INDUCTIVE CONDUCTIVITY SENSOR MONITORS INDUSTRIAL EFFLUENTS IN AGGRESSIVE MEDIA

Sensor is Engineered to Endure the Most Hazardous Conditions While Screening for Manufacturing Seepage

December 1, 2008 – METTLER TOLEDO, a global manufacturer and marketer of precision instruments for use in laboratory, industrial and food retailing applications, introduces the inductive conductivity sensor InPro7250. The sensor is engineered to endure the most hazardous conditions while screening for manufacturing seepage. It features a hermetically sealed calculation system and a safeguard for maintaining stable conductivity for difficult-to-measure developments in pulp and paper processes and industrial waste water.

The InPro7250PFA consists of two high precision coils hermetically sealed in a robust and chemically resistant polymer matrix. In comparison to similar sensors on the market, it is even more resistant to aggressive chemicals because it is inert to strong mineral acids, inorganic bases, inorganic oxidizing agents and salt solutions. This rugged design makes it the best solution for in-line chemical concentration control in harsh environments where accurate, fast and economical measurements are required.

METTLER TOLEDO’s InPro7250 offers a wide coverage of application conditions within chemical and petrochemical processes. In procedures where the concentration of caustic is critical to product quality and yield, the sensor allows reliable process control, even at high temperatures. Despite sophisticated chemical treatment programs, scaling and fouling of organic nature are common in cooling water systems. Resistant to fouling and strong acids, the InPro7250 sensor is a superlative choice of instrumentation.

In conditions where high levels of fibers tend to incapacitate conventional electrodes in textile and pulp and paper processes, the InPro7250 sensor maintains maximum performance. METTLER TOLEDO’s technology increases production uptime to enhance manufacturing efficiency. Furthermore, the continuous monitoring of industrial waste water effluents is a critical factor not only for ecological reasons but also for economical plant operation.

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