ANSI MASTER INDEX-2015 Master Index for Complete Set ANSI HI Pump Standards (Version 3.2).pdf

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1、 This page intentionally blank.HI Master Index for Complete Set: Version 3.2 Hydraulic Institute Standards, Copyright 1997-2015, All Rights Reserved 1 ANSI/HI Pump Standards: Version 3.2 Master Index for Complete Set This index is not part of any standard, but is presented to help the user in consid

2、ering factors beyond the standards. Note: Bold numbers indicate the standard number, nonbold numbers indicate the page number; an f. indicates a figure, a t. indicates a table. Abbreviations and definitions, 50.7: 28 Abrasioncorrosion, defined, 12.1-12.6: 43 Abrasive fluids and residual mechanical u

3、nbalance of rotating parts, 9.6.4: 17 Abrasive wear, defined, 12.1-12.6: 43 Absolute pressure, defined, 3.1-3.5: 20, 3.6: 3 Accelerating Deployment of ISO 15926 project, 50.7: 3 Acceleration head, 6.1-6.5: 3134, 8.1-8.5: 14 air-operated pumps, 10.1-10.5: 9 Acceleration pressure, , 6.1-6.5: 3134, 8.1

4、-8.5: 14 Air-operated pumps, 10.1-10.5: 9-10 Accelerometers, 9.6.5: 12, 9.6.9: 12 Acceptance level Level A, 3.6: 1, 8, 16 Level B, 3.6: 8, 16, 17 f. Accuracy and performance, defined, 7.1-7.5: 11 Accuracy, 9.6.5: 36, 9.6.9: 27 Alarm limits defined, 9.6.9: 5 leakage guidelines, 9.6.9: 11 power guidel

5、ines, 9.6.9: 6 rate-of-flow guidelines, 9.6.9: 13 speed (rpm) guidelines, 9.6.9: 14 temperature guidelines, 9.6.9: 9 vibration guidelines, 9.6.9: 13 Acidity, of water, 2.3: 79 Acoustic resonance, 9.6.6: 33 bulk/elastic modulus for typical materials, 9.6.6: 34 bulk/elastic modulus of typical liquid,

6、9.6.6: 34 for rigid pipe and ambient water, 9.6.6: 34 half-wave resonance frequency, 9.6.6: 33 in pipe, 9.6.6: 34 reflection points, 9.6.6: 34 Acoustic sensors, in bearing wear monitoring, 9.6.5: 21 Acronyms, 9.6.6: 11 Active storage, defined, 9.8: 48 Actuating mechanism. See Valve gear Adapters, 2.

7、3: 64 Added mass, defined, 9.6.8: 58 Adhesive wear resistance of wrought materials, 9.1-9.5: 11 t. AEX XML Schema, 50.7: 1, 2, 29 and construction materials and properties, 50.7: 24 and W3C schema namespace declaration, 50.7: 26 and XPaths, 50.7: 28 and XSD file names and associated namespaces, 50.7

8、: 27 collection-container type, 50.7: 25, 27f., 29 content, 50.7: 23 core data type, 50.7: 24, 27 f., 29 core object type, 50.7: 24, 27 f., 29 document namespaces, 50.7: 26 equipment data foundation files, 50.7: 23 file folder structure, 50.7: 26 for equipment items, 50.7: 23, 24 f. getting started

9、with, 50.7: 23 namespaces, 50.7: 26, 30 prerequisites and tools, 50.7: 23 structural design, 50.7: 24, 25 f. subject type, 50.7: 25, 27 f., 29 testing conformance to, 50.7: 21 use of namespaces, 50.7: 26, 27f., 30 versions and revisions system, 50.7: 25 where to find, 50.7: 23 Affinity rules, 1.3: 6

10、9 Air chamber, 10.1-10.5: 2 Air consumption defined, 10.1-10.5: 10, 10.6: 6 measurement of, 10.6: 14 Air core vortex, defined, 9.8: 48 Air distribution system, 10.1-10.5: 2 Air entrainment, 4.1-4.6: 15, 22 Air gap, defined, 4.1-4.6: 8, 5.1-5.6: 14 Air release valves, 9.6.6: 32 Airborne sound instrum

11、entation acoustical calibration, 9.1-9.5: 28 octave-band analyzer, 9.1-9.5: 28 recorders, 9.1-9.5: 28 sound-level meter and microphone system, 9.1-9.5: 28 Airborne sound level test report, 9.1-9.5: 41 f. Airborne sound readings averaging, 9.1-9.5: 40 corrections for background noise, 9.1-9.5: 39 t.

