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Standard
Version 2.0
Issued Date: 02 December 2014
Important Warning This document is one of a set of standards developed solely and specifically for use on the rail network owned or managed by the NSW Government and its agencies. It is not suitable for any other purpose. You must not use or adapt it or rely upon it in any way unless you are authorised in writing to do so by a relevant NSW Government agency. If this document forms part of a contract with, or is a condition of approval by, a NSW Government agency, use of the document is subject to the terms of the contract or approval. This document may not be current. Current standards are available for download from the Asset Standards Authority website at www.asa.transport.nsw.gov.au. © State of NSW through Transport for NSW
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Standard governance
Owner: Manager Asset Stewardship, Asset Standards Authority
Authoriser: Principal Manager Network and Asset Strategy, Asset Standards Authority
Approver: Director, Asset Standards Authority on behalf of ASA Configuration Control Board
Document history
Version Summary of change
1.0 First issue
2.0 Minor changes to correct wording, improve clarity and alignment with asset classification structure
For queries regarding this document, please email the ASA at [email protected] or visit www.asa.transport.nsw.gov.au
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Preface The Asset Standards Authority (ASA) is an independent unit within Transport for NSW (TfNSW)
and is the network design and standards authority for defined NSW transport assets.
The ASA is responsible for developing engineering governance frameworks to support industry
delivery in the assurance of design, safety, integrity, construction, and commissioning of
transport assets for the whole asset life cycle. In order to achieve this, the ASA effectively
discharges obligations as the authority for various technical, process, and planning matters
across the asset life cycle.
The ASA collaborates with industry using stakeholder engagement activities to assist in
achieving its mission. These activities help align the ASA to broader government expectations of
making it clearer, simpler, and more attractive to do business within the NSW transport industry,
allowing the supply chain to deliver safe, efficient, and competent transport services.
The ASA develops, maintains, controls, and publishes a suite of standards and other
documentation for transport assets of TfNSW. Further, the ASA ensures that these standards
are performance based to create opportunities for innovation and improve access to a broader
competitive supply chain.
This standard provides information regarding the requirements for asset information
management for assets owned by TfNSW across the asset life cycle. This standard sets the
high-level requirements for asset handover, asset information management, the asset
information system and defines ownership of asset information systems and its associated data.
This standard has been approved by the ASA Configuration Control Board and is the second
issue.
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Table of contents 1. Introduction ............................................................................................................................................ 5 2. Purpose ................................................................................................................................................... 5 2.1. Scope ..................................................................................................................................................................... 5 2.2. Application ............................................................................................................................................................. 6 3. Reference documents ........................................................................................................................... 6 4. Terms and definitions ........................................................................................................................... 6 5. Asset register and asset information ownership ............................................................................... 9 6. Asset information ................................................................................................................................ 10 7. Asset register requirements ............................................................................................................... 11 7.1. Reasons to create assets ................................................................................................................................... 12 7.2. Unique identification of assets .......................................................................................................................... 13 7.3. Assets across the modes of transport .............................................................................................................. 13 7.4. Asset classes....................................................................................................................................................... 13 7.5. Asset portfolio ..................................................................................................................................................... 14 7.6. Asset hierarchy ................................................................................................................................................... 16 7.7. Rotable assets and tracking ............................................................................................................................... 24 7.8. Asset capitalisation and the fixed asset register ............................................................................................. 25 7.9. Linear and discrete assets and attributes ......................................................................................................... 26 8. Asset classification structure framework ......................................................................................... 27 8.1. Asset classification structure ............................................................................................................................ 28 8.2. Asset classifications and the information model ............................................................................................. 30 9. Asset information requirements ........................................................................................................ 32 9.1. Asset data ............................................................................................................................................................ 33 9.2. Asset documents ................................................................................................................................................ 33 9.3. Data quality .......................................................................................................................................................... 34 9.4. Pre-commissioning asset information and handover ...................................................................................... 34 9.5. Exchange of asset information at handover ..................................................................................................... 36 9.6. Post-commissioning asset information ............................................................................................................ 37 9.7. Disposal asset information ................................................................................................................................ 39 9.8. Supporting asset information ............................................................................................................................ 39 10. Events triggering changes to asset information .............................................................................. 39 11. Asset information system requirements ........................................................................................... 40 12. Operator and maintainer requirements ............................................................................................. 42 13. Asset information system ownership and custodianship of the information repositories ......... 45 Appendix A – Asset classification structure framework ............................................................................ 46 Appendix B – Suggested reading ................................................................................................................. 47
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1. Introduction The Assets Standard Authority (ASA) is committed to effective and efficient management of
Transport for New South Wales (TfNSW) assets. The ASA is collaborating with other
government and non-government organisations to continuously improve the capability,
performance and condition of the assets over the full life cycle.
This standard defines the asset information management system requirements for TfNSW
owned assets over their life cycle or portion thereof. The requirements ensure consistency,
accuracy and completeness of asset information.
The ASA expects to develop a series of related standards on specific asset coding, asset data
requirements and data standards relevant to each mode of transport and asset class for use by
Authorised Engineering Organisations (AEO) and service providers.
It is essential to ASA that asset managers and maintainers are able to demonstrate that assets
and their asset information is managed efficiently and that those assets will support TfNSW
service outcomes in the long term.
2. Purpose The objective of this document is to inform stakeholders of the requirements for asset
information related to all assets owned and managed by TfNSW across the asset life cycle. It
sets high-level requirements for asset handover, asset information management and the asset
information system as well as clarity of ownership of the asset information systems and data.
The document also specifies an asset classification structure to support a common structure,
terminology and naming for the assets to enable ease of identification, collaboration, collection,
exchange, access and reporting of the asset information.
2.1. Scope This standard establishes the requirements of an asset information management system
including the asset register and associated asset information. This standard defines an asset
classification framework and structure required to be used in the development and maintenance
of the asset register. This standard also defines how to identify the need to create assets and
how they are to be classified and grouped.
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Asset information requirements presented in this standard cover the whole of life management
of assets required to support and substantiate decisions made over the life cycle that includes
but are not limited to the following:
• finance management requirements including asset capitalisation and whole-of-life costs
• asset handover requirements including asset acceptance information
• asset configuration change requirements including asset type approvals or sub-component
type approvals, new assets, configuration and operational changes including changes in
asset strategy and concessions to standards
This standard covers all life cycle activities that affect the functionality, performance and
integrity of TfNSW assets or systems.
2.2. Application This standard applies to TfNSW, transport cluster agencies, AEOs and service providers
involved in the planning, delivery, operation, maintenance and disposal of assets across the
transport portfolio. This standard shall be applied during all phases of the asset life cycle.
This standard is mandated to be used by organisations, service providers or project developers
that perform asset management-related services to TfNSW, including AEOs, non-AEOs and
their suppliers involved in defining, designing, implementing, commissioning, integrating into the
operating network any new or altered assets or systems. This standard also applies to the
decommissioning and disposal of assets.
The standard applies to asset information management with respect to the asset information
system, asset register and associated asset information of assets owned by TfNSW and
operated and maintained by TfNSW agencies and service providers.
