Calibration Gas, Air, Methane, 103 L, C-10 (5/8 in UNF) Connection, +/-5% Accuracy MPN:X02AI99CP103024
Calibration Gas, Air, Methane, 103 L, C-10 (5/8 in UNF) Connection, +/-5% Accuracy
Ensure accurate gas detection with this high-quality calibration gas. Designed for use with all OEM gas detectors, this 103 L cylinder of methane at 100 ppm in air is ideal for calibration and testing. With a +/-5% accuracy and NIST calibration certificate, you can trust the results. The steel cylinder features a 5/8 in UNF connection for easy integration. Suitable for a wide range of applications, including industrial, commercial, and environmental monitoring, this calibration gas provides reliable and precise measurements to maintain the integrity of your gas detection systems.
Top product features:
- Provides a calibration gas mixture of methane at 100 ppm for use with all OEM gas detectors
- Has an accuracy of +/-5% to ensure precise calibration
- Features a 5/8 in UNF connection for easy attachment to gas detectors
Top product applications:
- Monitoring methane emissions in oil and gas production facilities
- Calibrating industrial gas detectors in chemical processing plants
- Testing gas detection equipment in mining operations
Calibration Gas, CGA Number Not Applicable, Container Type Cylinder, Cylinder Capacity 103 L, Cylinder Diameter 3.3 in, Cylinder Height 13.6 in, For Use With All OEM Gas Detectors, Gas Mixture Methane 100 ppm, Gas Type Methane, Product Type Calibration Gas, Chemical Formula CH4, CAS Number 74-82-8, Accuracy +/-5 Percent, Background Gas Air, Calibration Certificate NIST, Cylinder Material Steel, Outlet Connection Size 5/8 In.-18, Outlet Connection Type UNF, Standards ISO 9001:2015
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 6 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
- Restricted States: PR
Product info last updated on January 31, 2026 9:28am UTC
Category: Facility and Worksite Safety