Shopping Cart

No products in the cart.

BS IEC 60092-504:2016

$198.66

Electrical installations in ships – Automation, control and instrumentation

Published By Publication Date Number of Pages
BSI 2016 62
Guaranteed Safe Checkout
Categories: ,

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This part of IEC 60092 specifies electrical, electronic and programmable equipment intended for automation, control, monitoring, alert, and safety and protection systems for use in ships.

PDF Catalog

PDF Pages PDF Title
4 English
CONTENTS
9 FOREWORD
11 INTRODUCTION
12 1 Scope
2 Normative references
14 3 Terms and definitions
17 4 General requirements
4.1 Dependability
4.2 Safety
4.3 Segregation
4.4 Performance
4.5 Usability
4.6 Integration
4.7 Development activities
18 5 Environmental type testing parameters
5.1 General
5.2 Performance
Tables
Table 1 – Type tests, test procedures and severities
24 6 Design
6.1 Environmental and supply conditions
25 6.2 Circuit design
6.3 Mutual effects
6.4 Electrical subdivision
6.5 Signal level
6.6 Power supply
6.6.1 Independent supplies
6.6.2 Capacity
6.6.3 Protection
26 7 Construction and materials
7.1 Adjustments
7.2 Accessibility
7.3 Replacement
7.4 Non-interchangeability
7.5 Cooling
7.6 Mechanical load on connectors
7.7 Mechanical features of cabinets
27 7.8 Shock and vibration absorbers
7.9 Internal wiring
7.10 Cable connections
8 Installation and ergonomics
8.1 General
8.1.1 Layout
8.1.2 Compatibility
8.1.3 Labelling
8.1.4 Labels
28 8.1.5 Display colours
8.1.6 Illumination
8.1.7 Protection against fluid leakage
8.1.8 Protection from condensation
8.1.9 External cables and wiring
8.2 Sensors
8.2.1 Location of sensors
8.2.2 Temperature sensors
8.2.3 Pressure sensors
8.2.4 Water level detectors on bulk carriers
29 8.2.5 Enclosure
8.2.6 Testing and calibration
8.2.7 Presentation of information
8.3 Controls
8.3.1 Remote controls
30 8.3.2 Man-machine interface
8.4 Alert systems
9 Specific installations
9.1 Fire safety systems
9.2 Bilge systems
9.3 Machinery alert installations
9.3.1 General
31 9.3.2 Alert requirements
9.3.3 Display of information
32 9.3.4 Supply arrangements
9.3.5 Design
33 9.4 Power management systems
9.4.1 General
Figure 1 – Typical designs of power management systems
34 9.4.2 Automatic starting and stopping of main power supply equipment
35 9.4.3 Heavy load request and power reserve calculation
9.4.4 Black-out recovery
9.4.5 Load sharing and frequency control
36 9.4.6 Shut-down of diesel engine
9.4.7 Automatic disconnection of non-essential consumers
9.4.8 Design requirements of power management systems (PMSs)
37 9.5 Automatic starting installations for electrical motor-driven auxiliaries
9.5.1 General
9.5.2 Automatic sequence starting
9.5.3 Starting installations for stand-by auxiliaries
38 9.5.4 Control voltages
9.5.5 Manual control
9.5.6 Mechanically driven auxilaries in low speed range
9.5.7 Mechanically driven auxilaries
9.5.8 Sensors
9.6 Machinery control installations
9.6.1 General
39 9.6.2 General requirements
9.6.3 Transfer of control
9.6.4 Remote control of propulsion machinery from the bridge
40 9.6.5 Indicators for remote control of machinery
9.6.6 Manual override
41 9.7 Machinery protection and safety systems
9.7.1 General
9.7.2 General requirements
9.8 Bow, inner, side shell and stern doors
9.8.1 Application
42 9.8.2 Remote control
9.8.3 Indicator system
9.8.4 Mode selection
9.8.5 Failsafe
9.8.6 Testing
9.8.7 Independence
9.8.8 Display
9.8.9 Sensors
43 9.8.10 Television surveillance
9.8.11 Water leakage detection
9.8.12 Drainage alarm
9.8.13 Control location
9.9 Power-operated watertight doors
9.9.1 General
9.9.2 Indications
9.9.3 Alarm
44 9.9.4 Closure rate
9.9.5 Power supply
9.9.6 Dedicated circuits
9.9.7 Location of equipment
9.9.8 Enclosures
45 9.9.9 Leakage
9.9.10 Independent circuits
9.9.11 Failure of alarm circuits
9.9.12 Failure of control circuits
9.9.13 Power supply monitoring
9.9.14 Mode selection
9.9.15 Indication on navigation bridge
9.9.16 Remote opening
46 9.10 Public address systems on passenger ships
9.10.1 General
9.10.2 Override
9.10.3 Operation
9.10.4 Emergency broadcast
9.10.5 Level adjustment
9.10.6 Minimum sound level
9.10.7 Interference
9.10.8 Fault tolerance
9.10.9 Protection
9.10.10 Fire zones
47 9.10.11 Segregation
9.10.12 Power supplies
9.10.13 Cabling
10 Computer based systems
10.1 General
10.2 General requirements
10.3 System categories
48 Table 2 – System categories
49 10.4 System configuration
10.4.1 General
10.4.2 Power supply
Table 3 – Examples of assignment to system categories
50 10.4.3 Hardware
10.4.4 Software
10.4.5 Data communication links
10.4.6 Wireless data communication
51 10.4.7 Network/integration of systems
10.4.8 User interface
10.4.9 Input devices
52 10.4.10 Output devices
10.4.11 Graphical user interface
10.5 Protection against modification and loss of data
10.6 Software maintenance
53 10.7 Remote access
10.7.1 General
10.7.2 Remote software maintenance
10.8 Documentation
10.8.1 General
10.8.2 Hardware
54 10.8.3 System functional description
10.8.4 Software
55 10.8.5 User interface
10.8.6 Test and evidence
56 Table 4 – Tests and evidence according to the system category
57 11 Additional requirements for periodically unattended machinery spaces orfor reduced attendance
11.1 General
11.2 Fire precautions
11.3 Protection against flooding
11.4 Control of propulsion machinery
11.5 Alarm system and engineers’ alarm
11.6 Protection (safety) systems
11.7 Machinery, boiler and electrical installations
12 Commissioning and testing
12.1 Tests of completed installation
58 12.2 Operational tests
13 Documentation
59 Bibliography
BS IEC 60092-504:2016
$198.66