Maxtec MAX-2 Oxygen Cell

The Maxtec MAX-2 Oxygen Cell (R107P20) is engineered for extensive compatibility and can be integrated into a wide range of anesthesia and respiratory monitoring systems. This makes it an ideal component for replacement or maintenance.

It is directly compatible with devices from major manufacturers, including:

• Analytical Industries
• Drager: Narkomed Series, Fabius GS, Tiro, 6850645, 6803290
• Philips HP: 15201A
• Invivo: Magnitude
• Mercury Medical
• Pacifitech
• Teledyne
• VTI

Additionally, this cell is designed to be equivalent to and replace dozens of existing sensor part numbers from numerous competing medical equipment suppliers, ensuring broad utility across various clinical settings.

Yes, the Maxtec MAX-2 Oxygen Cell (R107P20) is engineered for broad equivalency and serves as a direct replacement for dozens of sensor part numbers from various competing medical equipment suppliers. This allows for significant flexibility in maintenance and replacement across different systems.

Examples of sensors the MAX-2 replaces include:

• Analytical Industries: PSR-11-33
• Envitec: OOM107
• Hamilton: HM-01
• Mercury Medical: 10-103-00
• Teledyne: T1, T2

Additionally, it is directly compatible with models from major manufacturers such as Drager, Philips HP, Invivo, and VTI.

The Maxtec MAX-2 Oxygen Cell is guaranteed to have a 2-year shelf life.

This reliability is backed by a 2-Year Shelf Life warranty from the manufacturer, ensuring you receive a high-quality, factory-new sensor for your anesthesia and respiratory systems.

The Maxtec MAX-2 Oxygen Cell is designed for quick measurement stabilization, featuring a rapid response time of approximately 15 seconds. This speed is critical for immediate and reliable oxygen monitoring in anesthesia and respiratory systems.

The Maxtec MAX-2 Oxygen Cell delivers a precise output range between 12.2 to 18.1 mV (millivolts).

This precision is maintained by a high linearity accuracy of +/- 1.0 of full scale, crucial for reliable critical monitoring applications.

The Maxtec MAX-2 Oxygen Cell offers high linearity accuracy, specified at +/- 1.0 of full scale.

This precise measurement ensures that the sensor maintains a consistent output across its entire range, guaranteeing accurate and reliable oxygen concentration readings essential for critical monitoring applications.

Yes, the Maxtec MAX-2 Oxygen Cell (R107P20) is guaranteed to be Factory New.

• It ships directly from Maxtec, ensuring you receive a genuine, new component.
• This condition is backed by the 2-year shelf life warranty provided by the manufacturer.

Yes, the Maxtec MAX-2 Oxygen Cell is a precision sensor component engineered for use in critical monitoring applications, primarily within anesthesia and respiratory systems. It is designed to integrate seamlessly as a replacement sensor in clinical settings where accurate and fast oxygen readings are essential.

Key performance features that support critical monitoring include:

• Fast Response Time: Approximately 15 seconds for quick measurement stabilization.
• High Accuracy: Linearity is tightly controlled at +/- 1.0 of full scale.
• Extensive Compatibility: Directly compatible with systems from major manufacturers like Drager, Philips HP, and Invivo.

Yes, the Maxtec MAX-2 Oxygen Cell (R107P20) is designed for extensive compatibility with a vast range of anesthesia and respiratory monitoring systems. It serves as a direct replacement for dozens of existing sensor part numbers.

It is directly compatible with equipment from major manufacturers, including:

• Drager (Narkomed Series, Fabius GS, Tiro, etc.)
• Philips HP (15201A)
• Invivo Magnitude
• Mercury Medical
• Analytical Industries
• Pacifitech
• Teledyne
• VTI

This broad equivalency and compatibility make it a highly versatile component for replacement or maintenance in diverse clinical settings.

Your purchase includes the following component:

• One Maxtec MAX-2 Oxygen Cell (R107P20)

This is a factory-new, precision sensor component designed for accurate oxygen monitoring in compatible anesthesia and respiratory systems.