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(NFPA) - NFPA T3.5.26 - HYDRAULIC VALVE – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2- 2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER HYDRAULIC VALVE - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: – environments which are chemically compatible with the materials of the pressure containing envelope; – materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels and monel.
(NFPA) - NFPA T3.10.5.1 - HYDRAULIC FILTER/SEPARATOR HOUSING – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER HYDRAULIC FILTER/SEPARATOR - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: This standard limits conditions as follows: − constant amplitude, pressure induced loading of the elements that constitute or maintain the pressure containing envelope; − product life of at least 100,000 cycles; − defined conditions for pressure levels and pulse durations; − temperatures from the charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials of the pressure containing envelope; − materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels and monel; − specifically excluded are creep sensitive materials such as: zinc, plastic, rubber and sealing devices; − to exclude the finite life RFP rating for a hydraulic filter /separator housing (such as spin-on filters) used in finite life applications.
(NFPA) - NFPA T3.20.8 - QUICK-ACTION COUPLING – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATING OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER QUICKACTION COUPLING - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description:   This standard limits conditions as follows: − pressure-induced loadings of constant amplitude; − product life of at least 100,000 cycles; − pressure levels and pulse durations as defined in NFPA/T2.6.1 R2, clause 8; − temperatures that range from the Charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials in the pressure-containing envelope; − materials that are aluminum, magnesium, iron, steel, stainless steel, cobalt, titanium, copper-based alloys, nickelbased alloys, or monel.
(NFPA) - NFPA T3.21.4 - PNEUMATIC VALVE – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER PNEUMATIC VALVE - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: This standard limits conditions as follows: − constant amplitude, pressure induced loading of the elements that constitute or maintain the pressure containing envelope; − product life of at least 100,000 cycles; − defined conditions for pressure levels and pulse durations; − temperatures from the charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials of the pressure containing envelope; − materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels, and monel.
(NFPA) - NFPA T3.29.2 - PRESSURE SWITCH – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER PRESSURE SWITCH - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: This standard limits conditions as follows: − constant amplitude, pressure induced loading of the elements that constitute or maintain the pressure containing envelope; − product life of at least 100,000 cycles; − defined conditions for pressure levels and pulse durations; − temperatures from the charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials of the pressure containing envelope; − materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels and Monel.
(NFPA) - NFPA T3.9.22 - PUMP/MOTOR – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER PUMP AND MOTOR - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: This standard limits conditions as follows: − constant amplitude, pressure induced loading of the elements that constitute or maintain the pressure containing envelope; − pump/motor(s) that are used on systems that use a liquid, rather than a gas to transmit power; − product life of at least 100,000 cycles; − defined conditions for pressure levels and pulse durations; − temperatures from the charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials of the pressure containing envelope; − materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels and monel.
(NFPA) - NFPA T3.12.10 - AIR LINE FILTER, REGULATOR AND/OR LUBRICATOR – PRESSURE RATING SUPPLEMENT TO NFPA/T2.6.1 R2-2000, FLUID POWER COMPONENTS – METHOD FOR VERIFYING THE FATIGUE AND ESTABLISHING THE BURST PRESSURE RATINGS OF THE PRESSURE CONTAINING ENVELOPE OF A METAL FLUID POWER FRL - THIRD EDITION Organization: (NFPA)
Date: 2000-03-15
Description: This standard limits conditions as follows: − constant amplitude, pressure-induced loading of the elements that constitute or maintain the pressure containing envelope; − product life of at least 100,000 cycles; − defined conditions for pressure levels and pulse durations; − temperatures from the charpy impact transition temperature to the threshold of creep sensitivity; − environments which are chemically compatible with the materials of the pressure containing envelope; − materials that are aluminum, magnesium, steel, iron, copper based alloys, cobalt, titanium, stainless steels, nickel steels and monel.

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