measuring principle:Potentiometric
measuring range:pH: 0 … 14
measuring principle:gel compact electrode with ceramic diaphragm and ion trap
process pressure:0.8 … 7 bar (11.6 … 101.5 psi) absolute
temperature sensor:NTC 30k
Connection:Inductive, digital plug-in head with Memosens 2.0 technology
Keep pH in the optimal range and maximize your product yields with the Memosens CPS61E. Its robust design and long-term stability ensure extremely accurate and reproducible readings even after CIP/SIP or autoclaving. The CPS61E features digital Memosens 2.0 technology, which enables extended storage of calibration and process data for predictive maintenance. The sensor is moisture resistant and allows for laboratory calibration, improving process integrity and increasing process uptime.
Memosens CPS61E measures pH in:
Biotech and pharmaceutical industry
- In bioreactors/fermenters: process monitoring in enzyme production
- In bioreactors/fermenters: monitoring of culture growth
Food & Beverage
- CIP/SIP applications
With ATEX, IECEx, CSA C/US, NEPSI, Japan and INMETRO approvals for use in potentially explosive atmospheres of zones 0, 1 and 2.
A pharmaceutical declaration of conformity with the individual serial number of the sensor is available.
Memosens 2.0 offers enhanced storage of calibration and process data, enables better trend detection and creates a future-proof basis for predictive maintenance and advanced IIoT services.
The sensor's exceptional accuracy and repeatability help you maintain pH within the optimal range for maximum product yields.
A special glass membrane and a reference system make the sensor CIP/SIP and autoclave resistant (up to 140°C/284°F) and offers maximum long-term stability.
The sensor ensures your product quality through certified biocompatibility according to USP Class VI, FDA compliance of wetted parts, Regulation 1935/2004 compliance, no cytotoxicity, bioreactivity or animal-based materials.
Optimize the maintenance of the CPS61E with the Memobase Plus software, which automatically stores and documents all relevant sensor and process data.
Maximum process reliability through contactless, inductive signal transmission.
Reduced operating costs through minimized process downtime and extended sensor lifetime.