IEEE 525 2016

$104.00

IEEE Guide for the Design andInstallation of Cable Systems in Substations

Published By	Publication Date	Number of Pages
IEEE	2016	243

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Description

Revision Standard – Active. The design, installation, and protection of wire and cable systems in substations are covered in this guide, with the objective of minimizing cable failures and their consequences

PDF Catalog

PDF Pages	PDF Title
1	IEEE Std 525™-2016 front cover
2	Title page
4	Important Notices and Disclaimers Concerning IEEE Standards Documents
7	Participants
9	Introduction
10	Contents
14	1. Overview 1.1 Scope 1.2 Purpose IMPORTANT NOTICE
15	2. Normative references 3. Definitions, acronyms, and abbreviations 3.1 Definitions
16	3.2 Acronyms and abbreviations
17	4. Control and instrumentation cable 4.1 General 4.2 Service conditions (see Annex B) 4.3 Cable selection (see Annex C)
21	4.4 Cable raceway design (see Annex E) 4.5 Routing (see Annex F) 4.6 Transient protection (see Annex G)
22	4.7 Electrical segregation (see Annex H) 4.8 Separation of redundant cable (see Annex I) 4.9 Cable-pulling tension (see Annex J) 4.10 Handling (see Annex K) 4.11 Installation (see Annex L) 4.12 Acceptance testing (see Annex M) 4.13 Recommended maintenance (see Annex N) 5. Metallic communication cables 5.1 Introduction
23	5.2 General
34	5.3 Service conditions
35	5.4 Metallic cable selection
36	5.5 Cable system design
38	5.6 Transient protection
40	5.7 Cable-pulling tension (see Annex J)
41	5.8 Handling 5.9 Installation (see Annex L) 5.10 Acceptance testing
43	5.11 Recommended maintenance (see Annex N) 6. Fiber-optic cable 6.1 Introduction 6.2 General
44	6.3 Service conditions 6.4 Cable selection
46	6.5 Cable system design
51	6.6 Transient protection 6.7 Cable-pulling tension (see Annex J)
52	6.8 Handling (see Annex K) 6.9 Installation (see Annex L)
53	6.10 Acceptance testing (see Annex M)
54	6.11 Recommended maintenance (see Annex N) 7. Low-voltage power cable (ac and dc ≤ 1 kV) 7.1 General 7.2 Service conditions (see Annex B) 7.3 Cable selection (see Annex C)
55	7.4 Cable raceway design (see Annex E) 7.5 Routing (see Annex F) 7.6 Transient protection (see Annex G) 7.7 Electrical segregation (see Annex H) 7.8 Separation of redundant cable (see Annex I) 7.9 Cable-pulling tension (see Annex J) 7.10 Handling (see Annex K) 7.11 Installation (see Annex L)
56	7.12 Acceptance testing (see Annex M) 7.13 Recommended maintenance (see Annex N) 8. Medium-voltage power cable (1 kV to 35 kV) 8.1 General 8.2 Service conditions (see Annex B) 8.3 Cable selection (see Annex C)
57	8.4 Cable raceway design (see Annex E) 8.5 Routing (see Annex F) 8.6 Transient protection (see Annex G)
58	8.7 Electrical segregation (see Annex H) 8.8 Separation of redundant cable (see Annex I) 8.9 Cable-pulling tension (see Annex J) 8.10 Handling (see Annex K) 8.11 Installation (see Annex L) 8.12 Acceptance testing (see Annex M) 8.13 Recommended maintenance (see Annex N)
59	Annex A (informative) Flowchart
61	Annex B (normative) Service conditions for cables
69	Annex C (normative) Control and power cable selection
84	Annex D (informative) Design checklist for metallic communication cables entering asubstation
87	Annex E (normative) Cable raceway design
97	Annex F (normative) Routing
99	Annex G (normative) Transient protection of instrumentation, control, and power cable
110	Annex H (normative) Electrical segregation
111	Annex I (normative) Separation of redundant cables
113	Annex J (normative) Cable-pulling tension calculations
124	Annex K (normative) Handling
125	Annex L (normative) Installation
129	Annex M (normative) Acceptance testing
131	Annex N (normative) Recommended maintenance and inspection
134	Annex O (informative) Example for small substation
169	Annex P (informative) Example for large substation
223	Annex Q (informative) Fiber-optic cables
234	Annex R (informative) Bibliography