ASME QME 1 2002

$98.04

ANSI/ASME QME-1-2002: Qualification Of Active Mechanical Equipment For Nuclear Power Plants

Published By	Publication Date	Number of Pages
ASME	2002	142

Guaranteed Safe Checkout

Category: ASME

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

Description

This proposed revision is for the addition of 2 new sections – QV Guide and QDR, and for the addition of SI units in parenthesis to the primary US Customary Units.

PDF Catalog

PDF Pages	PDF Title
4	CONTENTS NONMANDATORY APPENDICES TO SECTION QR
5	NONMANDATORY APPENDICES TO SECTION QDR
6	NONMANDATORY APPENDICES TO SECTION QP Appendix QP-E Tables NONMANDATORY APPENDIX TO SECTION QV
7	FOREWORD
9	STANDARDS COMMITTEE ROSTER
11	ORGANIZATION OF QME-1 1 GENERAL 2 SECTIONS 3 ARTICLES 4 SUBARTICLES 5 SUBSUBARTICLES 6 PARAGRAPHS 7 SUBPARAGRAPHS 8 SUBSUBPARAGRAPHS 9 REFERENCES
13	SUMMARY OF CHANGES
14	Section QR: General Requirements QR-1000 SCOPE QR-2000 PURPOSE QR-3000 REFERENCES
15	QR-4000 DEFINITIONS
16	QR-5000 QUALIFICATION PRINCIPLES AND PHILOSOPHY QR-5100 Fundamental Qualification Requirement QR-5200 Approaches to Qualification QR-5300 General Requirements for a Qualification Program
17	QR-5310 Aging QR-5320 Determination of Qualified Life QR-5330 Margin
18	QR-6000 QUALIFICATION SPECIFICATION QR-7000 QUALIFICATION PROGRAM QR-7100 General Requirements QR-7200 Review for Potential Malfunctions QR-7300 Selection of Qualification Methods QR-7310 Qualification by Test
19	QR-7311 Aging QR-7312 Dynamic Loading QR-7313 Determination of Qualification QR-7320 Qualification by Analysis QR-7321 Aging QR-7322 Dynamic Loading QR-7323 Determination of Qualification QR-7330 Qualification by Experience
20	QR-7340 Combined Methods QR-8000 DOCUMENTATION QR-8100 General QR-8200 Documentation Files
21	QR-A DYNAMIC QUALIFICATION OF MECHANICAL EQUIPMENT QR-A1000 SCOPE QR-A2000 PURPOSE QR-A3000 REFERENCES Appendix QR-A Figures Appendix QR-A Tables
22	QR-A4000 DEFINITIONS
24	QR-A5000 GENERAL DISCUSSION OF EARTHQUAKE ENVIRONMENT AND EQUIPMENT RESPONSE QR-A5100 Earthquake Environment QR-A5200 Equipment on Foundations QR-A5300 Equipment on Structures QR-A5400 Equipment on Systems (in Line)
25	QR-A5500 Nonlinear Equipment Response QR-A5600 Simulating the Earthquake QR-A5610 Required Input Motion QR-A5620 Response Spectrum QR-A5630 Time History QR-A5640 Power Spectral Density Function QR-A5650 Acceleration or Equivalent Static Load Design Values
26	QR-A6000 GENERAL SEISMIC QUALIFICATION REQUIREMENTS QR-A6100 Design Basis Earthquake QR-A6200 Damping QR-A6210 Introduction QR-A6220 Measurement of Damping
27	QR-A6221 Damping by Measuring the Decay Rate QR-A6222 Damping by Measuring the Half-Power Bandwidth QR-A6223 Damping by Curve Fitting Methods QR-A6230 The Application of Damping QR-A6210-1 Damping Values: Percent of Critical Damping
28	QR-A6300 Response Spectrum QR-A6400 Required Input Motion QR-A6500 Acceleration or Equivalent Static Load Design Values QR-A6600 Differential Support Motion
29	QR-A6610 Evaluation for Differential Support Motions QR-A6300-1 Horizontal Design Response Spectra Scaled to 1 g Horizontal Ground Acceleration