3. Reference documents Transport for NSW standards
T MU AM 02002 TI Asset Classification Structure
Legislation
Disability Discrimination Act 1992
4. Terms and definitions The following terms and definitions apply in this document:
AEO Approved Engineering Organisations
ASA Asset Standards Authority
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asset is something that has potential or actual value to an organisation. Value can be tangible
or intangible, financial or non-financial. Tangible assets are physical assets which refer to
equipment, inventory and properties owned by the organisation. Tangible assets are the
opposite of intangible assets, which are non-physical assets such as leases, brands, digital
assets, use rights, licences, intellectual property rights, reputation or agreements
asset class the grouping of related asset functions
asset function used to group one or more asset types that perform the same function within an
asset class
asset information is the combined set of data (graphical and non-graphical) and documents
(drawings, manuals, plans, certificates) required to support the management of assets over the
life cycle
asset information management is the discipline of managing the asset-related data and
documents to a sufficient quality to support organisational objectives and outcomes
asset information repository a recognised physical or electronic location for the storage and
management of asset information
asset information repository custodian a person responsible for managing an asset
information repository and the processes related to the creation and maintenance of the
information and provision of access to the information in the repository
asset information system a set of interrelated repositories of structured asset information and
related processes required to manage the asset portfolio over the life cycle
asset life the period from conception to end-of-life
asset portfolio assets that are within the scope of the asset management system
asset register contains the definition and description of each asset in the asset portfolio. The
asset register includes all the data required to ensure unique identification of the asset
asset system represents a top level grouping of related asset classes
asset type assets having common characteristics that distinguish them separately (different
manufacturer, different specification or different components) within an asset function
attribute piece of data forming a partial description of an object or entity
availability the measure of the percentage of time that an item or system is available to perform
its designated function
CCB configuration control board
conditional failure a defect is a conditional failure when it has the potential to become a
functional failure and occurs when the asset condition is outside a maintenance threshold but it
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is still able to perform its function and does not yet have operational consequences (may need
to be monitored as part of condition assessment or repaired)
configuration interrelated functional and physical characteristics of an asset defined in asset
configuration information
configuration change refers to a change in functional or physical configuration of an asset
configuration control board person or a group of persons assigned responsibility and
authority to make decisions on the configuration
corridor is a linear zonal area within a boundary and defined by a start and end node that
contains Heavy Rail, Light Rail, Road or Ferry infrastructure assets to support the operation of
transport fleet services
data information collected and stored but not yet interpreted or analysed (graphical and non-
graphical)
document information for use in the briefing, design, construction, operation, maintenance and
disposal of a project or asset, including but not limited to correspondence, drawings, schedules,
specifications, calculations, spreadsheets, reports, manuals and certificates
drawing static, printed or geographical representation of part or all of a project or asset
dynamic data data collected over time about how the asset is operating, performing, its
condition, work done and measurements which change through its operation and maintenance
functional failure a defect is a functional failure when the equipment cannot fully perform its
design function and causes immediate operational consequences such as train delays or loss of
power (subject to the level of available redundancy)
graphical data data conveyed using shape and arrangement in space
interchange where customers join or transfer between modes of the transport system, including
combinations of rail, bus, car, taxi, ferry, light rail, bicycle and walking
life cycle stages for an asset from recognition of need through to disposal and any residual
risks or liability period
maintainability a characteristic of design and installation, expressed as the probability that an
item will be restored to operating condition, within a given period of time, using prescribed
procedures and resources
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maintenance in the context of this document has two components:
• routine maintenance, also referred to as recurrent maintenance, is a collective of all
preventative and repair activities excluding renewals. Includes planned inspections,
preventative maintenance, corrective maintenance and emergency response
• renewals maintenance, also referred to as capital maintenance or major periodic
maintenance (MPM), includes the cyclic renewal and upgrading of assets to avoid
deterioration in their condition to ensure long term asset performance and financial
sustainability
mean time between failures the predicted elapsed time between inherent failures of a system
during operation
mean time to repair ia basic measure of the maintainability of repairable items
MTBF mean time between failures
MTTR mean time to repair
non-graphical data data conveyed using alphanumeric characters
reliability the probability that a specified item will perform a specified function within a defined
environment, for a specified length of time
static data (or configuration data) defines the assets themselves (their design data) and the
normal conditions in which they operate and interact with other assets
technical maintenance plan identifies which items are to be maintained, what maintenance
tasks are to be performed (packaged as service schedules), when (frequency, conditional or
statistical trigger) and where the maintenance tasks are to be performed including required
materials and consumables and tools and equipment
TMP technical maintenance plan
5. Asset register and asset information ownership The asset register, associated asset information including data and documents are owned by
TfNSW.
A range of asset information is in existence and is continually developed by TfNSW and parties
working directly or indirectly with TfNSW. The ASA is the delegated owner of the asset register
and associated asset information. Asset information is generally restricted to that defined in
Section 6 of this document and is necessary for the effective management and sustainability of
the assets that form the TfNSW asset portfolio.
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6. Asset information Asset information is the combined set of data both graphical and non-graphical, and documents
including drawings, manuals, plans, certificates required to support the management of assets
over the life cycle. Figure 1 shows how asset information is linked to the asset register:
Asset Information
- Static data
Graphical & non-graphical
Asset data / attributes
- Unique IdLinear & discrete
Asset classifications (class, function, type)
- Dynamic data
Asset Register
Documents
Linear & discrete
Figure 1 – Asset register link to asset data and documents
Accurate and complete asset information will support and substantiate key decisions taken to
ensure the following:
• maintain the condition and long term value of transport assets to ensure delivery of
required services by achieving the following:
o improving effectiveness on investment decisions based on total life cycle costs and
taking into consideration enterprise risk management impact areas such as safety,
security and environment
o improving effectiveness of repair and replace decisions through greater knowledge of
asset condition and utilisation
o enhancing the life of the assets through the optimisation of maintenance plans
• improve the efficiency and sustainability of services and operations by:
o reducing downtime by reducing mean time to repair (MTTR)
o improved reliability by increasing mean time between failures (MTBF)
Decisions may be based on the asset location, condition including age and remaining life,
failure probability and consequence, resource constraints, spares availability, regulatory
compliance, business priorities and whole of life costs.
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The asset information shall also be used to support to following activities:
• planning (design, construct/procure), delivery (test, commission, handover) and
maintenance (maintain, refurbish, renew) and asset disposal
• compliance to relevant asset management standards and legislative requirements
• monitoring performance, condition and reliability
• asset management accountability
• managing risk
7. Asset register requirements The asset register integrates associated asset information as well as providing a historical
record of both financial and non-financial information over each asset's life cycle.
The asset register shall provide a defined and structured inventory of what assets are owned,
operated and maintained by an entity and shall be used to determine and report on:
• the condition and integrity of the assets
• the configuration of the assets
• the location of the assets
• the history of work performed and future planned and forecasted work
• the age, expected life and remaining life of the assets
• when the assets need to be repaired, replaced or disposed
• maintenance compliance
• maintenance effectiveness including work arising and repeat failures
• the asset maintenance plan and annual works plan including backlog
• the operational consequence (delays) resulting from asset failures
• the reliability and performance of the assets
• the life cycle costs including initial asset capital cost, accumulated maintenance costs,
depreciation and disposal cost
• the utilisation (capacity) of the assets
• the operational criticality
Figure 2 illustrates how the asset register sits at the core and is the enabler for the integration of
related asset information required to support and manage asset management activities over all
phases of the life cycle.
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Figure 2 – Integrated asset information framework model
7.1. Reasons to create assets Assets shall be created in the asset register under any of the following conditions:
• the asset is a major value asset against which work may be scheduled, costs and
maintenance history recorded and analysed. An asset may not be a physical asset, it may
include software and information
• the asset is a high maintenance or operational impact asset
• the asset is required for parent hierarchy grouping purposes
• the asset is a critical asset which is individually serialised and for which service life
positional and maintenance history is required
• there are safety or statutory requirements for identifying the individual asset
• there are operational or maintenance requirements to record statistical details
• there are configuration control requirements to be satisfied including the management of
type approved assets and components including assets (or products) under trial
• there are requirements to record and manage warranty details against the asset
• to identify total cost of ownership or life cycle costs
• to assess condition over its service life
If an asset does not fall within any of the above categories, it is unlikely to be needed for entry
to the asset register.
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7.2. Unique identification of assets Assets in the asset register shall have a unique identification.
