Product Ceraliquid CPS41D


Ceraliquid CPS41D

Product description
Field of application
Order information

Product description

Ceraliquid CPS41D is a digital pH electrode with Memosens technology. It is equipped with a ceramic diaphragm, liquid KCl electrolyte and a built-in temperature sensor. With ATEX, FM and CSA approval the CPS41D is suitable for application in hazardous areas.

 

Your benefits:

Liquid KCl electrolyte enabling use at very low conductivities (≥ 0.1 µS/cm)
Ceramic diaphragm with defined KCl flow
Application under pressures of up to 10 bar / 145 psi with counter pressure
Resistant to poisoning thanks to separate reference lead
Suitable for CIP / SIP cleaning pH membrane glass suitable for steam sterilization
Built-in temperature sensor for effective temperature compensation
Four lengths available: 120, 225, 360 and 425 mm

Further benefits offered by Memosens technology:

Maximum process safety through contactless inductive signal transmission
Data safety through digital data transmission
Easy handling due to storage of sensor-specific data
Predictive maintenance possible thanks to registration of sensor load data

Field of application

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

Food industry
Biotechnology
Laboratory measurements
Power plants

Order information

Production time:
Endress+Hauser works to a defined standard production time (from order entry to goods issue) depending on the variant of the Ceraliquid CPS41D.
Production times can be confirmed via your contact person or via the online shop.


Distribution:
Endress+Hauser will ship your order direct to your delivery address. In certain cases express or emergency shipments can be made on request.


Track & Trace:
Check your order status online using your reference number or the Endress+Hauser order confirmation number.


Spare Parts Logistics:
Spare parts are handled as standard products with a short standard delivery time. On request we deliver on shortest possible delivery time (extra charge).