Philips M3081-61626 Patient Monitor Link Cable

Philips M3081-61626 Patient Monitor Link Cable

• Model: M3081-61626
• Connector Style: MSL connectors on both ends
• Length: Approximately 0.75 meters (75 cm)
• Compatibility: Works with Philips IntelliVue patient monitors and compatible docking/communication modules that use the MSL interface standard echoing Philips OEM lists

The Philips M3081-61626 Patient Monitor Link Cable is a precision-engineered MSL (Medical Systems Link) connectivity solution designed to provide stable, high-quality communication between Philips patient monitors and compatible measurement servers or docking stations. At approximately 0.75 meters (75 cm) in length, this cable delivers an ideal balance of reach and manageability — helping clinicians maintain a tidy setup while ensuring dependable data transmission across monitoring systems in critical care, emergency, and surgical environments.

Crafted to meet the rigorous demands of clinical use, this link cable features robust MSL connectors on both ends and medical-grade construction that resists signal interference and enhances connection integrity. Its design supports continuous, real-time patient data communication, minimizing the risk of interruptions that can impact waveform display or vital sign reporting — a key requirement for reliable patient monitoring during complex care scenarios.

Fully compatible with a range of Philips IntelliVue patient monitors and measurement systems that utilize the MSL interface, this cable simplifies system integration and equipment interoperability on the care floor. Whether you’re setting up new monitoring stations or replacing worn cables, the Philips M3081-61626 Patient Monitor Link Cable offers dependable performance, clinical durability, and peace of mind for healthcare professionals and biomedical teams alike.

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.