The requirements for an asset identifier are to ensure the information system stores a unique
identifier that enables allocation of data and documents against a particular asset located or
fitted to a fixed functional 'hole' at a geographic point in the system, against a linear asset or
mobile asset. The unique identifier shall contain the following:
• a unique number, usually system generated, that stays with the asset for the whole of life
that enables searching for and tracking of assets and serves as the primary key to link
related asset data, attributes and documents
• a structured code that provides the primary means to identify the asset uniquely in the
operating environment and for maintenance purposes. This may contain references to its
location, asset function, kilometerage, site label or serial number to ensure uniqueness
7.3. Assets across the modes of transport There are seven modes of transport within the TfNSW cluster which are listed below. All assets
within the asset register shall align with one of these seven modes.
• heavy rail
• light rail
• road
• ferry
• bus
• rapid transit
• active
7.4. Asset classes There are four primary asset hierarchy groups used to contain assets that exist across the
various transport modes, as shown in Figure 3. Assets are primarily categorised by asset class
and are associated with the four fixed and mobile asset groups listed below:
• fixed network infrastructure assets and systems within corridors and facilities
• mobile assets for fleet and plant
Infrastructure assets exist within the transport corridors and facilities. Facilities may exist within
a corridor; for example, train station, signal box or electrical substation, or may stand alone; for
example, an operations centre, warehouse or training centre.
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Facilities may also exist within a larger facility. For example a communications room or building
services room can exist within a train station.
Asset Groups
Asset Classes included at this level
Asset Classes related to the above Facilities or Corridors
Fixed (Zonal) Mobile
Facilities
• Interchanges• Rest Areas• Electrical Facilities• Signalling & Control
Facilities• Communications Facilities• Services Facilities• Maintenance Facilities• Logistics Facilities• Operations Facilities• Parking & Taxi Facilities
• Corridor / Yard #
Corridor Fleet
• Trains• Light Rail Vehicles• Buses• Ferries• Wagons• Locomotives• Track Machines &
Vehicles• Road Vehicles
Plant
• Mobile Plant• Minor Plant & Equipment
Fixed Network Infrastructure & Systems Onboard Systems• Train Systems• Light Rail Systems• Bus Systems• Ferry Systems• Wagon Systems• Locomotive Systems• Track Machines & Vehicle
Systems
Asset Classes related to the above Fleet
• Earthworks/Geotech #• Level Crossings• Bridges *• Drainage #• Tunnels #• Misc Structures *#• Fencing & Barriers *#• Service Routes #• Roads #• Track #• Turnouts• Overhead Traction #• Electrolysis & Bonding• Pneumatic Supply #• Navigation Aids• Land *
• Electrical Substation Equipment
• HV Distribution• LV Distribution• Rail Signalling & Control
Equipment• Control Systems• Traffic Control Equipment• Communications Cables• Communications Equipment• Communications Licences• Technology Systems• Security Equipment• Customer Information
Equipment• Condition Monitoring
Equipment• Buildings• Services & Utilities #• Furniture & Fixtures• Landscaping• Fixed Plant• Wayfinding & Signage• Ticketing Equipment• IT Hardware, Software &
Licences
Note:* Assets in this Class can exist both within a Corridor and a Facility# Asset Class contains Assets that are linear and shall be managed as a linear Asset
Figure 3 – Asset class relationship within the asset hierarchy
7.5. Asset portfolio Assets in the asset portfolio held in the asset register shall be grouped and structured in
accordance with the asset classification framework defined in Section 8.
Refer to Appendix A for a sample asset classification structure applied to TfNSW assets.
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The asset register shall include the following assets:
• facilities and interchanges
o interchanges including stations, stops, wharves, and car, bus, and cycle parking
o electrical facilities including substations, sectioning huts, distribution substation and
external low voltage supplies
o signalling facilities including signal complexes and enclosures
o communications facilities including communications rooms and enclosures
o building services facilities
o maintenance facilities
o logistics facilities
o operations facilities including drivers and training facilities
o parking and taxi facilities
o rest areas
• corridor for heavy rail, light rail, rapid transit, road and ferry
• fleet including passenger trains, light rail vehicles, ferries, buses, track machines,
locomotives, wagons, recording vehicles, road vehicles and their associated fleet systems
• plant including mobile plant, fixed plant and minor plant and equipment
• civil and structures including bridges, drainage and culverts, tunnels, earthworks and
geotechnical, buildings, level crossings, fencing and barriers, including:
o miscellaneous structures such as access ramps, stairs, concourses, platforms,
canopies, plinths, jetties, moorings, piers, pontoons, slipways, dry docks, inspection
pits, airspace developments, gantries, towers, trackslabs, walkways, cycleways and
sea walls
• track including mainline track and sidings, turnouts, buffer stops, lubricators and insulated
joints
• roads including access roads
• electrical substation including traction, non traction substation and distribution equipment
and SCADA
• electrical high voltage cable feeders, aerial lines and pole equipment
• electrical low voltage
• overhead traction including overhead wiring and equipment and overhead structures
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• rail signalling and control equipment including trackside signalling equipment, level
crossing protection, ATP, interlockings, workstations, telemetry, pneumatic air supply,
power supply and cables
• control systems
• communications systems including road traffic systems
• communications backbone cables
• communications including customer information indicators and clocks, audio and public
address, security help points and CCTV, radio, network and terminal equipment, licences,
cables and condition monitoring equipment
• services including lifts, escalators, fire management, heating / air conditioning / ventilation
(HVAC), low voltage electrical, lighting, and hydraulic water, sewer, and drainage systems
• facility furniture and fixtures including bike lockers, bike racks, seat, bins, boards and
screens
• service routes and underline crossings
• hardware, software and licences
• wayfinding and signage
• electrolysis and bonding
• property
• landscaping
• ticketing
• road traffic control equipment
• navigation aids
7.6. Asset hierarchy An asset hierarchy provides a logical representation of the asset relationship within the asset
register. Assets shall be defined at a number of different levels within the hierarchy. The asset
hierarchy ensures the following:
• assets can be viewed in a logical way in reference to how they physically relate with other
assets
• assets can be grouped in a way that they are managed and maintained
• all assets are covered
• asset specific, parent or zonal examinations are possible
• reporting at different levels
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Assets from within one asset class may form part of a hierarchy with assets from another asset
class.
7.6.1. Corridors A corridor is a linear zonal area containing heavy rail, light rail, road or ferry infrastructure assets
to support the operation of fleet services. A corridor includes the heavy rail corridor, light rail
corridor, road / T Way corridor, ferry corridor and stabling yard. Refer to Figure 4 for images of
corridors across various transport modes.
1 2
3 3
3
Figure 4 – Examples of corridors and stabling yard across various transport modes
Each corridor shall include the following infrastructure assets where applicable:
• civil and structures including bridges, drainage and culverts, tunnels, earthworks and
geotechnical, buildings, level crossings, fencing and barriers, including:
o miscellaneous structures such as airspace developments, gantries, towers, trackslabs,
walkways, cycleways and sea walls
• track including mainline track and sidings, turnouts, buffer stops, lubricators and insulated
joints
1 © State of NSW through Sydney Trains. All rights reserved. 2 © Roadrunnerz45. Permission granted under the terms of the GNU Free Documentation License. 3 © State of NSW through Transport for NSW.
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• roads including access roads
• overhead traction including overhead wiring and equipment and overhead structures
• rail signalling equipment including trackside signalling equipment, level crossing protection,
ATP and pneumatic air supply
• services including lifts, fire management, heating, air conditioning and ventilation (HVAC),
low voltage electrical, lighting, and hydraulic water, sewer, and drainage systems
• service routes and underline crossings
• wayfinding and signage
• electrolysis and bonding
• property
• landscaping
• road traffic control equipment
• navigation aids
Refer to Figure 5 for an example of a rail corridor asset hierarchy.
