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Disinfection of water
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dinotec ELECTROLYSIS SYSTEMS
Simply enjoy the best water!
Reliable
Safe
Economical
Ecological
Production of a highly active disinfection solution on site
Simply brilliant...
dinotec electrolysis systems use salt,
water and electricity for an on-site
production of fresh, highly active chlorine
for an effective disinfection of water.
Application areas
Swimming pool water, fountains, theme parks etc.
Circulation waterWater supply companies, municipalities, hospitals, hotels etc.
Drinking water
Food industry /beverage industry,
livestock breeding, agriculture etc.
Process water
LimassolCyprus
Drinking water treatment, VoDes 10000, total 20 kg Cl2/h
Holiday region, town with about 160,000 inhabitants
No risks for nature and for operating rooms
No special security measures required
Operating hazards, such as with chlorine gas systems, do not exist
No hazardous materials transportation of chemicals
No regular handling of chemicals on site
Fresh, ultrapure, highly active - these are the properties
of chlorine produced with dinotec electrolysis systems:
Fresh = Local production, no age-related loss of effectiveness
Ultrapure = Without impurities and supplements
Highly active = High efficiency, high stability,
high disinfection effect. This is referred to, amongst others,
as the multi-disinfection effect of the oxidants produced, which
support the disinfection process in a positive way.
Continuous operation with 3-fold safety
dinotec safety package
Absolutely reliable
dinotec electrolysis systems are used worldwide,
even under extreme conditions.
A reliable, continuous operation of the systems
is a basic requirement, especially in remote areas.
Sit back and relax. dinotec guarantees a reliable
operation of its systems and offers various warranty
packages up to a lifetime warranty (15 years).
Safe for the environment
Safe operation
* According to dinotec terms of guarantee
Advantages of dinotec electrolysis technology
Simple and straightforward
Common salt - an ecological resource
Low energy input for the
production (hardly any contribution
to greenhouse effect)
Use of powder salt possible
No special
storage facilities required
Reduces operating costs
Demand-based, highly effective disinfection
Production of the disinfection solution on site
Safe
Cost-cutting, since demand-driven
Highly effective
SaltHighly-active disinfection
solution
Dangers excluded
No transport of hazardous materials
No special
safety equipment
needed
Low storage and transport costs
Easy handling
Low storage area requirements
Reduced handling and logistics costs
No hazardous materials
Low acquisition price
Top safety due to remote maintenance
Increased operational safety
with dinotec remote monitoring
Protection of your investment
Coca-ColaKnetzgau,Germany
Bottle washing, VoDes 500 g Cl2/h
Undivided-cell electrolysis systems 30 / 60 / 90 g Cl2/h
VoDes BlueWave VoDes
Overview of dinotec systems
Particularly robust
Reliable operation, even under extreme conditions
Peak demand periods are covered by a product storage tank
Easy operation
Maintenance by factory service staff / contractors
Top value for money
Remote maintenance
Use of powder salt possible
Particularly robust
Reliable operation, even under extreme conditions
Easy to install (comparable to a washing machine)
Low space requirements
Peak demand periods are covered by a product storage tank
Easy operation
Easy maintenance by trained personnel
Economically priced entry-level electrolysis technology
Use of powder salt possible
Design cover
3 years warranty*
Drinking water disinfection up to approx. 45 m3/h
Swimming pool water disinfection (private, hotels, fitness centers etc.)
Swimming pool water disinfection (communal pools, water parks etc.)
Drinking water disinfection in domestic installations Drinking water disinfection in domestic installations
Drinking water disinfection for water supply companies
Food / beverage industry
Undivided-cell electrolysis systems 500 - 10,000 g Cl2/h
Examples of use Examples of use
* According to dinotec terms of guarantee
Use of natural brine for electrolysis
Use of freely available resources (e.g. sea salt)
Low costs of operating resources
Peak demand periods are covered by a product storage tank
Particularly robust
Reliable operation, even under extreme conditions
Easy operation
Maintenance by factory service staff / contractors
High efficiency
Low operating costs (electricity, water, salt)
No carryover of salt
Robust process technology
Peak demand periods are covered by a product storage tank
Maintenance by factory service staff / contractors
Remote maintenanceTop value for money
Remote maintenance
Swimming pool water disinfection (communal pools, water parks etc.)