30	QR-A6700 Loads to Be Considered in Qualification QR-A6800 Fatigue and Aging Considerations QR-A6810 Fatigue QR-A6300-2 Vertical Design Response Spectra Scaled to 1 g Horizontal Ground Acceleration
31	QR-A6400-1 Seismic Qualification Required Input Motion (RIM)
32	QR-A6820 Aging QR-A7000 QUALIFICATION METHODS QR-A7100 Qualification by Indirect Method QR-A7110 Introduction QR-A7120 Experience Data QR-A7121 Previous Qualifications QR-A7122 Natural Earthquakes
33	QR-A7123 Other Experience QR-A7130 Similarity QR-A7131 Excitation QR-A7132 Physical Systems
34	QR-A7133 Dynamic Response QR-A7134 Operability QR-A7200 Qualification by Analysis QR-A7210 Introduction
35	QR-A7220 Dynamic Analysis QR-A7221 Introduction QR-A7222 Response Spectrum QR-A7223 Time Histories QR-A7230 Static Coefficient Analysis QR-A7240 Acceptance Criteria QR-A7300 Qualification by Testing QR-A7310 Introduction
36	QR-A7320 Types of Tests QR-A7321 Exploratory Tests QR-A7322 Proof Tests QR-A7323 Fragility Tests QR-A7330 General Approach to Testing QR-A7331 Preliminary Tests QR-A7332 Development of Simulated Seismic Motion
37	QR-A7333 Conduct of Test and Operability QR-A7340 Acceptance Criteria. QR-A7400 Combined Qualification Methods QR-A8000 DOCUMENTATION QR-A8100 General
38	QR-A8200 Input Specification Requirements QR-A8300 Seismic Qualification Report QR-A8310 Analytical Data QR-A8320 Test Data
39	QR-A8330 Past Experience Data QR-A8331 Strong-Motion Earthquake Data QR-A8332 Generic Response Spectra Enveloping Data QR-A8340 Combined Methods of Qualification
40	ATTACHMENT A GUIDELINES FOR QUALIFICATION BY SIMILARITY (Indirect Method) A1 GENERAL A2 FUNCTIONAL CHARACTERISTICS A2.1 Specified Function A2.2 Failure/Malfunction Modes A2.3 Design Parameters A2.4 Acceptance Criteria A3 EXCITATION CHARACTERISTICS A4 PHYSICAL CHARACTERISTICS A4.1 Essentially Identical Equipment A4.2 Similar Modal Properties
41	A4.3 Acceptance Criteria A1 List of Input Parameters
42	A2 Comparative List of Physical Parameters
43	A4.4 Similar Critical Transfer Function A5 CONCURRENCE OF EXCITATION AND PHYSICAL SIMILARITY
44	ATTACHMENT B EXAMPLES OF QUALIFICATION OF PUMPS AND VALVES BY ANALYSIS1, 2 B1 EXAMPLE 1: VERTICAL PUMP/MOTOR ASSEMBLY B1.1 Introduction B1.2 Model Description B1.3 Method of Analysis
45	B1 Pump Assembly
46	B2 Finite Element Formulation of Pump Assembly
47	B1.4 Load Combinations B1.5 Stress Analysis, Leak-tight and Structural Integrity B1 Calculated Frequencies for Pump/Motor Assembly: Print of Frequencies
48	B1.6 Deformations, Bearing Loads, and Operability B1.7 Summary and Concluding Remarks B2 EXAMPLE 2: FOUR-INCH BUTTERFLY VALVE B2.1 Purpose B2.2 Model Description B2.3 Method of Analysis B2.4 Stress Analysis, Leak-tight and Structural Integrity
49	B2 Evaluation of Behavior at Critical Locations
50	B3 Butterfly Valve Assembly
51	B2.5 Deformations and Operability B2.6 Summary and Concluding Remarks B4 Finite Element Formulation of Butterfly Valve Assembly
