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© Copyright Water Corporation 2004 -2016

Assets Delivery Group Infrastructure Design Branch

DESIGN STANDARD DS 62-01

Site Security, Public Safety and Emergency Treatments

(Includes Guidelines for Selection, Type Drawings, Installation,

Commissioning and Maintenance Specifications)

VERSION 1

REVISION 1

MARCH 2016

Design Standard DS 62-01


(Includes Guidelines for Selection, Type Drawings, Installation, Commissioning and Maintenance Specifications)


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FOREWORD

This publication is the revised version Water Corporation’s standard for Public Safety, Security and

Emergency treatments. The Standard explains the Corporation’s requirements for the Standard for site

security treatments Guidelines for selection, type drawings, installation, commissioning and maintenance

specifications

The Standard has been prepared to achieve uniformity in the above procedures and is intended for use by

officers of the Corporation, Design Engineers and Contract Superintendents.

The Standard is intended for the design of security treatments for Water Corporation assets.

Compilation of the Standard was carried out by the Infrastructure Design Branch assisted by members of

external security and engineering consultants.

It is important to note that Design Managers are required to obtain the site security, fire and public safety

functional scope (the functional scope) for all capital and design projects. The assessment from the “Security

Functional Scope” will determine the level of external consultancy services required in the project. And the

most efficient purchasing and delivery processes. For assets listed as Category A or B from a critical

infrastructure security perspective, the functional scope will be used as the basis for the engaged Water

Corporation approved consultants for detailed design. For assets listed as Category C or lower, the

functional scope can often be used as detailed specifications and directly handed to one of the Water

Corporation approved installers. The assessment shall be approved by the Water Corporation Security

Program Manager with a signed functional scope. If the outcome of the assessment is to engage an external

consultant in the detailed design, the design and specification shall be reviewed and assessed by the Security

Program Manager for acceptance.

The Water Corporation’s centre of expertise for security related issues is the Security Program Manager,

Steve MacCarthy. Steve shall be contacted in the first instance. Steve MacCarthy can be contacted at

[email protected] or on (08) 9420 3879 or 0427 195 536, fax (08) 9420 2656.

Revisions and additions will be made on a needs basis and details will be forwarded to Standard holders as

they occur.

Manager, Infrastructure Design Branch

This document is prepared without the assumption of a duty of care by the Water Corporation. The document is not

intended to be nor should it be relied on as a substitute for professional engineering design expertise or any other

professional advice.

It is the responsibility of the user to ensure they are using the current version of this document.

© Copyright – Water Corporation: This standard and software is copyright. With the exception of use permitted by the

Copyright Act 1968, no part may be reproduced without the written permission of the Water Corporation.

mailto:[email protected]





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DISCLAIMER

This Standard is intended solely for application to the acquisition of water infrastructure in Operating Areas in

Western Australia where the Water Corporation has been licensed to provide water services subject to the terms

and conditions of its Operating License.

This Standard is provided for use only by a suitably qualified professional design engineer and a Water Corporation

approved, WA Police licensed, security consultant who shall apply the skill, knowledge and experience necessary

to understand the risks involved and undertake all infrastructure design and installation specification preparation

work.

Any interpretation of anything in this Standard that deviates from the requirements specified in the project design

drawings and construction specifications shall be resolved by reference to and determination by the design

engineer.

The Corporation accepts no liability for any loss or damage that arises from anything in the Standard including loss

or damage that may arise due to the errors and omissions of any person.