OverbridgeCutting# Retaining Wall#Road Level
XingSubway
CulvertTunnel#
Track# Overhead Wiring#
Electrolysis Bond
Boundary Fence#
Abutment
Rail Corridor#
Span
Services Route#
Insulated Joint
Lubricator Section Insulator Switch
Turnout Overhead Structure
Spark Gap
StructuresTrack
Corridor
ElectricalAsset Structuring:
• Asset Hierarchy (Zonal Area – Corridor) – Parent (Corridor) and related Child Assets (various Asset Systems and Asset Classes)
• Asset Classifications at all levels of the hierarchy – Asset Class, Asset Function, Asset Type
• Asset Reference – Corridor, Location (both physical and spatial), Track Base Code
• Linear Reference – (#) Linear Start & End Km or Discrete Km along the Corridor
• Transport Mode – Heavy Rail (primary mode)
Note: Electrical Substation Facilities, Signalling & Control Facilities and Communications Facilities and associated infrastructure and systems in the Corridor/Yard are not shown here but can be managed under their own hierarchy. They shall still contain the same Asset & Linear References to the Corridor/Yard and Location where applicable.
Gate ULX
Surface Drainage#
Air Main#
Exp Joint
Auto Drain
SignallingCivil
Figure 5 – Example of a rail corridor asset hierarchy
7.6.2. Facilities and Interchanges An interchange is a zonal area containing stations, stops, wharves, taxi ranks and car, bus or
cycle parking infrastructure assets to allow the customer to join or transfer between modes of
transport. An interchange would include at least one of the following: train station, light rail stop,
bus stop or ferry wharf and may contain a taxi rank and car, bus or cycle parking facilities. Refer
to Figure 6 for images of interchanges.
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4 5
6 7
Figure 6 – Examples of various transport interchanges
A service facility is a zonal area containing electrical substation and distribution, signalling and
control, communications, traffic control infrastructure, building services infrastructure, property
and signage within the corridor and interchange to support the operation of fleet services.
A maintenance and logistics facility is a zonal area containing plant and equipment, materials
(including quarries), spare parts, building services infrastructure, property and signage to
support the maintenance, cleaning and testing of network infrastructure and fleet assets.
An operations facility is a zonal area containing IT and monitoring equipment, building services
infrastructure, property, and signage to support the control and security of the network
infrastructure and fleet assets as well as drivers and guards facilities and educational training
facilities.
Refer to Figure 7 for images in relation to service facilities (electrical, signalling and
communications), maintenance facilities and operations facilities.
4 © State of NSW through Sydney Trains. All rights reserved. 5 © Arsene. Permission granted under the terms of the Creative Commons Attribution 2.0 Generic license 6 © J Bar. Permission granted under the terms of the GNU Free Documentation License. 7 © Ambanmba. Permission granted under the terms of the Creative Commons Attribution-Share Alike 3.0 Unported license.
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10 10
10 8
8
Figure 7 – Examples of service, maintenance and operations facilities
Each facility shall include the following infrastructure assets where applicable:
• civil and structures including bridges, tunnels, buildings, fencing and barriers, including:
o miscellaneous structures such as access ramps, stairs, concourses, platforms,
canopies, plinths, jetties, moorings, piers, pontoons, slipways, dry docks and
inspection pits
• electrical substation including traction, non traction substation and distribution equipment
and SCADA
• electrical high voltage cable feeders, aerial lines and pole equipment
8 © State of NSW through Transport for NSW. 9 © State of NSW through the Department (State Transit). 10 © State of NSW through Sydney Trains. All rights reserved.
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• electrical low voltage
• rail signalling and control equipment including automatic train protection (ATP),
interlockings, workstations, telemetry, power supply and cables
• control systems
• communications systems including road traffic systems
• communications backbone cables
• communications including customer information indicators and clocks, audio and public
address, security help points and CCTV, radio, network and transmission and terminal
equipment, licences, cables and condition monitoring equipment
• plant including fixed and minor plant and equipment
• services including lifts, escalators, fire management, HVAC, low voltage electrical, lighting,
and hydraulic water / sewer / drainage system
• furniture and fixtures including bike lockers, bike racks, seat, bins, boards and screens
• hardware, software and licences
• wayfinding and signage
• property
• landscaping
• ticketing
Refer to Figure 8 for an example of a train station interchange asset hierarchy.
SubwayConcourse
BuildingPlatform Canopy Electrical
SystemCar Park
Bus Stop Security System
Wayfinding Signage
Bike Locker
Train Station
Lighting DB Plinth Canopy Clock Indicator CCTV Camera
Help Point
Cust Info System
Ticketing System
Vending Machine
Card Reader
Structures Services Urban DesignFacilities
Interchanges
TechnologyInterchanges
StructuresTicketing
Asset Structuring:
• Asset Hierarchy (Zonal Area – Interchange) – Parent (Interchange) and related Child Assets (various Asset Systems and Asset Classes)
• Asset Classifications at all levels of the hierarchy – Asset Class, Asset Function, Asset Type
• Asset Reference – Corridor, Location (both physical and spatial)
• Linear Reference – (#) Linear Start & End Km or Discrete Km along the Corridor
• Transport Mode – Heavy Rail (primary mode), Bus (secondary mode)
Note: A second transport interchange may exist within the same precinct as the primary interchange
Hydraulic System
Fire System
WaterSprinklerHydrantExtinguisher
Sewer
Lift
Landscaping
Figure 8 – Example of a train station asset hierarchy
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Refer to Figure 9 for an example of a fleet maintenance depot facility asset hierarchy.
FootbridgeFacility Fence Building
Walkway Inspection Pit
Electrical System
Car Park
Hydraulic System
Wheel Lathe
HVAC System
Abutment
Fleet Maintenance Depot
Span Lighting DB
Fire System
Water Sewer
CompressorWash Plant
Crane
Structures ServicesFacilities
Facilities
Plant
Asset Structuring:
Asset Hierarchy (Zonal Area – Facility) – Parent (Facility) and related Child Assets (various Asset Systems and Asset Classes)
Asset Classifications at all levels of the hierarchy – Asset Class, Asset Function, Asset Type
Asset Reference – Corridor/Yard, Location (both physical and spatial)
Linear Reference – (#) Linear Start & End Km or Discrete Km along the Corridor/Yard
Transport Mode – Heavy Rail (primary mode)
Note: Track, Electrical Substation Facilities, Overhead Traction, HV & LV Feeders, Signalling & Control Facilities and Communications Facilities and associated infrastructure and systems in the Corridor/Yard that services the Fleet Maintenance Depot are not shown here but can be managed under their own hierarchy. They shall still contain the same Asset & Linear References to the Corridor/Yard and Location where applicable.
Light Tower
SprinklerHydrantExtinguisher
Figure 9 – Example of a fleet maintenance depot facility asset hierarchy
Refer to Figure 10 for an example of an electrical traction substation facility asset hierarchy.
DC Circuit BreakerFacility
Fence
AC Circuit Breaker Air Break
Switch Busbar
Auxiliary Services
Substation Cables Transformer
Security AlarmRectifier
Electrical Traction Substation
Battery Battery Charger
Reactor HVAC System
SCADA RTU
StructuresServices
Facilities
Electrical
Asset Structuring:
Asset Hierarchy (Zonal Area – Facility) – Parent (Facility) and related Child Assets (various Asset Systems and Asset Classes)
Asset Classifications at all levels of the hierarchy – Asset Class, Asset Function, Asset Type
Asset Reference – Corridor/Yard, Location (both physical and spatial)
Linear Reference – Discrete Km along the Corridor/Yard
Transport Mode – Heavy Rail (primary mode)
Note: Additional Electrical Distribution Substations may exist off the Aerial or Cable Feeders belonging to the primary Electrical Substation
Building Fire System
HydrantExtinguisher
ProtectionAerial Feeder
Cable Feeder
Distribution Substaton
Pole
Air Break Switch
Facilities
Cable Feeder
Figure 10 – Example of an electrical traction substation facility asset hierarchy
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7.6.3. Fleet Fleet assets shall include the passenger trains, light rail vehicles, ferries, buses, track machines,
locomotives, wagons, recording vehicles, road vehicles and their associated onboard fleet
systems. Refer to Figure 11 for images of fleet types.