52	B3 Allowable Stresses at 200°F for 4 in. Valve B4 Beam Stresses, psi, for ASME Service Level B B5 Beam Stresses, psi, for ASME Service Level C B6 Plate Stresses, psi, for ASME Service Level B B7 Plate Stresses, psi, for ASME Service Level C
53	B8 Other Locations B9 4 in. Valve Nodal Displacements, in., for ASME Service Level C
54	ATTACHMENT C QUALIFICATION OF PUMPS AND VALVES USING NATURAL EARTHQUAKE EXPERIENCE DATA C1 INTRODUCTION C2 APPLICATION
55	C3 CAVEATS AND EXCEPTIONS C3.1 Pumps C3.1.1 Horizontal Pumps C3.1.2 Vertical Pumps C1 Seismic Motion Bounding Spectrum Horizontal Ground Motion
56	C3.2 Valves
57	C2 Limits of Experience Data for Motor-Operated Valves and Substantial Piston-Operated Valves
58	C3 Limits of Experience Data for Air-Operated Diaphragm Valves, Spring-Operated Pressure Relief Valves, and Piston-Operated Valves of Lightweight Construction
59	QR-B GUIDE FOR QUALIFICATION OF NONMETALLIC PARTS QR-B1000 SCOPE QR-B2000 PURPOSE QR-B3000 REFERENCES QR-B4000 DEFINITIONS QR-B5000 REQUIREMENTS QR-B5100 General
60	QR-B5200 Identification and Specification of Qualification Requirements QR-B5210 External Conditions QR-B5220 Internal Conditions QR-B5300 Selection of Qualification Methods
61	QR-B5400 Preservation of Qualification QR-B5500 Documentation QR-B6000 METHODS OF QUALIFICATION QR-B6100 General
62	QR-B6200 Arrhenius Model QR-B6300 Testing
63	QR-B6310 Thermal Aging QR-B6320 Radiation Aging QR-B6330 Mechanical Wear Aging QR-B6400 Use of Experience
64	QR-B6500 Qualification by Analysis QR-B7000 DOCUMENTATION QR-B7100 Documentation for Qualification by Operating Experience QR-B7200 Documentation for Qualification by Analysis QR-B7300 Documentation for Qualification by Combined Methods QR-B7400 Documentation of Modifications or Changes That Can Affect Qualification of Nonmetallics
65	Section QDR: Qualification of Dynamic Restraints QDR-1000 SCOPE QDR-1100 Boundaries of Jurisdiction QDR-2000 PURPOSE QDR-3000 DEFINITIONS QDR-4000 QUALIFICATION PRINCIPLES AND PHILOSOPHY
66	QDR-4100 Hydraulic Snubbers QDR-4110 Functional Parameters
67	QDR-4200 Mechanical Snubbers QDR-4210 Functional Parameters QDR-4300 Gap Restraints QDR-4310 Functional Parameters
68	QDR-5000 FUNCTIONAL SPECIFICATION QDR-6000 QUALIFICATION PROGRAM QDR-6100 General Requirements QDR-6200 Parent Restraint Qualification QDR-6210 Approach to Qualification QDR-6220 Testing
69	QDR-6221 Installation and Orientation QDR-6222 Test and Monitoring Equipment QDR-6223 Test Sequence QDR-6223.1 Functional Parameter Testing for Hydraulic Snubbers
70	QDR-6223.2 Functional Parameter Testing for Mechanical Snubbers QDR-6223.3 Functional Parameter Testing for GAP Restraints
71	QDR-6224 Aging and Service Condition Simulation QDR-6224.1 Aging QDR-6224.2 Service Condition QDR-6225 Special Tests QDR-6226 Material Data Requirements QDR-6227 Limits or Failure Definition QDR-6228 Ultimate Load Capacity QDR-6229 Posttest Inspection and Analysis QDR-6300 Candidate Qualification QDR-6310 General Requirements.
72	QDR-6320 Design Similarity QDR-6321 Allowance for Differences QDR-6322 Similarity Requirements QDR-6330 Analysis Procedure QDR-6331 Selection and Documentation QDR-6332 Procedure Requirements QDR-6340 Analysis Procedure Verification QDR-6341 Verification Methods
