UFC 3-560-01
6 December 2006
Including change 1, 7 December 2006
FIGURES
Title
Figure
1-1
Ground Potential Gradient.......................................................................
1-5
1-2
Current Path Flow ...................................................................................
1-6
3-1
Approach Limits ......................................................................................
3-1
4-1
Personal Protective Equipment for Working on a Pole............................
4-20
4-2
Types of Fall Protection ..........................................................................
4-21
5-1
Support Points of Full Body Harness ......................................................
5-5
5-2
Phasing Check Using Hot-Stick Phasing Testers....................................
5-10
7-1
Substation Temporary Grounding ...........................................................
7-4
7-2
Insulated and Uninsulated Aerial Lift Vehicle Grounding Connections....
7-7
7-3
Underground System Grounding Sets ....................................................
7-7
7-4
Using a Conductive or Insulating Platform for Opening/Closing
Deenergized Overhead Conductors ...................................................
7-8
7-5
Composite Stringing/Removing Temporary Protective Grounds
on Overhead Conductor Lines ...........................................................
7-9
10-1
Pike Pole Method ....................................................................................
10-7
10-2
Winch Line Method .................................................................................
10-9
10-3
Comparison of Correct and Incorrect Gaff Shapes .................................
10-18
10-4
Honing a Gaff ..........................................................................................
10-18
11-1
Sail Method of Manhole Ventilation .........................................................
11-8
13-1
Electrical Connection Outlet Assembly with a 15 kV Receptacle ............
13-3
13-2
Close-Up of Electrical Connection Outlet Assembly................................
13-3
13-3
Inside a Pier Vault Housing a Substation ................................................
13-4
13-4
Skid-Mounted Substation ........................................................................
13-4
13-5
Skid-Mounted Substation with Camlock Connections .............................
13-5
13-6
Newer Double-Pier Switchgear ...............................................................
13-5
13-7
480 Volt Pier Electrical Outlet Assembly Without Cable Connections .....
13-6
13-8
4.16 kV Pier Electrical Outlet Assembly and Outlets ...............................
13-6
13-9
480 Volt Pier Electrical Outlet Assembly and Cable Connections ...........
13-7
13-10
480 Volt Shore-Cable to Ship-Cable with Single-Pole Connection..........
13-8
13-11
480 Volt Shore-Cable to Ship-Cable Plug and Receptacle
Connection in Place ...........................................................................
13-8
13-12
480 Volt Shore-Cable to Ship-Cable Splice Connection In Place............
13-9
13-13
Shore-to-Ship Portable Power Cable Location Diagram .........................
13-10
13-14
Preferred Ship-to-Shore Circuit Arrangement .........................................
13-11
13-15
Procedure for Safely Energizing a Ship From a Shore Electrical Circuit .
13-12
13-16
Cable Being Reeled by a Boom Truck ....................................................
13-16
13-17
Low-Voltage (480 Volt) Shore Receptacle ..............................................
13-17
13-19
High-Voltage Shore Receptacle ..............................................................
13-18
14-1
Unconscious Victim on a Pole .................................................................
14-2
14-2
Mouth-to-Mouth Resuscitation on a Pole ................................................
14-3
14-3
Position to Support Victim's Body Weight ...............................................
14-3
14-4
Two Rescuers Preparing to Lower Victim ...............................................
14-4
ix
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