Bürkert - Close to you
Office /6
    • Main Office
      Burkert Contromatic Australia Pty. Limited
      15 Columbia Way
      Norwest Business Park
      Baulkham Hills, NSW 2153

      PO Box 6524
      Baulkham Hills NSW 2153
      Phone +61 1300 888 868
      Fax +61 1300 888 076
      E-Mail fnyrf.nh@ohexreg.pbz
    • Office
      South Australia
      Innovation House
      First Avenue
      Mawson Lakes SA 5095

      E-Mail fnyrf.nh@ohexreg.pbz
    • Office
      Bürkert Perth
      Unit 8, 1st Floor
      85 Reid Promenade
      Joondalup WA 6027

      E-Mail fnyrf.nh@ohexreg.pbz
    • Office
      Bürkert Brisbane
      Unit 5a, 88 Brandl Street
      Brisbane Technology Park
      Eight Mile Plains QLD 4113

      E-Mail fnyrf.nh@ohexreg.pbz
    • Office
      Bürkert Melbourne
      Suite 49, UniPark
      Building 4, 195 Wellington Road
      Clayton VIC 3168

      E-Mail fnyrf.nh@ohexreg.pbz
    • Office
      Bürkert Sydney
      15 Columbia Way
      Norwest Business Park
      Baulkham Hills NSW 2153

      E-Mail fnyrf.nh@ohexreg.pbz
  • Main Office
  • Headquarters
  • Systemhaus
  • Distributor
  • Office
  • Plant
  • Logistic center
bürkert
We make ideas flow.
We make ideas flow.

Conductivity, inductive

An inductive conductivity cell consists of two coils: a transmitter coil and a receiver coil.

The coils are integrated in a finger-shaped housing. A bore is routed through the finger and the coil integrated into it. The fluid encloses the finger and is also in the bore. A sinusoidal AC voltage is applied to the transmitter coil. This produces a current in the fluid, proportional to the conductivity. This current in turn generates a voltage in the receiver coil. By measuring this voltage and knowing the cell constant, it is possible to determine the conductivity. A temperature sensor is integrated for temperature compensation.

Measuring principle inductive conducitvity

My Comparison List