73	QDR-6400 Extension of Qualification QDR-6410 Applicability of Qualification Extension QDR-6420 Qualification Extension Requirements QDR-7000 DOCUMENTATION REQUIREMENTS QDR-7100 Scope QDR-7200 Qualification Plan QDR-7300 Reports QDR-7310 Functional Qualification Report
74	QDR-7320 Application Report
75	QDR-A FUNCTIONAL SPECIFICATION FOR DYNAMIC RESTRAINTS QDR-A1000 SCOPE QDR-A2000 PURPOSE QDR-A3000 REFERENCES QDR-A4000 DEFINITIONS QDR-A5000 FUNCTIONAL SPECIFICATION CONTENTS QDR-A5100 Application Characteristics QDR-A5200 Design Requirements QDR-A5300 Operational Requirements QDR-A5310 Operating Conditions
76	QDR-A5320 Environmental Conditions QDR-A5400 Functional Parameters QDR-A5500 Special Material Requirements QDR-A5600 Installation Requirements
77	QDR-A5700 Maintenance and Inspection Requirements QDR-A5800 Special Performance Requirements QDR-A6000 FILING REQUIREMENTS
78	QDR-B RESTRAINT SIMILARITY QDR-B1000 SCOPE QDR-B2000 EXAMPLES OF DESIGN SIMILARITY QDR-B2100 Similarity of Design Configuration QDR-B2200 Similarity of Materials QDR-B2300 Similarity of Dimensions/Tolerances QDR-B2400 Similarity of Surface Finish QDR-B2500 Similarity of Fabrication/Assembly Method QDR-B2600 Similarity of Coatings/Plating QDR-B2700 Similarity of Production Testing
79	QDR-C TYPICAL VALUES OF RESTRAINT FUNCTIONAL PARAMETERS QDR-C1000 SCOPE QDR-C2000 FUNCTIONAL PARAMETERS QDR-C2100 Hydraulic Snubbers QDR-C2200 Mechanical Snubbers QDR-C2300 Gap Restraints QDR-C3000 AGINGANDSERVICECONDITION SIMULATION QUALIFICATION PROGRAM
80	Section QP: Qualification of Active Pump Assemblies INTRODUCTION QP-1000 SCOPE QP-2000 PURPOSE QP-3000 REFERENCES
81	QP-4000 DEFINITIONS QP-5000 QUALIFICATION PRINCIPLES AND PHILOSOPHY QP-6000 QUALIFICATION SPECIFICATION QP-6100 Equipment Specified Function QP-6200 Equipment Description and Boundary
82	QP-6210 Pump Assembly/Pump QP-6220 Shaft-Seal System QP-6230 Turbine Driver QP-6240 Power Transmission Device QP-6250 Auxiliary Equipment QP-6300 Description of Interface Attachments and Loads QP-6400 Service Conditions QP-6500 Margins QP-6600 Aging QP-6700 Acceptance Criteria QP-6710 Pump Assembly/Pump QP-6720 Shaft-Seal System QP-6730 Turbine Driver
83	QP-6740 Power Transmission Device QP-6750 Auxiliary Equipment QP-7000 QUALIFICATION PROGRAM QP-7100 General Requirements QP-7200 Review for Potential Malfunctions QP-7300 Selection of Qualification Methods QP-7310 Pump QP-7320 Shaft-Seal System
84	QP-7330 Turbine Driver QP-7340 Power Transmission Device
85	QP-7350 Auxiliary Equipment QP-7400 Aging QP-7500 Dynamic Loading QP-8000 DOCUMENTATION QP-8100 Pump Assembly/Pump QP-8200 Shaft-Seal System QP-8300 Turbine Driver QP-8400 Power Transmission Device QP-8500 Auxiliary Equipment
86	QP-A PUMP SPECIFICATION CHECKLIST I APPLICABLE DOCUMENTS, CODES, AND STANDARDS II DESIGN AND CONSTRUCTION REQUIREMENTS III STRUCTURAL, SEISMIC, AND ENVIRONMENTAL QUALIFICATION REQUIREMENTS IV MATERIAL AND MANUFACTURING REQUIREMENTS V TESTING REQUIREMENTS
