Product Description
CO / Hydrogen / Oxygen (1.0%) Custom Calibration Gas for Extreme Oxygen-Deficiency Simulation
This custom calibration gas mixture contains Carbon Monoxide (CO) 800 PPM, Hydrogen (H₂) 800 PPM, and Oxygen (O₂) 1.0%, balanced in nitrogen. Supplied in a 66L aluminum cylinder at 1150 PSI with a C-10 valve, this blend is engineered for precision calibration of low-level gas sensors in near-anoxic environments.
The 1.0% oxygen concentration enables simulation of extreme oxygen-deficiency conditions, allowing for validation of detector performance in critical safety scenarios where rapid oxygen depletion presents significant risk.
Gas Composition
- Carbon Monoxide (CO): 800 PPM
- Hydrogen (H₂): 800 PPM
- Oxygen (O₂): 1.0%
- Balance Gas: Nitrogen
Cylinder Specifications
- Cylinder Size: 66L
- Cylinder Pressure: 1150 PSI
- Cylinder Material: Aluminum
- Valve Type: C-10
- Gas Reactivity: Non-Reactive
Applications
- Extreme oxygen-deficiency sensor calibration and validation
- Low-level CO sensor calibration in critical environments
- Hydrogen (H₂) sensor verification at ppm detection levels
- Confined space safety testing under near-anoxic conditions
- High-risk industrial and compliance-driven calibration programs
Key Advantages
- 1.0% oxygen enables simulation of near-anoxic conditions
- 800 PPM concentrations support precise low-range sensor calibration
- Supports calibration of both toxic and combustible gas sensors
- Designed for high-accuracy validation in extreme environments
- Compatible with standard C-10 regulators and calibration systems
Custom Calibration Gas Options
Custom calibration gas mixtures are available for applications requiring alternative concentration ranges, cylinder sizes, or gas combinations.
Other Details
Warranty 48 monthsProduct Videos
Custom Field
Size 66L
Gas Composition CO / H2 / O2
Cylinder Material Aluminum
Cylinder Pressure 1150 PSI
Gas Reactivity Non-Reactive
Carbon Monoxide (CO) Concentration 800 PPM
Hydrogen (H₂) Concentration 800 PPM
Oxygen (O2) Concentration 1.0%
