is dissociated into various species due to the
application of electric current on it.
The main reaction of the hydrolysis process is as follows:
2 H2O (OH-) + H3O+
In the case of pure water, the
dissociation that is produced is
very weak, so there must be a
certain level of dissolved solids
and conductive molecules
(corresponding to the TDS and
conductivity parameters,
respectively, in the routine analysis
of water) for this process to
effectively act as a disinfectant.
However, there are many
secondary chemical reactions,
which produce ionic species with
an oxidant and disinfectant power,
such as ozone (O3), monatomic
oxygen (O1) and hydrogen peroxide
(H2O2).

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OXYMATIC circuits transform the standard electrical current (220 V, 50 Hz) DC low voltage and
amperage. By its titanium electrodes (plated precious metals), creating ionized water, disinfectant
chemical species.
Thus, it creates a combination of the most powerful oxidizers available for water disinfection, avoiding
the use of chemicals. In the case of hydroxyl ions (oxidation-reduction potential of 2.05, exceeded only
by fluorine, but because of its high toxicity can not be used as a disinfectant).
Table 1 shows the key values of redox potential.
OXIDATION REDUCTION POTENTIAL (ORP)
Chemical name
Symbol
ORP Value
1
Fluorine F2
2.25
2
Hydroxyl Ion
OH-
2.05
3
Atomic Oxygen
O-
1.78
4
Ozone O3
1.52
5
Hydrogen Peroxide
H2O2
1.30
6
Permanganate
KMn2O7
1.22
7
Hypochlorous
Á
cid
HClO
1.10
8
Chlorine (Gas)
Cl2
1.00
9
Oxygen O2
0.94
10
Sodium Hypochlorite
NaClO
0.69
* Oxidants produced by the system OXYMATIC
3.3 IONIZATION
From the copper electrodes
OXYMATIC system generates
copper ions Cu
++
, which
effectively remove algae,
bacteria and viruses. In addition,
there is no scientific evidence
that the organisms are
developing immunity to copper
ions, contrary to what happens
with various forms of chlorine.
The recommended dosage (0.5
and 0.7 ppm) does not affect
health as according to WHO
(World Health Organization) a
potable water up to 2 mg / l of
copper.

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Copper ion concentration (ppm) required for the elimination of some microorganisms:
TABLE 2: Destruction of microorganisms by the system OXYMATIC
It has been observed the destruction of E. Coli from 0.1 to 2.0 ppm at pH ranges from 6.5 to
8.0 as confirmed Water check National Testing Labs (Ypsilanti, MI), Spectrum Labs
(Minneapolis, MN) and MN Department of Health. Subsequently, municipal public health
inspectors and private companies were conducting additional checks to E. coli. One result of
these investigations was the finding of the stability of copper ion in pipelines until they are
fixed. At the moment this is one of the best on the market proven solutions for the removal of
coli forms and E. Coli.
An added advantage is that the system has a certain effect OXYMATIC disinfectant. The
calcium in the water is kept in the form of bicarbonate (water soluble), with a pH around 7
and a maximum temperature of 50 º C approximately. Therefore avoiding the fouling inside
the pipe and reduces the tendency to corrosion. This phenomenon has been tested by ETL
Laboratories / EPA and developed by OXYMATIC in 1995.
Warning. - In coated liner pools must be especially careful so that the pH
exceeds 7.6 and that from this point begins to precipitate copper and by the
characteristics of the pool liner can be stained blue and these stains are
difficult to remove.
With any other covering material or maintaining the pH below 7.6 there is no problem.
Copper (ppm)
Copper (ppm)
Chlorophyceane
Protozoa
Bursaria
Cladophora
0.50
Ceratium
0.33
Closterium 0.17
Chlamydomonos
0.50
Coelastrum
0.05 -
0.33
Cryptomonas
0.50
Conferva 0.25
Dinobryan
0.18
Desmidium
2.00
Euglena
0.50
Draparnaldia
0.33
Glenodinium
0.50
E. COLLI 0.20
Mallomonas
0.50
Entomgplprn
0.50
Nema
t
odes
0.70
Eudorins 10.00
Peridinium
0.50 - 2.00
Hydrodictyon
0.10
Synura
0.12 - 0.25
Microspora 0.40
Uroglena
0.05 - 0.20
Palmella 2.00
Fungus
Pandorina 10.00
Leptornitus
0.40
Raphidiiun 1.00
Sappolagnia
0.18
Scenedesmus
1.00
Miscellaneous
Spirogyra 0.12
Chara
0.10 - 0.50
Starastrom 1.50
Nitella, flexilis
0.10 - 0.18
Ulothrix 0.20
Potamogeton
0.30 - 0.80
Volvo
x
0.25
Diatomeas
Zygnema 0.60
Asterionella
0.12 - 0.20
- -
Fragilaria
0.25
- -
Melosira
0.20
- -
Navicitia
0.07
- -
Nitzchia
0.50
- -
Synedra
0.36 - 0.50
- -
Stepbanodiwus
0.33
- -
Tabellaiia
0.12 - 0.50

