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IEEE 1590 2004

$37.38

IEEE Recommended Practice for the Electrical Protection of Optical Fiber Communication Facilities Serving, or Connected to, Electrical Supply Locations

Published By Publication Date Number of Pages
IEEE 2004 31
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New IEEE Standard – Inactive – Superseded. This Recommended Practice presents engineering design procedures for the electrical protection of optical fiber communication facilities serving, or connected to, electric supply locations. Other telecommunication alternatives, such as radio and cable with metallic members are excluded from this document. Project purpose: This Recommended Practice presents safe and reliable methods for providing telecommunication facilities serving electrical supply locations using optical fiber.

PDF Catalog

PDF Pages PDF Title
1 IEEE Std 1590-2003 Cover
2 Title Page
4 Introduction
Notice to users
Patents
Errata
Interpretations
5 Participants
6 CONTENTS
8 1. Overview
9 1.1 Scope
1.2 Purpose
1.3 Not covered
2. References
3. Definitions
3.1 base transceiver station (BTS): A unit or component of the cell site consisting of all radio …
10 3.2 electrical power station: A substation or generating station.
3.3 electrical supply locations: Any building, separate space, or site in which electrical supply…
3.4 ground potential rise (GPR): The product of a ground electrode impedance, referenced to remot…
3.5 high-voltage environment (HVE): A location requiring caution because it may experience a grou…
3.6 high-voltage interface (HVI): Protective apparatus that provides electrical isolation of wire…
3.7 metallic member: A noncommunications metallic cable component such as a shield, vapor barrier…
3.8 outside plant: That portion of the telephone network that is normally located outside of buil…
3.9 optical equipment interface (OEI): Interface between the optical fiber cable facility and the…
3.10 personal communications service (PCS): A set of capabilities that allows some combination of…
3.11 wireless: For the purposes of this document, a form of telecommunications using radio links …
3.12 wireless services provider (WSP): A company that provides wireless telecommunication service…
3.13 wireline: A term associated with a network that uses metallic wire conductors for telecommun…
3.14 zone of influence (ZOI): An area around a ground electrode bounded by points of specified eq…
4. Abbreviations and acronyms
11 5. Overview of telecommunications service to electrical supply locations
5.1 Service via metallic wireline facilities
5.2 Service via fiber optic facilities
12 5.3 Wireless sites owners’ responsibilities
6. Powering arrangements at electrical supply locations
6.1 Typical ac power service to wireless locations at power line towers or poles
6.2 Distribution transformers
13 Figure 1— Typical electrical schematic for installation of isolation transformers at tower/poles …
6.3 Electric field induction
14 6.4 Emergency engine generating units
7. Telecommunications service to electrical supply locations
7.1 Wireless sites at electrical supply locations
15 Figure 2— Locations at, or near, high-voltage towers or poles
7.2 Wireless sites within the zone of Influence
7.3 Locations at, or near, high-voltage towers or poles
16 7.4 Electrical protection considerations for telecommunications outside plant serving high-voltag…
7.5 Electrical protection measures
Figure 3— Typical solution using optical fiber cables
Figure 4— Typical hybrid solution
17 7.6 Typical grounding
18 8. Telecommunications service to electrical supply locations—recommendations
8.1 GPR-related protection considerations
19 8.2 Induction-related protection considerations
8.3 Benefits of all-dielectric cables
9. Construction concerns and general recommendations
9.1 Existing facilities
20 10. Location of the CFJ
10.1 Electrical power station
10.2 Wireless sites
21 Figure 5— Location of the CFJ for high-voltage towers or poles sites not associated with electric…
11. Typical dc powering arrangements
11.1 CFJ
22 11.2 Remote end and the OEI
12. Installation and inspection considerations
12.1 Installation considerations
12.2 Periodic considerations
23 13. Safety
13.1 General safety considerations
13.2 Electrical safety
13.3 Radio frequency safety awareness
25 Annex A (informative) Bibliography
27 Annex B (informative) Service types, reliability, service performance objective classifications, and transmission considerati
B.1 Service types
B.2 Service performance objective classifications
29 B.3 Transmission considerations
30 Annex C (informative) Service request data
C.1 Location and contact information
C.2 Circuit information
C.3 Technical data
31 Figure C.1— Service request form
IEEE 1590 2004
$37.38