2.2m Extension Cable Connector: Marquette to DB9 Nellcor Non-Oximax

AMI-SP0210E

The 2.2-meter extension cable is designed for seamless compatibility and reliability in medical monitoring. Specifically tailored for use with GE Marquette monitoring devices and Nellcor Non-Oximax SpO2 sensors, this extension cable ensures optimal performance and accuracy in patient monitoring.

Key Features and Specifications:

• Length: The cable measures 7 feet or 2.2 meters, providing ample length for flexibility and ease of use in various clinical settings
• Connector Types:
  • Marquette 11 Pin Connector: This end of the cable is designed to connect securely with GE Marquette monitoring devices that utilize the Marquette 11 pin configuration. This ensures a stable connection for accurate data transmission.
  • DB9 9 Pin Connector: The other end features a DB9 9 pin connector, which is compatible with a range of Nellcor Non-Oximax SpO2 sensors. This connector type is widely used and trusted for its reliability and ease of connection.

Compatibility:

• Monitoring Devices: The cable is compatible with GE Marquette monitoring devices that are enabled for SpO2 monitoring using the Marquette OxiMax 11 pin connector. This includes a variety of models used in hospitals and clinics for continuous and accurate monitoring of blood oxygen levels.
• SpO2 Sensors: It connects to compatible SpO2 sensors through the DB9 9 pin connector, making it a versatile choice for healthcare providers who utilize different types of Nellcor Non-Oximax SpO2 sensors.

Benefits:

• Enhanced Flexibility: The 2.2-meter length provides flexibility and ease of movement, allowing healthcare providers to position monitoring equipment and sensors as needed without being constrained by cable length.
• Reliable Connection: The high-quality connectors ensure a secure and stable connection, reducing the risk of disconnections or data transmission errors, which is critical for accurate patient monitoring.
• Durable Construction: Built to last, the cable is made from durable materials that can withstand the rigors of daily use in a healthcare setting, ensuring longevity and consistent performance.