Drinking water disinfection for water supply companies
VoDes Sea MZE
Drinking water disinfection for water supply companies
Food / beverage industry
Swimming pool water disinfection (hotels, communal pools, water parks etc. particularly suitable for stainless steel pools)
Undivided-cell electrolysis systems 500 - 10,000 g Cl2/h Divided-cell electrolysis systems 200 - 5,000 g Cl2/h
Examples of use Examples of use
VoDes BlueWave(Undivided-cell electrolysis) (Undivided-cell electrolysis)
VoDes BlueTech
Technical data
VoDesBlueWave 30
VoDesBlueWave 60
VoDesBlueWave 90
VoDesBlueTech 150
VoDesBlueTech 200
Chlorine production up to Cl2/h 30 60 90 150 200
ø | Max. daily output Cl2/day, ca. 660 | 720 1320 | 1440 1980 | 2160 3000 | 3300 4000 | 4400
Chlorine concentration Cl2/l, approx. 5-6 5-6 5-6 5-6 5-6
Water consumption l/h, approx. 6 12 18 30 40
Salt consumption g/h, approx. 108 216 324 540 720
Energy demand kWh operation 0.135 0.27 0.405 0.675 0.9
Flow control monitor yes yes yes no no
Monitoring of backfl ow in hydrogen line yes yes yes yes yes
Refi ll control in softener yes yes yes yes yes
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone
Softening plant integrated integrated integrated integrated integrated
Product tank yes yes yes yes yes
Required space (approx.) h x w x d (mm)1212 x 772 x 195
h x w x d (mm)1212 x 772 x 195
h x w x d (mm)1212 x 772 x 195
d = 720 mmh = 1280 mm
d = 720 mmh = 1280 mm
Min./max. room temperature 10 °C - 40 °C 10 °C - 40 °C 10 °C - 40 °C 10 °C - 40 °C 10 °C - 40 °C
Ventilation of installation room yes yes yes yes yes
Process water inlet temperature max. 25 °C max. 25 °C max. 25 °C max. 25 °C max. 25 °C
Closed hydrogen discharge to the outside
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
Special measures for storage none none none none none
Handling of hazardous materials no no no no no
Separate mechanical room no no no no no
Recommendations for use
Pool water disinfection private, ca. up to 40 m³ 40 m³ - 200 m³ 60 m³ - 300 m³ 80 m³ - 500 m³ 100 m³ - 600 m³
Pool water disinfection public, ca. up to 40 m³ 40 m³ - 100 m³ 40 m³ - 200 m³ 50 m³ - 300 m³ 70 m³ - 400 m³
Drinking water supply municipal (TVO, § 11 UBA) yes yes yes yes yes
Drinking water supply on ships or the like (TVO, § 11 UBA) yes yes yes yes yes
Water treatment: beverage industry yes yes yes yes yes
Water treatment: circulation water yes yes yes yes yes
Water treatment: waste water yes yes yes yes yes
Water treatment: aquaria, fi sh farming yes yes yes yes yes
Water treatment: livestock breeding sector yes yes yes yes yes
Water treatment: nuclear power plants no no no yes yes
Water treatment: others yes yes yes yes yes
Other system sizes on request. Other system sizes on request.
