867041 - CO2 Extension Intellivue Module

Key Features and Benefits

• Microstream™ Capnography: Uses low-flow technology for accurate CO₂ measurements, even in low tidal volume situations.
• Plug-and-Play Expansion: Easily connects to Philips IntelliVue monitors via the Multi-Measurement Server (MMS).
• Dual-Port Sample Line Support: Enables simultaneous EtCO₂ measurement and oxygen delivery.
• Audible and Visual Alarms: Provides immediate alerts for CO₂ thresholds and respiratory rate anomalies.
• Fast Warm-Up Time: Allows for rapid deployment in acute care and transport scenarios.
• Supports All Patient Types: Suitable for adult, pediatric, and neonatal patients.
• Compact Design: Minimizes equipment footprint while adding essential monitoring functionality. 

Specifications

• Model Number: 867041 (Module Code: M3015A or M3015B depending on region)
• Measurement Technology: Microstream™ CO₂
• Parameters: End-tidal CO₂ (EtCO₂), inspired CO₂ (FiCO₂), respiratory rate (RR)
• Sample Line Compatibility: Single- and dual-port Microstream sampling lines
• Warm-Up Time: Less than 30 seconds to full accuracy
• Operating Modes: Supports continuous monitoring during procedures, transport, and general care
• Alarm Functionality: Customizable thresholds for EtCO₂ and RR
• Integration: Compatible with IntelliVue MMS and X2/MP/MX series monitors
• Dimensions: Compact module for direct attachment to MMS
• Weight: Lightweight, designed for mobile and bedside use

Clinical Applications

The Philips 867041 CO₂ Extension Module is a valuable tool in a range of clinical environments that require respiratory monitoring:

• Procedural Sedation: Provides continuous capnography for conscious sedation monitoring.
• Critical Care Units: Enhances respiratory surveillance in ICU and step-down settings.
• Emergency Departments: Enables rapid, non-invasive CO₂ monitoring during triage and resuscitation.
• Intra-Hospital Transport: Portable design allows EtCO₂ monitoring without interrupting patient care.
• Post-Anesthesia Care: Assists in early detection of respiratory depression post-surgery.