المنشورات
The new edition of our Power Industry brochure addresses all areas of power plants where precise water analytics are needed. Get an overview of METTLE...
أوراق البيانات
Digital liquid analysis sensors optimized for pure water treatment.
Cond Sensor 1/2NPT 0.1C Ti 2 ISM
2-Electrode Conductivity Sensor.The UniCond 2-electrode conductivity sensor provides an exceptionally wide measurement range due to its advanced built-in circuit. The sensor can be used to measure from ultrapure water to brackish water (up to 50,000 μS / cm).
One Sensor for a Wide Measurement Range
The digital UniCond sensor reduces equipment inventory by enabling the measurement of a wide water purity range with a single sensor model.
Superior Measurement Accuracy
Advanced measuring techniques of the UniCond conductivity sensor contribute to superior accuracy over the expanded range.
High Accuracy in Pure Water
UniCond exceeds performance of conventional sensors due to built-in measuring circuits and analog to digital signal conversion in the sensor head.
رقم المادة: 58031406
Product Family:conductivity resistivity analyzers00020042
المواصفات - Cond Sensor 1/2NPT 0.1C Ti 2 ISM
| Operating Range (µS/cm) | 0.02 – 50,000 |
Highly Stable Digital Signal
ISM technology converts the conductivity measurement into a highly stable and robust digital signal which is output to the transmitter, enabling the sensor to quickly respond to small changes in conductivity.
Fast and Easy Installation
ISM's Plug and Measure feature means sensor installation is fast and easy, since all relevant status and configuration information is stored in the sensor and automatically transferred from the sensor to the transmitter during startup.
Easy Traceability
Identification, calibration and maintenance data is stored in the UniCond sensor, which allows for easy traceability. The sensor meets strict NIST-traceable calibration requirements.
For Most Pure and Ultrapure Waters
The NPTM fitting of the conductivity sensor is designed for most standard conductivity applications. This makes it suitable for the vast majority of pure and ultrapure water applications.
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