GE E MiniC CO2 Module For CARESCAPE B125 B450 And B650 Monitors

GE E MiniC CO2 Module is a state-of-the-art airway monitoring device designed to seamlessly integrate with GE CARESCAPE Monitors, including the GE B125, B450, and B650. Engineered for precision, reliability, and patient safety, this module provides continuous CO2 monitoring and respiration tracking with unmatched accuracy, making it an essential tool in clinical environments ranging from ICUs to surgical suites.

Whether you are monitoring critical care patients or need accurate respiratory data during procedural sedation, the GE E MiniC CO2 Module delivers consistent performance with a compact design, advanced measurement technology, and intuitive operation.

Key Features of GE E MiniC CO2 Module

1. High-Precision Side-Stream CO2 Measurement

The GE E MiniC CO2 Module uses side-stream technology to measure CO2 directly at the patient’s airway. This ensures accurate readings for both inspired CO2 (FiCO2) and end-tidal CO2 (EtCO2) levels, displayed numerically and as real-time waveforms on the GE CARESCAPE monitor.

2. Compact and Reliable Design

Designed as a single-width module, the E MiniC CO2 Module is small, lightweight, and integrates easily with the GE CARESCAPE monitoring systems. Its compact design does not compromise reliability, providing fast response times and continuous monitoring without disruption.

3. Real-Time Numerical and Graphical Trends

The module displays full numerical and graphical trends, allowing clinicians to track changes in respiration rate and CO2 levels over time. Both EtCO2 and FiCO2 are displayed clearly on the monitor, providing critical insights into patient ventilation and metabolism.

4. Wide Respiration Rate Measurement

The GE E MiniC CO2 Module can measure respiration rates from 4 to 80 breaths per minute, covering both low-rate monitoring for sedated patients and high-rate monitoring during stress or recovery periods. The module also provides alarms for apnea and adjustable low and high respiration rate limits.

5. Adjustable Alarm Limits for Safety

Safety is paramount in patient monitoring. The adjustable high and low limits for EtCO2, FiCO2, and respiration rate ensure early detection of abnormalities. Clinicians can configure the alarms to suit individual patient needs, improving patient safety and response times.

6. Manual Adjustment for Improved Accuracy

For improved measurement accuracy, the GE E MiniC allows manual adjustment for N2O and O2, which helps reduce interference and ensures precise CO2 readings in mixed gas environments.

7. Lightweight Water Separation System

The module accommodates a water separation system that is both lightweight and resistant to tilting. This ensures consistent operation even in dynamic clinical settings, reducing measurement errors caused by condensation or module movement.

8. Fast Response and Wide Measurement Range

With a rise time of less than 300 ms and a wide CO2 measurement range (0–20 vol%), the module quickly adapts to patient breathing changes and accurately tracks rapid fluctuations in CO2 levels.

Technical Specifications of GE E MiniC CO2 Module

Sampling Rate

• 150 ± 25 ml/min for reliable and consistent CO2 sampling.

Respiration Rate Measurement

• Range: 4–80 breaths per minute
• Accuracy: ±1/min in the 4–20 bpm range, ±5% in the 20–80 bpm range
• Resolution: 1/min
• Breath Detection: Detects 1% variation in CO2 levels
• Alarm: Adjustable high and low limits, including apnea detection

Carbon Dioxide Monitoring

• EtCO2 (End-tidal CO2): Monitors exhaled CO2 concentration
• FiCO2 (Inspired CO2): Measures CO2 inhaled by the patient
• Range: 0–20 vol% (0–20 kPa, 0–150 mmHg)
• Accuracy:
  • 0–15 vol%: ±(0.2 vol% + 2% of reading)
  • 15–20 vol%: ±(0.7 vol% + 2% of reading)
• Rise Time: Less than 300 ms with nominal flow
• Adjustable Limits: Customizable low and high alarm thresholds for EtCO2 and FiCO2

