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DEFSTAN 00-101(PT3)/1(2005) : 2005

Superseded

Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

View Superseded by
superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

DESIGN STANDARDS FOR EXPLOSIVES SAFETY IN MOD SHIPS AND SUBMARINES - PART 3: ELECTRICAL EQUIPMENT AND INSTALLATION

Available format(s)

Hardcopy , PDF

Superseded date

27-06-2008

Language(s)

English

Published date

01-01-2005

Foreword
Introduction
1 SCOPE
2 WARNING
3 RELATED DOCUMENTS
4 DEFINITIONS AND ABBREVIATIONS
5 AMENDMENT
6 SPONSORSHIP OF THE REQUIREMENT AND SECURITY
7 INTRODUCTION TO THE PROCESS FOR APPROVAL OF A CERTIFICATE
   OF SAFETY EXPLOSIVES
   7.1 Introduction to the Process
   7.2 The JSP520 process (1[st] stage)
   7.3 The JSP520/430 Interface
   7.4 The JSP430 process (2[nd] stage)
   7.5 The Generic Naval Environment
   7.6 Magazine and Munition Protection Strategy
   7.7 Warships In Harbour
   7.8 Regulatory Document
SECTION 1 - PERFORMANCE REQUIREMENTS, ACOP AND GUIDANCE
8 DESIGN REQUIREMENTS FOR ELECTRICAL EQUIPMENT IN MAGAZINES,
   WSCs AND DESIGNATED DANGER AREAS
   8.1 Description
   8.2 Performance Requirements - Basic Principles
   8.3 Performance Requirement - Maximum Surface Temperature
   8.4 Performance Requirements - Equipment Enclosures
   8.5 Performance Requirement - Intrinsically Safe Equipment
   8.6 Performance Requirement - Assessment of Equipment
   8.7 ACOP - Principles of Electrical Equipment Design for
         Magazines and DDAs
   8.8 ACOP - Magazine Electrical Equipment Categories
   8.9 ACOP - Electrical Equipment Enclosures
   8.10 ACOP - The rf Environment
   8.11 ACOP - Magnetic Environment and Degaussing Cables
   8.12 ACOP - Intrinsically Safe Equipment
   8.13 Guidance on General Design Requirements for Electrical
         Equipment in Magazines and WSCs
   8.14 Guidance on Maximum Surface Temperature
   8.15 Guidance on Intrinsically Safe Equipment
   8.16 Guidance on BR 862 and other SEMS
9 DESIGN REQUIREMENTS FOR ELECTRICAL INSTALLATIONS
   9.1 Description
   9.2 Performance Requirements for General Installation
         and Siting
   9.3 Performance Requirements for Cabling
   9.4 Performance Requirements for Circuit Isolation
   9.5 Performance Requirements for Emergency Supplies
   9.6 Performance Requirements for Fixed Lighting
   9.7 Performance Requirements for Power Output Connectors
   9.8 Performance Requirements for Installed Test Equipment
   9.9 Performance Requirements for Electrically Controlled
         Handling Machinery
   9.10 Performance Requirements for Earthing
   9.11 ACOP for Siting of Equipment
   9.12 ACOP for Cabling
   9.13 ACOP for Circuit Isolation
   9.14 ACOP for Emergency Supplies
   9.15 ACOP for Luminaries (Fixed Lighting)
   9.16 ACOP for Power Output Connectors
   9.17 ACOP for Test Equipment
   9.18 ACOP for Electrically Controlled Handling Machinery
   9.19 ACOP for Earthing
   9.20 Guidance on General Electrical Installation
   9.21 Guidance on Siting of Equipment
   9.22 Guidance on Cabling
   9.23 Guidance on Circuit Isolation
   9.24 Guidance on Fixed Lighting
   9.25 Guidance on Power Output Connectors
   9.26 Guidance on Test Equipment
   9.27 Guidance on Electrically Controlled Handling Machinery
10 DESIGN REQUIREMENTS FOR ADJACENT COMPARTMENTS
   10.1 Description
   10.2 Performance Requirements for Electrical Design in
         Adjacent Compartments
   10.3 Performance Requirements for Electrical Equipment
         in Adjacent Compartments
   10.4 Performance Requirements for Electrical Installation
         in Adjacent Compartments
   10.5 Performance Requirements for Smoke/Heat Detection
         Equipment in Adjacent Compartments
   10.6 ACOP for Special Requirements in Adjacent Compartments
   10.7 ACOP for Special Requirements for Installation in
         Adjacent Compartments
   10.8 ACOP for Smoke and Heat Detection Equipment
   10.9 Guidance on Electrical Equipment in Adjacent Compartments
11 DESIGN REQUIREMENTS FOR TEMPORARILY INSTALLED EQUIPMENT
   11.1 Description
   11.2 Performance Requirements for Portable Equipment
   11.3 Performance Requirements for Emergency Lighting
   11.4 ACOP for Temporarily Installed Equipment
   11.5 Guidance on Temporarily Installed Equipment
12 ELECTROMAGNETIC INDUCTION, RADIO FREQUENCY AND
   ELECTROSTATIC HAZARDS
   12.1 Description
   12.2 Performance Requirements for Design to Reduce
         Electromagnetic Induction, Radio Frequency and
         Electrostatic Hazards
  12.3 ACOP for Electromagnetic Induction, Radiation and
       Electrostatic Hazards
  12.4 Guidance on Electromagnetic Induction, Radiation
       and Electrostatic Hazards
13 POTENTIALLY HAZARDOUS ENVIRONMENTS OF A SPECIAL NATURE
   13.1 Description
   13.2 Performance Requirements for Potentially Hazardous
         Environments of a Special Nature
   13.3 Performance Requirements for Degaussing Cables
   13.4 Performance Requirements for Waveguides
   13.5 Performance Requirements for Cranes
   13.6 Performance Requirements for Ship to Shore Electrical
         Connections
   13.7 ACOP for Waveguides
   13.8 ACOP for Cranes
   13.9 ACOP for Ship to Shore Electrical Connections
   13.10 ACOP for Earthing of Containers
   13.11 Guidance on Degaussing Cables
   13.12 Guidance on Waveguides
   13.13 Guidance on Ship to Shore Connections
   13.14 Guidance on Earthing of Containers
SECTION 2 - REGULATIONS
14 GENERAL APPLICATION OF LEGISLATION
15 MOD DISAPPLICATION
16 MOD REGULATION
ANNEX A - RELATED DOCUMENTS
ANNEX B - ABBREVIATIONS
ANNEX C - DEFINITIONS

