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Cond Sensor UPW 3/4NPT 0.1C Ti 2

2-Electrode Resistivity Sensor.The UPW UniCond 2-electrode resistivity sensor was developed in collaboration with industry partners to provide best-in-class accuracy, stability, and environmental isolation in ultrapure water applications for the semiconductor industry.

Industry Leading Measurement Accuracy

The UPW UniCond sensor offers unequalled temperature compensated resistivity accuracy to provide the clearest possible picture of your water quality.

Best In Class Signal Stability

Enhanced METTLER TOLEDO Thornton resistivity measurement technology reduces signal noise from the UPW UniCond tenfold compared to other sensors in UPW.

Environmental Isolation

Robust construction and temperature compensation ensures that observed changes in resistivity are due to water quality and not environmental factors.

Material No.: 30819342

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Specifications - Cond Sensor UPW 3/4NPT 0.1C Ti 2
Temperature Sensor
 Pt 1000 RTD, Class A
Cell Constant
 0.1 cm-1
Stability
 0.003 MΩ∙cm standard variation typical after rinse-up
Measurement Technology
 Conductive
Fitting material
 PTFE/SS
Insertion length
 34mm
Model Family
 2-electrode sensor
UniCond
Operating Range (MΩ-cm)
 1 MOhm – 50 MOhm
Accuracy
 1-10 MΩ·cm: ≤ ±1% compensated @ 25°C
30-50 MΩ·cm: ≤ ±1% compensated @ 25°C
10-30 MΩ·cm : ≤ ±0.5% compensated @ 25°C
Hazardous Area Approvals
 No
Measured Pressure Resistance
 250 psig @ 200 °F (17 bar @ 93 °C)
Electrode Material
 Titanium
Primary Media/Application
 Semiconductor Water
Hygienic/Biocompatibility Approvals
 No
Process fitting
 ¾" NPTM
Electrode Configuration
 2-electrode

Fast and Easy Installation

ISM's plug-and-measure feature makes sensor installation 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 are stored in the UPW UniCond sensor, which allows for easy traceability. The sensor meets strict NIST-traceable calibration requirements.

Highly Stable Digital Signal

ISM technology converts the resistivity 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 resistivity.

Easy Integration Into Standard Fittings

The industry standard NPTM fitting of the resistivity sensor makes it suitable for the vast majority of ultrapure water installations.

Documentation

Case Studies

Highest Resistivity Measurement Accuracy
Resistivity Measurement Accuracy
A major semiconductor fabricator required a resistivity sensor that would surpass the performance of currently available instruments. METTLER TOLEDO T...

Applications

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Consumables

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Cond Sensor UPW 3/4NPT 0.1C Ti 2
FDA
USP Class VI