11 12
13 14
13 12
15 16
Figure 11 – Examples of fleet
11 © Hpeterswald. Permission granted under the terms of the Creative Commons Attribution-Share Alike 3.0 Unported license. 12 © State of NSW through Transport for NSW 13 © Bidgee. Permission granted under the terms of the Creative Commons Attribution-Share Alike 3.0 Australia license. 14 State of NSW through the Department (State Transit). 15 © State of NSW through Sydney Trains. All rights reserved. 16 © State of NSW through Sydney Trains. All rights reserved.
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7.6.4. Plant Plant assets cover three broad classes (Mobile Plant, Fixed Plant and Minor Plant and
Equipment). Track Machines are covered under Fleet in Section 7.6.3.
Refer to Figure 12 for images of mobile plant assets
17 18
Figure 12 – Examples of mobile plant
Minor plant and equipment assets shall include those items not classified under mobile heavy
plant or fixed plant.
Fixed plant assets are covered under facilities in Section 7.6.2 of this document as these assets
reside within a maintenance depot, workshop facility or logistics facility.
7.7. Rotable assets and tracking Rotable assets are assets or assemblies that are fitted or removed from an asset and refitted to
the same or other similar asset and managed through tracking by its serial number. This
includes assets such as train bogies, traction motors and high voltage circuit breakers. The
assets shall also be managed in the asset register.
Refer to Figure 13 for an example of a rotable asset and tracking.
17 © State of NSW through Sydney Trains. All rights reserved. 18 © State of NSW through Sydney Trains. All rights reserved.
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Feeder A
Feeder B
Feeder C
Feeder D
Spare
The HV Circuit Breaker servicing Feeder B shall be rotated with the Spare for Maintenance, Failure Repair or Operational requirements.
HV Circuit Breakers have unique serial numbers and need to be tracked over their useful life.
The Bogie servicing Position 1 on RollingstockCar A shall be rotated with a Spare for Failure Repair or Refurbishment requirements.
Bogies have unique serial numbers and need to be tracked over their useful life.
Note: In this example the Bogie itself is an assembly comprised of Wheels, Axles and Traction Motors. These sub assemblies may also be fitted / removed separately to the Bogie itself and shall also be tracked.
Pantograph
Bogie 1 Bogie 2
Car A
Feeder A
Feeder B
Feeder C
Feeder D
Spare
The HV Circuit Breaker servicing Feeder B shall be rotated with the Spare for Maintenance, Failure Repair or Operational requirements.
HV Circuit Breakers have unique serial numbers and need to be tracked over their useful life.
The Bogie servicing Position 1 on RollingstockCar A shall be rotated with a Spare for Failure Repair or Refurbishment requirements.
Bogies have unique serial numbers and need to be tracked over their useful life.
Note: In this example the Bogie itself is an assembly comprised of Wheels, Axles and Traction Motors. These sub assemblies may also be fitted / removed separately to the Bogie itself and shall also be tracked.
Pantograph
Bogie 1 Bogie 2
Car A
Figure 13 – Example of rotable assets and tracking
Assets or assemblies may be moved throughout their useful life due to the following reasons:
• maintenance examination – rotate interchangeable asset or assembly with a spare for
temporary maintenance purposes and to keep system operational. Maintained asset or
assembly shall be moved back into operation while spare is placed back into the spares
location
• failure repair – rotate interchangeable failed asset or assembly with a spare to replace the
failed item. Failed asset or assembly shall be sent for repairs if it is a repairable item or
disposed if not economically viable
• refurbishment – rotate interchangeable degraded asset or assembly (based on condition or
age) with a spare to replace the degraded item. Degraded item shall then be sent for
refurbishment if it has a remaining useful life or disposed if not economically viable
• operational duty – rotate interchangeable asset or assembly with a spare to support
operational requirements and to ensure even usage distribution
The asset register shall reflect the current configuration and status of all fitted assets and
assemblies as well as the location and status of removed assets and assemblies.
7.8. Asset capitalisation and the fixed asset register New South Wales Treasury requires TfNSW to value its assets at 'fair value'. In the context of
this document 'fair value' for new assets will be based on the cost of construction of the
completed asset, and will apply to any expense with a value greater than $5000 (excluding land
and network assets which have no capitalisation threshold), with an economic benefit exceeding
12 months, and is considered a fixed asset in accordance with accounting standards. These
assets shall be included in the fixed asset register. This requirement is to ensure that the asset
value is written off over its economic life.
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Assets in the fixed asset register shall be aligned to the assets in the asset register for
maintainable assets in either a one to one relationship or by aggregating costs to a summary
parent asset level, for example electrical substations and signal locations.
7.9. Linear and discrete assets and attributes Assets shall be identified as being linear or discrete.
A linear asset shall describe an asset with a defined start and end reference, for example
kilometerage. Linear assets include corridor, track, road pavement, tunnels, and overhead
wiring. Linear asset attributes, including physical and functional configuration characteristics and
maintenance information, shall also be defined with start and end references relative to the
linear asset.
A linear asset may also have discrete attributes or features and maintenance information along
its length defined by a point reference, for example kilometerage along the asset such as weld,
joint or sign. Figure 14 provides an example of the linear data attributes for track.
Figure 14 – Example of linear configuration data attributes for track
A discrete asset shall describe an individual point asset that can be uniquely identified at a
known location such as geographic information system (GIS) coordinate or kilometre point.
Discrete assets include turnouts, bridges, signals, trainstops, transformers, buildings and plant.
Discrete asset attributes, including physical and functional configuration characteristics, and
maintenance information shall also be defined relative to the discrete asset.
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8. Asset classification structure framework The asset classification structure establishes a consistent definition, structure and
categorisation of assets across to asset portfolio for the following purposes:
• ensuring common terminology of assets and asset structuring within the asset register
• supporting easy exchange of asset information including asset registers, asset attributes
and documentation
• enabling the level to which assets are capitalised and depreciated
• supporting collaboration and build up of required asset information for asset handover and
acceptance
• defining the level of asset information required to be captured and managed to support and
substantiate decisions made over the asset life cycle
• supporting the development of a functional architecture model
• ensuring management of configuration change and risk
• enabling standardised and consolidated reporting
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8.1. Asset classification structure Each asset shall be defined according to the asset classification structure.
The asset classification structure comprises six levels as per the list below:
• level 1 - asset system
• level 2 - asset class
• level 3 - asset function
• level 4 - asset type, defines the level at which differing types of equipment essentially
provide the same function
• level 5 – component, which is linked to the asset type
• level 6 - sub component, which is linked to the component for the asset type
An asset system represents a grouping of related asset classes; for example, structures.
The asset class shall be the primary grouping of similar assets within the system, for example
bridges.
An asset function shall be associated with an asset class, for example underbridges.
Asset types consist of groups of assets that have common characteristics which distinguish
those assets that perform the same asset function.
Component parts shall be related to the asset type, which defines the build of the asset.
Sub-component parts are related to the component. The sub-component may be used as a
positional reference for example left, right, top, middle, bottom, and No.1.
Components and sub components will vary across the different asset types, for example:
different signal asset types could have different component builds.
Figure 15 illustrates the asset classification structure levels.
Figure 15 – Asset classification structure L1 – L4
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Figure 16 illustrates the asset system breakdown for all asset classes across the TfNSW asset
portfolio.
