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Imagem de produto: CYR10

Injector CYR 10

CYR10
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4 documentos
    • Informação técnica (TI)

    Technical Information CYR 10

    • Informação técnica (TI)
    Versão em inglês - 07/1998
    New version available in English

    Spray cleaning system for pH, oxygen, turbidity and conductivity

    • Instruções de serviço (BA)

    Operating Instructions CYR 10

    • Instruções de serviço (BA)
    Versão em inglês - 02/2002
    New version available in English

    Spray Cleaning System for pH, Oxygen and Turbidity

    • Estudo de Caso (CS)

    Cyanide ontgifting met NaOCl in galvano industrie AHC Benelux optimaliseert dankzij pH+redox sensor in één

    • Estudo de Caso (CS)
    Versão em holandês - 09/2013
    New version available in English

    “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.”

    • Estudo de Caso (CS)

    Cyanide oxidation with NaOCl in galvanic industry AHC Benelux optimises thanks to pH+ORP sensor combined

    • Estudo de Caso (CS)
    Versão em inglês - 09/2013
    New version available in English

    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.”