Cleaning system for analysis sensors
Includes electrical valves for pumping
water and cleaning agent
Protection class: IP 65
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Successor
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Standard products
- Reliable, robust and low-maintenance
Technical excellence
Simplicity
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Specialized products
- Designed for demanding applications
Technical excellence
Simplicity
Variable
FLEX selections Technical excellence Simplicity - F
- L
- E
- X
Fundamental selection
Meet your basic measurement needs
Technical excellence Simplicity - F
- L
- E
- X
Lean selection
Handle your core processes easily
Technical excellence Simplicity - F
- L
- E
- X
Extended selection
Optimize your processes with innovative technologies
Technical excellence Simplicity - F
- L
- E
- X
Xpert selection
Master your most challenging applications
Technical excellence Simplicity Variable
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Technical Information (TI)
Technical Information CYR 10
Spray cleaning system for pH, oxygen, turbidity and conductivity
EN 01/07/1998Language:
English
Version:
01/07/1998
File size:
277.3 KB
File name:
ti046cen.pdf
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Operating Instruction (BA)
Operating Instructions CYR 10
Spray Cleaning System for pH, Oxygen and Turbidity
EN 01/02/2002Language:
English
Version:
01/02/2002
File size:
566.4 KB
File name:
ba046cen.pdf
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Case Study (CS)
Cyanide ontgifting met NaOCl in galvano industrie AHC Benelux optimaliseert dankzij pH+redox sensor in één
“Door de Memosens CPS16D gecombineerde pH+redox sensor toe te passen in de Cyanide oxidatietanks sturen wij dit proces nauwkeurig. Dankzij de Liquiline CM444 transmitter wordt ook de rH-waarde berekend waardoor een optimale pr sturen wij dit proces nauwkeurig. Dankzij de Liquiline CM444 transmitter wordt ook de rH-waarde berekend waardoor een optimale pr ocescontrole bereikt kan worden. De metingen zijn sinds mei 2013 in gebruik en sindsdien worden er lozingswaarden van 0,0 mg/l zwaocescontrole bereikt kan worden. De metingen zijn sinds mei 2013 in gebruik en sindsdien worden er lozingswaarden van 0,0 mg/l zwa re metalen of cyaniden op het oppervlaktewater bereikt.”
Language:
Dutch
Version:
05/09/2013
File size:
1.4 MB
File name:
CS01362C_15_NL_0113 AHC CPS16D pH+redox.pdf
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Case Study (CS)
Cyanide oxidation with NaOCl in galvanic industry AHC Benelux optimises thanks to pH+ORP sensor combined
By using the Memosens CPS16D combined pH+ORP sensor in our 2 cyanide oxidation tanks, we control th is process accurately. With the Liquiline CM444 transmitter also the rH value is calculated and in this way an optimised process is process accurately. With the Liquiline CM444 transmitter also the rH value is calculated and in this way an optimised process control is realised. The measurements are in use since May 2013 and since then discharge values of 0,0 mg/l heavy metals or cyanidcontrol is realised. The measurements are in use since May 2013 and since then discharge values of 0,0 mg/l heavy metals or cyanid es to the surface water are obtained.”
Language:
English
Version:
05/09/2013
File size:
1.4 MB
File name:
CS01362C_15_EN_0113 AHC CPS16D pH+ORP.pdf
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