Compatibility

• Works seamlessly with GE CARESCAPE Monitors, including models B125, B450, and B650
• Single-width module design allows easy integration and a minimal footprint

Advantages of Using the GE E MiniC CO2 Module

1. Enhanced Patient Safety: Continuous CO2 monitoring provides early detection of respiratory compromise, apnea, and abnormal ventilation.
2. Compact and Efficient: Its small, single-width design saves space and simplifies integration into existing GE CARESCAPE setups.
3. Flexible Alarming: Adjustable alarms for CO2 and respiration rates allow clinicians to customize monitoring parameters based on patient needs.
4. Accurate Measurement: Side-stream technology ensures precise EtCO2 and FiCO2 readings for reliable clinical decision-making.
5. Rapid Response: Fast rise time ensures immediate detection of changes in patient breathing patterns.
6. Long-Term Monitoring: Full numerical and graphical trend tracking enables long-term analysis of patient respiratory status.
7. Reduced Interference: Manual adjustment for N2O and O2 ensures minimal disruption from anesthetic gases.
8. User-Friendly Interface: Displayed data in both waveform and numerical format makes it easy for clinicians to interpret and respond.

Applications of GE E MiniC CO2 Module

The GE E MiniC CO2 Module is suitable for a wide range of clinical environments and patient conditions:

• Intensive Care Units (ICU): Continuous monitoring of critically ill patients
• Operating Rooms (OR): Real-time CO2 tracking during anesthesia and sedation
• Emergency Departments (ED): Rapid assessment of respiratory function in acute patients
• Procedural Sedation Units: Monitoring for safe sedation and ventilation
• Transport Monitoring: Reliable CO2 measurement during patient transfers

Its versatility and compatibility with multiple GE CARESCAPE monitors make it ideal for both adult and pediatric patients.

Installation and Maintenance Tips

1. Quick Integration: Attach the module directly to compatible GE CARESCAPE monitors.
2. Routine Calibration: Perform periodic calibration checks for accurate CO2 readings.
3. Clean Regularly: Ensure the water separation system and airway tubing are free from condensation.
4. Monitor Alarms: Set appropriate high and low limits for EtCO2, FiCO2, and respiration rates.
5. Check Gas Mixtures: Manually adjust N2O and O2 settings when necessary for optimal CO2 accuracy.

Frequently Asked Questions

What is the main function of the GE E MiniC CO2 Module?

The module continuously monitors end-tidal CO2 (EtCO2) and inspired CO2 (FiCO2) at the patient’s airway. It also measures respiration rate and displays data as waveforms and numerical trends on GE CARESCAPE monitors.

Which monitors are compatible with the GE E MiniC CO2 Module?

It is compatible with GE CARESCAPE B125, B450, and B650 monitors. Its single-width design allows easy integration without occupying extra space.

How accurate is the respiration rate measurement?

The module measures 4–80 breaths per minute with ±1/min accuracy for 4–20 bpm and ±5% accuracy for 20–80 bpm. It also detects small variations in CO2 levels (1% change).

Can I use it with patients receiving anesthetic gases?

Yes. The module allows manual adjustment for N2O and O2, improving accuracy when patients are under anesthesia or receiving gas mixtures.

What are the alarm capabilities of the module?

It features adjustable high and low limits for EtCO2, FiCO2, and respiration rate. Apnea alarms are also included, ensuring patient safety.

How quickly does the module respond to changes in CO2 levels?

The GE E MiniC CO2 Module has a rise time of less than 300 ms, making it highly responsive to rapid changes in patient ventilation.

Is the module easy to maintain?

Yes. It includes a lightweight water separation system and requires routine calibration and cleaning to maintain accuracy and longevity.

Can it be used for both adults and pediatric patients?

Yes. Its adjustable alarm limits, fast response, and accurate measurements make it suitable for patients of all ages.

Why is side-stream measurement technology used?

Side-stream technology samples gas at the airway without interfering with ventilation. It provides precise and reliable CO2 readings with minimal equipment footprint.