87	VI DOCUMENTATION, INSTRUCTIONS, AND LIMITATIONS
88	QP-B PUMP SHAFT-SEAL SYSTEM SPECIFICATION CHECKLIST I APPLICABLE DOCUMENTS, CODES, AND STANDARDS II DESIGN AND CONSTRUCTION REQUIREMENTS III STRUCTURAL, SEISMIC, AND ENVIRONMENTAL QUALIFICATION REQUIREMENTS IV MATERIALS AND MANUFACTURING REQUIREMENTS V TESTING REQUIREMENTS VI DOCUMENTATION, INSTRUCTIONS, AND LIMITATIONS
89	QP-C PUMP TURBINE DRIVER SPECIFICATION CHECKLIST I APPLICABLE DOCUMENTS, CODES, AND STANDARDS II DESIGN AND CONSTRUCTION REQUIREMENTS III STRUCTURAL, SEISMIC, AND ENVIRONMENTAL QUALIFICATION REQUIREMENTS IV MATERIAL AND MANUFACTURING REQUIREMENTS V TESTING REQUIREMENTS VI DOCUMENTATION, INSTRUCTIONS, AND LIMITATIONS
90	QP-D PUMP SIMILARITY CHECKLIST I PUMP DESIGN II PROCESS DESIGN
91	QP-E GUIDELINES FOR SHAFT-SEAL SYSTEM MATERIAL AND DESIGN CONSIDERATION QP-E1000 SCOPE QP-E2000 PURPOSE QP-E3000 DEFINITIONS QP-E4000 MATERIAL CONSIDERATIONS QP-E4100 Pressure-Retaining Material QP-E4200 Nonpressure-Retaining Material QP-E5000 DESIGN CONSIDERATIONS QP-E5100 General QP-E5200 Design Input
92	QP-E1 Shaft-Seal System Specification
93	QP-E5300 Mechanical Face Seals QP-E5400 Packings QP-E5500 Shaft Sleeves QP-E2 Limits for Unbalanced Seals
94	Section QV: Functional Qualification Requirements for Active Valve Assemblies for Nuclear Power Plants INTRODUCTION
95	QV-1000 SCOPE QV-1100 General Information QV-1200 Active Power-Operated Valve Requirements QV-1300 Active Self-Operated Check Valve Requirements
96	QV-1400 Active Pressure Relief Valve Requirements QV-2000 PURPOSE QV-3000 REFERENCES QV-4000 DEFINITIONS QV-4000.1 Active Power Operated Valves QV-4000.2 Active Self-Operated Check Valves
97	QV-4000.3 Active Pressure Relief Valves QV-5000 QUALIFICATION REQUIREMENTS QV-5000.1 Active Power-Operated Valves QV-5000.2 Active Self-Operated Check Valves QV-5000.3 Active Pressure Relief Valves QV-6000 FUNCTIONAL QUALIFICATION SPECIFICATION QV-7000 QUALIFICATION PROGRAM
98	QVP-7000 PARENT VALVE QUALIFICATION QVP-7100 Approach to Qualification QVP-7200 Methods of Qualification QVP-7300 Testing QVP-7310 Installation and Orientation QVP-7320 Test Sequence QVP-7320.1 Active Power-Operated Valves
99	QVP-7320.2 Active Self-Operated Check Valves QVP-7320.3 Active Pressure Relief Valves QVP-7330 Inspection QVP-7330.1 Active Power-Operated Valves QVP-7330.2 Active Self-Operated Check Valves QVP-7330.3 Active Pressure Relief Valves QVP-7331 Pretest Inspection QVP-7331.1 Active Power-Operated Valves
101	QVP-7331.2 Active Self-Operated Check Valves QVP-7331.3 Active Pressure Relief Valves QVP-7332 Intermediate Inspections QVP-7332.1 Active Power-Operated Valves QVP-7332.2 Active Self-Operated Check Valves QVP-7332.3 Active Pressure Relief Valves
102	QVP-7333 Posttest Inspection QVP-7333.1 Active Power-Operated Valves QVP-7333.2 Active Self-Operated Check Valves QVP-7333.3 Active Pressure Relief Valves QVP-7340 Fundamental Frequency Determination QVP-7340.1 Active Power-Operated Valves QVP-7340.2 Active Self-Operated Check Valves QVP-7340.3 Active Pressure Relief Valves QVP-7341 Test Methods QVP-7341.1 Active Power-Operated Valves