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REVISION STATUS

The revision status of this standard is shown section by section below:

REVISION STATUS

SECT. VER/

REV

DATE PAGES

REVISED

REVISION DESCRIPTION

(Section, Clause, Sub-Clause)

PREPD/

RVWD

RVWD APPRVD

All 1/0 29.10.04 All Original (First) Version PF JD

All 1/1 11.03.16 All Restructured and rearranged with new

contents

SM ZR SB





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DESIGN STANDARD DS 62-01 Site Security Treatment

(Includes Guidelines for Selection, Type Drawings, Installation,

Commissioning and Maintenance Specification)

CONTENTS Section Page

1. PREFACE ...................................................................................................................................... 9

1.1 DEFINITION ............................................................................................................................... 9

1.2 Abbreviations ............................................................................................................................. 13

2 INTRODUCTION ....................................................................................................................... 14

2.1 Criteria ........................................................................................................................................ 14

2.2 Scope ............................................................................................................................................ 14

2.3 Purpose ........................................................................................................................................ 14

2.4 Drawing ....................................................................................................................................... 14

2.5 Manufacturers and Brand Names ............................................................................................ 14

2.6 Design Standards ........................................................................................................................ 14

2.7 Installation Standards ................................................................................................................ 14

2.8 Access to Existing Asset Systems .............................................................................................. 14

2.9 Security Categories .................................................................................................................... 14

3 LEGISLATION ........................................................................................................................... 16

3.1 Statutory legislation ................................................................................................................... 16

3.2 Guidelines ................................................................................................................................... 16 3.2.1 Federal Guidelines ....................................................................................................................... 16 3.2.2 State Guidelines ........................................................................................................................... 16

3.3 Standards .................................................................................................................................... 17 3.3.1 Australian Standards .................................................................................................................... 17 3.3.2 International Standards ................................................................................................................ 20 3.3.3 Other Standards, Specifications and Guidelines .......................................................................... 20





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4 SUBMISSION REQUIREMENTS FOR DESIGN ENGINEERS .......................................... 22

4.1 General ........................................................................................................................................ 22

4.2 Licenses & Insurances ............................................................................................................... 22

4.3 Quality Assurance ...................................................................................................................... 22

5 SITE FUNCTIONAL SCOPE ................................................................................................... 23

5.1 Definition..................................................................................................................................... 23

5.2 Scope ............................................................................................................................................ 23

5.3 Process and design and procurement processes ...................................................................... 23

6 SECURITY TREATMENTS CRITERIA ................................................................................ 24

6.1 Introduction ................................................................................................................................ 24

6.2 Selection of Security Treatments .............................................................................................. 24

6.3 Security Design Considerations ................................................................................................ 24 6.3.1 Security Protective Profile ........................................................................................................... 24 6.3.2 Security Design Concepts ............................................................................................................ 25 6.3.3 Risk Management ........................................................................................................................ 25 6.3.4 Security Treatments ..................................................................................................................... 25

6.4 Situational & Environmental Design Considerations ............................................................. 26

6.5 Water Corporations Public Safety & Security Aesthetics Policy – General Design Requirements

……………………………………………………………………………………………………26

6.6 Occupational Safety & Health, and Public Liability .............................................................. 27

7 INSTALLATION REQUIREMENTS ...................................................................................... 28

7.1 General ........................................................................................................................................ 28

7.2 Plans, drawings, approvals, certificates & licenses ................................................................. 28 7.2.1 Plans & Drawings ........................................................................................................................ 28 7.2.2 Approvals ..................................................................................................................................... 28 7.2.3 Manufacturers and Statutory Authority ....................................................................................... 28 7.2.4 Licenses ........................................................................................................................................ 29 7.2.5 Fire Doors .................................................................................................................................... 29

7.3 Works & Inspections ................................................................................................................. 29

7.4 Excavations and Installations.................................................................................................... 29 7.4.1 Damage ........................................................................................................................................ 30





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7.5 Submissions................................................................................................................................. 30

8 COMMISSIONING REQUIREMENTS .................................................................................. 31

8.1 Commissioning ........................................................................................................................... 31

8.2 Testing requirements (Physical & Mechanical) ...................................................................... 31

8.3 Testing requirements (Electrical) ............................................................................................. 31

8.4 Testing Format ........................................................................................................................... 31

8.5 Pre-commissioning ..................................................................................................................... 32

8.6 Continuous testing ...................................................................................................................... 32

