ASME B30.30 2023

$75.42

ASME B30.30-2023 Ropes

Published By	Publication Date	Number of Pages
ASME	2023	53

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Category: ASME

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Description

Volume B30.30 includes provisions that apply to the construction, selection, installation, attachment, testing, inspection, maintenance, repair, use, and replacement of wire rope, hybrid rope and synthetic fiber rope, and rope lifting components used in conjunction with equipment addressed in the Volumes of the B30 Standard. Careful application of B30 safety standards will help users to comply with applicable regulations within their jurisdictions, while achieving the operational and safety benefits to be gained from the many industry best-practices detailed in these volumes. Intended for manufacturers, owners, employers, users and others concerned with the construction, selection, installation, attachment, testing, inspection, maintenance, repair, use, and replacement of wire rope, hybrid rope, and synthetic fiber rope and rope-lifting components.

PDF Catalog

PDF Pages	PDF Title
4	CONTENTS
6	FOREWORD
8	ASME B30 COMMITTEE ROSTER
10	CORRESPONDENCE WITH THE B30 COMMITTEE
11	B30 STANDARD INTRODUCTION
13	ASME B30.30-2023 SUMMARY OF CHANGES
16	Chapter 30-0 Scope, Definitions, Personnel Competence, Translations, and References SECTION 30-0.1: SCOPE OF ASME B30.30 SECTION 30-0.2: DEFINITIONS
17	Figures Figure 30-0.2-1 Birdcage Example Figure 30-0.2-2 Crown Breaks
18	Figure 30-0.2-3 D/d Ratio Figure 30-0.2-4 Dogleg Figure 30-0.2-5 Fleet Angle
20	SECTION 30-0.3: PERSONNEL COMPETENCE SECTION 30-0.4: TRANSLATION OF SAFETY-RELATED INFORMATION SECTION 30-0.5: REFERENCES
21	Figure 30-0.2-6 Synthetic Rope, Strand, and Yarn Figure 30-0.2-7 Valley Breaks
22	Figure 30-0.2-8 Wire Rope
23	Chapter 30-1 Steel Wire Rope SECTION 30-1.1: SCOPE SECTION 30-1.2: TRAINING SECTION 30-1.3: TYPES OF STEEL WIRE ROPE 30-1.3.1 Standard Wire Rope 30-1.3.2 Rotation-Resistant Wire Rope SECTION 30-1.4: ROPE SELECTION, MINIMUM BREAKING FORCE, DESIGN FACTORS, AND OTHER REQUIREMENTS 30-1.4.1 Selection 30-1.4.2 Selection Limitations
24	30-1.4.3 Minimum Breaking Force 30-1.4.4 Wire Rope Design Factors 30-1.4.5 Multiple Lead Lines 30-1.4.6 Standing Rope (Pendants, Stay Rope, Guys, Nonoperating Rope, Track Cables, and Boom and Jib Support Rope) 30-1.4.7 Minimum D/d Ratios — Sheave and Drum SECTION 30-1.5: INSTALLATION, TESTING, MAINTENANCE, REPLACEMENT, AND ROPE CERTIFICATION 30-1.5.1 Storage and Installation
25	Tables Table 30-1.4.4-1 Wire Rope Design Factors
27	30-1.5.2 Testing 30-1.5.3 Maintenance Table 30-1.4.7-1 Minimum D/d Ratios — Sheave and Drum
28	30-1.5.4 Replacement Rope 30-1.5.5 Wire Rope Certificate SECTION 30-1.6: ENVIRONMENTAL CONDITIONS 30-1.6.1 Temperature 30-1.6.2 Chemically Active Environments SECTION 30-1.7: ROPE-LIFTING COMPONENTS 30-1.7.1 Swivels 30-1.7.2 Sheaves