(Undivided-cell electrolysis)
VoDes
VoDes500
VoDes1000
VoDes1500
VoDes2000
VoDes2500
VoDes3000
VoDes4000
VoDes5000
VoDes6000
VoDes8000
VoDes10000
Capacity g Cl2/h ca. 500 ca. 1000 ca. 1500 ca. 2000 ca. 2500 ca. 3000 ca. 4000 ca. 5000 ca. 6000 ca. 8000 ca. 10000
Nominal output 1 kg Cl2/d ca. 10 ca. 20 ca. 30 ca. 40 ca. 50 ca. 60 ca. 80 ca. 100 ca. 120 ca. 160 ca. 200
Energy demand kWh 2.5 5.0 7.5 10.0 12.5 15.0 20.0 25.0 30.0 40.0 50.0
Consumption offresh water 2
ca.100 l/h
ca.200 l/h
ca.300 l/h
ca.400 l/h
ca.500 l/h
ca.600 l/h
ca.800 l/h
ca.1000 l/h
ca.1200 l/h
ca.1600 l/h
ca.2000 l/h
Consumption of fresh water for cooling no no no no no no no no no no no
Required operating pressure of fresh water
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
Process water inlet temperature
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
Operating resource dinosolit salt tablets or equivalent
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
recom-mended
Consumption of (tablet) salt per operating hour
ca.1.8 kg/hof NaCl
ca.3.6 kg/hof NaCl
ca.5.4 kg/hof NaCl
ca.7.2 kg/hof NaCl
ca.9.0 kg/hof NaCl
ca.10.8 kg/hof NaCl
ca.14.4 kg/hof NaCl
ca.18.0 kg/hof NaCl
ca.21.6 kg/hof NaCl
ca.28.8 kg/hof NaCl
ca.36.0 kg/hof NaCl
Hydrogen dischargeto the outside
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
Supply air port for installation room yes yes yes yes yes yes yes yes yes yes yes
Concentration of hypochlorite solution
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
ca. 6 g/lNaOCl
Mains connection 400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
Connected load 6 kVA 9 kVA 13 kVA 17 kVA 21 kVA 26 kVA 32 kVA 39 kVA 45 kVA 58 kVA 72 kVA
Dimensions w x h x d (electrolyser unit) mm
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2200 x
700
1600 x2400 x1200
1600 x2400 x1200
Dimensions l x w x h (control cabinet) mm
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
Min./max. room temperature
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone
Networking with the dinotecNet+ control optional optional optional optional optional optional optional optional optional optional optional
Softening plant with hardness sensor integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Frame of the electrolysis sys-tem coated in stainless steel yes yes yes yes yes yes yes yes yes yes yes
Air fl ow sensor integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Level control brine and product tank integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Remote monitoring optional optional optional optional optional optional optional optional optional optional optional
1 = The actual output can deviate from the rated capacity by +/- 5%.2 = Fresh water quality according to prevailing drinking water regulations..Other system sizes on request.
Technical data
VoDes500 Sea
VoDes750 Sea
VoDes1000 Sea
VoDes1200 Sea
VoDes1500 Sea
VoDes2000 Sea
VoDes2500 Sea
VoDes3000 Sea
Capacity g Cl2/h ca. 500 ca. 750 ca. 1000 ca. 1200 ca. 1500 ca. 2000 ca. 2500 ca. 3000
Nominal output 1 kg Cl2/d ca. 10 ca. 15 ca. 20 ca. 24 ca. 30 ca. 40 ca. 50 ca. 60
Energy demand kWh 2.8 3.8 5.0 6.0 7.5 10.0 12.5 15.0
Consumption offresh water 2 no no no no no no no no
Consumption of fresh water for cooling no no no no no no no no
Required operating pressure of the seawater
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
Process water inlet temperature
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
Resources Seawater, natural brine or the like
Seawater, natural brine
or the like
Seawater, natural brine or the like
Seawater, natural brine
or the like
Seawater, natural brine or the like
Seawater, natural brine
or the like
Seawater, natural brine or the like
Seawater, natural brine
or the like
Consumption of (tablet) salt per operating hour 3
no no no no no no no no
Sample water fl ow approx. 350 l/h approx. 500 l/h approx. 700 l/h approx. 840 l/h approx. 1050 l/h approx. 1400 l/h approx. 1750 l/h approx. 2100 l/h
Hydrogen dischargeto the outside
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
Supply air port for installation room yes yes yes yes yes yes yes yes
Concentration of hypochlorite solution
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
Mains connection 400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
Connected load 6 kVA 7 kVA 9 kVA 11 kVA 13 kVA 17 kVA 21 kVA 26 kVA
Dimensions w x h x d (electrolyser unit) mm
1310 x2200 x
700
1310 x2200 x
700
1310 x2200 x
700
1310 x2200 x
700
1310 x2200 x
700
1700 x2200 x
700
1700 x2200 x
700
1700 x2200 x
700
Dimensions l x w x h (control cabinet) mm
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
1200 x2200 x
800
1200 x2200 x
800
Min./max. room temperature
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone
Softening plant with hardness sensor
not required
not required
not required
not required
not required
not required
not required
not required
Frame of the electrolysis system coated in stainless steel yes yes yes yes yes yes yes yes
Air fl ow sensor integrated integrated integrated integrated integrated integrated integrated integrated
Level control brine and product tank integrated integrated integrated integrated integrated integrated integrated integrated
Automatic acid fl ushing of cell integrated integrated integrated integrated integrated integrated integrated integrated
Remote monitoring optional optional optional optional optional optional optional optional
Other system sizes on request.