8.7 Commissioning testing ............................................................................................................... 32

9 TESTING DURING COMMISSIONING ................................................................................ 33

9.1 Electronic Systems ..................................................................................................................... 33

9.2 Intruder Alarm and Access Control System ........................................................................... 33 9.2.1 Alarm Panel.................................................................................................................................. 33 9.2.2 Detection Devices ........................................................................................................................ 33

9.3 As Installed Drawings and Manuals ......................................................................................... 34

9.4 Operating and Maintenance Instructions ................................................................................ 34

9.5 Training....................................................................................................................................... 34 9.5.1 Operators Course .......................................................................................................................... 34

9.6 Environmental Testing .............................................................................................................. 34

9.7 Certificates .................................................................................................................................. 34

10 MAINTENANCE REQUIREMENTS ...................................................................................... 35

10.1 General ........................................................................................................................................ 35

10.2 Maintenance requirements ........................................................................................................ 35

10.3 Maintenance inspections ............................................................................................................ 35 10.3.1 Frequency ..................................................................................................................................... 36 10.3.2 Warranty Period ........................................................................................................................... 36 10.3.3 Maintenance during Defects Liability Period .............................................................................. 36 10.3.4 Callouts during Defects Liability Period ...................................................................................... 36

10.4 Long Term Monitoring and Maintenance ............................................................................... 37

10.5 Completion .................................................................................................................................. 37

10.6 Maintenance Service & Contract ............................................................................................. 37

10.7 Spare Parts (Recommended) ..................................................................................................... 37

10.8 Spare Parts (Maintenance) ........................................................................................................ 37

11 DOCUMENTATION AND TRAINING REQUIREMENTS ................................................. 38

11.1 Format ......................................................................................................................................... 38

11.2 Standard Documentation .......................................................................................................... 38 11.2.1 Electronic ..................................................................................................................................... 38 11.2.2 Physical/Structural ....................................................................................................................... 38





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11.3 Review Procedure for Customised Documents ....................................................................... 39

11.4 Training....................................................................................................................................... 39

ANNEXURE-1: DRAWINGS........................................................................................................................ 40

Introduction .................................................................................................................................................... 40

General Drawing Requirements .................................................................................................................... 40

Example Drawings .......................................................................................................................................... 41

APPENDIX 1- EXTERNAL ADVICE AND STORAGE PROTOCOLS FOR DS 62 ............................. 42

APPENDIX 2 - INTERNAL ADVICE REGARDING SECURITY MATTERS ..................................... 44

APPENDIX 3 - INDICATIVE ASSET SECURITY CATEGORISATION AND SECURITY TREATMENT

SCHEDULES .................................................................................................................................................. 45

APPENDIX 4 - WATER CORPORATION SECURITY PANEL LIST ................................................... 51

APPENDIX 5 – STATUTORY DECLARATION PROFORMA .............................................................. 52

APPENDIX 6 – DS 62 EXTERNAL STORAGE DECLARATION .......................................................... 53

APPENDIX 7 - EXAMPLE OF SECURITY FUNCTIONAL SPECIFICATION ................................... 54





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1. PREFACE

1.1 DEFINITION

In this Standard the following words and expressions shall have the following meanings assigned to

them. These meanings do not necessarily comply with the meanings given in the Water Corporation

Act and other Water Corporation publications.

Access Point

Any opening or accessible opening in the perimeter of a site, building, structure or cabinet. All access

points are to be considered and assessed for security and safety treatments.

Alarm (Security)

A signal generated usually by electronic or mechanical means which alerts personnel onsite and/or

offsite or sequential systems that a specific prescribed/designated condition has occurred. The signal

transmitted offsite may be received by either a Licensed Police approved and graded (Grade One)

security monitoring station or a Water Corporation control room.

Asset Owner

The designated individual or section responsible for the operation of the specified Asset.

Commissioning

Commissioning is defined as the process of planning, testing, proving and finally verification that an

asset or asset system functions and performs in accordance with specified requirements.