Fleet
Interchanges
Services
Facilities
Track
Corridor
Structures
Electrical
Signalling & Control
Technology
Property
Ticketing
Plant
Civil
Trains (TN) Light Rail Vehicles (LR)
Track Machines & Vehicles (TV)Wagons (WG)
Bus (BU) Ferry (FE)
Road Vehicles (RV)Locomotives (LO)
Corridor (CO)
Earthworks/Geotech (EW) Level Crossings (LC)
Bridges (BR)
Drainage (DR)
Tunnels (TU)Buildings (BD)Misc Structures (MS) Services Route (SR)
Fencing & Barriers (FN)
Roads (RO)
Track (TR) Turnouts (TO)
Interchanges (IF)
Maintenance Facilities (MF) Service Facilities (VF) Logistics Facilities (LF) Operations Facilities (OF)Parking & Taxi Facilities (PF) Rest Area (RF)
Services & Utilities (SV)
Furniture & Fixtures (FF)
Electrical Facility (EF) Elec Substation Equipment (EE) HV Distribution (HV)Overhead Traction (OW)Electrolysis & Bonding (EB)
Signalling & Control Facility (SF) Signalling & Control Equipment (SE) Pneumatic Supply (PS)Road Traffic Control Equipment (TC)Navigation Aids (NA)Control Systems (SC)
Mobile Plant (MP) Fixed Plant (FP) Minor Plant & Equipment (ME)
Ticketing System & Equipment (TI)
Land (LD)
Wayfinding & Signage (WS)
Communications Facility (CF) Security Equipment (SY) Customer Information Equipment (PI)Condition Monitoring Equipment (CM)Licences (LN) Info Technology (IT)
Communications Systems (ST)
Communications Equipment (TE)
Asset System Asset Classes
Train Systems (TS) Bus Systems (BS) Ferry Systems (FS) Light Rail Systems ((LS)
Urban Design Landscaping (LG)
LV Distribution (LV)
Communications Cables (CC)
Figure 16 – Asset system breakdown
Figure 17 illustrates an example of an asset classification structure for a track asset.
Level 6
Glued Insulated Joint
Ballast Creep Peg
Formation Guard Rail
Insulating Biscuit
Insulating Pad
Rail Rail Joints
Mixed Passenger Freight
Freight Main Line (>10mgt)
Heavy Freight Lines
Passenger Main Line
Freight Main Line (<10mgt)
Signage Stop Blocks
Survey Pegs/Marks
Ties TrackSlab
Trainstop Timbers
WeldRail fastenings
Mechanical Insulated
Joint
Down RailUp Rail Down RailUp Rail
Level 1
Level 2
Level 3
Level 4
Level 5
AnchorsBolts/Studs/Rivets
Pandrol Clip
Dog Spikes
Screw Spikes
Concrete Polymer Steel Timber Insulation
Track
Track
Mainline Track
Down RailUp RailShoulder4 Foot DownUp
Figure 17 – Example classification structure for a track asset
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Figure 18 illustrates an example of an asset classification structure for a signal asset.
Level 6
Filament(s)Control circuit(s)
Falcon 8 Maintenance
Padlock
Fall Arrest Device
Ladder (Signal Post) Lens Lens Hood Signal
HeadSignal Phone
Signal Tail
Cable
Westinghouse R2 Mk.I Signal
Aldridge Type Signal
Main Line LED Type Signal
Signal Wiring
Termination Cable
Termination Box
Signal PostSignal Case
Support System
Backing Plate
Seals
Level 1
Level 2
Level 3
Level 4
Level 5
Fuse Internal Wiring
Relay Contacts
Trail Cable
Wiring/Terminations
Signalling and Control
Signal Equipment - Trackside
Signal
Westinghouse R2 Mk.III
Signal
Westinghouse R2 Mk.IV
Signal
GEC Type Signal
Battery Line Receiver Transmitter
Safety Barrier
Foundation
Figure 18 – Example classification structure for a signal asset
Figure 19 illustrates an example of an asset classification structure for an electric substation
asset.
Level 6
DCCB - Feeder Mitsubishi
BHF30b-Email Truck Bar
Level 1
Level 2
Level 3
Level 4
Level 5
Electrical
Substation Equipment
DC Circuit Breaker
DCCB – Feeder Mitsubishi BHF 30b-Full/Imtd
Truck Bar
DCCB – Feeder Mitsubishi BHF
30-Full/Imtd Truck Bar
Arc Chute Control Insulation Main current
parthOperating
Machanism
Splitter Handle Pivot Insulation Contact Fingers
Coil - Holding
Coil - Closing Interlocking Diode Fuse Push
ButtonBakelite PanellingInsulator Main
ContactsArcing
ContactsShunt Busbar
ContactsGap
SettingCalibration
PlugSpring Pole Face
Figure 19 – Example classification structure for an electric substation asset
8.2. Asset classifications and the information model All assets shall be classified and contain a reference to a class, function and type.
An asset type shall only belong to one asset function and an asset function shall only belong to
one asset class.
The asset type shall be used to define the unique make or model of an asset that performs a
designated function. The asset type shall be a separate identifier in the asset register. These
assets have common characteristics which distinguish them separately and need to be
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function to allow for variations such as different manufacturers, different specifications and
different components.
Asset type shall define the following:
• maintenance strategy to be applied including the technical maintenance plan. Different
asset types within the same function may adopt the same technical maintenance plan
• component parts required to support defect identification and management. Component
and sub-components are not directly associated to the each asset but are linked via the
asset type that defines a common parts list for assets of that type
• warranty to be applied
• materials list (inventory) required for servicing, maintenance and repairs
The asset function shall be used to group one or more asset types that perform the same
function. The asset function shall be a separate identifier in the asset register. An asset function
shall be associated with one asset class.
Asset function shall define the following:
• grouping of asset types
• non-graphical data attributes required to be captured and managed, including physical,
functional, condition, operational and organisational data
• standard for the associated data attributes, including name, type, format, unit of measure,
accuracy, and range minima and maxima
The asset class shall be used to group one or more asset functions into a logical group. The
asset class shall be a separate identifier in the asset register.
Asset class shall define the grouping of asset functions.
Each asset in the asset register shall have a class, function and type reference.
The asset shall inherit the properties listed above relevant to its type and function.
Documents and graphical data, including position and spatial data, shall be referenced directly
to the asset in the asset register.
Figure 20 illustrates the information associated with the asset in the asset register in relation to
its classification.
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Graphical Data
§ actual (location, position, spatial) attributes linked to an individual asset (an asset can have multiple graphical attributes)
Non-graphical Data
Asset(s)
Documents
Class
Function
Type
Component
Sub-component
Documents§ actual documents linked to
the individual asset (an asset can have multiple documents)
Data attributes§ actual (physical, functional, condition,
operational, organisational) attributes linked to the individual asset (an asset can have multiple non-graphical attributes)
Asset class (L2)§ grouping of related asset functions
Asset function (L3)§ grouping of related asset types§ defines the data attributes to be captured§ defines the attribute specification (name,
type, format, unit of measure, min/max), common to an asset function, group of asset types or individual asset type
Asset type (L4)§ defines the material part list (inventory)§ defines the manufacturers warranty§ defines the build (components and sub
components) at L5 and L6 for failure capture, analysis and reporting§ defines the maintenance plan based on the
TMP§ tasks (packaged into service schedules)§ resources§ tools§ materials
§ defines the failures modes, causes as part of the FMECA
Asset classifications (L2-4) Class – Function - Type§ applied to all assets, systems and zonal groups
Asset(s) shown above shall be a Zonal Asset (Corridor, Facility, Fleet or Plant) in an asset hierarchy with related infrastructure assets or related fixed and onboard systems
Asset System(s)
Infrastructure Asset(s)
Infrastructure Asset(s)
Zonal Asset Zonal Asset – Fixed or Mobile (Corridor, Facility, Fleet or Plant)
Infrastructure Asset
Asset System (fixed or onboard)§ Technology System§ Passenger Info System§ Passenger Security System
§ Control System§ Facility Service System§ Fire Management System§ Hydraulic System§Ventilation System§ Lift
Figure 20 – Asset information model linked to the asset classification
9. Asset information requirements Asset information shall be derived from all stages of the asset life cycle. Figure 21 illustrates the
asset life cycle stages.
