يوفر مستشعر الموصلية والمقاومة الكهربائي UPW UniCond 2 مستوى جديدا من الأداء لتطبيقات UPW. تم تطوير مستشعر UPW UniCond بالتعاون مع شركاء صناعة أشباه الموصلات لتوفير الاستقرار والدقة الأفضل في فئتها والعزل البيئي في تطبيقات المياه فائقة النقاء.
The UniCond family of in-line water conductivity sensors use an advanced, built-in measurement circuit, to provide exceptional accuracy and reduced risk of interference.
UniCond pure water conductivity sensors meet USP <645> and global pharmacopeia requirements for conductivity and temperature measurement accuracy, compensation and calibration.
METTLER TOLEDO pure water conductivity cells are trusted globally by semi fabs to help maintain their UPW systems and prevent water system problems that could negatively effect production yield.
Designed to withstand high temperature applications, these pure water conductivity sensors ensure continuous measurement and monitoring for corrosion prevention in turbines and boilers.
Available in 2-electrode and 4-electrode models, METTLER TOLEDO pure water conductivity sensors cover all ranges of measurement.
These water conductivity cells provide conductivity measurement in pure and ultrapure waters, pharmaceutical waters, make up water, power plant steam-cycle chemistry and semiconductor UPW.
A digital water conductivity cell with Intelligent Sensor Management (ISM) stores calibration data and other sensor information in the sensor to enable plug and measure capability for fast startup.
Our innovative multi-parameter instruments and sensors are specified to monitor UPW systems in the majority of semiconductor manufacturing facilities worldwide.
METTLER TOLEDO understands the water purification business and the challenges system fabricators face. Our focus on pure and ultrapure water measurements coupled with our commitment to meeting global water standards and regulations ensures that our products exceed the most stringent operation, calibration and validation requirements.
METTLER TOLEDO Thornton M800 and M300 ISM process analytical instrumentation provides reliable, accurate measurements of conductivity/resistivity, pH/ORP, dissolved oxygen and dissolved ozone. On-board digital measurement and Intelligent Sensor Management (ISM) technology provide the utmost in convenience and control of sensor performance.
Periodic calibration of conductivity sensors is vital to measurement accuracy and is required by global pharmacopeias. The UniCond Calibrator uses NIST-traceable precision resistors to verify the performance of the temperature and conductivity circuitry of Thornton UniCond conductivity sensors.
Conductivity has been the simplest, oldest, most common, most reliable and lowest cost measurement used for determining water purity. Nevertheless, this lowly measurement has provided the means for protecting and assuring efficient operation of billions of dollars worth of power and steam generation equipment throughout the world for over three-quarters of a century.