The Commissioning process starts by production of a plan in the project activation stage and is

normally completed by Project Practical Completion (PPC).

Control Panel

The central operating hardware and software interphase for an access control/security or fire systems.

The control panel requires a high level of protection.

Corporation

Either:

The body corporate known as the Water Corporation of Western Australia, or

A representative nominated by the Water Corporation acting on behalf of the Water Corporation.

Completion Certificate

The single document provided and signed by a Licensed Security Contractor at successful

commissioning designating the manufacturing, construction and installation standards and other

related matters as required by the Corporation relating to the security equipment.

Contract

The agreement between the Contractor and the Corporation for the execution of works.

Contractor

The person or organization bound to execute the works under a contract.

Contract Superintendent

The person appointed by the Superintendent to administer the Contract.

Country Area

The area of the State of Western Australia located outside of the Water Corporation’s Perth Region.

Detector





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An item of electronic hardware which transmits designated signals (Fire or movement) under specified

environmental conditions to a Control Panel. Detectors must be specified to ensure compatibility with

the local environmental and operational conditions.

Developer

The person or organization that has made an agreement with the Corporation to provide asset

infrastructure.

Direct Dialler

Communications equipment from an intruder alarm or similar systems which uses a telephone line to

communicate to a central monitoring station.

Engineer

A person qualified to be a Chartered Professional Engineer, and who has appropriate experience.

Engineering Firm

An organization which has in its employment an Engineer.

Design Engineer

The Engineer or engineering firm appointed by the Corporation or Developer to prepare an asset

design system for submission to the Corporation.

Example Drawing

A generic drawing prepared by the Corporation. The drawing provides the minimum requirements to

which Design Engineers shall comply.

Integrate

The conceptual and physical linkage between the planning aspects of protective monitoring systems.

E.g.; Fire systems linked to intruder alarm systems and linked to access control systems, with common

interphase and signalling under prescribed conditions.

License

An approved professional practice certificate provided by an appropriate regulatory agency required

by a contractor or consultant prior to specifying, planning, providing or installing electrical, security,

communications or other related systems components. E.g.

Security Agents License (WA Police)

Security Consultants Licence (WA Police)

Security Installers License (WA Police )

Electrical contractors licence

Austel cablers licence (Communications connections)

Documentary evidence of the currency and appropriateness of the license must be physically

sighted prior to any design guidance and/or works approvals being provided.

Lumen

A measurement of light output from a lamp, often called a tube or a bulb. All lamps are rated in

lumens. For example, a 100-watt incandescent lamp produces about 1750 lumens.





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Master Locksmith

A member of the Master Locksmiths association and a WA Police Service licensed installer of locks.

Only Water Corporation approved Master Locksmiths shall be used.

Metropolitan Area

The area encompassed by the boundary of the Perth Metropolitan Region Planning Scheme.

Monitoring Station

An accredited, WA Police, Licensed security monitoring station. Only Grade 1 Western Australia

based security monitoring stations shall be used.

Public Access Area

The area outside the designated secure area and normally outside the fenced area.

Alarm Response

The type and timeframe of physical response to a nominated site to enable an informed management

decision in response to an alarm or other alert.

Secure Area

The designated area, within the identified perimeter or asset/site boundary required to be secured using

the integrated deterrence and detection systems. The systems, processes and procedures considered for

the site shall be focused on protection of this area with deterrence and delay measures considered as

priority items, balanced against the ability to appropriately respond to identified perimeter and internal

breaches.

Security

Where the word security is used in this document to describe treatments to Water Corporation assets it

implies treatments for the purpose of loss prevention, public safety, site security, asset safety, fire and

emergency management and business continuity.

Security Agent

A WA Police licensed individual who is the representative of an organisation which provides

commercial security services. All security companies and organisations providing security works and

advice to the Water Corporation shall be licensed, and shall provide their complete licensing

documentation for verification.