104	QVP-7341.2 Active Self-Operated Check Valves QVP-7341.3 Active Pressure Relief Valves QVP-7350 Environmental and Aging Simulation QVP-7360 Cycle Testing QVP-7360.1 Active Power-Operated Valves QVP-7360.2 Active Self-Operated Check Valves QVP-7360.3 Active Pressure Relief Valves QVP-7361 Cold Cycle Functional Test QVP-7361.1 Active Power-Operated Valves
105	QVP-7361.2 Active Self-Operated Check Valves QVP-7361.3 Active Pressure Relief Valves QVP-7362 Hot Cycle Functional Test QVP-7362.1 Active Power-Operated Valves QVP-7362.2 Active Self-Operated Check Valves QVP-7362.3 Active Pressure Relief Valves QVP-7363 Performance and Leakage Test (Self-Actuated) QVP-7363.1 Active Power-Operated Valves QVP-7363.2 Active Self-Operated Check Valves
106	QVP-7363.3 Active Pressure Relief Valves QVP-7364 Performance and Leakage Test (Externally Actuated) QVP-7364.1 Active Power-Operated Valves QVP-7364.2 Active Self-Operated Check Valves QVP-7364.3 Active Pressure Relief Valves QVP-7370 End-Loading Test QVP-7370.1 Active Power-Operated Valves
107	QVP-7370.2 Active Self-Operated Check Valves
108	QVP-7370.3 Active Pressure Relief Valves QVP-7380 Seismic Test QVP-7380.1 Active Power-Operated Valves QVP-7380.2 Active Self-Operated Check Valves QVP-7380.3 Active Pressure Relief Valves QVP-7381 Rigid Valve Assemblies QVP-7381.1 Active Power-Operated Valves
109	QVP-7381.2 Active Self-Operated Check Valves
110	QVP-7381.3 Active Pressure Relief Valves QVP-7382 Flexible Valve Assemblies. QVP-7383 Combined Seismic and Discharge-Pipe Loading Test QVP-7383.1 Active Power-Operated Valves QVP-7383.2 Active Self-Operated Check Valves QVP-7383.3 Active Pressure Relief Valves QVP-7390 Flow Interruption and Functional Capability Demonstration QVP-7390.1 Active Power-Operated Valves QVP-7390.2 Active Self-Operated Check Valves QVP-7390.3 Active Pressure Relief Valves QVP-7391 Test Method QVP-7391.1 Active Power-Operated Valves
111	QVP-7391.2 Active Self-Operated Check Valves
112	QVP-7391.3 Active Pressure Relief Valves QVP-7392 Analysis Method QVP-7392.1 Active Power-Operated Valves QVP-7392.2 Active Self-Operated Check Valves QVP-7392.3 Active Pressure Relief Valves QVP-7393 External Environment Effects Test (Self-Actuated Only) QVP-7393.1 Active Power-Operated Valves QVP-7393.2 Active Self-Operated Check Valves QVP-7393.3 Active Pressure Relief Valves QVP-7394 Thermal Effects Test QVP-7394.1 Active Power-Operated Valves QVP-7394.2 Active Self-Operated Check Valves QVP-7394.3 Active Pressure Relief Valves
113	QVP-7400 Use of Analysis in Parent Valve Qualification QVP-7400.1 Active Power-Operated Valves QVP-7400.2 Active Self-Operated Check Valves QVP-7400.3 Active Pressure Relief Valves QVC-7000 EXTENSION OF QUALIFICATION FROM PARENT TO CANDIDATE QVC-7100 General Rules
114	QVC-7200 Design Similarity QVC-7210 Allowance for Differences QVC-7220 Similarity Requirements QVC-7220.1 Active Power-Operated Valves QVC-7220.2 Active Self-Operated Check Valves QVC-7220.3 Active Pressure Relief Valves