Figure 21 – Asset Life cycle stages
A formal approach to the governance of the asset information shall be required to ensure the
information is current, accurate and complete to support and substantiate asset decisions to
meet TfNSW objectives.
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9.1. Asset data Asset data and attributes associated with assets contained in an asset register is categorised
into the following data groups:
• configuration – includes physical and functional data related to identifying and providing
static referencing of manufacturer details, asset construction, asset procurement, technical
characteristics and physical relationship with other assets
• location – includes data related to physical and geospatial attributes, for example
information on environmental and spatial relationship with other assets
• condition – includes data related to past and current condition such as information on
residual life
• operational – includes data related to usage, tonnage, restrictions and criticality
• maintenance – includes data related to the management and recording of maintenance
activities
• organisational – includes data related to responsibilities of the owner, operator and
maintainer
• financial – includes data related to costing from capital acquisition, operation, maintenance
to disposal
Asset data and attributes may be static or dynamic and be of a graphical or non-graphical
nature.
Asset data and attributes requirements shall support both linear and discrete assets.
9.2. Asset documents Asset documents associated with assets contained in an asset register include manuals, plans,
photos, drawings, certificates, licences, and schematics.
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9.3. Data quality Asset data shall be assessed to ensure that the quality of data is maintained as per the
requirements defined in Section 12 of this document together with targeted surveillance audits.
The data quality shall be determined by the following categories:
• completeness – data shall be complete
• correctness – data shall be accurate and up to date
• consistency – data shall be defined including business rules and format
• clarity – data shall be clear and unambiguous
• integrity – data shall be structured and relationships maintained with other data repositories
• uniqueness – no duplication of the data shall exist
9.4. Pre-commissioning asset information and handover The asset information system shall include asset specific pre-commissioning information for all
assets.
As part of asset handover during the asset acceptance phase, the asset information
requirements detailed in this section shall be provided and updated within the asset information
system as part the existing staged commissioning and operational readiness gates.
This is required for both new assets (investment) and for the renewal or refurbishment
(sustainability) of existing assets as shown in Figure 22.
Asset information
Project information Asset data built up over the life cylce
Construction Maintenance
Documentation
Graphical dataNew AssetsHandover
Non-graphical data
Existing assets (refurbish & renewal)
Existing Assets
Figure 22 – Asset data built up across the life cycle including transition at handover
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Plan:
• documents
o reports – requirements specification, feasibility, environmental, geotechnical, and
reliability, availability, maintainability and safety (RAMS), system safety assurance
plan and hazard log
Acquire:
• configuration data
o asset register identifier; a unique identification, serial number, label and description,
and classifications of class, function and type
o construction or build – manufacturer make and model – nameplate details including
configuration attributes both linear and discrete. These are also applicable also for
type-approved assets and assets under trial
o age – date commissioned, design life
o design information – ratings, loadings, areas, lengths
o supplier or vendor information
o failure modes, effect and criticality (FMECA)
o test and commissioning results
o warranty information
o survey information
o heritage information
o spare parts inventory
• financial data
o capital acquisition cost – linked to financial fixed asset register for depreciation
purposes
o whole of life costs to operate and maintain
• location data
o asset location including physical geographic information and geospatial referencing for
fixed infrastructure assets, or home depot location for mobile fleet and plant assets
o environmental information
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• organisational data
o asset ownership
o asset maintenance demarcation and interfaces
o third party agreements
o land ownership, deeds and agreements
• documents
o maintenance standards and TMPs (including maintenance service schedules)
o maintenance manuals
o operating manuals
o drawings – concept, approved for construction (AFC) and as-built drawings,
schematics, plans and cad files
o regulatory – licensing and special conditions
o certificates and compliance – Disability Discrimination Act 1992 (DDA), Building Code
of Australia (BCA), design certificates, construction and commissioning certificates
o reports – design assumptions and calculations, inspection and test and commissioning
reports, safety assurance report
o concessions provided to design and construction standards
• operational data
o operational settings – circuit breaker trip setting
o hazards – confined space, restrictions
o risk level
o energy usage
o special requirements to operate and maintain
Note: residual defects and risks remaining at handover shall be transferred to the
operator or maintainer and managed within the asset information system.
9.5. Exchange of asset information at handover The exchange of validated and assured data and documents shall be electronic and
implemented through an agreed exchange process determined by TfNSW and managed
between the information provider or project deliverer and the organisation responsible for
maintaining the asset information on behalf of TfNSW.
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The content of the information exchange shall be sufficient to meet the requirements of this
standard.
The frequency and scope of each information exchange shall be defined as part of the asset
handover requirements and staged to align with the requirements of the operator and
maintainer to meet operational readiness.
The format of data and documents shall support the requirements of the information system
repository that contains the asset information such as a database, a register or plan room.
The information provider or project deliverer shall ensure the data quality as per the
requirements defined in Section 9.3.
The organisation responsible for maintaining the asset information on behalf of TfNSW shall
provide feedback to the information provider or project deliverer for any data quality issues or
shortfalls and shall process or upload the data and documents provided at handover as per the
requirements defined in Section 12.
9.6. Post-commissioning asset information The asset information system shall include asset specific post-commissioning information for all
assets. The following requirements shall be provided for asset operations and maintenance:
Operate and maintain:
• condition data
o condition information
o condition models and assessment criteria
o remaining life
• operational data
o asset criticality and assessment criteria
o asset duty including performance requirements – tonnage or volume, time in service,
hours operated, number of operations.
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• maintenance data
o maintenance activities - (preventive, corrective, breakdown, upgrade / refurbish,
renewal including supporting activities, operational – for example switching and
standby, and event triggered, for example heat patrol and feeder trip)
§ preventive service schedules including method of scheduling (time/frequency, usage
or condition), criticality and latitude defined as part of the technical maintenance
plan
§ work orders for every maintenance activity
§ defects for every conditional and functional failure
§ work breakdown structures
§ unit rate estimates per activity
§ duration per activity
§ measurements, adjustments, calibration
§ materials
o failure information (to support MTBF and MTTR)
§ time failed, time attended, time rectified, time in service
§ failure mode, operational consequence (including service delays), failure type both
conditional and functional
§ root cause
o materials
§ spares including type, location, interchangeability, and minimum stock levels
• financial data
o maintenance costs – labour, material, plants/equipment, contract (by activity per asset
captured on the work order)
o capital value – changes to financial fixed asset register in relation to depreciation
method, depreciation and revaluation
• documents
o photos (asset configuration, condition)
o reports – investigation (failure / incident, reliability, condition)
o concessions provided to maintenance standards
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9.7. Disposal asset information The asset information system shall include the following asset specific decommissioning
information for all assets:
Disposal:
• maintenance data
o maintenance disposal activities
• work orders for every maintenance activity
• financial data
o disposal costs – including costs for labour, material, plants and equipment, and
contract by activity per asset captured on the work order
o residual capital value of the asset to be written off
The remaining capital cost shall be written off in the financial fixed asset register.