RuandaDrinking water treatment
VoDes 5000 and 1500, total 29 kg Cl2/h
Drinking water for about 4 million residents
VoDes Sea(Undivided-cell electrolysis)
1 = The actual output can deviate from the rated capacity by +/- 5 %.
2 = Fresh water quality according to prevailing drinking water regulations.The consumption is dependent on the salt concentration in the seawater.
3 = The concentration must be adjusted depending on the salt concentration in the seawater.
aquaWykWyk auf Foehr, Germany
Swimming pool water treatment,VoDes Sea 1200 g Cl2/h
Salt from North Sea water, only operating costs: electricity
VoDes4000 Sea
VoDes5000 Sea
VoDes6000 Sea
VoDes8000 Sea
VoDes10000 Sea
Capacity g Cl2/h ca. 4000 ca. 5000 ca. 6000 ca. 8000 ca. 10000
Nominal output 1 kg Cl2/d ca. 80 ca. 100 ca. 120 ca. 160 ca. 200
Energy demand kWh 20.0 25.0 30.0 40.0 50.0
Consumption offresh water 2 no no no no no
Consumption of fresh water for cooling no no no no no
Required operating pressure of the seawater
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
Process water inlet temperature
max.20 °C
max.20 °C
max.20 °C
max.20 °C
max.20 °C
Resources Seawater, natural brine or the like
Seawater, natural brine
or the like
Seawater, natural brine or the like
Seawater, natural brine
or the like
Seawater, natural brine or the like
Consumption of (tablet) salt per operating hour 3
no no no no no
Sample water fl ow ca. 2800 l/h ca. 3500 l/h ca. 4200 l/h ca. 5600 l/h ca. 7000 l/h
Hydrogen dischargeto the outside
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
yes, continuously rising
Supply air port for installation room yes yes yes yes yes
Concentration of hypochlorite solution
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
ca. 1.5 g/lNaOCl
Mains connection 400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
Connected load 32 kVA 39 kVA 45 kVA 58 kVA 72 kVA
Dimensions w x h x d (electrolyser unit) mm
1700 x2200 x
700
1700 x2200 x
700
1700 x2200 x
700
1600 x2400 x1200
1600 x2400 x1200
Dimensions l x w x h (control cabinet) mm
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
1200 x2200 x
800
Min./max. room temperature
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
+ 10 -40 °C
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone
Softening plant with hardness sensor
not required
not required
not required
not required
not required
Frame of the electrolysis sys-tem coated in stainless steel yes yes yes yes yes
Air fl ow sensor integrated integrated integrated integrated integrated
Level control brine and product tank integrated integrated integrated integrated integrated
Automatic acid fl ushing of cell integrated integrated integrated integrated integrated
Remote monitoring optional optional optional optional optional
Other system sizes on request.