12、corrections, 9.1-9.5: 39 Air-operated bellows pumps, 10.1-10.5: 1, 2 f. bellows selection and materials, 10.1-10.5: 13 features, 10.1-10.5: 12 handling of harsh chemicals, 10.1-10.5: 12 handling of hot liquids, 10.1-10.5: 12 malfunction causes and remedies, 10.1-10.5: 20, 22 t. typical services, 10.

13、1-10.5: 11 Air-operated diaphragm pumps, 10.1-10.5: 1 f., 1 HI Master Index for Complete Set: Version 3.2 2 Hydraulic Institute Standards, Copyright 1997-2015, All Rights Reserved and rate of flow, 10.1-10.5: 13 diaphragm selection and materials, 10.1-10.5: 13 features, 10.1-10.5: 12 handling of haz

14、ardous liquids, 10.1-10.5: 11 liquids and slurries handled, 10.1-10.5: 11 malfunction causes and remedies, 10.1-10.5: 20, 21 t. pump controls, 10.1-10.5: 13 pumping of dry powders, 10.1-10.5: 12 typical applications, 10.1-10.5: 11 Air-operated pump tests, 10.6: 1 types of, 10.6: 1 Air-operated pumps

15、, 10.1-10.5: 1 duplex, 10.1-10.5: 2 nomenclature, 10.1-10.5: 2 simplex, 10.1-10.5: 2 types, 10.1-10.5: 1, 1 f. Alarm limit, 9.6.5: 3 Alkalinity, of water, 2.3: 79 Allowable bearing housing vibration at speeds above 600 rpm, 9.6.4: 7, 8 f., 9 f. at speeds of 600 rpm and below, 9.6.4: 10 t. pump types

16、 BB1, BB2, BB3, BB4, BB5, OH1, OH2, OH3, OH4, OH5, OH7, 9.6.4: 8 f. pump types VS1, VS2, VS3, VS4, VS5, VS6, VS7, VS8, 9.6.4: 8 f. slurry pump types, 9.6.4: 9 f. solids-handling pump types, 9.6.4: 9 f. Allowable imbalance, 9.6.8: 32 Allowable operating range, defined, 12.1-12.6: 36 Allowable operati

17、ng region (AOR), 9.6.3: 1 and bearing life, 9.6.3: 3 and dip (in head vs. rate-of-flow curve), 9.6.3: 6, 7 f. and droop (in head vs. rate-of-flow curve), 9.6.3: 5, 6 f. and factory test, 9.6.3: 2 and hydraulic loads, 9.6.3: 3 and internal mechanical contact, 9.6.3: 3 and liquid velocity, 9.6.3: 4 an

18、d noise, 9.6.3: 4 and NPSH margin, 9.6.3: 5, 5 f. and power limit, 9.6.3: 4 and pump size, 9.6.3: 7 and service life, 9.6.3: 2 and shaft fatigue life, 9.6.3: 3 and shaft seal life, 9.6.3: 3 and suction recirculation, 9.6.3: 6, 8 f. and temperature rise, 9.6.3: 4 and thrust reversal, 9.6.3: 4 and vib

19、ration, 9.6.3: 4 defined, 9.6.3: 1 factors affecting, 9.6.3: 2 Allowable operating region defined, 1.1-1.2: 71, 2.1-2.2: 34 Alnico magnet, defined, 5.1-5.6: 17 Alnico, defined, 4.1-4.6: 9 Aluminum, 9.1-9.5: 21 alloy 319, 9.1-9.5: 21 alloy 355, 9.1-9.5: 21 alloy 356, 9.1-9.5: 21 alloy 7075 (AI-Zn-Mg-

