Trust the precision and reliability of Dräger with the Replacement Sensor XXS 02 for X-AM. This compact, round electrochemical sensor is engineered for accurate oxygen (O2) detection in portable gas detectors, helping your team stay informed and safe in challenging environments.
Dräger’s XXS sensors are designed for seamless integration with the X-AM series, delivering plug‑in compatibility and dependable performance. The XXS 02 sensor features a compact round form factor with a durable build, including three contact terminals that ensure a secure, quick replacement for minimal downtime. Expect stable readings, fast response, and long-term reliability that keeps your gas-detection equipment performing at its best.
Key Features
-
Precision Performance: Engineered to deliver accurate oxygen detection in critical situations, helping you react quickly to changing conditions.
-
Easy Installation: Streamlined design enables straightforward replacement, reducing maintenance time and downtime.
-
Durable Build: Robust construction suited for harsh industrial environments, ensuring longevity and dependable operation.
-
Compatibility: Specifically designed for the X-AM series, ensuring a perfect fit and reliable function.
Benefits
-
Enhanced Safety: Regular sensor replacement maintains the highest safety standards by preserving accurate readings.
-
Cost-Effective: Prolongs the life of your gas detection system by reducing calibration gaps and replacement costs.
-
Peace of Mind: Trust in consistent measurements to keep your team protected from unseen hazards.
Use Cases
- Industrial work sites where gas detection is crucial for safety.
- Mining operations requiring constant air-quality monitoring.
- Emergency services that rely on reliable gas measurements in the field.
- Laboratories needing precise control of oxygen levels for experiments.
As a Dräger offering, this XXS 02 sensor embodies the brand’s commitment to safety, accuracy, and long-term performance. Upgrade your X-AM gas detection device today to sustain peak protection and operational readiness in hazardous environments.
