Yokogawa ISC40S-TG-T3-05 Inductance Conductivity Sensor 40 C-130 C-

Yokogawa ISC40S-TG-T3-05 Inductance Conductivity Sensor 40 C-130C

Description of Yokogawa ISC40S-TG-T3-05 Inductance Conductivity SensorMeasuring range and accuracy: The sensor can ensure the high-precision measurement of the conductivity of liquid or solution in the temperature range of 40 C-130 C, and the error is only 0.5% of the reading plus 0.5μS/cm or 1μS/cm (depending on the sensor material). The sensor has a wide measuring range and meets various application requirements.Material and corrosion resistance: PFA (polytetrafluoroethylene) material with strong chemical resistance is adopted, which is suitable for harsh environments such as hydrofluoric acid and oxidizing concentrated acid to ensure the long-term stable operation of the sensor.Structure and Design: The sensor is sturdy in design, with stainless steel mounting threads and various bracket options, which is convenient for on-line or off-line installation. Large-caliber design helps to resist fouling and maintain measurement accuracy.Adaptability of temperature and pressure: In addition to the above temperature range, the sensor can also withstand certain process pressure and adapt to various industrial application environments.Yokogawa ISC40S-TG-T3-05 inductance conductivity sensor has become one of the best choices in the field of industrial measurement because of its high precision, corrosion resistance and wide applicability.

Common faults of Yokogawa ISC40S-TG-T3-05 inductance conductivity sensor mainly include the following:Abnormal reading: It may be caused by electrode pollution, improper installation or internal component failure.Unstable output signal: It may be caused by circuit fault, connection problem or external environment interference.Long response time: It may be related to sensor material, process temperature or pressure.Abnormal display: if L.LL, H.HH or other garbled information is displayed, it may be due to internal component damage or circuit board problems.Actual control effect: the sensor may not be able to respond to the setting, which may be due to the damage of the infrared receiver, triode or remote control receiver decoder.In view of these faults, corresponding maintenance steps and methods can be taken, such as cleaning electrodes, checking circuits and calibrating sensors. If the problem cannot be solved, it is recommended to seek professional maintenance service.

Yokogawa ISC40S-TG-T3-05 Inductance Conductivity Sensor ParametersMeasuring range: the measuring range of conductivity is 1μS/cm to 1999mS/cm, and it is 0 to 2000mS/cm at the actual process temperature, which meets a wide range of measurement requirements.Temperature range: The sensor can work in the temperature range of -20℃ to 130℃ (or -4℉ to 266℉) to adapt to different environments.Accuracy: The sensor has high accuracy, and the error is only 0.5% of the reading plus 0.5μS/cm(PEEK sensor) or 1μS/cm(PFA sensor).Material: PEEK material with corrosion resistance and wear resistance, suitable for all kinds of solutions (defluorinated acid or oxidized concentrated acid).Response time: The response time of ‌：PEEK sensor is 5 minutes (90%), which ensures fast and accurate measurement.Pressure range: According to the installation, the PEEK sensor can withstand a maximum pressure of 20bar(300psi).Yokogawa ISC40S-TG-T3-05 inductance conductivity sensor has become one of the best choices in the field of industrial measurement because of its wide measuring range, high precision and strong adaptability.