Inductive conductivity sensors are ideal for applications with high potential for fouling. The toroidal shape is resistant to coatings and other contaminants that would reduce the effectiveness of traditional conductivity sensors. Inductive sensors are also a great choice for highly corrosive applications, such as CIP skids, due to the non-corrosive PEEK body.
Material Specification - Conducell I Sensors
Does temperature affect conductivity measurement?
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.
Can Hamilton conductivity sensors be used with my existing transmitter?In most cases, yes! Transmitters specifically designed for either 2-pole, 4-pole conductivity are generally compatible with Hamilton Conducell products. The transmitter temperature sensor input (PT1000) should be checked to ensure it matches the sensor. Hamilton recommends that the Conducell I inductive conductivity sensor only be used with the H220X transmitter. Contact Hamilton Technical Support for additional assistance on wiring or cross compatibility.
Conductivity Sensor Selection
Temperature Influence on Conductivity StandardsTemperature 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 StandardsQuestions 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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