IEEE 575 1987
$23.29
IEEE Guide for Application of Sheath-Bonding Methods for Single-Conductor Cables and the Calculation of Induced Voltages and Currents in Cable Sheaths
Published By | Publication Date | Number of Pages |
IEEE | 1987 | 38 |
New IEEE Standard – Inactive – Withdrawn. Withdrawn Standard. Withdrawn Date: Oct 25, 1996. The most common sheath-bonding systems now in use, and the methods of calculating sheath voltages and currents, are described. The concern is particularly with three-phase systems operating at 60 kV and above, with the neutral grounded directly or through an impedance. Bonding methods and sheath voltage limiters are covered. Effects on parallel telephone and control cables are considered.
PDF Catalog
PDF Pages | PDF Title |
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9 | Introduction and Scope 2 References |
10 | 3 Recent Developments |
11 | 4 Guidelines: Summary 5 Bonding Methods 5.1 1nt.roduction |
12 | 5.2 General 5.3 Design 5.4 Single-Point Bonding Sheath Standing Voltages |
13 | 5.4.2 Multiple Lengths Parallel Ground Continuity Conductor Induced Sheath Voltage Gradient for a Conductor Current of 1000 A |
14 | 5.4.4 Circuit Arrangements Cables in Flat Formation or Trefoil |
15 | (b) Midpoint Bonding Single-Point Bonding Diagram for Circuit Comprising Three Cable Lengths |
16 | 5.5 Impedance-Bonding Methods 5.6 CrossBonding Basic Circuit Arrangement Longer Cable Circuits Sectionalized Cross Bonding Fig 5 Cross-Bonded Cables Without Transposition Fig 6 Cross-Bonded Cables with Transposition |
17 | Modified Sectionalized Cross Bonding Sectionalized Cross-Bonded Cable with Three Major Sections |
18 | Modified Sectionalized Cross-Bonding Type 1 Without Transpositions Modified Sectionalized Cross-Bonding Type 1 with Transpositions Modified Sectionalized Cross-Bonding Type 2 Without Transpositions |
19 | Continuous Cross Bonding Modified Sectionalized Cross-Bonding Type 2 with Transpositions Continuous Cross Bonding |
20 | 5.6.6 Mixed Systems 5.6.7 Imbalanced Systems Sheath Sectionalizing Joints Termination of Cross-Bonded System with Single-Point Bonded Length |
21 | Choice of Bonding Systems Use of Single-Point Bonding Advantages of Cross Bonding Choice of Cross-Bonded System Advantages of Sectionalized Cross Bonding Advantages of Continuous Cross Bonding |
22 | Sheath Standing Voltage 5.9.1 Single-Point Bonding Sectionalized Cross Bonding Continuous Cross Bonding 5.9.4 Double-Circuit Systems Sheath Voltage Limiters 6.1 Introduction |
23 | 6.2 Nonlinear Resistances Nonlinear Resistances in Series with Spark Gap 6.4 SparkGaps Selection of Sheath Voltage Limiters Use of Sheath Voltage Limiters Single-Point Bonded Cables |
24 | 6.6.2 Cross-Bonded Systems Effect on Parallel Telephone and Control Cables 7.1 Coupling 7.2 Shielding |
26 | Common-Mode and Metallic Voltages 8 Bibliography |
27 | Appendix A Terminology |
28 | Discussion of Early Practices and Problems |
29 | Current Practice |
30 | Calculation of Induced Voltages |
33 | Power Frequency Sheath Overvoltages |
35 | Single-Point Bonded-Cable System (Flat Formation) |
36 | Single Major Section of Cross-Bonded Cables During Single-phase Fault |
38 | Sectionalized Cross-Bonded Cable System (Flat Formation) |