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4. OXYMATIC’SCONTENT
4.1 INCLUDEDITEMS
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4.2 NOTINCLUDEDITEMS
Not included are the materials needed for installation, such as:
•Adhesives:
•PVC pipes
•By-pass valves
•Motor Protection
•Fastening screws Oxymatic
•Tools
•Flow switch
4.3 OPTIONS
Redox Regulator:
-Peristaltic Pump
-Redox Probe
-Accessories & PVC pipe
-Rx Buffer mV 468
-Probe holder
-Injector
-Redox Software
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Peroxide Injection:
-Peristaltic pump
-Accessories & PVC pipe
-Injector
-Peroxide Software
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pH Regulator:
-Peristaltic pump
-pH probe
-Accessories & PVC pipe
-Buffer pH7
-Buffer 9 pH
-Probe holder
-Injector
-pH software
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CL¯ Regulator
:
-Accesorio para regulación de Cloro Libre
-Peristaltic pump
-Cl
-
probe
-Accessories for free Chlorine regulation
-Probe holder
-Injector
-Free chlorine Software 
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Copper Sensor
:
-Cupper probe
-Cu
++
buffer
-Copper software
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Kit Test Copper
:
-Solution A
-Solution B
-Tube pipe
-Colors card 
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Ecological Antiscaling Conductivity Probe Vario Flow
Level sensor of pH, Rx, H
2
0, etc
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Ask for any options to distributor.

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4.4 OXYMATICDIMENSIONS
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Length:345mmDepth:275mmHigh:110mm
Length:456mmDepth:122mmHigh336mm
Length:440mmDepth:440mmHigh340mm
14Kg.(Itdependsonthemodelandoptions)

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5. OXYMATIC’SSYSTEMSINSTALLATION
5.1 PLUMBING
The plumbing is a very important aspect to consider for installing Oxymatic system, therefore a priority
to have a good installation. As can be seen on the chart is important to install the camera after filtering
circuit and heating.
The chamber is installed as a by-pass on the pool’s return line at the filter outlet. All pool-water will
pass through the chamber, where the operating titanium electrode continually generates hydroxyl ions.
This will have the effect of raising the pool-water’s ORP to the technical limit of the system.
Taking into account that the titanium electrodes should be installed at the entry of the water and the
copper electrodes to the exit of the water. Depending on the Oxymatic model, we will connect the
injection of pH, chlorine or peroxide.
Instal the chamber as a by-pass at the filter outlet, taking account of the directions of the arrows. The
equipment is compatible with PVC adhesives.
Chamber with Copper Electrodes

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It is essential to consider the diameter of the recirculation pipe in relation to the time required for complete
recirculation. We must instal the number of chambers required in order that all pool-water will pass through the
chambers, and so that the circulation flow shall not fall below <10%, as a by-pass and in parallel. For example,
we recommend using PVC pipes:
Pipe ≤75 mm 1 chamber or 2, in line
Pipe 90 to 140 mm minimum 2 chambers in parallel
Pipe 140 ≤225 mm minimum 3 chambers in parallel
Pipe 225 ≤300 mm minimum 4 chambers in parallel
* The material of the chamber is compatible with any PVC glue
Examples of installations

Serial
Parallel
IN
Water entrance
-Titane electrodes holder
-Sensors (temperature, pH,
Redox)
OUT
Water exit
-Copper electrodes holder
-pH injector
-Peroxide injector
-Chlorine injector
(depending on the models)
Correct Instalation

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5.1.1 Fix the control unit and dosing pumps to the wall close to the chamber, near the product
deposits.
5.1.2 Screw titanium and copper
electrodes in order input and
output taking into the guides (
burrs ) on the bottom . Tighten
with hands tightly or with a special
key if necessary
.
.
SINCE LEAVING THE COMB SEPARATOR of the titanium
electrodes to introducing into the chamber.
5.1.3. Instal the pH, Rx and temperature probes with their probe-carriers, as indicated at the
chamber.
5.1.4. Instal the flexibles tubes for the dosing pumps ( included)
-Transparent pipe: extraction of chemical products
-White pipe: injection of chemical products.
Once all components have been installed in the chamber, open up and close the valves, following the procedure
described in the START-UP section.
WARNING: Do not leave the equipment without water when probes are installed. If pH or Rx probes dry
out, they will be damaged and cannot be used.
PROBES
INJECTORS
White (PE)
Transparent (PVC)

