Maxtec MAX-250 Oxygen Cell

Yes, the Maxtec MAX-250 Oxygen Cell provides a rapid response, which is crucial for maintaining accurate FiO2 (Fraction of Inspired Oxygen) readings in critical applications like ventilator integration.

Key details regarding the sensor’s speed:

• Response Time: The sensor provides a fast response of 15 seconds or less ($\le 15$ seconds).
• Conditions: This specification is measured at standard testing temperatures of $23 \pm 2\,^{\circ}\text{C}$.

Yes, the Maxtec MAX-250 Oxygen Cell (R125P01-002) is designed for broad compatibility and serves as a direct equivalent replacement for several sensors across different systems.

It is the preferred replacement sensor for use in the following primary applications:

• Fluke VT Mobile
• Maxtec OM-25A

The MAX-250 also cross-references and can replace these competitor sensor models:

• Analytical Industries: PSR-11-75-KE1
• Mercury Medical: 10-103-11
• Pacifitech: PT-250
• Teledyne: R29

Yes, the Maxtec MAX-250 is an advanced FiO2 (Fraction of Inspired Oxygen) sensor primarily designed for accurate oxygen monitoring in medical applications.

Its key application is integration into medical ventilators. It is specifically compatible with systems like the Fluke VT Mobile and Maxtec OM-25A.

Yes, the Maxtec MAX-250 Oxygen Cell is guaranteed to have a 2-year shelf life. This applies to the factory-new sensor and aligns with the 2-year warranty period provided.

The Maxtec MAX-250 Oxygen Cell provides a precise electrical output signal ranging from 10.0 to 15.5 mV.

This performance is critical for accurate FiO2 monitoring and is supported by a guaranteed linearity of $\pm 1.0\%$ of the full scale.

Yes, the Maxtec MAX-250 Oxygen Cell is highly resistant to degradation from acidic gases. It utilizes patented weak-acid based technology specifically engineered for enhanced stability and longevity.

This robust design allows the sensor to effectively withstand high concentrations of common acidic gases, including:

• Carbon Dioxide ($ ext{CO}_2$)
• Carbon Monoxide ($ ext{CO}$)

This feature ensures a more stable signal output and an extended operational life, especially when integrated into ventilator systems.

Yes, the Maxtec MAX-250 Oxygen Cell offers high accuracy for precise FiO2 measurement. Its linearity specification is ± 1.0% of full scale.

Yes, the Maxtec MAX-250 Oxygen Cell utilizes patented weak-acid based technology.

This unique design offers several key advantages for medical applications:

• Enhanced Signal Stability: It provides a more reliable and consistent electrical signal output.
• Extended Sensor Life: The technology is specifically engineered to resist degradation caused by prolonged exposure to acidic gases, such as Carbon Dioxide (CO2) and Carbon Monoxide (CO), which are common in respiratory circuits.

The Maxtec MAX-250 Oxygen Cell is primarily designed as a Fraction of Inspired Oxygen (FiO2) sensor for use with medical ventilators and critical care monitoring equipment. It is engineered to ensure accurate oxygen delivery monitoring.

This sensor offers broad compatibility, serving as a direct replacement for various units, including:

• Primary Applications: Fluke VT Mobile and Maxtec OM-25A.
• Cross-Reference Replacements: Sensors from Analytical Industries, Mercury Medical, Pacifitech, and Teledyne (e.g., R29, PT-250).

Yes, the Maxtec MAX-250 Oxygen Cell is designed to offer stable signal performance and extended sensor life due to its patented weak-acid based technology. It is also built to withstand high levels of CO2, CO, and other acidic gases.