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Home      Products Endress+Hauser CM42-CEA000EAZ00 Memosens CLS82 Conductivity Sensor in stock
Endress+Hauser CM42-CEA000EAZ00 Memosens CLS82 Conductivity Sensor in stock

Endress+Hauser CM42-CEA000EAZ00 Memosens CLS82 Conductivity Sensor in stock

  • Product Item : CM42-CEA000EAZ00
  • Product Brand : Endress+Hauser
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Digital, Hygienic Conductivity Measurement for Highest Process Reliability in Critical Applications

The Endress+Hauser CM42-CEA000EAZ00 is a top-tier, digital conductivity sensor from the renowned Memosens CLS82 family. Engineered with a hygienic 1.5-inch tri-clamp (TC) connection, it is the ideal solution for demanding applications requiring the highest levels of cleanliness, accuracy, and data integrity. This sensor is indispensable in industries like pharmaceutical, biotechnology, food & beverage, and semiconductor manufacturing for monitoring ultrapure water (UPW), CIP (Clean-in-Place) effectiveness, and conductive media in hygienic processes.

Technical Specifications (CM42-CEA000EAZ00)

Product Family: Memosens CLS82

Connection: Hygienic 1.5" Tri-Clamp (TC)

Technology: Inductive (Toroidal) Conductivity

Output: Digital (Memosens)

Process Connection Material: Stainless Steel 1.4435 (316L)

Application Focus: Hygienic & sterile processes, Ultrapure water, CIP, Concentration measurement

Compatible Transmitters: Can be used with all Endress+Hauser Memosens-capable transmitters (e.g., Liquiline series).

Typical Applications (SEO-Focused Use Cases)

The CM42-CEA000EAZ00 is critical for process control and quality assurance in:

Pharmaceutical & Biotech: WFI (Water for Injection) and Pure Steam monitoring, bioreactor and fermenter conductivity.

Food & Beverage: CIP (Clean-in-Place) monitoring, conductivity in syrup, juice, or dairy concentration processes.

Semiconductor Industry: Ultrapure Water (UPW) measurement at multiple stages of production.

Chemical Industry: Concentration measurement of acids and alkalis in hygienic or aggressive environments.

Power Generation: Monitoring cation conductivity and demineralized water.