Combined pH and ORP Measurement in One Sensor
The Endress+Hauser CPS16E is a digital combined sensor that enables simultaneous measurement of pH value and oxidation-reduction potential (ORP) in a single installation point.
By combining two important liquid analysis parameters into one sensor, the CPS16E helps reduce installation effort and simplifies process monitoring.
The sensor is designed for demanding applications where reliable measurement performance, long service life and easy maintenance are required.
Memosens 2.0 Digital Technology
The CPS16E uses Memosens 2.0 technology, providing advanced digital sensor management and reliable communication with compatible Endress+Hauser transmitters.
Key benefits include:
Calibration data stored directly in the sensor
Easy sensor replacement
Improved measurement traceability
Reduced commissioning time
Simplified maintenance procedures
The sensor can be calibrated away from the process, helping reduce downtime during maintenance.
Robust Design for Industrial Applications
The CPS16E is designed for stable operation in challenging process environments.
Its reliable construction helps provide:
Accurate pH and ORP measurement
Long sensor operating life
Reduced maintenance requirements
Stable performance in demanding media
It is suitable for applications where both chemical conditions and process reliability are important.
Reliable Reference System
The sensor features a durable reference system designed to maintain stable measurement performance over extended operating periods.
This makes the CPS16E suitable for applications requiring continuous monitoring and consistent measurement quality.
Flexible Installation Options
The CPS16E can be installed using compatible Endress+Hauser assemblies, including:
Immersion assemblies
Flow assemblies
Retractable assemblies
This allows flexible integration into different process environments.
Key Features
Digital combined pH/ORP sensor
Measures pH value and ORP in one sensor
Memosens 2.0 digital technology
Reliable measurement in demanding process conditions
Long operating life
Robust reference system
Easy calibration and sensor replacement
Reduced maintenance effort
Compatible with Liquiline transmitters
Suitable for water, wastewater and industrial applications
Technical Specifications
Measurement parameters: pH and ORP
Sensor type: Combined digital pH/ORP electrode
Communication technology: Memosens 2.0
Application: Water treatment, wastewater and industrial processes
Temperature measurement: Integrated temperature sensor
Installation: Immersion, flow or retractable assemblies
Sensor connection: Memosens plug-in connection
Compatible transmitters: Endress+Hauser Liquiline transmitters
Typical Applications
Water and Wastewater Treatment
The CPS16E is suitable for monitoring both pH and ORP values in water treatment processes.
Typical applications:
Disinfection control
Biological treatment processes
Water quality monitoring
Neutralization processes
Chemical Industry
Used in chemical processes requiring simultaneous pH and ORP monitoring.
Applications include:
Chemical dosing control
Oxidation processes
Reaction monitoring
Industrial Process Water
The sensor supports reliable measurement in:
Process water systems
Utility water treatment
Industrial wastewater applications
Environmental Monitoring
Suitable for applications requiring combined pH and ORP analysis in natural or treated water environments.
FAQ
What is Endress+Hauser CPS16E?
The CPS16E is a digital combined pH/ORP sensor designed to measure pH value and oxidation-reduction potential in industrial liquid applications.
What parameters does CPS16E measure?
The CPS16E measures:
pH value
ORP (oxidation-reduction potential)
What is the difference between CPS16E and CPS11E?
CPS11E is a dedicated digital pH sensor, while CPS16E combines pH and ORP measurement in one sensor.
Does CPS16E use Memosens technology?
Yes. CPS16E uses Memosens 2.0 technology for digital communication and improved sensor management.
Where is CPS16E used?
It is commonly used in water treatment, wastewater treatment, chemical processing and industrial applications requiring combined pH and ORP monitoring.
