YOKOGAWA ISC40GJ-GG-T1-Y1 (ISC40 series) cảm biến đo độ dẫn điện dung dịch

YOKOGAWA; Japan

Inductive (Toroidal, Electrodeless)

Conductivity Sensor ISC40

The ISC40 Inductive sensor is virtually maintenance free.There are two basic sensor styles used for measuring Conductivity: Contacting and Inductive (Toroidal, Electrodeless). 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. FEATURES • Inductive Conductivity technique for elimination of fouling and polarization errors. • Wide bore sensors for long term stability. • Installation flexibility due to wide range of holders and due to the use of universal bulkhead construction. • A single sensor can maintain the high resolution and accuracy, and measure the conductivity in an extremely brood range. Minimum span: 100 μS/cm Maximum span: 1999 mS/cm APPLICATIONS • All applications where severe electrode fouling prevents the use of contacting electrodes. • All ranges except (ultra) pure water applications. • All slurry applications where conventional systems suffer from plugging or erosion. • All applications where the 6 decade rangeability is necessary for accurate process control. SYSTEM CONFIGURATION Refer to GS 12A01A03-01EN for the FLXA202, GS 12A01A02-01E for the FLXA21, GS 12A01F01-01EN for the FLXA402. 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. The Yokogawa ISC40GJ-GG-T1-Y1 is a durable, glass-filled PEEK inductive sensor designed for measuring conductivity in harsh, corrosive, or high-fouling industrial applications. It is used for monitoring chemical concentrations, pulp and paper processing, and clean-in-place (CIP) systems. MODEL AND SUFFIX CODES With Inductive (also called Toroidal or Electrodeless), the sensing elements (electrode colis) 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.