Descripción

Two-wire field device for hazardous and non-hazardous area use in chemicals, life sciences and food Liquiline M CM42 is the robust transmitter for pH/ORP, conductivity or oxygen measurement in all process applications. It is the best choice for demanding environments be it hygienic applications, hazardous areas or functional safety areas. Liquiline’s intuitive operating concept simplifies commissioning, handling, and maintenance saving you time every day. Easy switching of parameters and seamless system integration give you the flexibility to adapt it exactly to your measuring task.
  • Benefits
    • Simple commissioning with quick setup and navigator
    • The Memosens technology allows plug & play with pre-calibrated Memosens sensors
    • Less storage thanks to modular design
    • Predictive maintenance system detects when a sensor has to be cleaned, calibrated or...
    • Simple commissioning with quick setup and navigator
    • The Memosens technology allows plug & play with pre-calibrated Memosens sensors
    • Less storage thanks to modular design
    • Predictive maintenance system detects when a sensor has to be cleaned, calibrated or replaced
  • Field of application The Liquiline CM42 transmitter is suitable for all process applications, for example in these industries and their utilities:
    • Chemicals
    • Food & Beverages
    • Life Sciences
    • Power & Energy
    • Oil & Gas
    • Primaries & Metal
    Liquiline CM42 features the following...
    The Liquiline CM42 transmitter is suitable for all process applications, for example in these industries and their utilities:
    • Chemicals
    • Food & Beverages
    • Life Sciences
    • Power & Energy
    • Oil & Gas
    • Primaries & Metal
    Liquiline CM42 features the following protocols and interfaces:
    • 0/4...20 mA
    • HART
    • PROFIBUS PA
    • FOUNDATION Fieldbus
    With its international explosion protection approvals, such as IECEx, ATEX, FM, CSA, TIIS and NEPSI, the transmitter is suitable for hazardous area use.
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