IEEE 635 1980
$46.04
IEEE Guide for Selection and Design of Aluminum Sheaths for Power Cables
Published By | Publication Date | Number of Pages |
IEEE | 1980 | 27 |
New IEEE Standard – Inactive – Superseded. This guide covers power cables incorporating aluminum sheaths, except those of the SF rigid bus type.
PDF Catalog
PDF Pages | PDF Title |
---|---|
7 | 1 Purpose 2 References |
8 | 3 Definitions 4 Advantages and Limitations of Aluminum Sheaths |
9 | 4.1 Advantages 4.2 Limitations 5 Applications 5.1 Background 5.2 Products and Installation Conditions 6 Aluminum Metals and Alloys 6.1 General |
10 | Selection and Application Smooth and Corrugated Sheaths Smooth Aluminum Sheath Table 1 Composition of a Typical Universal Aluminum Metal Table 2 Composition of Some Typical Pure Aluminum Metals |
11 | Corrugated Aluminum Sheath Selection of Sheath Thickness 8.1 Mechanical Factors 8.3 Process Constraints Table 3 Average Thickness of Smooth Finish Aluminum Sheaths |
12 | Functional Design Considerations |
13 | 8.5 Thicknesses 9 Types of Corrugation 9.1 General Table 4 Minimum Thickness of Smooth Finish Aluminum Sheaths Table 5 Minimum Thickness of Corrugated Seamless Aluminum Sheaths Table 6 Minimum Thickness of Corrugated Longitudinally Welded Aluminum Sheaths |
14 | 9.2 Helical Corrugations 9.3 Annular Corrugations Fig 1 Nonsymmetrical Type Helical Cornwition 2 Symmetrical Type Helical Corrugation |
15 | Methods of Manufacture Direct Extrusion Process 10.2 Seam-Welding 10.3 DIDD or the ï¬Sinkingfl Process |
16 | Parameters Dictating Bending Radii Bending During Installation 11.2 Curves with Cable Firmly Anchored or Embedded in Position 11.3 Expansion Loops Offsets in Manholes 11.4 Bending Performance of Aluminum Sheaths |
18 | Restricted Manholes Installation Practices in Shafts Self-contained Oil-Filled Cables |
19 | Cables with Extruded Insulations |
20 | Guidelines for Splicing and Terminating (Including Pulling Eyes) Impregnated-Paper-Insulated and Self-contained Oil-Filled Cables Symmetrical Type Annular Corrugation Fig 4 A Typical Schematic Diagram |
21 | 14.2 Polymeric Insulated Cables 14.3 Pulling Eyes 15 Bibliography |
24 | Technique for Sealing Aluminum-Sheathed Cables A1 General A2 Required Tools and Materials A3 Preparations for Jointing or Potheading |
25 | A4 Steps in Tinning Aluminum-Sheathed Cables A5 Wiping Aluminum-Sheathed Cables |
26 | A6 Application of Cast Plumbs |
27 | A7 Protection Against Moisture |