Product Description
680L High-Capacity 4-Gas Calibration Gas for CO, % CO₂ (2.0%), CH₄ (LEL), and O₂
This 680L calibration gas cylinder is engineered for high-volume calibration environments, delivering a consistent gas mixture of Carbon Monoxide (CO) 25 PPM, Carbon Dioxide (CO₂) 2.0%, Methane (CH₄) 2.5% (50% LEL), and Oxygen (O₂) 21.0% balanced in Nitrogen.
The 2.0% CO₂ concentration (20,000 ppm) supports industrial-grade calibration scenarios, including confined space programs and environments requiring higher CO₂ range validation.
680L Calibration Gas Cylinder Specifications – High-Volume Aluminum Cylinder
- Cylinder Size: 680L
- Cylinder Pressure: 1800 PSI
- Cylinder Volume: 19 Cubic Feet
- Valve Type: CGA Specific
- Cylinder Material: Aluminum
- Gas Reactivity: Non-Reactive
- Blend Type: Custom Mix
Built for Facility-Level Calibration & Large Detector Fleets
- Centralized calibration for large safety programs
- High-frequency detector calibration environments
- Multi-unit gas detector maintenance programs
- Industrial plants, refineries, utilities, and manufacturing sites
- Long-duration calibration cycles with fewer cylinder changeouts
Why 680L Cylinders Reduce Operational Cost
High-capacity cylinders significantly lower cost per calibration, reduce cylinder handling frequency, and minimize downtime across large teams or multiple job sites.
2.0% CO₂ Calibration for Elevated Detection Ranges
Using percentage-level CO₂ (2.0%) ensures accurate response in higher concentration environments, where ppm-level calibration gases are not sufficient for compliance or process monitoring.
Why Buyers Choose High-Capacity Calibration Gas
- Fewer replacements → less operational interruption
- Better for calibration labs and centralized maintenance teams
- Optimized for long-term usage and procurement efficiency
- Supports consistent calibration across multiple detectors
Custom Calibration Gas Solutions
We offer custom gas mixtures, alternate CO₂ concentrations, and cylinder sizes tailored to your specific detectors and compliance requirements.