GE CO2 Module Water Trap M1182629 Dark Steel Teal

Product Description

GE CO2 module Water trap M1182629 Dark Steel Teal

1. the water trap used in a CO2 module for anesthesia monitoring serves the purpose of removing excess moisture or water vapor from the gas pathway. It helps maintain the integrity of the gas measurement and delivery system by preventing moisture from entering the patient's respiratory system.
2. The water trap in a CO2 module may have the following features and functions:
3. Dehumidification: The water trap is responsible for capturing and removing excess moisture or water vapor from the CO2 gas. This helps prevent water droplets from entering the patient's respiratory system, reducing the risk of respiratory complications.
4. Transparent design: The water trap is typically made of a transparent material, allowing healthcare providers to visually monitor the accumulation of condensation or moisture. The transparent design enables quick visual inspections to detect any blockages or excessive moisture.
5. Compatibility: The water trap is designed to be compatible with the CO2 module and can accommodate both pediatric and adult patients. It effectively manages moisture during anesthesia procedures for various patient populations.
6. Disposable or reusable: Water traps may be disposable or reusable, depending on the specific model or manufacturer. Disposable water traps are often used for single-patient or limited-use scenarios to maintain hygiene standards and reduce the risk of cross-contamination.
7. Easy installation: Water traps are designed for convenient installation within the gas pathway of the CO2 module. They can be connected using standard connectors or adapters, allowing seamless integration into the anesthesia delivery system.
8. Please note that the above information is based on a general understanding of water traps used in CO2 modules for anesthesia monitoring
9. Here are some key features and functions of the GE CO2 module:
10. CO2 Monitoring: The CO2 module measures and displays the end-tidal CO2 (EtCO2) and the partial pressure of CO2 (pCO2) in the patient's exhaled breath. This information helps healthcare providers assess the adequacy of ventilation, monitor the patient's respiratory status, and make adjustments as necessary.
11. Waveform Display: The module typically displays a waveform that represents the patient's exhaled CO2 levels over time. This waveform provides a visual representation of the patient's respiratory patterns, allowing healthcare providers to identify abnormalities or changes in ventilation.
12. Capnography Parameters: The GE CO2 module offers various capnography parameters, including EtCO2, pCO2, respiratory rate, inspired CO2 (FiCO2), and waveform capnography. These parameters provide comprehensive information about the patient's respiratory function and can assist in diagnosing respiratory conditions or assessing the effectiveness of ventilation strategies.
13. Alarm Functionality: The CO2 module is equipped with alarm systems to alert healthcare providers of any abnormal or critical changes in CO2 levels. Alarms can be set to trigger based on specific thresholds or patterns, ensuring prompt attention and intervention for patient safety.
14. Integration and Connectivity: The GE CO2 module is designed to integrate with compatible anesthesia machines, patient monitors, or central monitoring systems. It can communicate and share data with other medical devices, allowing for seamless integration into the overall patient monitoring system.
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