115	QVC-7300 Analysis Procedure QVC-7310 Selection and Documentation QVC-7320 Procedure Requirements
116	QVC-7400 Analysis Procedure Verification QVC-7410 Verification Methods QVC-7420 Procedure Verification Requirements QVC-7420.1 Active Power-Operated Valves
117	QVC-7420.2 Active Self-Operated Check Valves QVC-7420.3 Active Pressure Relief Valves QVC-7500 Generalized Extension of Qualification QVC-7510 Applicability of Qualification Extension QVC-7520 Qualification Extension Requirements QVC-7530 Qualification Extension With Supplemental Testing QVC-7530.1 Active Power-Operated Valves
118	QVC-7530.2 Active Self-Operated Check Valves QVC-7530.3 Active Pressure Relief Valves QVC-7600 Simplified Extension of Qualification QVC-7610 Simplified Extension Principle QVC-7620 Simplified Extension Requirements
119	QV-8000 DOCUMENTATION REQUIREMENTS QV-8100 Scope QV-8200 Qualification Plan QV-8300 Reports QV-8310 Functional Qualification Report QV-8320 Application Report
121	QV-A FUNCTIONAL SPECIFICATION FOR ACTIVE VALVES FOR NUCLEAR POWER PLANTS QV-A1000 SCOPE QV-A2000 PURPOSE QV-A3000 REFERENCES QV-A4000 DEFINITIONS QV-A5000 FUNCTIONAL SPECIFICATION CONTENTS QV-A5100 Valve Characteristics
122	QV-A6000 FUNCTIONAL SPECIFICATION DETAILS QV-A6100 Structural Requirements QV-A6200 Operational Requirements QV-A6210 Operating Conditions QV-A6220 Electrical Power for Valve Actuators and Control Elements QV-A6221 Pneumatic Power for Valve Actuators and Control Elements QV-A6222 Hydraulic Power for Valve Actuators and Signal Elements
123	QV-A6230 Environmental Conditions. QV-A6300 Leakage Limits QV-A6310 Seat Leakage QV-A6320 Other Leakage QV-A6400 Pressure Relief Valve Characteristics QV-A6500 Special Material Requirements QV-A6600 Installation Requirements QV-A6700 Maintenance Requirements QV-A6800 Qualification Requirements QV-A6900 In-Service Testing QV-A7000 FILING REQUIREMENTS
124	Section QV-G: Guide to Section QV: Determination of Valve Assembly Performance Characteristics QV-G1000 SCOPE QV-G2000 INTRODUCTION QV-G3000 REFERENCES
125	QV-G4000 DEFINITIONS QV-G5000 VALVE ASSEMBLY PERFORMANCE CHARACTERISTIC REQUIREMENTS QV-G6000 GENERAL CONSIDERATIONS QV-G6100 Dimensional Variations Within a Qualified Valve Design QV-G6200 Valve Thrust/Torque Requirements and Actuator Capability
126	QV-G6300 Friction QV-G6400 Margins QV-G6500 Valve Assembly Internal Component Analyses
127	QV-G6600 Binding QV-G6700 Data Acquisition
128	QV-G7000 POWER-ACTUATED VALVE ASSEMBLY CONSIDERATIONS QV-G7100 Motor-Operated Valves (MOVs) QV-G7200 Air-Operated Valves (AOVs)
129	QV-G8000 VALVE CONSIDERATIONS QV-G8100 Gate Valves QV-G8110 General Considerations
130	QV-G8120 Parallel-Disc Gate Valves QV-G8130 Flexible-Wedge and Solid-Wedge Gate Valves
131	QV-G8200 Rotary Valves QV-G8300 Globe Valves
134	QME CODE CASES

Additional information

Standard Title	ANSI/ASME QME-1-2002: Qualification Of Active Mechanical Equipment For Nuclear Power Plants
Published Code	ASME
Publication Date	2002
Pages Count	142

Preview PDF


PDF Format	Searchable	Printable	Preview Now

ASME QME 1 2002

PDF Catalog

Related products