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Extinguishing Method | Oxygen Reduction |
---|---|
Cylinder Sizes | Various sizes available |
Discharge Time | Typically less than 60 seconds |
Approvals | UL, FM, LPCB |
Environmental Impact | Zero Ozone Depletion Potential (ODP) |
Applications | Data centers, archives, museums, control rooms, telecommunications |
Storage | Stored as a compressed gas in high-pressure cylinders |
Typical Design Concentration | Typically between 37% and 43%, depending on the hazard |
System Pressure | Designed for 200 bar (2900 psi) operation |
Crucial safety advice and disclaimers related to the manual's use.
Key safety protocols for handling pressurized cylinders are outlined.
Glossary of terms and procedures for installation/removal.
Glossary of terms used in the manual.
Procedures for installing and removing system components.
Provides essential information for system design, installation, and maintenance.
Covers Argonite's application areas and restrictions for fire extinguishing.
Details where and how Argonite systems are safely used.
Lists specific chemicals and conditions Argonite should not be used for.
Introduces the methods Argonite systems use for fire extinguishing.
Explains releasing Argonite to create an inert atmosphere.
Describes system's valve and distribution for protection.
Details modular systems for limited space areas.
Introduces guidelines based on NFPA 2001 and local requirements.
Specifies adherence to NFPA 2001 and local authority requirements.
Addresses safety precautions, exposure limits, and warnings for Argonite use.
Details recommended release times for Argonite based on NFPA 2001 standards.
Discusses temperature effects on Argonite discharge and room temperature.
Outlines minimum electrical clearance for system components.
Covers detection, actuation, and control systems for Argonite.
Introduces the components and principles of Argonite systems.
Describes the configuration and requirements for cylinder banks.
Explains the selector valve system directing Argonite to the hazard.
Explains the purpose of the restrictor in reducing gas pressure.
Details available release modes: automatic, manual remote, manual emergency.
Describes automatic release triggered by fire detection.
Explains manual release via a remote station.
Covers manual emergency release by pulling a pin.
Describes the types and specifications of Argonite cylinders.
Details the features and connections of cylinder valves.
Explains how pressure is monitored on each cylinder.
Describes the function and types of selector valves.
Covers the design and positioning of pipe networks and nozzles.
Explains the process for calculating flow rates.
Discusses requirements for pressure relief venting.
Outlines the importance of regular service and maintenance.
Introduces basic components and operation of Argonite systems.
Explains how Argonite extinguishes fires by reducing oxygen levels.
Details the types and specifications of Argonite cylinders.
Describes the components and function of the cylinder valve.
Details the components of the primary completer kit.
Describes the standard kits for primary and slave cylinders.
Explains the design and configuration of manifolds for cylinder banks.
Covers the various types and arrangements of selector valve systems.
Details the pressure regulator assembly and its components.
Covers the types, sizes, and coverage of discharge nozzles.
Describes cylinder mounting brackets and racks.
Details the bracket for 15.9L cylinders.
Describes wall mount kits for 66.7L and 80L cylinders.
Describes free-standing cylinder rack assemblies.
Information on single-row, single-side cylinder racks.
Information on single-row, two-side cylinder racks.
Information on double-row, single-side cylinder racks.
Information on double-row, double-side cylinder racks.
Introduces the chapter on minimum design requirements for Argonite systems.
Covers general requirements and design criteria for Argonite systems.
Lists the physical and chemical properties of Argonite.
Details the specification for Argonite mixture composition.
Specifies the purity requirements for Argon and Nitrogen.
Outlines the process for evaluating hazards and risks for system design.
Discusses considerations for evaluating cylinder storage space.
Explains conditions under which inerting is used.
Details extinguishing values for different fire classes.
Specifies values for Class A and Class C fires.
Specifies values for Class B fires.
Provides the formula for calculating specific requirements.
Discusses design concentrations for various fire hazards.
Lists NFPA design concentrations for fire classes.
Lists ISO design concentrations.
Covers design factors influencing Argonite system performance.
Explains how altitude affects Argonite concentration.
