The TOCOR700 liquid analysis system is a tried-and-tested system for TOC analysis in liquids. Be it for trend analysis or high-precision limit value monitoring, TOCOR700 can be optimally tailored to suit customer requirements. Thanks to its sophisticated technology, it is one of the few of its kind that can also measure volatile organic compounds (VOCs). The system requires only ambient air as a carrier gas, which makes it very versatile.
At a glance
Very high measurement accuracy even at low TOC concentrations
Internal carrier preparation
Versions for application in Ex-Zone 1 or 2 (ATEX)
Versions as stand-alone or wall-mounted
Quick-change function due to second thermal reactor (optional)
Measuring point switchover for 4 measuring points (optional)
Depending on the customized requirement, the TOCOR700 can be set for TOC or TC measurement at the factory. In addition, the system offers a very high measurement accuracy, as the VOCs are not blown out, which is otherwise common. This ensures uncompromised measurement results.
The TOCOR700 liquid analysis system consists of an S700 modular gas analyzer and a reactor which generates the measuring gas. There is a UV and a thermal variant. They differ in their functioning depending on the application, but serve the same purpose: Conversion of carbon into measurable CO2.
The right measurement principle for each application
TOC determination according to official requirements
Thanks to the very high measurement accuracy, the TOCOR700 is well-suited for requirement-specific TOC determination in accordance with legal specifications.
The TOCOR700 not only offers the right measurement principle for application-specific requirements, but also the right version for location-specific demands.
Flexible use and free installation
Maximum location flexibility and easy installation thanks to user-friendly system properties.
Quick-change reactor and measuring point switchover
The TOCOR700 offers optional additional functions which contribute to keeping maintenance and investment costs as low as possible.
Efficient during maintenance and operation
Higher cost efficiency and less maintenance work thanks to optional additional functions.
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