What is likely to occur if a technician attempts to run a combustion analyzer without proper calibration?

What is likely to occur if a technician attempts to run a combustion analyzer without proper calibration?

• A. The readings will be inaccurate
• B. The analyzer will break
• C. The analyzer will provide correct readings
• D. The technician will get electric shock

Answer: (A)

Running a combustion analyzer without proper calibration can lead to inaccurate readings, which can have significant implications for assessing the performance of a gas appliance. Calibration ensures that the analyzer provides readings that are reliable and reflective of the actual combustion process. If the device is not calibrated, the sensors may provide skewed data, which could prevent the technician from identifying issues like improper combustion, inefficient fuel usage, or hazardous conditions such as carbon monoxide production. Accurate measurements are crucial for safety and efficiency, making proper calibration a non-negotiable step in using combustion analyzers effectively.

Running a combustion analyzer without proper calibration can lead to inaccurate readings, which can have significant implications for assessing the performance of a gas appliance. Calibration ensures that the analyzer provides readings that are reliable and reflective of the actual combustion process. If the device is not calibrated, the sensors may provide skewed data, which could prevent the technician from identifying issues like improper combustion, inefficient fuel usage, or hazardous conditions such as carbon monoxide production. Accurate measurements are crucial for safety and efficiency, making proper calibration a non-negotiable step in using combustion analyzers effectively.