ConductiSense Online Conductivity Meter
The conductivity meter is equipped with various conductivity sensors to measure conductivity up to 2,000,000 µS/cm.
The PI conductivity sensor for light industrial use incorporates graphite technology. With a durable epoxy resin body structure, it is a highly reliable conductivity sensor suitable for drinking water and purification. The sensor can be arranged in series, installed in T-joints of pipes, or submerged in tanks. In many applications, especially process applications, the epoxy body conductivity sensor is used as the most cost-effective and reliable conductivity sensor. Thanks to its robust epoxy body, the conductivity sensor is virtually unbreakable. It is the optimal choice for use as a standard online conductivity electrode in the water-related industry.
basic information
Pi, the ConductiSense series conductivity meters are equipped with various conductivity sensors to measure conductivity up to 2,000,000 µS/cm. You can choose from a sophisticated toroidal sensor or a steel sensor for high-temperature pressure applications, in addition to standard graphite sensors. • Low cost • Low maintenance • Different sensor materials depending on the application • Easy installation • Multiple mounting options • TDS and salinity output (optional) Conductivity sensors and accessories are equipped with different controllers, allowing them to deliver the same excellent performance with various communication, display, and control options. Everything you need for the ConductiSense series conductivity monitor is included.
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Applications/Examples of results
Conductivity up to 2,000,000 µS/cm Available in graphite sensors, toroidal sensors, and stainless steel sensors. The toroidal inductive conductivity sensor features a wide measurement range of 0-2,000,000 µS/cm and reliable toroidal technology. Its resistance to corrosion is designed to withstand coatings and contaminants commonly found in contact-type conductivity sensors, ensuring a trouble-free lifespan. The standard structural material, Noril, offers broad solvent resistance and temperature stability up to 105ºC. All models can be submerged in water using the sensor's 3/4” MNPT thread or installed inline with a 2” NPT tee. The conductivity sensor includes a built-in temperature sensor for automatic temperature compensation. Stainless steel conductivity sensor Achieves a robust and resistant body. Its durability is higher compared to standard graphite probes, making it suitable for use in high-pressure and high-temperature environments such as boilers and CIP applications.
