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Memosens CPS47E - ISFET pH sensor for the chemical, life sciences and food industry

Digital non-glass pH sensor Memosens CPS47E

Memosens 2.0 ISFET pH electrode for the chemical, life sciences and food industries

CPS47E
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Memosens CPS47E - ISFET sensor with liquid KCl for chemical, food and life sciences industries
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©Endress+Hauser
Memosens CPS47E - Unbreakable ISFET pH sensor also for hazardous areas
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©Endress+Hauser
Memosens technology

Specs at a glance

  • Measuring range

    pH 0 to 14

  • Process temperature

    -15 to 135 °C (5 to 275 °F)

  • Process pressure

    Max. 11 bar abs at 100 °C (max. 160 psi at 212 °F)

Field of application

Memosens CPS47E is the high performer with liquid KCl reference for media with low conductivity or high organic load. It measures accurately even in applications with fast-changing media. Its unbreakable shaft ensures best product safety. Thanks to Memosens 2.0 digital technology, the pH sensor resists moisture and enables lab calibration, increasing process safety and simplifying operation. Its extended storage of calibration and process data provides a perfect basis for predictive maintenance.

Media with a high amount of organic solvents or very low conductivities:

  • Chemical industry, measurement of media prone to clogging

  • Power plants, e.g. boiler feed water

  • Life sciences, e.g. water for injection

With all relevant approvals for hygienic applications such as EHEDG, 3A, EU1935/2004, USP 87/88

Benefits

  • IIoT ready: Memosens 2.0 offers extended storage of calibration and process data, enabling better trend identification and providing a future-proof basis for predictive maintenance and enhanced IIoT services.

  • Unbreakable: Non-glass PEEK body ensures highest product safety where glass breakage is intolerable.

  • Resistant to poisoning: Constant refilling of KCl bridge electrolyte and separate reference lead prevent poisoning ions from entering the electrode.

  • The sensor is suitable for autoclaving and sterilization with hot steam offering long-term stable measurement.

  • Low maintenance: ISFET technology is insensitive to temperature changes enabling long calibration intervals

  • Maximum process safety: Thanks to non-contact, inductive signal transmission, problems with moisture are a thing of the past.

  • Reduced operating costs: Laboratory calibration and fast sensor exchange on-site minimize process downtime and extend sensor lifetime

Videos

  • How is the pH value of a liquid calculated? Watch this video to find out how the potentiometric measuring principle works.

  • Memosens technology digitizes the measured value in the sensor head and transfers it to the transmitter without a contacting connection. Memosens eliminates all problems caused by moisture.

  • Memosens technology
    Memosens 2.0: Cutting-edge sensor technology reloaded

    Make life easier, increase process safety and stay connected with Memosens 2.0 digital technology.

  • Liquiline: cutting-edge transmitter platform

    By choosing the Liquiline platform, you’re effectively choosing to spend less money on stock holding, save installation time and gain operational safety!

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Handle your core processes easily

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Predecessor

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