Compatible GE Marquette 2027263 002 SpO₂ Extension Cable

Compatible GE Marquette 2027263 002 SpO₂ Extension Cable is a SpO₂ extension cable supplied by Pan-SW Med for patient monitors and pulse oximetry applications. It is prepared for replacement, service, and distributor sourcing where stable connector fit, cable quality, and clear model compatibility are important.

Compatible GE Marquette Masimo Cable LCN 10 – PanswMed

Product Details

Product type: SpO₂ extension cable
Application: Patient monitor and pulse oximetry SpO₂ measurement accessories
Supply type: Compatible replacement accessory unless stated as original
Product source: Pan-SW Med medical cable and sensor supply

compatible GE Marquette 2027263-002 SpO₂ extension cable SpO₂ products >> compatible GE Marquette 2027263-002 SpO₂ extension cable Description : Masimo LNC-10 interconnect cable for Dash, Tram, Corometrics 2027263-002 (3m); Cable length: 2.4 meters; Cable color: blue or gray; Cable structure: dual shielding; Use with Masimo LNCS SpO₂ sensors ; This cable also can make into integrated sensor (3 meters long from machine connector to patient clips or others), which is RSP-10021A Compatible with: Dash 3000/4000/5000 with Masimo option Solar 8000/8000M, i/9500 with Tram Module 451M/851M CardioLab®/Mac-Lab® with Tram Module 451M Corometrics® 259 Order information: Brand original part number PanSW part number Description GE masimo cable 2027263-002 ADP-10010C GE 11 pins SpO₂ connector to masimo LNCS female connector (D-sub connector 9 pins female) Or check here: More about GE Medical SpO₂...

Application and Ordering Notes

Confirm monitor model, connector shape, pin count, patient size, and cable length before ordering. For uncertain compatibility, send photos of the existing connector and the monitor model label for verification.

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Compatibility and Compliance Notice

Brand names and part numbers are used only to identify compatibility. Pan-SW Med supplies compatible medical accessories and replacement parts; final selection should be confirmed against the actual device and clinical-use requirements.