New conductivity sensor CombiLyz® AFI4

Sensitivity and precision at their best

The CombiLyz® AFI4 is an inductive conductivity transmitter for media analysis, differentiation and separation. It is designed to meet industrial and hygienic requirements in applications with medium to high range conductivity.

CombiLyz® consists of a conductivity sensor and a transmitter accommodated in a single, compact housing. There are two outputs with active loop 4...20 mA, one for conductivity or concentration and one for temperature. The CombiLyz® sensor in PEEK is hermetically sealed to provide 3A approval and compliance to FDA and the EU directives10/2011, 1935/2004, 2023/2006. EHEDG approval is pending. Thanks to a divergence of a mere 1% and a Pt100 temperature sensor, CombiLyz® AFI4 provides fast and reliable data and ensures low total cost of ownership.

  • Portfolio
    • CombiLyz® AFI4

      • Wetted parts in PEEK (short version) and PEEK and stainless steel (long version)
      • Compact, food compatible, hygienic design
      • meets 3A requirements, FDA compliant, EHEDG pending
    Special feature

    CombiLyz® AFI4 features an integrated graphical LCD display with 3 different backlight colors. Conductivity (µS/cm or mS/cm), concentration (%), temperature (°C) and also the customer-specific medium name are conveniently indicated for on-site control. CombiLyz® AFI4 is quickly configured on the spot without a computer using the touch screen. Alternatively sensor programming is also feasible by FlexProgrammer.

    Areas of Application
    • Monitoring CIP and SIP processes
      • Monitoring acid, caustic or salt concentration
        • Phase separation of product/water mixtures in the F&B industry
    Key features
      • Range from 500 µS/cm to 1000mS/cm
      • Hygienic and robust design
      • Integrated graphical display CombiView DFON
      • Touch screen
      • Very fast temperature compensation, <15 seconds
      • Easy and quick programming by FlexProgrammer 9701
      • Two active loops 4…20 mA for conductivity or concentration and temperature