Conducell UPW 2-Pole Conductivity Sensors
Utlra-Pure Water (UPW) refers to water with very low conductivity, such as Water for Injection (WFI). The UPW 2-pole conductivity sensor is fully compliant for use in biotechnology, pharmaceutical, and cosmetic industries.
Conducell UPW - Arc
Available with either PG13,5 or Tri-Clamp process connections. The removable Arc module gives intelligent sensor capabilities with a traceable simulator for USP 645 compliance.
Conducell UPW - Traditional
Traditional Conducell UPW sensors are available in 120 mm length and VP6 connection. It is well-suited for Ultra-Pure Water, Pure Water, and Water for Injection applications.
Conducell UPW Arc PG13,5
Conducell UPW Arc 2-pole conductivity sensors retain all the benefits of a traditional UPW sensor and is enhanced with the intelligence of Arc technology. Arc technology allows calibrations to be stored in the sensor, predictive diagnostics, automated documentation, as well as user and process assignment. Direct connection to the control system eliminates the need for a transmitter, many available communication protocols provide the flexibility for simple integration.
Conducell UPW Arc TC 1.5"
Conducell UPW PG 13,5
Specific Applications
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App Note - Intelligent Sensor in Pure Water Production
Arc sensors for conductivity, pH and ORP measurement in pure water treatment
Resources
Hamilton's knowledge base provides a range of explanatory articles, frequently asked questions, and document downloads.
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Catalog - Process Analytics
Download the Process Analytics sensor catalog to learn about the complete offering of Hamilton process sensors and accessories. -
Brochure - BioPharma
Innovative solutions for process analytics in biotechnological and pharmaceutical industries. -
Brochure - Arc Intelligent Sensors
Arc Intelligent sensors offer a new way to connect to your process control system.
Featured FAQ
Does the cell constant of my conductivity sensor change over time?
The cell constant of a conductivity sensor may change over time due to corrosion of the electrodes from an aggressive media, or due to fouling of the electrodes. Calibration adjusts the cell constant and can help offset these effects to a certain extent.
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Does temperature affect conductivity measurement?
Yes, temperature has a direct impact on conductivity. Increasing temperature increases the mobility of ions within a solution and results in higher conductivity measurements. Temperature compensation can be performed using empirically derived temperature coefficients, which may be different for various solutions. -
Which liquid conductivity standard should I use for calibration?
A conductivity standard should be chosen that most closely matches the anticipated conductivity range of the process. -
What can I use to clean the conductivity sensor electrodes if fouling occurs?
The metal electrodes of 2 and 4-pole sensors can be cleaned with water and mild detergents and washed with deionized water after cleaning. Care should be taken to not use cleaning agents that can impact the material of the electrodes. Click to reference the knowledgebase article on cleaning for more information.
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Temperature Influence on Conductivity Standards
Temperature has a direct effect on the conductivity of liquid standards. This page lists the temperature effects on all Hamilton standards in one easy to use place. -
Stability and Accuracy of Conductivity Standards
Questions often come up regarding liquid conductivity standards and how these products should be used. This knowledgebase article takes on many of these topics. -
Understanding Wetted Materials (Stainless, Plastics, & Elastomers)
Wetted materials such as stainless steel, plastics, and elastomers are often listed by different names and abbreviations in different parts of the world. This quick cross reference guide helps sort out the common names for wetted materials used in Hamilton sensors.
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