9.8. Supporting asset information The asset information system shall contain the following information to support the asset over
the life cycle:
• training materials
• competency and certification of staff
• tools and equipment
• asset maintenance plans, replacement or refurbishment plans
10. Events triggering changes to asset information Across the asset life cycle various events will occur that shall trigger the requirement to update
the relevant asset information. These events will result from changes in asset strategy, service
strategy, new asset type, maintenance strategy including maintenance requirements, and asset
configuration. Refer to Figure 23.
Asset type approval
New asset investment
Operational change
Significant configuration change
Change in maintenance requirements
Change in asset strategy
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The following list provides examples of events which occur over the life cycle that shall trigger
the need for the asset information to be updated:
• introduction of new assets, whether it is an existing asset type or new asset type, including
asset trials
• asset relocation including rotable movement
• asset decommissioning and disposal
• minor maintenance – preventive, corrective, breakdown including inspection, testing and
calibration including component change
• major maintenance – refurbishment (component change out) / upgrade, modification and
renewal (existing like for like asset type or new asset type)
• asset revaluation
• change in assessed risk level
• change in asset ownership, asset operator or asset maintainer (demarcation of
responsibility)
• concession to a standard
• change in operation (timetable, usage) and asset criticality
• change in regulations and standards
The financial fixed asset register may need to be updated to reflect the change in asset value.
11. Asset information system requirements The requirements of the asset information system are as follows. The system shall:
• contain all the assets maintained by the operator and maintainer on behalf of the asset
owner in an asset register aligned with the asset classification structure and associated
asset master and reference data
• contain all the asset information on behalf of the asset owner as specified in this standard
• be capable of managing an asset register and all associated asset information, plans,
manuals and activities into a consolidated system comprising one or more integrated
repositories
• be capable of exporting data in commonly used industry standard formats
• be capable of providing integrated asset information within a reporting dashboard format to
TfNSW and approved stakeholders
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• be capable of planning, scheduling, prioritising and completing asset management
activities
• be capable of storing the current and complete historical record of all asset information in a
secured, controlled environment
• be capable of providing records in relation to inventory management, work order
management , tracking of costs and asset warranty
• be sustainable, maintained fit for purpose and scalable
• be capable of enabling the delivery of the following asset management functions:
o plan and document management
o work management, including capital work, recurrent maintenance work and costing
o failure and defect management
o asset condition management
o configuration management
o program and project management, including estimating
o materials management
o reporting
• be capable of integrating information with the following asset management related
systems:
o incident systems
o financial systems
o procurement systems
o human resource and rostering systems
o condition monitoring and SCADA systems
o operational systems, including control and timetables
o business intelligence reporting and analysis
o maintenance requirements analysis systems
o engineering design systems
o information modelling systems
o mobile technology systems and devices, including supporting remote information
access, review, capture and update
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• be capable of producing reports on the configuration, condition, planned work, work history
and performance of all assets including defect and failure and incident analysis
• be capable of integrating data
12. Operator and maintainer requirements The requirements of the operator and maintainer are as follows. The operator and maintainer
shall:
• maintain and update the asset register and associated asset information on behalf of the
asset owner (TfNSW)
• be responsible for ensuring the quality of the asset register and associated asset
information is at the highest standards at all times
• be responsible for ensuring the asset register and associated asset information is a true
and accurate representation of the asset condition and status of all assets including assets
handed over as part of project commissioning (for both internal and external delivered
projects)
• be responsible for ensuring all approved current TMPs and related service schedules are
fully implemented relative to each asset within the asset register
• be responsible for ensuring all approved pending new or amended TMPs are fully
implemented relative to each affected asset within the asset register within three months of
being approved
• make available to the asset owner (TfNSW) the asset register, associated asset
information and reports held in the asset information system in an agreed format
• handover the asset register, associated asset information and reports to TfNSW at the end
of contract in an agreed format
• accept new assets and update the asset register and associated asset information prior to
operational readiness, including asset modifications and disposals
• provide direct access and training in the use of the asset information system to TfNSW
nominated staff where required, including user and training materials
• provide direct access and training in the use of the asset information system to third party
maintainers where required
• be responsible for ensuring that all asset management activities are planned, scheduled,
prioritised, controlled, recorded and monitored in the asset information system over the full
life cycle of the asset, together with the planning and coordination of possessions and
access to the asset
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• be responsible for ensuring that all asset management activities are recorded in the asset
information system within three business days of the activity taking place covering but not
limited to:
o material management for spares and consumables
o work order management and cost allocation for scheduled and unscheduled work,
including work arising
o servicing records for measurements, condition assessment, photos, operating
statistics, settings and adjustments to ensure asset remains within operating
threshold/tolerance
o defects / fault management for assets – part causing failure, size, criticality, status,
corrective actions, and root cause for both functional and conditional failures (for both
temporary and permanent repairs) including reference to the incident or event where
applicable
o incident management, capturing consequences such as impact on operations and
delays
• record all asset information in the asset information system as a result of configuration
change, including:
o asset configuration changes or modifications including modifications to individual
discrete asset and linear asset configuration changes over the length of the linear
asset
o installation and exchange of components including type approved products and
products under trial
o fitment and removal of rotable serialised assets including the location and status of the
removed assets
o changes to the TMP, including service schedules, frequency, tasks, latitude and
criticality
o changes as a result of failure and corrective action
o changes as a result of a concession to a standard. The concession document shall
also be linked to the asset in the document management system.
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• generate reports to TfNSW as required from the asset information system on the following:
o current performance of the asset
o current condition of the asset
o current asset duty and utilisation of the asset
o annual works planning, delivery, production and backlog
o maintenance compliance
o asset register configuration and history
• conduct validation checks at intervals of at least six months to establish the accuracy,
validity and currency of the asset register and associated asset information
• allow TfNSW to audit the accuracy, validity and currency of the asset register and
associated asset information as requested by ASA
• monitor and analyse the asset information to detect the need for maintenance, indicated by
the following:
o a fault or defect requiring immediate attention
o a series of faults or defects comprising separate events that individually do not require
action but which collectively have passed a specified threshold of acceptability
o usage that indicates the need for preventative maintenance
o condition, where a physical property of an asset has fallen outside of acceptable limits
o performance, where a measured factor has fallen below a specified level or outside of
an acceptable range
o predicted failure or the predicted and unacceptable decline of an asset
• be responsible for ensuring that the asset information is managed and secure by the:
o provision of disaster recovery and suitable storage
o allocation of roles and responsibilities for the creation, maintenance, access to and
assurance of the data
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13. Asset information system ownership and custodianship of the information repositories The ASA is the delegated owner of the asset information system and repositories which are
significant to TfNSW.
Asset information repository custodian services will be provided to the ASA by nominated
AEOs. Such services include providing appropriate repositories to hold and manage ASA
owned asset information.
The ASA will maintain a register of the information repositories that hold asset information and
the system custodians that manage that information. The custodian of an asset information
system is the party responsible for managing an asset information repository regardless of
ownership. Asset information system custodians shall meet the requirements of this and any
other relevant TfNSW document, including any agreed performance requirements.
Requirements for the provision and management of ASA owned asset information shall be
owned by the ASA but may be delegated and managed by the asset information custodian as
appropriate.
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Appendix A – Asset classification structure framework
Figure 24 shows the TfNSW grouping of asset classes and related asset functions by engineering discipline. Further details on asset classifications in relation to
asset classes, functions and types can be found on the ASA website (document T MU AM 02002 TI Asset Classification Structure).
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Appendix B – Suggested reading
The following documents have not been directly referred to in this standard. However, these
documents may assist with providing some contextual information on asset information
management.
ISO 55001 (2014) – Asset Management – Management Systems – Requirements
ISO 55002 (2014) – Asset Management – Management Systems – Guidelines for the
application of ISO 55001
BS 1192-2:2013 – Specification for the Information management for the capital / delivery phase
of construction projects using building information modelling
BS 1192-3:2014 – Specification for the Information management for the operational phase of
assets using building information modelling
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