Memosens CPS96E - Digital, combined pH/ORP sensor for chemical processes, paper or paint production

Digital combined pH/ORP sensor Memosens CPS96E

Memosens 2.0 electrode for heavily polluted media in chemical processes, paper or paint production

CPS96E

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Memosens CPS96E - Glass electrode for simultaneous pH and ORP measurement in heavily polluted media

Specs at a glance

Measuring range

ORP: –1 500 to 1 500 mV
pH: 0 to 14
Process temperature

0 to 110 °C (32 to 230 °F)
Process pressure

0.8 to 14 bar (11.6 to 203 psi) absolute

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Field of application

Memosens CPS96E is the specialist for media with a high content of suspended solids such as dispersions, precipitations or emulsions. The open aperture prevents fouling and ensures reliable simultaneous pH and ORP measurement. Thanks to Memosens 2.0 digital technology, CPS96E combines maximum process integrity with simple operation. It resists moisture, enables lab calibration and offers extended storage of calibration and process data providing the perfect basis for predictive maintenance.

Chemical processes
Pulp and paper industry
Contaminated media and suspended solids
- Dispersions
- Precipitations
- Emulsions

With ATEX, IECEx, CSA C/US, NEPSI, Japan, INMETRO approvals for use in hazardous areas, zones 0, 1 and 2.

Benefits

Memosens 2.0 offers extended storage of calibration and process data, enabling better trend identification and offering a future-proof basis for predictive maintenance and enhanced IIoT services.
Simultaneous measurement of pH, ORP and rH values (in rH mode) provides a better process overview for tighter process control.
Additional platinum electrode enables constant monitoring of reference impedance and thus sensor quality.
Robust and resistant to poisoning thanks to stabilized gel and reference with ion trap.
Not affected by fluctuations in pressure and temperature: Open aperture prevents build-up of diffusion potential at the junction.
Maximum process safety through non-contact inductive signal transmission.
Minimized process downtime and extended sensor lifetime reduce operating costs.

Videos

The pH-value of a liquid can be determined using the potentiometric measurement principle. This video shows what it is about and how this measuring principle works.
Memosens converts the measured value to a digital signal and transfers it to the transmitter without a contacting connection. This video shows how Memosens optimizes process control and maintenance.

Extended selection

High-end products
Highly functional and convenient

Technical excellence

Simplicity

What is FLEX?

Simple products
Easy to select, install and operate

Technical excellence

Simplicity

What is FLEX?

Standard products
Reliable, robust and low-maintenance

Technical excellence

Simplicity

What is FLEX?

High-end products
Highly functional and convenient

Technical excellence

Simplicity

What is FLEX?

Specialized products
Designed for demanding applications

Technical excellence

Simplicity

Variable

What is FLEX?

FLEX selections	Technical excellence	Simplicity
F L E X Fundamental selection Meet your basic measurement needs	Technical excellence	Simplicity
F L E X Lean selection Handle your core processes easily	Technical excellence	Simplicity
F L E X Extended selection Optimize your processes with innovative technologies	Technical excellence	Simplicity
F L E X Xpert selection Master your most challenging applications	Technical excellence	Simplicity Variable

Learn more about the FLEX selections

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Predecessor

Memosens CPS96D

Success stories

Automated pH measuring point in wastewater

The Dow plant in Stade relies on Endress+Hauser solutions for pH monitoring in the treatment of production wastewater.
Read the full story
Measurable and testable: Monitoring with Teqwave

Efficient component cleaning is an important part of the production of industrially manufactured components. Borer Chemie AG therefore relies on the concentration measurement with Teqwave F, I and T.
Read the full story
Monitoring Emulsion Polymerization Reactions

Process optimization via reaction endpoint detection and control of kinetics
Read the full story
Semi-batch polymerization

Monitoring and control of a semi-batch polymerization with Raman analyzer, powered by Kaiser Raman technology
Read the full story

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Selection guide for pH measurement in industrial processes

Selection and engineering guide for different industries and applications.
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Related topics
Memosens 2.0: Cutting-edge sensor technology reloaded

Make life easier, increase process safety and stay connected with Memosens 2.0 digital technology.
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About us
Sensor production: precision in glass

The accuracy of a measuring point stands and falls with the sensor. We have the sensor experts and the equipment to provide you with consistently high accuracy and high quality sensors.
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Digital combined pH/ORP sensor Memosens CPS96E

Memosens 2.0 electrode for heavily polluted media in chemical processes, paper or paint production

Specs at a glance

Measuring range

Process temperature

Process pressure

Field of application

Benefits

Videos

Extended selection

Predecessor

Success stories

Automated pH measuring point in wastewater

Measurable and testable: Monitoring with Teqwave

Monitoring Emulsion Polymerization Reactions

Semi-batch polymerization

Could also interest you

Selection guide for pH measurement in industrial processes

Memosens 2.0: Cutting-edge sensor technology reloaded

Sensor production: precision in glass

Measuring principle

Application

Characteristic

Measuring range

Measuring principle

Design

Material

Dimension

Process temperature

Process pressure

Temperature sensor

Ex certification

Connection

Ingress protection

Measuring principle

Application

Characteristic

Measuring range

Measuring principle

Design

Material

Dimension

Process temperature

Process pressure

Temperature sensor

Ex certification

Connection

Ingress protection

Back

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Kit CPSxx protective caps

Memoclip label Memosens sensor

Memoclip label memosens cable

KCL-Electrolyte solution CPY4

Technical buffer solution CPY20

Buffer solution CPY3

Input

Output / communication

Ingress protection

Input

Output / communication

Ingress protection

Input

Output / communication

Ingress protection

Input

Output / communication

Ingress protection

Input

Output / communication