Chlorine Dioxide Analyzer CRIUS^® 3500

The CRIUS^® 3500 Residual Chlorine Dioxide Monitor is used in many applications requiring the measurement of chlorine dioxide concentration for chlorine dioxide monitoring or residual chlorine dioxide dosing control.

The chlorine sensor used by the Residual Chlorine Dioxide Monitor is bufferless and reagentless. It is a membraned amperometric chlorine sensor and it shows remarkable sensitivity and stability.

The CRIUS^® 3500 chlorine dioxide analyser is a low cost chlorine dioxide controller that requires less maintenance than its competitors.

The chlorine dioxide sensors work by seperating the electrodes that perform the chlorine dioxide measurement from the sample, by a membrane. This membrane allows the residual chlorine dioxide (ClO₂) through the membrane. The ClO₂ is reduced at the gold working electrode and the current generated is proportional to the dissolved chlorine dioxide present and the chlorine dioxide analyser gives a reading in chlorine dioxide ppm or mg/l.

This technique is the most advanced method of continous chlorine dioxide measurement and has many benefits to the user including a very stable chlorine dioxide measurement and better chlorine dioxide dosing control.

In addition to chlorine dioxide measurement the chlorine dioxide sensor determines the ClO₂ concentration and the analyser can control the ClO₂ dosing using a variety of control algorithms including PID control, thereby making the CRIUS^® 3500 a very cost effective residual chlorine dioxide controller.

The Residual ClO₂ Analyser is bufferless and reagent free, meaning it has a low total cost of ownership and with maintenance intervals at 3 or even 6 months, the CRIUS^® 3500 is fast becoming the instrument of choice for the engineer who wants the best chlorine dioxide monitor at the best price.

The CRIUS^® 3500 Chlorine Dioxide Monitor is equipped with process control options, datalogging, relay outputs, serial comms, (TCP, Ethernet, ModBus are available now with Profibus available soon). Remote Access of the chlorine dioxide monitor (including remote access to all control options) is available via the internet, and via a LAN. In fact the CRIUS^® 3500 chlorine dioxide analyzer has all the options you could want in a Chlorine Dioxide Analyzer whilst maintaining a low cost and great value for money.

Residual Chlorine Dioxide Measurement Applications

• Cooling water disinfection using Chlorine Dioxide at hospitals
• Water treatment using Residual Chlorine Dioxide to kill Giardia and Cryptosporidia
• Residual Chlorine Dioxide for food disinfection

Why not click on the link and ask for a demonstration of all that our chlorine dioxide analyzers can do for you chlorine dioxide analyzer.

According to the EU Directive 98/83/EC, the operators of waterworks must ensure that the levels of harmful chlorite (ClO) in drinking water remain below the specified limit of 0.2 mg/l. The monitoring of Chlorite at the same time as Chlorine Dioxide is also a European requirement.

In most situations the ClO₂ Monitor should be able to control the dosing of ClO₂ by adjusting flow rates, pump rates, or valve positions automatically to maintain the residual chlorine dioxide setpoint. Chlorine dioxide analyzers are often used to monitor the residual ClO₂ in difficult ‘dirty’ applications such as in hospitals or the food industry. In these cases, in order to maintain an appropriate Chlorine Dioxide residual it is necessary to automatically clean the sensor using an autoflush.

Chlorine dioxide sensor in overflow cell

Chlorine Dioxide Analyzer Key Benefits

• Stable and reliable Residual Chlorine Dioxide Monitor
• Bufferless chlorine dioxide monitors
• Reagentless chlorine dioxide monitors
• Low purchase cost
• Low cost of ownership
• SMS text alarms
• Remote Access via Internet
• 4-20mA and relay Outputs
• Residual Chlorine Dioxide Analyzer

New! Residual Chlorine Dioxide Monitors now available with up to four chlorine dioxide sensor inputs, reducing the cost per point of your bufferless residual chlorine dioxide analyzers.

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