What is an oxygen analyser used for?
Oxygen analysers, also known as O₂ analysers, measure oxygen concentration in a gas or gas mixture, typically within a range of 0-100%. They are widely used in various industries to determine whether oxygen levels are within the required range or need adjustment.
How do oxygen analysers work?
Oxygen analysers operate using an oxygen sensor made of ceramic material, which transmits signals to a digital display. These devices are highly accurate and provide real-time measurements, making them essential for monitoring oxygen levels in critical applications.
Where are oxygen analysers commonly used?
Oxygen analysers are used across multiple sectors, including medical, industrial, and scientific environments. Medical oxygen analysers are particularly important for nurses, technicians, and therapists, as they help monitor oxygen levels in respirators, incubators, CPAP circuits, and other medical devices.
How do ventilator testers compare to standalone oxygen analysers?
Many modern ventilator testers include built-in O₂ sensors, providing similar functionality to standalone oxygen analysers. However, standalone devices offer the advantage of being lightweight, compact, and highly portable, making them more convenient for technicians conducting oxygen measurements in different locations.
Why is regular calibration of oxygen analysers important?
Regular calibration is essential, particularly in medical settings where oxygen analyser readings directly impact clinical decisions and patient care. Calibration ensures accuracy, reliability, and compliance with industry standards, preventing measurement drift that could affect safety.
Does Calibrationhouse offer oxygen analyser calibration?
Yes, Calibrationhouse provides expert oxygen analyser calibration services from its County Durham laboratory. Our calibration process involves comparing flow and pressure measurements using highly accurate flow sources and deadweight pressure testers to ensure optimal performance.
