NRC Gas Analyzer

Why Accurate Gas Analysis Matters

Before any dive using enriched breathing gases, the oxygen percentage must be verified. Accurate gas analysis helps divers confirm gas mixtures, maintain safe depth limits, and ensure reliable dive operations. For dive centers and technical divers handling multiple cylinders each day, dependable analyzers are essential safety tools.

Understanding NRC Gas Analyzers

This video introduces the two NRC Nitrox analyzers and explains their key advantages.

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Why Choose NRC Gas Analyzers

NRC gas analyzers deliver reliable oxygen and helium measurement for accurate gas verification in diving operations.
All parts 100% made in Germany

German Engineering Quality

All components are manufactured, assembled, and tested in Germany according to strict quality standards. This ensures consistently high performance, long service life, and reliable operation in demanding diving environments.
gas analyzer that made in germany
Only the best sensor technology

Medical-Grade Oxygen Sensor Technology

NRC analyzers use oxygen sensors developed for medical applications, where precision and reliability are critical. Each sensor is individually inspected and documented to ensure stable and accurate gas measurement.
oxygen sensor from medical
Accurate Gas Analyzer Results

Accurate 0–99% Oxygen Measurement

Designed to measure oxygen concentrations across the full range from 0% to 99%, NRC analyzers deliver precise readings for Nitrox verification and gas blending operations.
PIC O₂ Recycling Program

Sustainable Product Lifecycle

The PIC O₂ recycling program extends the lifespan of analyzer components by giving used units a second life. This approach reduces waste, conserves resources, and supports environmentally responsible diving operations.
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FAQs

Everything you need to know about NRC analyzers and oxygen analysis for diving.

NRC analyzers measure oxygen concentration in breathing gas mixtures used in diving. They are primarily used to verify Nitrox and oxygen levels before diving to ensure the breathing gas matches the planned dive parameters.