Technical data
MZE(Divided cell electrolysis)
Aquapark OlesnicaOlesnica, Poland
Swimming pool water treatment, MZE 2500 g Cl2/h
System upgraded:savings per month about 2500 €
MZE500
MZE625
MZE750
MZE1000
MZE1250
MZE1500
MZE2000
MZE2500
MZE3000
MZE4000
MZE5000
Capacity g Cl2/h ca. 500 ca. 625 ca. 750 ca. 1000 ca. 1250 ca. 1500 ca. 2000 ca. 2500 ca. 3000 ca. 4000 ca. 5000
Nominal output 1 kg Cl2/d ca. 10 ca. 12.5 ca. 15 ca. 20 ca. 25 ca. 30 ca. 40 ca. 50 ca. 60 ca. 80 ca. 100
Energy demand kWh 1.8 2.3 2.7 3.6 4.5 5.4 7.2 9.0 10.8 14.4 18.0
Consumption offresh water 2
ca.15 l/h
ca.19 l/h
ca.23 l/h
ca.30 l/h
ca.38 l/h
ca.45 l/h
ca.60 l/h
ca.75 l/h
ca.90 l/h
ca.120 l/h
ca.150 l/h
Consumption of fresh water for cooling
ca.15 l/h
ca.19 l/h
ca.23 l/h
ca.30 l/h
ca.38 l/h
ca.45 l/h
ca.60 l/h
ca.75 l/h
ca.90 l/h
ca.120 l/h
ca.150 l/h
Required operating pressure of fresh water
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
Process water inlet temperature
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
Operating resource dinosolit salt tablets or equivalent yes yes yes yes yes yes yes yes yes yes yes
Consumption of (tablet) salt per operating hour
ca.0.9 kg/hof NaCl
ca.1.1 kg/hof NaCl
ca.1.28 kg/hof NaCl
ca.1.7 kg/hof NaCl
ca.2.2 kg/hof NaCl
ca.2.5 kg/hof NaCl
ca.3.4 kg/hof NaCl
ca.4.2 kg/hof NaCl
ca.5.1 kg/hof NaCl
ca.6.8 kg/hof NaCl
ca.8.5 kg/hof NaCl
Hydrogen dischargeto the outside
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
Supply air port for installation room yes yes yes yes yes yes yes yes yes yes yes
Concentration of hypochlorite solution
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
Mains connection 400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
Connected load 5 kVA 5.5 kVA 6.5 kVA 7.5 kVA 10 kVA 12.5 kVA 15 kVA 20 kVA 25 kVA 30 kVA 35 kVA
Dimensions w x h x d (electrolyser unit) mm
1300 x1300 x
400
1300 x1300 x
400
1300 x1300 x
400
960 x2200 x1330
960 x2200 x1600
960 x2200 x1600
960 x2200 x2070
960 x2400 x2440
1300 x2500 x1700
1300 x2500 x2070
1300 x2500 x2440
Dimensions l x w x h (control cabinet) mm
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
800 x1300 x
400
800 x1300 x
400
800 x1300 x
400
800 x1300 x
400
Min./max. room temperature
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone
Softening plant with hardness sensor integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Frame of the electrolysis sys-tem coated in stainless steel yes yes yes yes yes yes yes yes yes yes yes
Chlorine gas monitoring integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Brine and product tank integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Remote monitoring optional optional optional optional optional optional optional optional optional optional optional
1 = The actual output can deviate from the rated capacity by +/- 5%.2 = Fresh water quality according to prevailing drinking water regulations..Other system sizes on request.
MZE OS(Divided cell electrolysis
without brine return)
Higher effi ciency with dinotec operating resources
* Salt specifi cations for type A salt: NaCl min. 99.90 % / hardeners (sum Ca and Mg) max. 50 ppm / sulphate (SO4) < 400 ppm / bromide (Br) < 75 ppm / manganese (Mn) < 1 ppm / iron (Fe) < 2 ppm / components insoluble in water < 0.1 %.
Maximum effi ciency and extended service life of the system with dinosolit (type A salt quality*).
