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General| Agent | INERGEN |
|---|---|
| Components | Nitrogen, Argon, Carbon Dioxide |
| Agent Composition | 52% Nitrogen, 40% Argon, 8% Carbon Dioxide |
| Storage | High-pressure cylinders |
| Cylinder Material | Steel |
| Application | Total flooding fire suppression |
| Design Concentration | 34.2% - 50% (depending on fuel type) |
| Storage Pressure | 3000 psi (207 bar) |
| Environmental Impact | Zero ozone depletion potential, no global warming potential |
| Safety | Safe for use in occupied spaces when design concentration is maintained |
| Extinguishing Mechanism | Oxygen reduction to below combustion level |
| Approvals | UL, FM |
| Cylinder Sizes | Various sizes |
| Discharge Time | Typically less than 60 seconds |
| Typical Applications | Data centers, telecommunications, museums, archives |
Details the CV-98 valve and cylinder shipping assembly, its components, and specifications.
Describes the AUTOPULSE Control System for detection and control circuits.
Explains the ANSUL AUTOMAN II-C releasing device for pneumatic and electric actuation.
Covers the manual pull box for mechanical release of the system.
Details the heavy structural steel bracketing for supporting INERGEN cylinders.
Describes DPST, DPDT, and 3PST pressure switches operated by agent pressure.
Warning plates for inside and outside rooms to indicate system status or actions.
Details the composition, environmental impact, and fire suppression capabilities of INERGEN.
Outlines safety precautions for INERGEN system use in occupied spaces.
Specifies design limitations for INERGEN systems, including temperature and concentration.
Procedures for collecting hazard details for system design and installation.
Defines requirements for INERGEN supply, actuation, and alarms.
Explains the total flooding method and steps for designing an INERGEN system.
Specifies how to determine the minimum design concentration based on fuel type.
Guides the calculation of the number of INERGEN cylinders needed for the system.
Provides information for designing systems that use selector valves for multiple hazards.
Details how to mount INERGEN cylinders and their bracketing securely.
Covers the requirements and installation of actuation piping for the system.
Outlines procedures for installing distribution piping, including hangers and fittings.
Provides steps for installing manual, pneumatic, and electric actuators.
Procedures for testing electric detection and actuation systems.
Guidelines for conducting an INERGEN system discharge test.
Instructions for resetting HF and Booster actuators after use.
Steps for safely discharging, removing, and preparing cylinders for recharge.
Lists essential visual checks for system operability and safety during inspection.
Comprehensive procedures for the annual maintenance of INERGEN systems.
Maintenance steps for the electric detection and AUTOPULSE control system.
Illustrates the design process for protecting a computer room and subfloor.
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