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5.2. ELECTRICITY
The equipment is shipped ready to be used in the installations 100v to 230v, no need for any power
adapter, but we recommend installing a motor protector before connecting to the mains, to avoid any
possible increase in the tension which severely affects the electronics of Oxymatic, (these problems do
not cover the warranty. (See image)
We remind installers, OXYMATIC only has one power input, which is the computer to the
network, we must be careful not to connect the pump or any component to the main power
supply.
The power supply to the peripheral circuit systems is provided as follows:
PERISTALTIC PUMPS for pH, Redox, Peroxide, Copper………. Direct outlet to the mains (*)
RECIRCULATION PUMP ...... .. ....................................................Dry contact (**)
(*) The voltage output depends on the mains input. If the mains is 117VCA, the output to
the peristaltic pump will be 117VCA; if the mains is 230VAC, the peristaltic pump output
will be 230VAC.
(**) OXYMATIC’s cut-off relay is 4 amps at 230VAC: we therefore need to use contactors or
motor shields with a consumption bobbin less than or equal to 4 amps at 230VAC.
Since Oxymatic Smart is a pool manager, it should control and command the recirculation
pump.
IMPORTANT: The Oxymatic can not work if the pump is stopped and the water is not
recirculating.
5.3. INTERCONNECTIONS
We show below the connections that can be made with OXYMATIC Smart. Firstly, a general view of the
input terminals, then the detail of the various connections of the input and output signals.

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5.3.1. Electrodes Measure, Power and Alarms.
5.3.2. Performances Auxiliary Outputs

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5.4. CONNECTINGUPTHEMAINPUMP
Option no. 1. Recommended: Oxymatic controls and commands the main pump.
Connect the power-supply cables for the control unit to the electric panel of the pump with shield.
OXYMATIC connects /disconnects the power by automated or manual programming. To do this, we
pass the cable that emerges from the differential at the contactor’s A2 input through the control unit.
If the installer is confronted with an electric panel with a pump programmer (see illustration below), he
will need to make the following modifications:
With the new electric panels there is no need for a pump programmer, since Oxymatic takes care of
this function.
Option no. 2: OXYMATIC operates in parallel with the main pump, and is controlled by the programmer of
the recirculation pump.
When the time-meter which controls the supply to the main existing pump emits power to start up the
pump, it will do likewise for the control unit, so that it will start up and shut down both systems
together.
5.5. CONNECTIONOFTHECABLESTOOXYMATICTERMINALS
Terminal nº Description
1, 2 y 3 Main power connection to the network (Max. 240V)
4 al 12 Alarms
13 al 20 Connection injection pumps of
pH, Rx, Cl, Br. H
2
O
2
21 al 28 Auxiliary channel
29 al 31 Connection Temperature probe
32 y 33 Vario Flow
channel
(Variable speed of main pump)
34 y 35 Connection to the main pump (leakage) of the pool at a dry contact
36 y 37 Connection to the Ti electrode
38 y 39 Connection to Copper electrodes peroxide or pump
Pump programmer in
MANUAL mode 24 h. working.
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1. Remove cable A2 from contactor
coil and insert in terminal 34 of
Oxymatic (directly or splice).
2. Insert the cable which comes out
of terminal 35 of Oxymatic in
terminal A2 of coil.
A2(T3) Pump contactor coil
Contactor
110‐240V

RelayCurrrent
OVERLOAD
(Veryimportant
)

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NOTE:
 All connections are free of tension except of the metering pumps which are 230 Vac.
Once the control unit OXYMATIC is fixed, we will connect the wires to the various components.
5.6. CONNECTIONSOFTITANIUMANDCOPPERELECTRODES
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NOTE: Ensure that the cables are in the corresponding terminals:
Blue Titanium / Oxidation Red: Copper / Ionization
5.7. CONNECTIONSOFTHEPROBES,INJECTORSANDPUMPS.
For installation of the pH sound chamber and the injection canal, one should use the sound holder which is
included and then proceed with the order shown in the photo.
ATTENTION: The pH injection canal must be positioned at the end of the water circuit to avoid acid
contacting with the electrodes and / or different parts of metals (filter, water pump, heat pump,
exchangers,,,) and this could cause deterioration of the same.
NOTE: Once the connections have been verified, connect the Oxymatic to the outlet and using the MODE button
press AUTO. Once this has been carried out, the equipment will now work using the preinstalled Systems.
In
j
ectors
Temperature Sensor
Rx Probe
Pum
p
pH Probe

