The OzoSense sensors and flow cells are
available with different controllers giving you the same great
performance with different communication, display, and control options.
With the OzoSense range of residual ozone analysers, you get everything
that you need – and nothing that you don’t, saving money without
compromising the quality of measurement.
The OzoSense Residual Ozone Monitor
suffers no interference from other oxidants such as Chlorine. Coupled
with its excellent zero and calibration stability it is extremely well
suited to the monitoring of the Residual or Dissolved ozone
concentration in water in clean or harsh environments.
The Residual O3 Monitor 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
bufferless Ozone Monitor is fast becoming the instrument of choice for
the engineer who wants the best ozone monitor at the best price.
Principle of Operation
The membraned amperometric ozone sensors
are two electrode sensors which operates at an elevated applied
potential which in turn eliminates zero drift. Its unique design means
that no reagents or buffers are required at all.
In addition to the state of the art
amperometric chlorine dioxide sensors the OzoSense range of ozone
analysers has all the functionality that you need, and more. Simply
choose the CRONOS, CRIUS® or CRATOS controller to give you the highest quality ozone monitor,
with all the functionality you need, at the lowest price possible. This
means that you pay for everything that you need and nothing you don’t,
without sacrificing the quality of measurement.
OzoSense Water Treatment Applications
- Ozone Dosing Control
- Remote Sites
- Cooling Towers
- Food Preparation
- Secondary Ozonation
Anywhere you have a requirement to
measure residual ozone is a suitable application for the OzoSense. The
OzoSense ozone monitor range is particularly suited to working in sites
where reliability and ease of use are most important. The sensor is
resistant to the presence of tensides making it suitable for use in many