CPS11E AA7BTA2 Digital PH Sensor Memosens With 120mm Shaft Length 0-14 PH Range And 17 Bar Pressure Stability

Model:

CPS11E-AA7BTA2

Approval:

AA Non-hazardous area

Electrode Type:

7 Basic version, zero point pH 7,0, temperature sensor NTC 30k

Application Range:

B 0-14 pH, 0...135oC, 0,8...17 bar (abs)

Reference System:

TA PTFE ring junction, ion trap, 3 M KCl, Ag/AgCl

Shaft Length:

2 120mm

HS-Code:

90279000

Country of origin:

DE

Country of dispatch:

DE

Memosens 2.0 pH electrode for standard applications in process and water & wastewater industries

Memosens CPS11E is the digital all-rounder for stable processes. It measures reliably even in extreme pH ranges or hazardous areas. 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 the perfect basis for predictive maintenance. Designed for a long operating life and low maintenance, Memosens CPS11E offers you best value for money.

• Long-term monitoring and limit monitoring of processes with stable process conditions:

• Water & wastewater treatment:

• 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.
• Low operating costs: Lab calibration and quick sensor exchange in the process result in minimized process downtime and longer sensor lifetime.
• Robust, low maintenance electrode: Long poison diffusion path or optimized ion trap prevent poisoning of the electrode reference. Large, dirt-repellent PTFE junction protects from soiling by the medium.
• Process glass is suitable for the full pH range and pressure-stable up to 17 bar (246.5 psi) absolute. Optional F-glass allows application in media containing hydrofluoric acid such as etching baths in semiconductor production.
• Improved optional salt storage ensures reliable measurement in low conductivity applications such as boiler feed water.
• Maximum process integrity through non-contact, inductive signal transmission.