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6. PREPARATIONOFTHEWATERTOTREAT(VERYIMPORTANT!)
The steps for the initial treatment of water OXYMATIC ® system before installation are:
6.1. BALANCEDWATER
To carry out proper disinfection of water and ideal for your pool, regardless of system used (chlorine,
bromine, oxygen, peroxide, ozone, etc ...) is necessary for the pool water to be balanced in order to avoid
improper disinfection and corrosion and / or precipitation of metal, limestone, stains of all kinds, cloudy
or green water, etc ... You'll need to check the parameters below:
TDS recommended ≥600 ppm.
Total Alkalinity: 100-175 ppm.
pH must be between 6.8 and 7.2.x
When water becomes unbalanced corrosive or scale and considerably reduces the oxidizing agent
(Chlorine, Bromine, Oxygen, Peroxide, Ozone, etc ....), And that disinfection is minimal. Water flows
progressively deteriorate makes titanium electrodes and copper, and other metal parts in the circuit of
the water and swimming pool.
In contrast, when the water is fouling, stains and fouling can occur both in the glass of the pool and in
the water pipe circuit and the electrodes. Because this phenomenon may progressively deteriorate
titanium electrodes and copper.
If the water of the swimming pool comes from a well:
Even as drinking water of this type is not as balanced as tap water (city). May contain different
organisms, bacteria, materials or heavy metals. In this case, the water needs an intensive preparation
before OXYMATIC system performance, and that water must be completely free of metals, bacteria, etc..
Electrical conductivity or TDS (total dissolved solids):
The principle of OXYMATIC based on the hydrolysis determines the conductivity of the pool is an
important factor that favors the creation of ions (the higher the electrical conductivity or the amount of
total solids Dissolved in Water, TDS, the better). For proper operation of the system, the TDS should be
above 600 ppm, or what is the same, the electrical conductivity of the water should exceed the 1200 uS
/ cm.
PARAMETERS BOARD OF A POOL
NOTE: When in a given time, have to decrease the pH of the water, we recommend using
sulfuric acid (38%) as pH reducer instead of hydrochloric acid. This is because the hydrochloric
acid also reduces the alkalinity, 2 / 10 while reducing the pH of the water the same amount of
hydrochloric acid. It is also safer than hydrochloric acid and does not emit fumes or gases.
PARAMETER RECOMMENDED
VALUE INCREASE DECREASE
Calcium hardness
(ppm) 300 - 500
Calcium Hardness Increaser
Calcium chloride (CaCl2)
20g/m3 up 15 ppm
¨not necessary¨
Total alkalinity
(ppm) 100 - 175
Alkalinity Increaser
Calcium carbonate (CaCO3):
1kg/50m3 increases 10 ppm.
Alkalinity Reducer
Hydrochloric acid (HCl) or
sodium bisulfite (NaHSO3)
TDS (total
dissolved solids)
(ppm)
+600 Common salt (NaCl): 100 ppm
increase 1.5kg/10m3
¨not necessary¨
pH 6.8 – 7.2
PH Increaser
Carbonate (NaCO3) or sodium
bicarbonate (Na (HCO3) 2)
PH Reducer
Sulfuric acid (H2SO4)
better than hydrochloric
acid (HCl)

Installation, Programming and Maintenance User Guide Oxymatic Smart
V. 1.3.2. May 2015
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6.2.POOLDESINFECTION
VERY IMPORTANT
Before treating the water of your pool whith the Oxymatic system make sure that the water is totally
disinfected because this system, in normal use, is not capable of performing a shock treatment, that
means it is not able to disinfect green water with algae.
Consult pag. 26
6.3.FILTERWASH

Make a filter backwash. This process will clean the filter until you remove all waste previously retained
by the filter. Consult the manual of the filter.
6.4.COPPERADJUSTMENT(CU++)
Measure the dissolved copper in the water with a colorimetric set:
If you have a copper level between 0.5 to 0.7 ppm, we can start the Oxymatic system.
If you have a copper level above 0.7 ppm, try to decrease. For this, we can renew part of
the water of the pool with water without copper or use metal sequestering agent.
If the level of copper is below 0.5 ppm, increase copper:
Recommended by Hydrover:
-Start Oxymatic in manual position.
-Run the copper electrode only.
-Leave your computer running 48 hours straight
-Measure copper.
-Increase number of hours to reach recommended values.
The copper ion, Cu
++
, is a potent algaecide and bactericide. At concentrations below 0.4 ppm,
less effective, and above 0.7 can generally spot on the glass of the pool.
IMPORTANT: This setting must be made in the implementation since the Oxymatic is
responsible for maintaining the appropriate level of copper in the water. The
recommended dosage (0.5 and 0.7 ppm) did not affect health as according to WHO
(World Health Organization) a potable water up to 2 mg / l of copper.

Installation, Programming and Maintenance User Guide Oxymatic Smart
V. 1.3.2. May 2015
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7. DIAGRAMCONTROLUNIT
Presentation of the Oxymatic and the chamber in the model with/without copper (Cu)
Presentation of the Oxymatic and the chamber in the model with copper (Cu)
Presentation of the Oxymatic and the chamber in the model without copper (Cu)