Product Description
CO / Hydrogen / Oxygen (4.0%) Custom Calibration Gas for Oxygen-Deficient Simulation
This custom calibration gas mixture contains Carbon Monoxide (CO) 2.0%, Hydrogen (H₂) 2.0% (50% LEL), and Oxygen (O₂) 4.0%, balanced in nitrogen. Supplied in a 66L aluminum cylinder at 1150 PSI with a C-10 valve, this blend is designed for calibration scenarios requiring simulation of low-oxygen environments.
The reduced oxygen concentration allows for more aggressive oxygen-deficiency testing, while hydrogen at 50% LEL enables accurate combustible gas sensor response verification. This combination supports calibration across multiple sensor types under more demanding conditions.
Gas Composition
- Carbon Monoxide (CO): 2.0%
- Hydrogen (H₂): 2.0% (50% LEL)
- Oxygen (O₂): 4.0%
- Balance Gas: Nitrogen
Cylinder Specifications
- Cylinder Size: 66L
- Cylinder Pressure: 1150 PSI
- Cylinder Material: Aluminum
- Valve Type: C-10
- Gas Reactivity: Non-Reactive
Applications
- Oxygen-deficiency sensor calibration and verification
- Hydrogen (H₂) LEL calibration in low-oxygen environments
- Multi-gas detector calibration for high-risk scenarios
- Confined space monitoring with reduced oxygen thresholds
- Industrial safety programs requiring advanced calibration conditions
Key Advantages
- 4.0% oxygen concentration enables accurate low-oxygen simulation
- Hydrogen at 50% LEL supports precise combustible gas calibration
- Elevated CO enhances toxic gas calibration capability
- Designed for demanding environments where standard mixes are insufficient
- Compatible with standard C-10 regulators and calibration systems
Custom Calibration Gas Options
Custom calibration gas mixtures are available for applications requiring alternative concentrations, cylinder sizes, or gas combinations.