SRX-CA60 Oxygen Sensor – Replaces GPR-11-60

AST Model SRX-CA60 % Oxygen Sensor

The AST Model SRX-CA60 % Oxygen Sensor is designed for accurate oxygen measurement in industrial and process applications. It utilizes galvanic micro fuel cell technology specifically engineered for oxygen, thereby delivering reliable and stable performance.

The SRX-CA60 % oxygen sensor serves as a direct replacement for Analytical Industries GPR-11-60 % oxygen sensors. As a result, users can integrate it seamlessly into existing systems, including the model GPR-2500, GPR-2600, and GPR-28 analyzers, without requiring modifications.

In addition, the model SRX-CA60 oxygen sensor shares the same response characteristics and signal output as SRX-CA32 and GPR-11-32 models. However, due to its larger anode, it provides an extended operating life of up to 60 months in air under ambient temperature and pressure. Consequently, users benefit from longer service intervals and reduced maintenance requirements.

The sensor also incorporates a super-activated anode with a unique geometry, which enhances linearity, accuracy, and overall stability. Furthermore, its proprietary lead (Pb) anode structure maximizes anode utilization while minimizing signal drift. As a result, the sensor maintains consistent performance even under varying ambient conditions and reduces the need for frequent calibration.

To ensure reliability, AST subjects every sensor to rigorous validation procedures, including output verification and 24-hour stability testing. Consequently, each unit meets strict performance and quality standards prior to deployment.

CAUTION:

1. Users must verify compatibility of AST oxygen sensor with their intended equipment before installation.
2. Although the sensor offers enhanced stability, users should calibrate it before use.
3. Always follow the instructions in the owner’s manual of the intended analyzer for proper calibration procedures.

Finally, AST designs, develops, and manufactures its sensors in the United States, thereby ensuring high standards of quality, consistency, and reliability