Product Description
680L High-Capacity 3-Gas Calibration Gas for CO, CO₂ (1,000 PPM), and O₂ Detection
This 680L calibration gas cylinder is engineered for high-volume calibration environments, delivering a stable mixture of Carbon Monoxide (CO) 100 PPM, Carbon Dioxide (CO₂) 1,000 PPM, and Oxygen (O₂) 20.9% balanced in Nitrogen.
The 1,000 ppm CO₂ concentration is ideal for indoor air quality (IAQ) monitoring, ventilation system validation, and environmental compliance programs, making it a standard blend for large-scale operations.
680L Calibration Gas Cylinder Specifications – High-Capacity Aluminum
- 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: Standard 3-Gas Mix
Built for Facility-Level IAQ & Ventilation Programs
- Centralized calibration for large IAQ monitoring systems
- Multi-building HVAC and ventilation validation programs
- High-frequency detector calibration across multiple units
- Universities, hospitals, commercial facilities, and industrial plants
- Long-term calibration cycles with reduced cylinder changeouts
Why 680L Reduces Cost Per Calibration
High-capacity cylinders significantly reduce cost per use, minimize downtime from cylinder replacement, and improve operational efficiency across large teams and facilities.
Why 1,000 PPM CO₂ is Critical for IAQ Programs
A 1,000 ppm CO₂ concentration reflects real-world indoor air thresholds used to evaluate ventilation effectiveness and occupant safety, making it essential for accurate IAQ calibration.
Why Buyers Choose 680L Calibration Gas
- Fewer cylinder replacements across large programs
- Ideal for facility managers and procurement teams
- Supports consistent calibration across multiple devices
- Optimized for long-term operational efficiency
- Compatible with CGA-specific regulators
Custom Calibration Gas Solutions
We offer custom gas mixtures, alternate CO₂ concentrations, and cylinder sizes tailored to your detectors and monitoring requirements.
