Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
Premium oxygen analyser offering reliable accuracy with effortless calibration.
nice 5040 - Engineered for dependable oxygen monitoring, the Oxygen Analyser employs an electrochemical sensor that delivers accurate, low-drift measurements with minimal power consumption. Its resistance to interfering gases and reliable detection performance make it a trusted, cost-effective solution for clinical oxygen concentration assessment.
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
Advanced electrochemical sensing ensures precise and dependable oxygen concentration measurement.
Simple calibration at 21% or 100% oxygen supports consistent accuracy with minimal setup time.
Compact and lightweight construction enables effortless transport and convenient bedside use.
Integrated alarms provide clear alerts for low battery, sensor failure, and calibration errors
Designed to support up to 20 hours of continuous operation for uninterrupted clinical monitoring.
89-16-069
89-16-069
Capital equipment should be maintained through regular preventive maintenance and performance checks to ensure long-term reliability and patient safety. Daily visual inspection, proper cleaning of external surfaces, and functional checks before use are recommended as part of routine clinical practice.
Periodic servicing by trained biomedical personnel, calibration as per manufacturer guidelines, and timely replacement of wear components help maintain optimal performance. Equipment should be operated in a clean, dry environment and protected from dust, fluid ingress, and power fluctuations to extend service life.