20、Cu-Cr), 9.1-9.5: 22 alloy ASTM B211, alloy 2011, 9.1-9.5: 22 alloy ASTM B211, alloy 6061, 9.1-9.5: 22 alloy B750, 9.1-9.5: 22 alloy C-355-T6, 9.1-9.5: 21 alloy TP-220-T4, 9.1-9.5: 21 aluminum copper (AI/Cu) SAE AA2017, 9.1-9.5: 22 compatibility with other materials, 9.1-9.5: 21 tenzalloy, 9.1-9.5: 2

21、2 American Bearing Manufacturers Association (ABMA), 5.1-5.6: 45 American National Standards Institute (ANSI), 5.1-5.6: 46 American Petroleum Institute, 5.1-5.6: 45 American Society for Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE), 50.7: 3 American Society for Testing and Material

22、s (ASTM), 5.1-5.6: 46 American Society of Mechanical Engineers (ASME), 5.1-5.6: 46 Amplification chart, 9.6.8: 85f. Amplification factor, defined, 9.6.8: 58 Analyses beyond scope of document, 9.6.8: 7 Analysis complexity levels, 9.6.8: 28t. Analysis level 3 elements, 9.6.8: 36 limitations, 9.6.8: 36

23、 Analysis level definitions, 9.6.8: 33 level 1, 9.6.8: 33 level 2, 9.6.8: 34 level 3, 9.6.8: 36 Analysis levels introduction, 9.6.8: 27 See also Levels of analysis types, 9.6.8: 27 Analysis reporting format, 9.6.8: 92 Anchors, 9.6.6: 6, 7 final installation, 9.6.6: 7 true, 9.6.6: 23 Angular momentum

24、, 1.3: 1 Annular seal, defined, 9.6.8: 58 ANSI/ASME B73.1 pumps, 9.6.2: 1 adjustment factor basis for temperature and material, 9.6.2: 8 adjustment factors for temperature and material, 9.6.2: 9, 9t., 10t. adjustment of tabulated maximum forces and moments load values, 9.6.2: 4 assessment of applied

25、 nozzle loads, 9.6.2: 4 definitions and coordinates, 9.6.2: 2f., 2 equation set 1 (individual loading), and maximum forces and moments, 9.6.2: 4t., 5t. equation set 2 (nozzle stress, hold-down bolt stress, pumps slippage), and maximum forces and moments, 9.6.2: 4t., 6t. equation set 3 (y-axis moveme

26、nt), and maximum forces and moments, 9.6.2: 4t., 6t. HI Master Index for Complete Set: Version 3.2 Hydraulic Institute Standards, Copyright 1997-2015, All Rights Reserved 3 equation set 4 (z-axis movement), and maximum forces and moments, 9.6.2: 4t., 7t. equation sets for applied loads, 9.6.2: 4t. e

27、xample assessment of applied nozzle loads (1.51-8 CF8M Type 316 pump, Class 150 flanges, at 100 F), 9.6.2: 23 example assessment of applied nozzle loads (31.5- 13 Alloy 20 pump, Class 300 flanges, at 400 F), 9.6.2: 26 Groups 1, 2, and 3, defined, 9.6.2: 2 loads for combined forces and/or moments, 9.

28、6.2: 4, 6t., 7t. loads for individual force or moment, 9.6.2: 4, 5t. material specifications, 9.6.2: 9t. ANSI/ASME B73.1 Specification for Horizontal End Suction Centrifugal Pumps for Chemical Process, 50.7: 1, 3, 8 ANSI/ASME B73.2 pumps, 9.6.2: 1, 10 adjustment factor basis, 9.6.2: 13 assessment of

29、 applied nozzle loads, 9.6.2: 12, 12t. criteria for loading allowances, 9.6.2: 11 equation set 6 (criteria for applied loads), 9.6.2: 12t. example assessment of applied nozzle loads (4030/28 Alloy 20 pump, Class 300 flanges, at 400 F), 9.6.2: 32 example assessment of applied nozzle loads (Size 2015/

30、17 CF8M Type 316 pump, Class 150 flanges, at 100 F), 9.6.2: 31 flange stress, 9.6.2: 11 list of material specifications, 9.6.2: 13t. maximum axial force, 9.6.2: 11 maximum bending moments, 9.6.2: 11 maximum forces and moments to assess applied loads, 9.6.2: 12t. maximum shear force, 11 maximum torsi

