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Condition:
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Warranty:
- Weight: 0.25 lb
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Learn more:
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MFR:
Maxtec
Ships from Manufacturer
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MPN: G0-090
- Phone: (800) 748-5355
Frequently asked questions
Is the MAX-14 oxygen cell broadly compatible?
Yes, the Maxtec MAX-14 Oxygen Cell offers ** broad compatibility**, making it an excellent replacement component for various medical monitoring systems.
This sensor is primarily designed for use in anesthesia machines and is compatible with several major manufacturer platforms, including:
- Envitec
- Maxtec
- MSA Min-Ox IA
- Devilbliss
- Nuova anesthesia machines
Its versatile compatibility makes it ideal for maintaining backup inventory across different critical care environments.
What high-quality configurations are available?
The Maxtec MAX-14 Oxygen Cell is available in two distinct Factory New configurations, both designed to ensure accurate oxygen monitoring:
- Original Maxtec Brand Cell (MPN R116P80)
- Output & Accuracy: Provides an output of 9.0 to 13.0 mV, with high linearity defined as < 3% error.
- Response Time: Ensures rapid monitoring with a response time of \u2264 13 seconds.
- Warranty: Protected by a 14-month warranty.
- Cables and Sensors Equivalent Cell (MPN G0-090)
- Response Time: Offers an exceptionally fast response time of under 12 seconds.
- Connectivity: Features a clear 3-Pin molex connector on the wire for easy integration.
- Warranty: Protected by a generous 16-month warranty.
Is the oxygen cell highly responsive?
Yes, the MAX-14 Oxygen Cell is designed to be highly responsive, ensuring fast and reliable oxygen level detection necessary for critical care monitoring systems.
Response time varies slightly depending on the configuration you select:
- Cables and Sensors Equivalent (G0-090): Offers a rapid response time of less than 12 seconds.
- Original Maxtec Brand (R116P80): Provides a response time of 13 seconds or less.
This quick response capability helps guarantee accurate and timely data for clinical applications.
What type of connector does the Cables and Sensors version of the Maxtec MAX-14 Oxygen Cell have?
The Cables and Sensors version (G0-090) features a 3-Pin Molex connector on a wire.
What is the output range of the Maxtec R116P80 cell?
The original Maxtec MAX-14 Oxygen Cell (MPN: R116P80) provides a stable output range of 9.0 to 13.0 mV.
Does the Maxtec cell (R116P80) ensure high accuracy?
Yes, the original Maxtec MAX-14 Oxygen Cell (R116P80) is designed for precision sensing. It provides high accuracy, exhibiting a linearity error of less than 3%.
What is the warranty period for the oxygen cell?
The warranty period differs depending on the configuration you select:
- The Original (Maxtec Brand) (R116P80) unit is backed by a 14-month warranty.
- The MAX-14 Cell Equivalent (G0-090), manufactured by Cables and Sensors, offers an extended 16-month warranty.
Is there a shipping restriction on the Maxtec MAX-14 Oxygen Cell?
Yes, the Maxtec MAX-14 Oxygen Cell can only be shipped within the United States.
Does the MAX-14 oxygen cell provide reliable performance?
Yes, the Maxtec MAX-14 Oxygen Cell is designed to offer reliable performance and accurate oxygen monitoring in medical devices, particularly anesthesia machines. It is engineered to meet or exceed original equipment specifications, ensuring consistent and trustworthy operation.
Does the MAX-14 oxygen cell provide accurate readings?
Yes, the MAX-14 Oxygen Cell is specifically designed for reliable and accurate oxygen concentration monitoring, a necessity for critical medical equipment like anesthesia machines. The performance characteristics differ slightly between the available configurations:
| Specification | Original Maxtec (R116P80) | Equivalent (G0-090) |
|---|---|---|
| Response Time | $\le 13$ seconds | $< 12$ seconds |
| Linearity | $< 3\%$ error | Not specified |
| Output Range | $9.0$ to $13.0$ mV | Not specified |
| Warranty | 14 Months | 16 Months |
The Original Maxtec version offers excellent linearity (less than a 3% error), while the Equivalent unit, manufactured by Cables and Sensors, boasts a slightly faster response time.