Orbisint CPS11D MemosensDiscontinued
Technical Data
ComparepH
| Measuring Principle | |
| Application | Long-term monitoring, processes with little change Water and wastewater treatment |
| Characteristic | Analog, digital pH electrodes for standard applications in process and environmental technology Dirt-repellent PTFE diaphragm, built-in temperature sensor |
| Measuring range | pH 0 to 14 |
| Measuring principle | Gel compact electrode with PTFE ring-diaphragm |
| Design | All shaft lengths with temperature sensor Advanced gel technology Digital electrode with Memosens technology |
| Material | Glass and PTFE |
| Dimension | Diameter: 12 mm (0.47 inch) Shaft length: 120, 225 and 360 mm (4.72, 8.86 and 14.17 inch) |
| Process temperature | 0 to 135 °C (32 to 275 °F) |
| Process pressure | 1 to 17 bar (15 to 246 psi) |
| Temperature sensor | NTC 30k |
| Ex certification | ATEX, FM, CSA, NEPSI |
| Connection | Inductive, digital connection head with Memosens technology |
| Ingress protection | IP68 |
| Certificates, declarations and approvals | Also available as SIL version |
The Orbisint CPS11D is an all-round electrode for process and environmental engineering. It measures reliably even in highly concentrated alkalis or in hazardous areas. The low-maintenance design and long service life reduce electrode operating costs. With Memosens digital technology, the CPS11D offers maximum process and data integrity combined with simple operation. The electrode is corrosion-resistant and moisture-proof, and supports laboratory calibration and device pre-maintenance.
Benefits:
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Anti-fouling PTFE annular diaphragm, robust electrode design, long poison diffusion path, low maintenance requirements
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For harsh conditions: can measure strongly alkaline media, with stable pressure up to 16 bar (232 psi)
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Optional salt ring for low-conductivity measurement, e.g. boiler feedwater and water for injection
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Non-contact inductive signal transmission technology greatly increases process safety
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Stores sensor characteristic parameters for predictive maintenance
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Reduces process downtime, extends sensor service life and lowers operating costs
Application areas:
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Long-term monitoring and limit monitoring under stable conditions:
- Chemical industry
- Paper industry
- Power plants (e.g. flue gas scrubbers, boiler feed water)
- Incineration plants -
Water treatment:
- Drinking water
- Cooling water
- Well water
ATEX, FM, CSA approved, suitable for explosion hazardous areas
Commonly used model: CPS11D-7BA21
Spare Parts & Accessories 4
4 spare parts · click to expand
| Order code | Description | |
|---|---|---|
| 71038228 | ***传感器for assignment of sensors to measuring loop. 100 sensor clips with printable labels | Enquire |
| 71538217 | CPSxx 电极保护帽20 pc protective caps for pH sensors CPSxx | Enquire |
| CPY4- | KCl电解液 CPY4For liquid filled electrodes | Enquire |
| CPY20- | PH 标液 CPY20pH quality buffer solution, referenced to primary reference material of PTB and standard reference material of NIST. With calibration certificate buffer solution | Enquire |
Configurator / Comparison
A
Measuring principle video
Click to playSource: public information from the Endress+Hauser website
Manuals & Documents 7
All documents for this model7 documents · click to expand
BA CPSx1, CPFx1 pH电极 CPSx2, CPFx2 ORP电极 Chinese
BA CPSx1, CPFx1 pH sensors CPSx2, CPFx2 ORP sensors English
pH-/Redoxsensoren und Referenzhalbzellen pH/ORP sensors and reference half cells Operating Instructions English
TI Orbisint CPS11 Chinese
技术资料 Orbisint CPS11, CPS11D Chinese
TI Orbisint CPS11 English
Technical Information Orbisint CPS11/CPS11D English
Case Studies
Municipal Wastewater Treatment · PH — Application Case
Application Context
the inlet, biological and outlet stages of a municipal plant is a typical Municipal Wastewater Treatment duty. The project started from PH, focusing on continuous pH monitoring for neutralisation and compliance control.
Process Constraints
effluent parameters drift and probes foul with sludge and biofilm, and high solids and corrosive fractions, with large diurnal flow swings only amplify it. The PH specification must therefore cover choosing glass or ISFET sensors by temperature, fluoride content and pressure.
Delivery Approach
Delivery was handled as the analyser range — selecting as part of a complete water-analysis system. Execution centred on choosing glass or ISFET sensors by temperature, fluoride content and pressure, together with stable compliance with Grade 1A discharge limits and online data reporting.
Field Results
Operation shows the benefit clearly — tighter dosing control and lower reagent consumption, with confidence in this measuring point improving markedly.
Food & Beverage · PH — Application Case
Customer Profile
The typical setting in Food & Beverage is dosing, pasteurising, filling and CIP stages. The measuring point is PH; the focus is continuous pH monitoring for neutralisation and compliance control.
Key Difficulties
Conditions are syrups, dairy and beverages that scale easily, under strict hygienic requirements and, on top of that, frequent cleaning demands instruments that withstand hot CIP/SIP caustic cycles, which a standard configuration cannot handle for long. The design therefore starts with choosing glass or ISFET sensors by temperature, fluoride content and pressure.
Implementation
The scope ran through the analyser range: selecting as part of a complete water-analysis system. Technically it hinges on choosing glass or ISFET sensors by temperature, fluoride content and pressure, and on these requirements: food-safety and hygienic design per 3-A / EHEDG.
Customer Benefit
In practice this means tighter dosing control and lower reagent consumption, which cut the workload on the site maintenance team.
Chemical & Pharmaceutical · PH — Application Case
Project Background
The project covers reactors, metering vessels and finished-product tanks. The work centres on PH and the core task is continuous pH monitoring for neutralisation and compliance control.
Operating Challenges
The medium and duty are characterised by highly corrosive media with solvents and crystallisation, partly in explosive atmospheres, and corrosion plus Ex protection shortens instrument life and makes downtime costly. So PH cannot be specified generically — it calls for choosing glass or ISFET sensors by temperature, fluoride content and pressure.
Solution
The Ainstru engineering team worked through the analyser range: selecting as part of a complete water-analysis system. The configuration involves choosing glass or ISFET sensors by temperature, fluoride content and pressure, with these requirements in view: Ex certification and GMP traceability of records.
Results
Since start-up the system has run steadily; the practical result is tighter dosing control and lower reagent consumption.
Power & Energy · PH — Application Case
Project Overview
The site is boiler feedwater, turbine condensate and FGD/DeNOx systems. The customer wanted PH properly configured on the existing plant, with the aim of continuous pH monitoring for neutralisation and compliance control.
Technical Challenges
What actually causes trouble is high temperature and pressure with both steam and saline water, and drift under high temperature and pressure, with very costly unplanned outages. All of this means the PH configuration has to involve choosing glass or ISFET sensors by temperature, fluoride content and pressure.
Configuration
Supply and installation were organised through the analyser range: selecting as part of a complete water-analysis system. On site this meant choosing glass or ISFET sensors by temperature, fluoride content and pressure, checked line by line against: compliance with power-industry codes and unit availability targets.
Performance
After commissioning the outcome is tighter dosing control and lower reagent consumption, and the readings are now used for process tuning.
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