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

The Mettler-Toledo Seven2Go RDO S9 Standard Kit is a portable dissolved oxygen (DO) meter designed for accurate and reliable measurements in laboratory, at-line, and field environments. This kit includes the InLab OptiOx optical DO sensor, calibration bottles, and zero oxygen tablets, ensuring precise calibration and measurement.

Key Features:

• Brand: Mettler-Toledo
• Measurement Parameters: Dissolved Oxygen (DO)
• Sensor: InLab OptiOx™ optical DO sensor
• 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 risk of errors
• Ease Of Use: New StatusLight for fast visual confirmation of measurement readiness
• Equipment Compatibility: Operating support for 12 languages with full sentence display
• Calibration Function: Up to 2 calibration points and 2 predefined oxygen standards
• Endpoint Detection: Automatic, manual, and time-dependent endpoint recording

Scope of Supply:

• Instrument with LabX direct pH software
• USB cable
• Electrode clip
• Base accessory
• Operating instructions
• Quick guide
• Test certificate
• Declaration of conformity
• Batteries
• InLab OptiOx optical DO sensor
• Zero oxygen tablets

This standard 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 Standard Kit with InLab OptiOx, Calibration Bottles, and Zero Oxygen Tablets used for?

It is a portable dissolved oxygen (DO) meter designed for accurate and reliable measurements in laboratory, at-line, and field environments. This kit includes the InLab OptiOx optical DO sensor, calibration bottles, and zero oxygen tablets, ensuring precise calibration and measurement.

2. Is the Mettler-Toledo Seven2Go RDO S9 Standard Kit with InLab OptiOx, Calibration Bottles, and Zero Oxygen Tablets suitable for accurate and reliable measurements in laboratory, at-line, and field environments?

Yes. It is designed for accurate and reliable measurements in laboratory, at-line, and field 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 Standard Kit with InLab OptiOx, 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 30207971.

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

It offers dissolved Oxygen (DO), inLab OptiOx™ optical DO sensor, 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 Standard Kit with InLab OptiOx, Calibration Bottles, and Zero Oxygen Tablets compare with the Water-i.d. Primelab Reagent Kit, Legionella Test - 10 x Reagent For Max. 9 Tests (ID 147)?

For general equipment accessory applications, the Mettler-Toledo Seven2Go RDO S9 Standard Kit with InLab OptiOx, Calibration Bottles, and Zero Oxygen Tablets is differentiated by measurement parameters Dissolved Oxygen (DO) and sensor InLab OptiOx™ optical DO sensor. The Water-i.d. Primelab Reagent Kit, Legionella Test - 10 x Reagent For Max. 9 Tests (ID 147) from Water-i.d is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.