High Conductivity Sensors ISC40/SC42-hkxytech
  • High Conductivity Sensors ISC40/SC42

High Conductivity Sensors ISC40/SC42

2016-05-27 14:44:52

Description:

There are two basic sensor styles used for measuring Conductivity: Contacting and Inductive (Toroidal, Electrodeless). When Contacting Sensors are used, the conductivity is measured by applying an alternating electrical current to the sensor electrodes (that together make up the cell constant) immersed in a solution and measuring the resulting voltage. The solution acts as the electrical conductor between the sensor electrodes. With Inductive Conductivity (also called Toroidal or Electrodeless), the sensing elements (electrode coils) of an inductive sensor do not come in direct contact with the process. These two matched (identical) coils are encapsulated in PEEK (or Teflon) protecting them from the adverse effects of the process. There is only one cell factor (constant) for the ISC40 Inductive Sensor. It covers nearly the entire conductivity measurement range ~ 50-2,000,000 µS/cm. Only on the low end (below 50 µS) does the accuracy of the sensor suffer. Because the ISC40 Inductive sensor is virtually maintenance free; it is the first choice for any application. If the ISC40 cannot be used then it is recommended to use the 4-electrode design, model SC42 large bore sensor. ……

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Assortments

Description

High Conductivity Sensors ISC40/SC42

There are two basic sensor styles used for measuring Conductivity: Contacting and Inductive (Toroidal, Electrodeless).

When Contacting Sensors are used, the conductivity is measured by applying an alternating electrical current to the sensor electrodes (that together make up the cell constant) immersed in a solution and measuring the resulting voltage. The solution acts as the electrical conductor between the sensor electrodes.

With Inductive Conductivity (also called Toroidal or Electrodeless), the sensing elements (electrode coils) of an inductive sensor do not come in direct contact with the process. These two matched (identical) coils are encapsulated in PEEK (or Teflon) protecting them from the adverse effects of the process.

There is only one cell factor (constant) for the ISC40 Inductive Sensor. It covers nearly the entire conductivity measurement range ~ 50-2,000,000 µS/cm. Only on the low end (below 50 µS) does the accuracy of the sensor suffer.

Because the ISC40 Inductive sensor is virtually maintenance free; it is the first choice for any application. If the ISC40 cannot be used then it is recommended to use the 4-electrode design, model SC42 large bore sensor.

Model CodeISC40SC42 Large Bore
Cell ConstantsNANA10.0/cm
Ranges1-2,00,000 µS/cm1-2,00,000 µS/cm20.0-2,00,000 µS/cm
Temperature ElementPt1000 or 30K ThermistorPt1000 or 30K ThermistorPt1000
Pressure RatingUp to 20 bar/290 PSIG *Depending on installation*10 bar/142 PSIG @ 20°C/36°F; 5 bar/71 PSIG @ 100°C/212°F10 bar/142 PSIG2 bar/28.5 PSIG
Maximum Temperature-20°C/-4°F to 130°C/266°F-20°C/-4°F to 100°C/212°F110°C/230°F
Installation ConnectionsFlange; Tri-Clamp; Flow Thru, NPT, RetractableFlange; Tri-Clamp; Flow Thru, NPT, RetractableRequires FD40, FS40 or FF40 Holder
Integral CableYESYESNO
Materials Of ConstructionPEEKPFA (Teflon)EPOXY; PVDF (Kynar)PTFE (Teflon)
Design StyleInductive (Torodial or Electrodeless)Inductive (Torodial or Electrodeless)4-Electrode