MZE500 OS
MZE625 OS
MZE750 OS
MZE1000 OS
MZE1250 OS
MZE1500 OS
MZE2000 OS
MZE2500 OS
MZE3000 OS
MZE4000 OS
MZE5000 OS
Capacity g Cl2/h ca. 500 ca. 625 ca. 750 ca. 1000 ca. 1250 ca. 1500 ca. 2000 ca. 2500 ca. 3000 ca. 4000 ca. 5000
Nominal output 1 kg Cl2/d ca. 10 ca. 12.5 ca. 15 ca. 20 ca. 25 ca. 30 ca. 40 ca. 50 ca. 60 ca. 80 ca. 100
Energy demand kWh 1.8 2.3 2.7 3.6 4.5 5.4 7.2 9.0 10.8 14.4 18.0
Consumption offresh water 2
ca.15 l/h
ca.19 l/h
ca.23 l/h
ca.30 l/h
ca.38 l/h
ca.45 l/h
ca.60 l/h
ca.75 l/h
ca.90 l/h
ca.120 l/h
ca.150 l/h
Consumption of fresh water for cooling
ca.15 l/h
ca.19 l/h
ca.23 l/h
ca.30 l/h
ca.38 l/h
ca.45 l/h
ca.60 l/h
ca.75 l/h
ca.90 l/h
ca.120 l/h
ca.150 l/h
Required operating pressure of fresh water
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
3 - 5bar
Process water inlet temperature
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
max.15 °C
Operating resource dinosolit salt tablets or equivalent yes yes yes yes yes yes yes yes yes yes yes
Consumption of (tablet) salt per operating hour
ca.1.1 kg/hof NaCl
ca.1.43 kg/hof NaCl
ca.1.65 kg/hof NaCl
ca.2.2 kg/hof NaCl
ca.2.2 kg/hof NaCl
ca.2.5 kg/hof NaCl
ca.4.4 kg/hof NaCl
ca.5.5 kg/hof NaCl
ca.6.6 kg/hof NaCl
ca.8.8 kg/hof NaCl
ca.11.0 kg/hof NaCl
Hydrogen dischargeto the outside
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
yes, continuously
rising
Supply air port for installation room yes yes yes yes yes yes yes yes yes yes yes
Concentration of hypochlorite solution
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
ca. 33 g/lNaOCl
Mains connection 400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
400 V /50 Hz
Connected load 5 kVA 5.5 kVA 6.5 kVA 7.5 kVA 10 kVA 12.5 kVA 15 kVA 20 kVA 25 kVA 30 kVA 35 kVA
Dimensions w x h x d (electrolyser unit) mm
1300 x1300 x
400
1300 x1300 x
400
1300 x1300 x
400
960 x2200 x1330
960 x2200 x1600
960 x2200 x1600
960 x2200 x2070
960 x2400 x2440
1300 x2500 x1700
1300 x2500 x2070
1300 x2500 x2440
Dimensions l x w x h (control cabinet) mm
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
600 x1300 x
400
800 x1300 x
400
800 x1300 x
400
800 x1300 x
400
800 x1300 x
400
Min./max. room temperature
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
+ 10 -30 °C
Operating mode stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone stand-alone
Softening plant with hardness sensor integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Frame of the electrolysis sys-tem coated in stainless steel yes yes yes yes yes yes yes yes yes yes yes
Chlorine gas monitoring integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Brine and product tank integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated integrated
Remote monitoring optional optional optional optional optional optional optional optional optional optional optional
1 = The actual output can deviate from the rated capacity by +/- 5%.2 = Fresh water quality according to prevailing drinking water regulations..Other system sizes on request.
fi nances
dinotec electrolysis savings in operating costs
results in
Rocco Forte HotelHotel Villa KennedyFrankfurt a.M., Germany
Swimming poolwater treatmentVoDes BlueWave 90 g Cl2/h
5 star luxury hotel
The savings can be used to finance your investment
dinotec offers different investment and financing
options for electrolysis systems. Choose the
option that best suits your situation:
It is possible to realize dramatic cost
savings with dinotec electrolysis systems.
Why not use these savings to finance
your new electrolysis system?
We offer you the opportunity with our
contracting model.
The solution to keep the
initial investment costs for
new buildings under control.
Contracting Leasing/Hire purchaseor
Financing
SibuBorneo
Drinking water treatment, VoDes 6500, Vodes 4000, 21 kg Cl2/h
Reliable operation under extreme climatic conditions
All financing offers include an accompanying
dinotec service agreement - also customized.
This ensures an uninterrupted function of the
system during the contract period. Your
expenses for the operation of the system
are reduced to a minimum.
All maintenance and service works are ensured by the
dinotec factory service or experienced contractors.
A service hotline is available 24/7. The possibility of
remote access to systems ensures a fast troubleshooting.
And if the worst should come to the worst,
the service team will be quickly on site.
No-worries-package
dinotec service contract
A good feeling
We offer different guarantee schemes for all
dinotec electrolysis systems, whether 5, 10
or 15 years, for individual components only
or for the complete system. What are your
requirements?
More safety
dinotec – More than 15 years of experience and ongoing optimization...
dinotec extras
Subject to technical changes. Errors excepted. 02/2011
Simply enjoy the best water!
dinotec GmbHWater and Pool TechnologySpessartstr. 763477 Maintal/GermanyPhone: +49(0)6109-6011-0Fax: +49(0)6109-6011-90E-mail: [email protected]
dino
/RH
-1-1
103-
en