Calibration Gas, Air, Hexane, 17 L, CGA 600 Connection, +/-5% Accuracy, 240 psi Max. Pressure MPN:17L-262-0.33
Calibration Gas, Air, Hexane, 17 L, CGA 600 Connection, +/-5% Accuracy, 240 psi Max. Pressure
This calibration gas cylinder is designed for use with all OEM gas detectors, providing a reliable and accurate source of hexane gas for calibration purposes. The cylinder contains 17 liters of hexane gas, mixed with air to achieve a 30% LEL concentration. With a +/-5% accuracy and maximum pressure of 240 psi, this cylinder meets the stringent requirements of industrial and laboratory settings. Its compact size and durable steel construction make it easy to handle and store, while the NIST calibration certificate ensures compliance with regulatory standards. Ideal for calibration and maintenance of gas detectors in various industries.
Top product features:
- Calibration Gas for use with all OEM gas detectors
- Provides a 30 Percent LEL mixture of hexane
- Accurate to +/-5 Percent
Top product applications:
- Laboratory calibration of gas detectors
- Air quality monitoring in industrial settings
- Research and development of hexane-based compounds
Calibration Gas, CGA Number CGA 600, Container Type Cylinder, Cylinder Capacity 17 L, Cylinder Diameter 2.9 in, Cylinder Height 10.75 in, For Use With All OEM Gas Detectors, Gas Mixture Hexane (30 Percent LEL) 0.33 Percent, Gas Type Hexane, Product Type Calibration Gas, Chemical Formula C6H14, CAS Number 110-54-3, Accuracy +/-5 Percent, Background Gas Air, Calibration Certificate NIST, Cylinder Material Steel, Outlet Connection Size 3/4 in, Outlet Connection Type NGT, 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 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
- California Prop 65 Warning: WARNING: Reproductive Harm - www.P65Warnings.ca.gov
Product info last updated on February 3, 2026 7:02am UTC
Category: Facility and Worksite Safety