OVERVIEW
Designed for Total Organic Carbon in online monitoring mode – Numerous advantages
Like its predecessor, the system has been developed to facilitate the online/offline monitoring of total organic carbon (TOC) inĀ pure and ultra pure water. The reliability of fast and accurate readings throughĀ conductivityĀ detection has been further enhanced through the adaptation of the direct surfaceĀ UV oxidationĀ geometry and the optimization of fluidics and sensor coordination.
The improved measurement accuracy increases precision and reduces costs and environmental impact by minimizing water consumption toĀ 7 mL/minĀ ā an approx.Ā 50 % saving compared to previous models, which equates to 3600 L/ year less.
New features such as the long-life UV lamp (12 months life time) reduce maintenance costs and minimize waste. The miniTOC² convinces with a low detection limit of 0.5 ppb and an extended measuring range up to 1500 ppb. Our product combines cost efficiency, sustainability and performance ā a win-win for you and the environment.
The easy accessibility of all components ensures simple maintenance. The software actively supports maintenance, and a cloud connection enables a service interface for customer support.
Overall, this advanced technology offers a resource-saving and user-friendly solution for various applications in the pure and ultrapure water sector. Discover the numerous benefits today and actively shape a future-oriented solution.

Main technical specifications of the systemā
- Method & detection
- UV-Oxidation & conductivity
- Sample volume flow
- ca. 7 mL/min
- Total Organic Carbon (TOC)-Range
- 0.5 to 1500 ppb
- Related norms
- USP , EP 2.2.44, DIN EN 1484
Flowchart
The scheme shows the principle of measuring the TOC via conductivity with miniTOC².


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