Calibration Gas, Hydrogen, Nitrogen, 34 L, CGA 600 Connection, +/-5% Accuracy, 500 psi Max. Pressure MPN:X02NI99CP344345
Calibration Gas, Hydrogen, Nitrogen, 34 L, CGA 600 Connection, +/-5% Accuracy, 500 psi Max. Pressure
Ensure accurate calibration of your gas detectors with Gasco's Hydrogen Calibration Gas. This high-quality gas mixture is specifically designed for use with all OEM gas detectors, providing a reliable and precise calibration solution. With a concentration of 400 ppm hydrogen and 99.6% nitrogen, this gas meets the stringent standards of ISO 9001:2015. The calibration certificate from NIST ensures compliance with regulatory requirements. Perfect for industrial, commercial, and laboratory settings, this calibration gas offers +/-5% accuracy and a maximum operating pressure of 500 psi, making it an essential tool for maintaining safe and efficient gas detection systems.
Top product features:
- Provides a mixture of hydrogen at 400 ppm for calibration purposes
- Meets +/-5% accuracy standards for reliable calibration results
- Operates at a maximum pressure of 500 psi for safe and efficient use
Top product applications:
- Industrial Gas Leak Detection
- Research and Development Laboratories
- Environmental Monitoring Stations
Calibration Gas, CGA Number CGA 600, Container Type Cylinder, Cylinder Capacity 34 L, Cylinder Diameter 2.9 in, Cylinder Height 10.75 in, For Use With All OEM Gas Detectors, Gas Mixture Hydrogen 400 ppm, Gas Type Hydrogen, Product Type Calibration Gas, Chemical Formula H2, CAS Number 1333-74-0, Accuracy +/-5 Percent, Background Gas Nitrogen, Calibration Certificate NIST, Cylinder Material Steel, Standards ISO 9001:2015, Reusability Disposable, Operating Pressure - Maximum 500 psi
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 36 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 12.00
- Package Width: 9.00
- Package Height: 4.00
- Package Weight: 2.00
Product info last updated on February 9, 2026 11:40am UTC
Category: Facility and Worksite Safety