Mettler Toledo Cond Sensor 1/2NPT 0.1C Ti/PPO 2 P/N:58031213
Product Number: 58031213
This analog conductivity sensor is a 2-electrode sensor. Due to its titanium concentric electrodes, this sensor is suitable for measurement in ultra-pure and high-purity water.
2-Electrode Analog Conductivity Sensor
Water Measurement in Multiple Industries: The 2-electrode sensor is suitable for pharmaceutical water, power and steam generation, semiconductor water treatment and recycle-and-reclaim water.
Traceable Calibration: Sensor accuracy is assured with ASTM and NIST traceable calibration and certification of the cell constant and temperature sensor.
Very Fast Response: The titanium electrode of this conductivity sensor makes it more sensitive, so it responds more quickly to measurements.
Exceptional Measurement Accuracy: The optimized 4-wire measuring circuitry provides exceptional range and accuracy, eliminating cable effects.
Strong Chemical Resistance: Chemical resistance and an optimal response are provided through titanium electrodes, the PTFE-coated stainless steel fitting and the PEEK insulator.
For Most Pure and Ultrapure Water Types: The NPTM fitting on the conductivity sensor is designed for most standard conductivity applications. This makes it suitable for the vast majority of pure and ultrapure water applications.
Product Specifications
Operating Range (µS/cm): 0.02 – 2,000
Temperature Sensor: PT 1000
Cell Constant: 0.1 cm-1
Connection: ½ inch NPT
Cable: 0.5 m (1.5 ft)
Cell Constant (accuracy): ± 1%
Connector: Standard
Electrode Configuration: 2-electrode
Electrode Material: Titanium
Fitting material: Noryl
Hazardous Area Approvals: No
Hygienic/Biocompatibility Approvals: No
Insertion length: 29mm
Measured Pressure Resistance: 250 psig @ 200 °F
Measured Pressure Resistance: 17 bar @ 93 °C
Measurement Range: 0.02 - 2,000 µS/cm
Measurement Technology: Conductive
Model Family: Analog
Primary Media/Application: Other Water Processes; Semiconductor Water; Other Industrial Processes; Power Plant Water/Steam
Process fitting: ½" NPTM
Sensor Material: Titanium
Product Number: 58031213
This analog conductivity sensor is a 2-electrode sensor. Due to its titanium concentric electrodes, this sensor is suitable for measurement in ultra-pure and high-purity water.
2-Electrode Analog Conductivity Sensor
Water Measurement in Multiple Industries: The 2-electrode sensor is suitable for pharmaceutical water, power and steam generation, semiconductor water treatment and recycle-and-reclaim water.
Traceable Calibration: Sensor accuracy is assured with ASTM and NIST traceable calibration and certification of the cell constant and temperature sensor.
Very Fast Response: The titanium electrode of this conductivity sensor makes it more sensitive, so it responds more quickly to measurements.
Exceptional Measurement Accuracy: The optimized 4-wire measuring circuitry provides exceptional range and accuracy, eliminating cable effects.
Strong Chemical Resistance: Chemical resistance and an optimal response are provided through titanium electrodes, the PTFE-coated stainless steel fitting and the PEEK insulator.
For Most Pure and Ultrapure Water Types: The NPTM fitting on the conductivity sensor is designed for most standard conductivity applications. This makes it suitable for the vast majority of pure and ultrapure water applications.
Product Specifications
Operating Range (µS/cm): 0.02 – 2,000
Temperature Sensor: PT 1000
Cell Constant: 0.1 cm-1
Connection: ½ inch NPT
Cable: 0.5 m (1.5 ft)
Cell Constant (accuracy): ± 1%
Connector: Standard
Electrode Configuration: 2-electrode
Electrode Material: Titanium
Fitting material: Noryl
Hazardous Area Approvals: No
Hygienic/Biocompatibility Approvals: No
Insertion length: 29mm
Measured Pressure Resistance: 250 psig @ 200 °F
Measured Pressure Resistance: 17 bar @ 93 °C
Measurement Range: 0.02 - 2,000 µS/cm
Measurement Technology: Conductive
Model Family: Analog
Primary Media/Application: Other Water Processes; Semiconductor Water; Other Industrial Processes; Power Plant Water/Steam
Process fitting: ½" NPTM
Sensor Material: Titanium
Product Number: 58031213
This analog conductivity sensor is a 2-electrode sensor. Due to its titanium concentric electrodes, this sensor is suitable for measurement in ultra-pure and high-purity water.
2-Electrode Analog Conductivity Sensor
Water Measurement in Multiple Industries: The 2-electrode sensor is suitable for pharmaceutical water, power and steam generation, semiconductor water treatment and recycle-and-reclaim water.
Traceable Calibration: Sensor accuracy is assured with ASTM and NIST traceable calibration and certification of the cell constant and temperature sensor.
Very Fast Response: The titanium electrode of this conductivity sensor makes it more sensitive, so it responds more quickly to measurements.
Exceptional Measurement Accuracy: The optimized 4-wire measuring circuitry provides exceptional range and accuracy, eliminating cable effects.
Strong Chemical Resistance: Chemical resistance and an optimal response are provided through titanium electrodes, the PTFE-coated stainless steel fitting and the PEEK insulator.
For Most Pure and Ultrapure Water Types: The NPTM fitting on the conductivity sensor is designed for most standard conductivity applications. This makes it suitable for the vast majority of pure and ultrapure water applications.
Product Specifications
Operating Range (µS/cm): 0.02 – 2,000
Temperature Sensor: PT 1000
Cell Constant: 0.1 cm-1
Connection: ½ inch NPT
Cable: 0.5 m (1.5 ft)
Cell Constant (accuracy): ± 1%
Connector: Standard
Electrode Configuration: 2-electrode
Electrode Material: Titanium
Fitting material: Noryl
Hazardous Area Approvals: No
Hygienic/Biocompatibility Approvals: No
Insertion length: 29mm
Measured Pressure Resistance: 250 psig @ 200 °F
Measured Pressure Resistance: 17 bar @ 93 °C
Measurement Range: 0.02 - 2,000 µS/cm
Measurement Technology: Conductive
Model Family: Analog
Primary Media/Application: Other Water Processes; Semiconductor Water; Other Industrial Processes; Power Plant Water/Steam
Process fitting: ½" NPTM
Sensor Material: Titanium
