Includes:

- Dräger O2-Sensor REF: 8606055

Key Features:

The Dräger O2-Sensor REF: 8606055 is an original replacement oxygen sensor designed for accurate oxygen concentration monitoring in compatible Dräger anesthesia workstations and ventilators. It provides dependable FiO₂ measurement to support safe patient ventilation.

High Measurement Accuracy

Engineered with Dräger's proven electrochemical sensing technology, the sensor delivers precise and stable oxygen measurements across the operating range, ensuring reliable monitoring during anesthesia and intensive care procedures.

Seamless Device Compatibility

Specifically manufactured for Dräger medical equipment, the sensor offers plug-and-play compatibility without requiring modifications, helping maintain optimal system performance.

Long Service Life

Built using high-quality sensing components, the sensor provides consistent performance and an extended operational lifespan when used under recommended operating conditions.

Fast Response Time

The sensor rapidly detects changes in oxygen concentration, allowing clinicians to respond quickly to fluctuations in delivered oxygen levels.

Durable Medical-Grade Construction

Designed for demanding hospital environments, the sensor features a robust housing and high-quality connector assembly for dependable daily clinical use.

Technical Highlights:

Sensor Technology

• Electrochemical oxygen sensing technology
• Continuous oxygen concentration monitoring

Oxygen Measurement

• Accurate oxygen concentration measurement
• Stable long-term output
• Excellent repeatability

System Integration

• Designed specifically for compatible Dräger anesthesia and ventilation systems
• Secure electrical connection
• Reliable signal transmission

Performance

• Fast response characteristics
• High measurement stability
• Factory-calibrated for dependable operation

Applications:

The Dräger O2-Sensor REF: 8606055 is suitable for various clinical environments, including:

Anesthesia Workstations

Provides continuous oxygen monitoring during surgical procedures.

Intensive Care Units (ICU)

Supports accurate oxygen delivery monitoring for mechanically ventilated patients.

Emergency Departments

Ensures reliable oxygen monitoring during emergency respiratory support.

Operating Rooms

Maintains precise oxygen concentration measurement throughout anesthesia administration.

Medical Equipment Servicing

Ideal as a genuine replacement sensor during preventive maintenance and equipment servicing.

Key Benefits:

Accurate Oxygen Monitoring

Provides dependable oxygen concentration measurements to enhance patient safety.

Reliable Clinical Performance

Maintains stable readings even during extended clinical use.

Reduced Downtime

Easy replacement minimizes equipment downtime and helps restore normal operation quickly.

OEM Quality

Manufactured to Dräger quality standards for dependable performance and compatibility.

Improved Patient Safety

Continuous and accurate oxygen monitoring supports safe ventilation and anesthesia delivery.

Cost-Effective Maintenance

Replacing the oxygen sensor with a genuine Dräger component helps maintain equipment performance and extends the service life of compatible systems.

Why Choose Dräger O2-Sensor?

The Dräger O2-Sensor REF: 8606055 is an essential component used in anesthesia machines for precise oxygen measurement. This set includes six pieces, all pre-owned but thoroughly tested to ensure they meet operational standards. The sensors provide real-time oxygen data, which is crucial for patient safety and the effective administration of anesthesia. Designed specifically for compatibility with various Dräger equipment, these sensors are a reliable choice for facilities needing cost-effective oxygen monitoring solutions.

These O2 sensors are compatible with Dräger's Fabius and Narkomed series anesthesia machines. Each sensor is housed in a robust protective casing, equipped with a connector cable to ensure stable signal transmission without interference. Regular maintenance involves ensuring the housing is correctly seated to prevent air leaks, and the sensor should be calibrated by exposing it to ambient air briefly before use.

Purchasing this used set represents a practical option for healthcare environments seeking efficiency without compromising monitoring performance. The sensors continue to provide accurate, interference-free data, supporting critical medical procedures with confidence in their durability and accuracy.