Addresses key design considerations for Argonite systems.
Specifies minimum electrical clearance requirements.
Discusses leakage and its impact on system performance.
Explains temperature effects on Argonite discharge.
Details the use of flow calculation software.
Explains how to calculate room volume for design.
Outlines how to calculate the required agent quantity.
Provides data on cylinder content and gas remaining.
Gives ratios for Class A and C fires.
Gives ratios for Class B fires.
Covers the installation of cylinder banks.
Specifies cylinder bank location requirements.
Describes the cylinder valve's pneumatic and solenoid actuation.
Discusses nozzle selection and coverage.
Guides on selecting the appropriate number of nozzles.
Details the coverage and limitations of underfloor nozzles.
Provides guidance on nozzle placement.
Covers piping requirements and installation.
Discusses the selection of appropriate piping materials.
Provides guidance on estimating pipe sizes.
Covers requirements for pipe hangers and supports.
Details the process for cleaning the pipe network.
Outlines procedures for testing the pipe network.
Describes the discharge test procedure.
Explains pressure relief venting requirements.
Details the venting of pressure relief devices.
Covers safety precautions for occupied spaces during discharge.
Specifies required signs and labels for the system.
Details signage for storage rooms.
Specifies labeling for Argonite cylinders.
Describes warning alarms and signs used.
Describes warning signs for pressure relief vents.
Covers alarm and detection systems.
Emphasizes the importance of careful system maintenance.
Details annual preventive maintenance, testing, and service requirements.
Instructions for inspecting and testing hoses.
Maintenance for selector valves.
Visual inspection of pipe network and nozzles.
Inspection of the protected room for changes affecting performance.
Procedures for pressure testing Argonite cylinders.
Visually check the Argonite cylinder assembly components.
Details the pressure gauge units used in the system.
Describes the pressure gauge assembly for slave cylinders.
Describes the assembly for pilot cylinders.
Provides step-by-step instructions for installing and removing gauge/solenoid assemblies.
Outlines procedures to follow after system discharge.
Details the procedures for replacing Argonite cylinders.
Steps for re-installing a cylinder.
Procedures for testing system components.
Testing the solenoid valve at high pressure.
Testing pneumatically operated selector valves.
Testing pressure regulators and selector valve systems.
Provides guidance for troubleshooting common system issues.
Addresses low pressure issues in cylinders.
Troubleshooting leaking pressure gauge units.
Troubleshooting leaking pressure gauge/solenoid valve units.
Introduces procedures for filling Argonite cylinders.
Outlines responsibilities for filling procedures.
Specifies Argonite mixture composition and purity.
Details the purity requirements for Argon and Nitrogen.
Covers general procedures for filling cylinders.
Describes pressure-controlled filling.
Describes weight-controlled filling at specific temperatures.
Provides a table relating pressure, temperature, and weight.
Outlines procedures for refilling cylinders after discharge.
Describes the operation of the Argonite valve.
Details the filling process.
Explains filling via the discharge port.
Describes filling adapters.
Specifies torque values for filling operations.
Provides a checklist for the filling process.
Presents graphs for Argonite filling based on pressure.
Graph illustrating Argonite filling by pressure.
Graph for filling Argonite with Nitrogen first.
Graph for filling Argonite with Argon first.
A template for a filling list.
Information on issuing letters of conformity.
Details cylinder transport labels.
Provides identification and company details for Argonite.
Details the composition and ingredients of Argonite.
Identifies the hazards associated with Argonite.
Outlines first aid measures for exposure to Argonite.
Provides measures for fighting fires involving Argonite.
Details measures for accidental releases of Argonite.
Covers safe handling and storage of Argonite.
Specifies exposure controls and personal protection.
Lists the physical and chemical properties of Argonite.
Describes the stability and reactivity of Argonite.
Provides toxicological information on Argonite.
Details the ecological impact of Argonite.
Outlines considerations for disposing of Argonite.
Provides transport information for Argonite.
Lists regulatory information relevant to Argonite.
Additional information regarding Argonite safety.