Bromine Sensors
Bromine sealed-cell sensors for a wide range of disinfection applications with guaranteed short response time with automatic compensation courtesy of the active amperometric measurement cell, delivering consistent repeatable accuracy for efficient process control.
 
Amperometric measurement with integrated electronics eliminates interference caused by turbidity and colouration.
 
 
Applications;
| Water Treatment | Swimming Pools | Cooling Water | Process Water |
| Seawater |

Bromine Sensors

PPM Sensors
 
 
Applications
 

Bromine Sensors
 
Bromine compounds are increasingly used for the disinfection of water despite the increased reagent costs In disinfection however bromine does have advantages over chlorine particularly greater disinfectant action at high pH values, including reduced volatility at higher temperatures, less resulting corrosion and reduced formation and growth of algae bacteria and unpleasant odours particularly beneficial in public leisure facilities .
 
Bromine amperometric sensors are designed specifically using a specialized electrolyte within a permeable membrane cap allowing bromine to diffuse into the electrolyte causing a current change proportional to its concentration to form a basis of real-time measurement, sensors require a constant flow of liquid through the membrane placed on the tip of the probe in order to provide a consistent and precise measurement.

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Hydrogen Peroxide 
Sensors

Hydrogen Peroxide Sensors
Hydrogen peroxide sensors precise and reliable measurement with automatic thermal compensation guaranteed precision, the robust design advanced electronics and membrane reduces initialisation times during commissioning with efficient repeatable accuracy.
 
Amperometric measurement with integrated electronics eliminates interference caused by turbidity and colouration.
 
 
Applications;
| Drinking Water | Swimming Pools | Cooling Water |  Water Treatment |
| Food Washing | Process Water Disinfection | Wastewater Treatment |

Peracetic Acid Sensors
Hydrogen peroxide sensors precise and reliable measurement with automatic thermal compensation guaranteed precision, the robust design advanced electronics and membrane reduces initialisation times during commissioning with efficient repeatable accuracy necessary in sensitive applications.
 
Amperometric measurement with integrated electronics eliminates interference caused by turbidity and colouration.
 
Applications;
| Drinking Water | Swimming Pools |  Water Treatment |Sea water |

Peracetic Acid
Sensors

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hydrogen peroxide sensors for precise measurements and high degree of reliability in all process applications peracetic acid sensors for precise measurements and high degree of reliability in all process applications

Hydrogen Peroxide Sensors
 
Hydrogen peroxide is often preferred to chlorine-based products as a disinfectant because it does not separate into potentially harmful products therefore the need for regulating hydrogen peroxide levels is essential, amperometric sensors designed specifically using a permeable membrane isolated from the water is the ideal solution in achieving continuous measurement.
When the peroxide diffuses through this membrane it comes into contact with an active electrode and reduces on its surface consequently the sensor generates a current proportional to its concentration to form a basis of real-time measurement, sensors require a constant flow of liquid under test through the membrane placed on the tip of the probe in order to provide a consistent and precise measurement.
 

Peracetic Acid Sensors
 
Peracetic acid is used for disinfection in safety-sensitive applications in the food, pharmaceutical and medical industries including for the disinfection of cooling systems often preferred  as a disinfectant agent over chlorine products because it doesn't  dissociate into potentially harmful products, PAA amperometric sensors are designed with a permeable electrolyte filled membrane isolated from the water providing a stable consistent measurement.
Peracetic acid diffuses through the membrane into contact with an active electrode and is reduced on its surface consequently generating a current proportional to the concentration of peracetic acid thus providing a precise repeatable measurement sensors require a constant flow of the liquid under examination through the membrane placed on the tip of the probe to ensure a reliable and consistent measurement.

Technical Features
 
    Bromine measurement range 0.0510 ppm
    Temperature 045C (temp compensation sensor)
    Pressure 0.05 Bar (no surges or fluctuations)
    Dimensions: - 25mm Dia x 175mm Length
    Maintenance - Replace membrane cap once a year
    Electrolyte - Replace every 3-6 months
    Sensor output signal 420 mA
    Operating pH Range 6.59.5
   Flow rate 30l/hr
 
Technical Features
 
    Measurement range 0.200 / 0500 / 020,000 ppm
    Temperature 045C (auto temperature compensation)
    Pressure 1 Bar (no pressure surges or fluctuations)
   Dimensions: - 25mm Dia x 175mm Length
    Maintenance - Replace membrane cap once a year
   Electrolyte - Replace every 3-6 months
    Sensor output signal 420 mA
    Operating pH Range 211
   Flow rate 30l/hr
 
Technical Features
 
    Measurements 0.200 / 0500 / 02,000 / 05,000 ppm
    Temperature 045C (auto temperature compensation)
    Pressure 1 Bar (no pressure surges or fluctuations)
   Dimensions: - 25mm Dia x 175mm Length
    Maintenance - Replace membrane cap once a year
   Electrolyte - Replace every 3-6 months
    Sensor output signal 420 mA
    Operating pH Range 16
   Flow rate 30l/hr
 
Bromine-Hydrogen Peroxide-Peracetic Acid Controllers
 
 
| Inline Holders | Submersible HoldersBypass-Offline Holders |
hydrogen peroxide sensors exceptional measurement robust design for low maintenance and long service life peracetic acid sensors exceptional measurement robust design for low maintenance and long service life
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