Product information
Specifications
| Brand |
Masimo |
| Compatible Model |
Biolight |
| Product Type |
Other Product |
| Category |
Other Products |
| Primary reference part number |
15-031-0010 |
| Additional catalog number |
5010332 |
| Catalog product name |
Masimo Gas Module Extension Cable |
| Catalog-specified length |
2.2 m |
| Cable color |
Blue |
| Sensor-side connector |
Circular 6-pin male connector |
| Monitor-side connector |
Rectangular 9-contact male connector |
| Note |
Masimo IRMA EtCO2 sensor |
| Condition |
Not specified |
| Included |
One CO2 extension adapter cable |
| Not included |
Masimo CO2 transducer, gas sensor, airway adapter, CO2 module, patient monitor, or other accessories |
Product Overview
This CO2 extension adapter cable is designed to connect supported Masimo CO2 and gas-analysis sensors to compatible Biolight patient monitoring systems. The documented applications include Masimo IRMA EtCO2 sensors, the Masimo ISA EtCO2 sensor used with the Biolight S12, and Masimo IRMA AX+ multi-gas sensors. The cable has a circular 6-pin connector at one end and a rectangular 9-contact Biolight connector at the other. The catalog-specified cable length is 2.2 meters. Before ordering, verify the CO2 technology, monitor model, part number, connector shape, pin arrangement, and keying against the existing cable.
Application and Ordering Notes
Different hardware revisions, connectors, configurations, and regional versions may exist. Before ordering, please send PanSW the equipment model, serial number, existing part number, and clear photos of the original part and connectors for compatibility confirmation.
Biolight monitors may use different mainstream, sidestream, and multi-gas CO2 technologies. Confirm that the existing system uses a supported Masimo IRMA, ISA, or IRMA AX+ sensor and that both connector configurations match the cable shown.
Quality and Compatibility Notice
Compatibility information is provided for reference. Please verify the exact connector, model, and clinical application before ordering.