Applies to the design, construction and ship fitting of all MOD Ships built to MOD or Classification Society constructional standards and operated by the Royal Navy, Army (including Special Forces), Royal Air Force, RFA or MS.

DevelopmentNote
Supersedes DEFSTAN 07-228/1(2000), NES 593 and NES 519. (04/2005)
DocumentType
Standard
Pages
60
PublisherName
UK Ministry of Defence Standards
Status
Superseded
SupersededBy
Supersedes

DEFSTAN 00-101(PT2)/1(2005) : 2005 DESIGN STANDARDS FOR EXPLOSIVES SAFETY IN MOD SHIPS AND SUBMARINES - PART 2: SUBMARINES
DEFSTAN 00-101(PT2)/2(2008) : 2008 DESIGN STANDARDS FOR EXPLOSIVES SAFETY IN MOD SHIPS AND SUBMARINES - PART 2: SUBMARINES

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DEFSTAN 59-41(PT4)/3(1996) : 1996 ELECTROMAGNETIC COMPATIBILITY - PART 4: LARGE EQUIPMENT TESTING
BS EN 50021:1999 Electrical apparatus for potentially explosive atmospheres. Type of prot ection \'n\'
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BS EN 60079-14:2014 Explosive atmospheres Electrical installations design, selection and erection
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BS EN 50017:1998 Electrical apparatus for potentially explosive atmospheres. Powder filling \'q\'
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BS EN 50019:2000 Electrical apparatus for potentially explosive atmospheres. Increased safety \'e\'
IEC 60529:1989+AMD1:1999+AMD2:2013 CSV Degrees of protection provided by enclosures (IP Code)
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IEC 60079-0:2011 Explosive atmospheres - Part 0: Equipment - General requirements
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BS EN 50015:1998 Electrical apparatus for potentially explosive atmospheres. Oil immersion \'o\'
DEFSTAN 08-46/2(2002) : 2002 AMD 2 2004 THE ELECTRIC, MAGNETIC AND ELECTROMAGNETIC ENVIRONMENT
STANAG 4439 : 2010 POLICY FOR INTRODUCTION AND ASSESSMENT OF INSENSITIVE MUNITIONS (IM)
BS 4568-1:1970 Specification for steel conduit and fittings with metric threads of ISO form for electrical installations Steel conduit, bends and couplers
DEFSTAN 00-35/2(1996) : 1996 AMD 1 1997 ENVIRONMENTAL HANDBOOK FOR DEFENCE MATERIEL
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DEFSTAN 08-4(PT4)/2(191993) : 1993 NUCLEAR WEAPONS EXPLOSIONS EFFECTS AND HARDENING - PART 4: NUCLEAR WEAPONS EXPLOSIONS: HARDENING AND TESTING
BS EN 50020:2002 Electrical apparatus for potentially explosive atmospheres. Intrinsic safety \'i\'
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