31、onal moments, 9.6.2: 11 nomenclature, definitions, and coordinates, 9.6.2: 10, 11f. pressure, 9.6.2: 11 temperature and material adjustment factors, 9.6.2: 13, 14t. temperature, 9.6.2: 11 ANSI/ASME B73.2 Specification for Vertical In-Line Centrifugal Pumps for Chemical Process, 50.7: 1, 3, 8 ANSI/AS

32、ME B73.3 pumps, 9.6.2: 1 adjustment factor basis for temperature and material, 9.6.2: 8 adjustment factors for temperature and material, 9.6.2: 9, 9t., 10t. assessment of applied nozzle loads, 9.6.2: 7 definitions and coordinates, 9.6.2: 2f., 2 Groups 1, 2, and 3, defined, 9.6.2: 2 material specific

33、ations, 9.6.2: 9t. ANSI/ASME B73.5M pumps, 9.6.2: 1 ANSI/ASME B73.5M pumps, 9.6.2: 1 adjustment for mounting other than fully grouted metal baseplate with anchor bolts, 9.6.2: 7 assessment of applied loads, 9.6.2: 16, 17t. assessment of applied nozzle loads, 9.6.2: 7 assumed effect of nozzle loading

34、, 9.6.2: 16 Axial split case single- and two-stage pumps, 9.6.2: 1 casing hold-down bolts, 9.6.2: 16 criteria for loading allowances, 9.6.2: 15 definitions and coordinates, 9.6.2: 2f., 2 example assessment of applied nozzle loads (1.51-8, modulus of elasticity 1.0 106, at 110 F), 9.6.2: 28 Groups 1,

35、 2, and 3, defined, 9.6.2: 2 limiting factors, 9.6.2: 15 maximum allowable tensile stress, 9.6.2: 16 maximum forces and moments to assess applied loads based on hold-down bolts, 9.6.2: 17t. maximum forces and moments to assess applied loads based on nozzle stress, 9.6.2: 17t. nomenclature, definitio

36、ns, and coordinates, 9.6.2: 14, 15f. radial movement of pump shaft at coupling hub, 9.6.2: 15 scope (single-stage double suction and two-stage single suction), 9.6.2: 14 ANSI/HI 1.6 Centrifugal Pump Tests, 14.6: 1 ANSI/HI 11.6 Submersible Pump Tests,14.6: 1 ANSI/HI 2.6 Vertical Pump Tests, 14.6: 1 A

37、NSI/HI 4.1-4.6 Sealless, Magnetically Driven Rotary Pumps for Nomenclature, Definitions, Application, Operation, and Test, 14.6: 1 ANSI/HI 9.6.7 differences between 2010 and 2004 versions, 9.6.7: 1, 2 ANSI/IEEE standards, 5.1-5.6: 46 Anti-reverse rotation devices, 2.3: 27 Anti-rotation baffles defin

38、ed, 9.8: 48 and rectangular wet wells, 9.8: 32 and trench-type wet wells, 9.8: 26f., 27 API 610 Standard for Centrifugal Pumps for Petroleum, Petrochemical and Natural Gas Industries, 50.7: 1, 3, 8 additional data to support data sheet, 50.7: 14 and HI-EDE implementation, 50.7: 20 data sheet, 50.7:

39、8, 9 f. See also R/D/S/A compliance API Plan 02, 12.1-12.6: 81 API Plan 11, 12.1-12.6: 81 API Plan 32, 12.1-12.6: 81 API Plan 52, 12.1-12.6: 82 API Plan 53, 12.1-12.6: 82 API Plan 54, 12.1-12.6: 82 API Plan 62, 12.1-12.6: 82 API Standard 610 (impellers), 1.3: 35 Applications, 1.3: 113 booster servic

40、e, 1.3: 114 dry pit (nonclog) pumps, 1.3: 117, 118f. pump as turbine (PAT), 1.3: 114, 115f., 117 self-priming pumps, 1.3: 119, 120f., 121f., 123 transfer pumping, 1.3: 113 HI Master Index for Complete Set: Version 3.2 4 Hydraulic Institute Standards, Copyright 1997-2015, All Rights Reserved two-phas

