IEEE 422 1986
$21.67
IEEE Guide for the Design and Installation of Cable Systems in Power Generating Stations
Published By | Publication Date | Number of Pages |
IEEE | 1986 | 34 |
New IEEE Standard – Inactive – Withdrawn. This guide applies to both nuclear and non-nuclear electric power generating stations — except for the special requirements of wire and cable installations in Class 1E systems of nuclear stations — for which the user should refer to ANSI/IEEE Std 690-1984.
PDF Catalog
PDF Pages | PDF Title |
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11 | 1 General 1.1 Scope and Purpose 1.2 References |
12 | 2 Cable Performance 2.1 Definitions 2.2 Service Conditions 2.3 Cable Performance 2.3.1 Service Life 2.3.2 Thermal Stability 2.3.3 Moisture Resistance 2.3.4 Chemical Resistance 2.3.5 Flame Propagation Resistance 2.3.6 Radiation Resistance Conductor Sizing and Voltage Rating of Power Cables 3.1 Design Considerations |
13 | 3.1.1 Ambient Temperature 3.1.2 Current Loading System Fault Level 3.1.4 Voltage Drop System Nominal Voltage and Grounding Electrical Segregation of Cable Systems 4.1 Cable Classifications 4.2 Segregation Medium-voltage Power Cables |
14 | 4.2.2 Low-voltage Power and Control Cables 4.2.3 Instrumentation Cables 5 Separation of Redundant Cable Systems Redundant Cable Systems 5.2 Design Considerations 5.2.1 Potential Hazard Areas Cable Spreading Area |
15 | 6 Shielding and Shield Grounding Medium-voltage Power Cable 6.1.1 Definition 6.1.2 Shielding Practices 6.1.3 Shield Termination Practices 6.1.4 Grounding Practices |
16 | 6.1.5 Shield Losses That Affect Ampacity Induced Shield Voltages |
17 | Cables |
18 | 6.2 Instrumentation Cable 6.2.1 Definitions 6.2.2 Methods for Noise Reduction Voltage to |
20 | 6.2.3 Shielding Practices 6.2.4 Grounding Practices Cable Penetration Fire Stops Fire Breaks System Enclosures and Coatings 7.1 Definitions |
21 | 7.2 Cable Penetration Fire Stops 7.2.1 Design Considerations 7.2.2 Sleeve and Tray Penetrations 7.3 Cable Fire Breaks 7.4 Cable System Enclosure 7.5 Cable Coatings Fire Detection Systems |
22 | Fig 1 Determination of Potential High Cable Concentration |
23 | 8.1 Heat Detectors 8.1.1 Fixed-Temperature Detectors Combination Fixed-Temperature and Rate-of-Rise Temperature Detectors 8.2 Smoke Detectors 8.2.1 Photoelectric Detectors 8.2.2 Combustion Products Detectors |
24 | 8.3 Flame Detectors 8.4 Design Considerations Fire Extinguishing Systems 9.1 Extinguishing Systems Water in Fixed Extinguishing Installations Carbon Dioxide in Fixed Extinguishing Installations Dry Chemicals and Carbon Dioxide in Portable Extinguishers 9.1.4 Halogen Extinguishing Systems 9.1.5 Foam Extinguishing Systems Fixed Fire Extinguishing System Application and Design |
25 | Installation and Handling 10.1 Storage 10.2 Installation 10.2.1 Protection of Cable Table 3 Low Temperature Limits for Cable Handling |
26 | 10.2.2 Supporting Cables in Vertical Runs 10.2.3 Dressing Cables in Vertical Runs Cable Pulling Lengths in Conduit and Duct Systems 10.3.1 Maximum Distance for Cable Pulled in Conduits 10.3.2 Maximum Cable Pulling Length |
27 | 10.3.3 Maximum Allowable Pulling Tension 10.3.4 Maximum Allowable Sidewall Pressure 10.3.5 Expected Pulling Tension |
28 | Runs |
29 | 10.3.6 Critical Jamming Ratio Weight Correction Factor W. ) |
30 | 10.3.7 Expected Sidewall Pressure Acceptance Testing of Installed Cables 11.1 Purpose 11.2 Tests Raceways |
31 | 12.1 Definitions 12.2 Conduit 12.2.1 Conduit Application 12.2.2 Conduit System Design |
32 | 12.2.3 Conduit Installation 12.3 Cable Tray 12.3.1 Tray Design |
33 | 12.3.2 Tray System Design 12.3.3 Tray Application 12.3.4 Tray Load Capacity 12.4 Cable Tray Installation 12.4.1 Dropouts 12.4.2 Covers |
34 | 12.4.3 Grounding 12.4.4 Identification 12.4.5 Supports 12.4.6 Location 12.5 Wireways |