Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets

The Mettler-Toledo Seven2Go RDO S9 Field Kit is a portable, professional-grade dissolved oxygen (DO) measurement system designed for demanding field and laboratory environments. This comprehensive kit includes the InLab OptiOx optical DO sensor with protective guard, calibration bottles, zero oxygen tablets, and a rugged uGo carrying case, ensuring accurate and reliable measurements even in harsh conditions.

Key Features:

• Brand: Mettler-Toledo
• Measurement Parameters: Dissolved Oxygen (DO)
• Sensor: InLab OptiOx™ optical DO sensor with protective guard
• Display: Sunlight-readable screen with intuitive T-Pad navigation
• Data Storage: Stores up to 2000 GLP data points
• Connectivity: Weatherproof Micro-USB for data export
• Power Supply: 4 x 1.5 V AA or 1.3 V NiMH accumulators
• IP Rating: IP67 waterproof and dustproof
• Risk Reduction: Intelligent Sensor Management (ISM) reduces error risk
• Status Indicator: New StatusLight for quick visual measurement readiness confirmation
• Language Support: Operating support for 12 languages with full sentences
• Calibration Function: Up to 2 calibration points and 2 predefined oxygen standards
• Endpoint Detection: Automatic, manual, and time-dependent endpoint recording

Scope of Supply:

• S9-Field kit: Includes instrument, LabX direct pH, USB cable, electrode clip, base accessory, operating instructions, quick guide, test certificate, declaration of conformity, batteries
• InLab OptiOx with protective guard
• Calibration bottles
• Zero oxygen tablets
• Rugged uGo carrying case

This field kit is essential for professionals requiring precise and reliable dissolved oxygen measurements in various environments.

Frequently Asked Questions

1. What is the Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets used for?

It is a portable, professional-grade dissolved oxygen (DO) measurement system designed for demanding field and laboratory environments. This comprehensive kit includes the InLab OptiOx optical DO sensor with protective guard, calibration bottles, zero oxygen tablets, and a rugged uGo carrying case, ensuring accurate and reliable measurements even in harsh conditions.

2. Is the Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets suitable for demanding field and laboratory environments?

Yes. It is designed for demanding field and laboratory environments, and offers a power supply of 4 x 1.5 V AA or 1.3 V NiMH accumulators and a calibration function of up to 2 calibration points and 2 predefined oxygen standards to support this kind of work.

3. What power supply and calibration function does the Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets have?

It has a power supply of 4 x 1.5 V AA or 1.3 V NiMH accumulators and a calibration function of up to 2 calibration points and 2 predefined oxygen standards, and is supplied under manufacturer part number 30207972.

4. What measurement parameters and sensor does the Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets offer?

It offers dissolved Oxygen (DO), inLab OptiOx™ optical DO sensor with protective guard, sunlight-readable screen with intuitive T-Pad navigation and stores up to 2000 GLP data points.

5. How does the Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets compare with the Xylem WTW Portable Oxi Meter OXI 3205 from Xylem WTW?

The Mettler-Toledo Seven2Go RDO S9 Field Kit with InLab OptiOx, Protection Hood, Calibration Bottles, and Zero Oxygen Tablets is a strong choice when power supply of 4 x 1.5 V AA or 1.3 V NiMH accumulators matches the workflow. The Xylem WTW Portable Oxi Meter OXI 3205 is an alternative offering function of Precise measurement of dissolved oxygen, so the preferred option depends on the required specification and compatibility.