41、e pumping (liquid and gas), 1.3: 122, 122f., 123f., 124f., 125f. type OH pumps as self-priming pumps, 1.3: 120 Apparent viscosity, 6.1-6.5: 34 Apparent viscosity, defined, 3.1-3.5: 38, 12.1-12.6: 39 Appeals, 40.7: 8 Application considerations, 4.1-4.6: 13 bearings, 4.1-4.6: 17 containment shell thic

42、kness and materials, 4.1-4.6: 17 coupling selection, 4.1-4.6: 13 entrained air or gas, 4.1-4.6: 15 high viscosity, 4.1-4.6: 14 liquid classification, 4.1-4.6: 16 liquid properties, 4.1-4.6: 14 liquid vapor pressure, 4.1-4.6: 15 low viscosity, 4.1-4.6: 15 lubricating liquid, 4.1-4.6: 16 magnets, 4.1-

43、4.6: 13, 17 materials, 4.1-4.6: 17 mechanical safety, 4.1-4.6: 18 monitoring devices, 4.1-4.6: 18 nonlubricating liquid, 4.1-4.6: 16 off-design rating procedures, 4.1-4.6: 16 particles, 4.1-4.6: 15 pump, 4.1-4.6: 17 safety, 4.1-4.6: 17 shear sensitivity, 4.1-4.6: 16 specific gravity, 4.1-4.6: 15 spe

44、cific heat, 4.1-4.6: 15 stripping applications, 4.1-4.6: 16 temperature, 4.1-4.6: 14 variable viscosity, 4.1-4.6: 15 viscosity, 4.1-4.6: 14 Application data requirements, 7.1-7.5: 19, 8.1-8.5: 13 Application guidelines, 5.1-5.6: 2732 advantages of sealless pumps, 5.1-5.6: 28 canned motor or magnet c

45、omponent temperature, 5.1- 5.6: 32 circulation piping plan selection, 5.1-5.6: 28, 29 containment expectations, 5.1-5.6: 28 limitations of sealless pumps, 5.1-5.6: 28 pump selection, 5.1-5.6: 30 safety considerations, 5.1-5.6: 28 See also Design unit design selection, 5.1-5.6: 28 Applications, 12.1-

46、12.6: 44 handling of hazardous liquids, 10.1-10.5: 11 handling of hot liquids, 10.1-10.5: 12 liquids and slurries handled, 10.1-10.5: 11 pumping of dry powders, 10.1-10.5: 12 typical services, 10.1-10.5: 11 Approach channel, defined, 9.8: 48 Approach flow patterns at various intakes, and effects on

47、velocity, 9.8: 62f. for various combinations of pumps, 9.8: 63f. remedial measures for, 9.8: 60, 62f., 63f., 64f., 65f. with multiple pumps in open and partitioned sumps, 9.8: 64f. Approval process applicable standards, 40.7: 3 application approved, 40.7: 3 application for approval, 40.7: 3 applicat

48、ion rejected, 40.7: 3 approval decision, 40.7: 5 approval denied, 40.7: 5 approval granted upon remedy of nonconformities, 40.7: 5 audit flowchart, 40.7: 17 f. confidentiality, 40.7: 4 demonstrations of pump testing procedures, 40.7: 5 documents needed for audit, 40.7: 16 general, 40.7: 3 languages

49、used, 40.7: 4 on-site assessment, 40.7: 4 opening meeting, 40.7: 4 records review, 40.7: 5 renewal of approval, 40.7: 6 role of Auditor, 40.7: 4 staff interviews, 40.7: 5 ASME B73 (baseplates), 1.3: 101, 101f. ASME B73.1 (impellers), 1.3: 35 ASME/ANSI B73.1 Association for Manufacturing Technology (AMT), 5.1-5.6: 46 ASTM standards, 5.1-5.6: 46 Asynchronous, defined, 9.6.8: 58 ATEX Certification, 1.4: 8, 2.4: 8 Atmospheric head (hatm), 1.1-1.2: 70 Audit flowchart, 40.7: 17 f. Audit requir