29	30-1.7.3 Drums 30-1.7.4 Rope End Terminations Figure 30-1.7.2-1 Arc of Contact
30	SECTION 30-1.8: ROPE INSPECTION AND REMOVAL CRITERIA, AND RECORDS 30-1.8.1 Inspection Figure 30-1.7.3-1 Recommended Rope Lays for a Smooth Drum or a Single-Layer Grooved Drum
31	30-1.8.2 Inspection and Removal Criteria
32	30-1.8.3 Rope Not in Regular Use 30-1.8.4 Records Table 30-1.8.2-1 Reduction in Diameter Indicating Rope Removal
33	Figure 30-1.8.2-1 Core Deterioration Figure 30-1.8.2-2 Distortion of Rope Structure — Kink Figure 30-1.8.2-3 Distortion of Rope Structure — Dogleg
34	Figure 30-1.8.2-4 Distortion of Rope Structure — Birdcaging Example Figure 30-1.8.2-5 Distortion of Rope Structure — Crushing
35	Figure 30-1.8.2-6 Corrosion
36	Figure 30-1.8.2-7 Waviness
37	Figure 30-1.8.2-8 Heat Damage Figure 30-1.8.2-9 High or Low Strand
38	Figure 30-1.8.2-10 Damaged End Terminations
39	Table 30-1.8.2-2 Broken Wire Criteria Indicating Rope Removal
40	Chapter 30-2 Synthetic Rope SECTION 30-2.1: SCOPE SECTION 30-2.2: TRAINING SECTION 30-2.3: TYPES OF AND MATERIALS USED IN SYNTHETIC ROPE 30-2.3.1 Rope Constructions 30-2.3.2 High-Performance Synthetic Rope 30-2.3.3 Standard Performance Synthetic Rope 30-2.3.4 Coatings SECTION 30-2.4: ROPE SELECTION, MINIMUM BREAKING FORCE, DESIGN FACTORS, AND OTHER REQUIREMENTS 30-2.4.1 Selection 30-2.4.2 Selection Considerations
41	Figure 30-2.3.1-1 Single Braid Figure 30-2.3.1-2 Three-Strand Cable Laid
42	Figure 30-2.3.1-3 Jacketed Figure 30-2.3.1-4 Parallel Core, Braided Jacket: Three-Strand Cores
43	30-2.4.3 Minimum Breaking Force 30-2.4.4 Synthetic Rope Design Factors 30-2.4.5 Multiple Lead Lines 30-2.4.6 Standing Rope (Pendants, Stay Rope, Guys, and Boom and Jib Support Rope) 30-2.4.7 Minimum D/d Ratios — Sheave and Drum SECTION 30-2.5: INSTALLATION, TESTING, MAINTENANCE, REPLACEMENT, AND ROPE CERTIFICATION 30-2.5.1 Storage and Installation 30-2.5.2 Testing Table 30-2.4.4-1 Synthetic Rope Design Factors
44	30-2.5.3 Maintenance 30-2.5.4 Replacement Rope 30-2.5.5 Synthetic Rope Certificate SECTION 30-2.6: ENVIRONMENTAL CONDITIONS 30-2.6.1 Temperature 30-2.6.2 Chemically Active Environments 30-2.6.3 Sunlight and Ultraviolet Light
45	SECTION 30-2.7: ROPE-LIFTING COMPONENTS 30-2.7.1 Swivels 30-2.7.2 Sheaves 30-2.7.3 Drums 30-2.7.4 Rope End Terminations
46	SECTION 30-2.8: ROPE INSPECTION AND REMOVAL, RECORDS, AND REPAIR 30-2.8.1 Inspection
47	30-2.8.2 Inspection and Removal Criteria 30-2.8.3 Rope Not in Regular Use 30-2.8.4 Records 30-2.8.5 Repairs
48	Figure 30-2.8.2-1 Cuts, Gouges, and Yarn Material Breakage Figure 30-2.8.2-2 Appearance of Fuzz or Whiskers
49	Figure 30-2.8.2-3 Damage Inside the Rope Figure 30-2.8.2-4 Loops (Hockles)
50	Figure 30-2.8.2-5 Melt Damage Due to Heat Figure 30-2.8.2-6 Damaged Components
51	Figure 30-2.8.2-7 Broken Jackets