Pressure Relief Valve Engineering Handbook

Technical Document No. TP-V300 Effective: May 1997 Crosby Pressure Relief ValveEngineering HandbookCrosby Valve FMC Corporation , 7:56 AM1 Notes: , 7:56 AM2*United States Customary SystemWarning: The information contained in this Handbook is for informational purposes also Crosby's computer sizing program, CROSBY-SIZE. The actual selection of valvesand Valve products is dependent upon numerous factors and should be made only afterconsultation with applicable Crosby personnel. Crosby assumes no responsibility for theactual selection of such products and hereby expressly disclaims liability for any and allclaims and damages which may result from the use or application of this information or fromany consultation with Crosby Pressure Relief ValveENGINEERING HANDBOOKCONTENTSC hapter 1 Introduction to Crosby Engineering HandbookChapter 2 Fundamentals of Pressure Relief Valve DesignChapter 3 TerminologyChapter 4 Codes and Standards - SummaryChapter 5 Valve Sizing and Selection - * UnitsChapter 6 Valve Sizing and Selection - Metric UnitsChapter 7 Engineering Support InformationAppendixASME Section VIII, Division 1, 1992 Edition ExerptsOtherInformationOrdering InformationPressure Relief Valve Specification , 7:57 AM3 The Crosby Pressure Relief Valve Engineering Hand-book contains important technical

the pressure relief valve, therefore, is the process fluid. Once a condition occurs that causes the pressure in a system or vessel to increase to a dangerous level, the pressure relief valve may be the only device remaining to prevent a catastrophic failure. Since reliability is directly related to the complexity of the device, it is important that

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