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Designed for ultra-high purity H₂O applications, this double-electrode conductivity sensor transmitter ensures seamless operation. In addition, it is constructed from rugged materials, including titanium, corrosion-resistant plastics, and double-shielded cable, offering unmatched durability and reliability even in corrosive substances and fluctuating temperatures.
Designed for ultra-high purity H₂O applications, this double-electrode conductivity sensor transmitter ensures seamless operation. In addition, it is constructed from rugged materials, including titanium, corrosion-resistant plastics, and double-shielded cable, offering unmatched durability and reliability even in corrosive substances and fluctuating temperatures.
The ProCon® C250 series double electrode conductivity sensor transmitter has been proven to operate seamlessly in industrial ultra-high purity H2O applications.
Measuring the specific conductivity of aqueous solutions is becoming increasingly important for determining impurities in water. The measurement accuracy is greatly affected by temperature variation, the polarization of the contact electrode surface, and cable capacitance. The ProCon® line of analytical sensor transmitters has been designed for difficult industrial applications and to outperform even in extreme conditions.
Pair it with a ProCon® conductivity controller (featuring SimplCal®) for a truly seamless experience.
The ProCon® line of analytical sensor transmitters have been designed for difficult industrial applications and to outperform even in extreme conditions.
The 2-wire 4-20mA, 4-wire or 4-20mA + RS485 output options simplify calibration and communication with remote displays and controllers.
