Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm

The Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-pol Cell ATC is a robust and accurate sensor designed for low conductivity measurements in ultrapure and pure water applications. Featuring a 2-pole cell and integrated ATC (Automatic Temperature Compensation), this sensor delivers precise results with Intelligent Sensor Management (ISM) technology for seamless calibration and data management.

Key Features:

• Brand: Mettler-Toledo
• Cell Type: 2-pole cell optimized for low conductivity measurements
• Measuring Range: 0.001 to 500 µS/cm
• Temperature Range: 0 to 100 °C
• Automatic Temperature Compensation (ATC): Ensures accurate conductivity readings by compensating for temperature changes
• ISM Technology: Stores calibration and sensor data for easy integration with compatible meters
• Cable Length: Typically comes with a fixed cable and suitable connector for Mettler-Toledo meters
• Durability: Designed for reliable use in laboratory and industrial environments

This sensor is ideal for laboratories requiring high-precision conductivity measurements in pure water analysis.

Frequently Asked Questions

1. What is the Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm used for?

It is a robust and accurate sensor designed for low conductivity measurements in ultrapure and pure water applications. Featuring a 2-pole cell and integrated ATC (Automatic Temperature Compensation), this sensor delivers precise results with Intelligent Sensor Management (ISM) technology for seamless calibration and data management.

2. Is the Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm suitable for low conductivity measurements in ultrapure and pure water applications?

Yes. It is designed for low conductivity measurements in ultrapure and pure water applications, and offers a cell type of 2-pole cell optimized for low conductivity measurements and a measuring range of 0.001 to 500 µS/cm to support this kind of work.

3. What cell type and measuring range does the Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm have?

It has a cell type of 2-pole cell optimized for low conductivity measurements, a measuring range of 0.001 to 500 µS/cm and a temperature range of 0 to 100 °C, and is supplied under manufacturer part number 30014094.

4. What automatic temperature compensation (ATC) and ISM technology does the Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm offer?

It offers accurate conductivity readings by compensating for temperature changes, stores calibration and sensor data for easy integration with compatible meters, typically comes with a fixed cable and suitable connector for Mettler-Toledo meters and designed for reliable use in laboratory and industrial environments.

5. How does the Mettler-Toledo Conductivity Sensor InLab 741-ISM 2-Pole Cell ATC, 0.001 To 500 µS/cm compare with the Xylem WTW Conductivity Measuring Cells, LR 325/01 Constant: K = 0.1 from Xylem WTW?

For low conductivity measurements in ultrapure and pure water applications, the Mettler-Toledo model is the better choice, offering a cell type of 2-pole cell optimized for low conductivity measurements, a measuring range of 0.001 to 500 µS/cm and a temperature range of 0 to 100 °C. The Xylem WTW model offers K = 0.1 for accurate low-conductivity measurements and built for high-performance and longevity as an alternative, while the Mettler-Toledo model's accurate conductivity readings by compensating for temperature changes and stores calibration and sensor data for easy integration with compatible meters help make it a strong fit for low conductivity measurements in ultrapure and pure water applications.