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Electrolysis System CHLORINSITU IIa 60 – 2,500 g/h

Output 60 – 2,500 g/h of chlorine

CHLORINSITU IIa is a compact on-site electrolysis system for the production of a low-chlorate hypochlorite solution from sodium chloride and electrical energy. A key advantage is its simple process management and excellent system safety through integrated ventilation and bleeding.

Product description

Electrolysis system CHLORINSITU IIa with open cell electrolysis: improved efficiency through innovative design.

The CHLORINSITU IIa product range combines the proven and durable design of the undivided electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary cell with an innovative design. An exceptional quality of hypochlorite solution is achieved when the salt and power output is increased. The chlorate content of the product is significantly below the limit value specified in EN 901.

The electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary system is perfectly equipped for all safe water disinfection with an increased capacity of up to 2,500 g of chlorine per hour.

All relevant system components are accommodated in a space-saving housing. Integrated hydrogen drainage enables the system to be installed without any need for additional ventilation at the installation site.

The softener and a 50-litre product tank are installed in the system housing with systems up to 300 g/h. An integrated metering pump circulates the chlorine from the tank directly to the application or into a larger storage tank.

An H2 deaerator dissolves the hydrogen directly from the hypochlorite with systems above 625 g/h. The hydrogen-free product is pumped by an integrated pump into an external product tank. The product pump is also capable of pumping across height differences of up to 7 m. Customised metering stations supply the points of injection.

The external product tank does not require additional hydrogen bleeding. There are therefore no additional costs relating to installation and operation.

The system is immediately ready for use, thanks to its plug-and-play concept. Operation of the electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary system has been consciously kept simple.

Your benefits

  • Durable design, reliable technology
  • Low-chlorate product (below the EN 901 limit value)
  • High output: only 3.0 kg of salt per kg of chlorine
  • Reduced energy consumption: only 4 kWh/kg chlorine
  • Minimal maintenance and ease of operation
  • System monitoring in real time from any location via DULCONNEX Platform: improved process reliability, overall reliability and transparency through real-time monitoring, individual alarms and automated reports

Field of application

  • Potable water
  • Swimming pool water
  • Process water

    Technical Details

    • efficient undivided electrolytic cell
    • corrosion-proof housing with integrated ventilation fan
    • control with multicoloured touch panel
    • optional remote maintenance module
    • salt dissolving storage tank included in the scope of delivery
    • integrated 50-litre product storage tank with optional diaphragm metering pump for the metering of the chlorine solution (up to 300 g/h)
    • integrated softener (up to 300 g/h)

    Technical Data

    Power supply (60 – 300 g/h):230 V AC ±10 %, 50/60 Hz
    Power supply (625 – 2,500 g/h):3 x 230/400 V AC ±10 %, 50/60 Hz

    Output

    Number of electrolysis cells

    Fuse

    Product volume (NaOCl)

    Power uptake

    Max. salt consumption

    Dimensions H x W x D

    Brine tank

    g/h

    kg/d

    A

    l/h

    kW

    kg/h

    mm

    l

    60

    1.4

    1

    C16

    7

    0.5

    0.19

    1,700 x 750 x 620

    200

    120

    2.8

    2

    C16

    14

    0.8

    0.38

    1,700 x 750 x 620

    200

    180

    4.2

    3

    C16

    21

    1.1

    0.57

    1,700 x 750 x 620

    200

    240

    5.6

    4

    C16

    28

    1.4

    0.75

    1,700 x 750 x 620

    200

    300

    7

    5

    C16

    35

    1.7

    0.95

    1,700 x 750 x 620

    200

    625

    15

    1

    3 x 25

    75

    3.4

    1.9

    1,700 x 1,850 x 620

    200

    1,250

    30

    2

    3 x 25

    150

    6.8

    3.8

    1,700 x 1,850 x 620

    380

    2,500

    60

    1

    3 x 40

    300

    12.8

    7.5

    1,700 x 1,850 x 620

    520

    All figures apply for 20 °C ambient temperature and 15 °C feed water. The performance of the system is affected by the temperature and quality of the water and salt.

    Salt usage:3.0 kg/kg chlorine
    Energy efficiency:4.0 kWh/kg chlorine
    Product concentration:9 g/l (0.9 % ±0.05) chlorine
    pH value of product (approx.):9.5
    Salt specifications:CHLORINSITU salt, salt tablets or salt with a grain size of ≥ 6 mm, min. 99.4 % NaCl, max. 0.05 % insoluble substances, max. 10 mg/kg iron, max. 10 mg/kg manganese, max. 100 mg/kg calcium + magnesium
    Inlet water temperature:15...25 °C (lower/higher temperatures require a heater/chiller)
    Water supply:2 bar < pressure < 6 bar (potable water quality)
    Ambient conditions:Non-condensing, non-corrosive and dust-free ambient air in the installation room
    Permissible relative air humidity:Max. 85 %
    Permissible ambient temperature:10...40 °C

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    Overview

    Electrolysis system CHLORINSITU IIa with open cell electrolysis: improved efficiency through innovative design.

    The CHLORINSITU IIa product range combines the proven and durable design of the undivided electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary cell with an innovative design. An exceptional quality of hypochlorite solution is achieved when the salt and power output is increased. The chlorate content of the product is significantly below the limit value specified in EN 901.

    The electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary system is perfectly equipped for all safe water disinfection with an increased capacity of up to 2,500 g of chlorine per hour.

    All relevant system components are accommodated in a space-saving housing. Integrated hydrogen drainage enables the system to be installed without any need for additional ventilation at the installation site.

    The softener and a 50-litre product tank are installed in the system housing with systems up to 300 g/h. An integrated metering pump circulates the chlorine from the tank directly to the application or into a larger storage tank.

    An H2 deaerator dissolves the hydrogen directly from the hypochlorite with systems above 625 g/h. The hydrogen-free product is pumped by an integrated pump into an external product tank. The product pump is also capable of pumping across height differences of up to 7 m. Customised metering stations supply the points of injection.

    The external product tank does not require additional hydrogen bleeding. There are therefore no additional costs relating to installation and operation.

    The system is immediately ready for use, thanks to its plug-and-play concept. Operation of the electrolysis Chlorine and sodium hydroxide are produced in-situ in electrolysis by passing an electric ... more in the glossary system has been consciously kept simple.

    Your benefits

    • Durable design, reliable technology
    • Low-chlorate product (below the EN 901 limit value)
    • High output: only 3.0 kg of salt per kg of chlorine
    • Reduced energy consumption: only 4 kWh/kg chlorine
    • Minimal maintenance and ease of operation
    • System monitoring in real time from any location via DULCONNEX Platform: improved process reliability, overall reliability and transparency through real-time monitoring, individual alarms and automated reports

    Application

    Technical Data

    Downloads

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