The METTLER TOLEDO InPro 4010/120/PT1000 is a robust, low-maintenance pH sensor designed for industrial wastewater monitoring, featuring a solid polymer electrolyte and an integrated Pt1000 temperature sensor for accurate measurements in contaminated liquids.
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The InPro 4010/120/PT1000 pH sensor by METTLER TOLEDO is engineered to provide reliable pH measurements in challenging industrial environments, particularly in wastewater applications. Its solid polymer electrolyte (Xerolyt®) ensures long-term stability and eliminates the need for refilling or pressurization, thereby reducing maintenance efforts. The sensor's open junction design resists fouling and clogging, making it suitable for use in contaminated media. The integrated Pt1000 temperature sensor allows for precise temperature compensation, enhancing measurement accuracy. With a general-purpose glass membrane and a durable PEEK shaft, the InPro 4010 is built to withstand demanding conditions, offering a pH measurement range of 2 to 12 and operating temperatures from 0°C to 60°C.
Features:
Solid Polymer Electrolyte (Xerolyt®): Provides long-term stability without the need for maintenance-intensive refilling or pressurization.
Open Junction Design: Resists fouling and clogging, ensuring reliable performance in contaminated media.
Integrated Pt1000 Temperature Sensor: Enables accurate temperature compensation for precise pH measurements.
Durable Construction: Features a PEEK shaft and general-purpose glass membrane suitable for industrial applications.
Wide Measurement Range: Capable of measuring pH levels from 2 to 12.
Operating Conditions: Functions effectively within a temperature range of 0°C to 60°C and pressure up to 1 barg at 60°C.
Versatile Connectivity: Equipped with a VP (VarioPin) connector for secure and reliable connections.
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The METTLER TOLEDO InPro 4010/120/PT1000 is a robust, low-maintenance pH sensor designed for industrial wastewater monitoring, featuring a solid polymer electrolyte and an integrated Pt1000 temperature sensor for accurate measurements in contaminated liquids.