Security Consultant

A WA Police licensed individual who provides security advice. All security companies and

organizations providing security works to the Water Corporation shall provide their licensing

documentation for verification, and individuals providing advice shall be individually licensed and

shall provide their individual documentation for verification.

Security Installer

A WA Police licensed individual who provides security installation services. The licenses shall be

appropriately endorsed with the class of work to be provided (i.e.: electrical, alarms, safes, locks etc.)

All security companies and organisations providing security works to the Water Corporation shall

provide their licensing documentation for verification.

Security Officer

A WA Police licensed individual who provides security guarding, patrol and alarm response services.

The licenses shall be appropriately endorsed with the class of work to be provided (i.e.: security

officer) All security companies and organisations providing security works to the Water Corporation

shall provide their licensing documentation for verification.

Security treatments – Interim

Security treatments installed by the Corporation in lieu of other works.





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Security treatments – Permanent

Security treatments which when installed will form an integral component of the ultimate asset

infrastructure.

Security treatments – Temporary

Security treatments which when installed will not form an integral component of the ultimate asset

infrastructure, and may be considered during construction periods or following emergency events.

Shall

A mandatory requirement. The requirement can only be varied with Corporation approval.

Should

A requirement to be adopted unless circumstances justify a variation.

Standard Drawing

A drawing prepared by the Corporation to cover items which are similar on all security treatments of

the same type. It is intended to reduce the amount of work involved in the preparation of drawings but

some additions may be required before submission.

Standards

Australian and international standards as prescribed and published by Standards Australia and other

appropriate organisations

Sub-Contractor

A person engaged by a Contractor to execute part of the works.

Supervisor

The person employed by the Contractor to be responsible for the supervision of the works.

The Corporation prefers a person whose qualifications are acceptable for graduate membership of the

Institution of Engineers, Australia.

A person with extensive supervisory experience in security installations may be acceptable as the

supervisor, alternately a specialist WA Police licensed security consultant will be required to manage

the security components of the project.

Surveyor

An Engineering Surveyor eligible for membership of the Institute of Mining and Engineering

Surveyors, or a Licensed Surveyor eligible for membership of the Institution of Surveyors Australia.





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1.2 Abbreviations

In this Standard the following abbreviations shall have the following meanings assigned to them:

AS Australian Standard

ASIO Australian Security Intelligence Organisation

AUSTEL Australian telecommunications Authority

IAS Intruder Alarm System

PE Photo electric

PIR Passive Infra-Red

FIB Fire Indicator Board

EWIS Emergency Warning Intercommunication System

CPTED Crime Prevention through Environmental Design

CCTV Closed Circuit Television

MRS Magnetic Reed Switch





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2 INTRODUCTION

2.1 Criteria

The criteria in this Standard are subject to continuous revision. Users should ensure that they are in

possession of the latest version.

2.2 Scope

This Standard contains the requirements for the design of permanent and temporary public safety,

emergency, site security and asset safety treatments.

2.3 Purpose

The Standard is intended to provide a basic reference for the design of asset security treatments and

additional specialist advice from an appropriately licensed security professional will be required to

ensure compatibility and effectiveness of protective security plan and treatments.

2.4 Drawing

The attached drawings contain information which is complementary to the information contained in

the text. The drawings should be read in conjunction with the corresponding parts of the text.

Design Engineers and Contract Superintendents should ensure that they have the latest issue of the

drawings.

2.5 Manufacturers and Brand Names

Where a manufacturer is specified it is indicative only and provided at the time of the construction of

the Standard, it does not automatically imply endorsement of the manufacturer and their products by

the Corporation, nor does it imply that these are the only manufacturers supplying products and

equipment which will satisfy the design and treatment requirements.

Where a brand name is indicated, an equivalent material or product may be used if it has been

authorized for use by the Corporation.

2.6 Design Standards

The Design Engineer shall be responsible for the design of the works irrespective of the requirements

of this Standard which represents minimum standards.

2.7 Installation Standards

Where compliance with Australian or Corporation Standards is required, the information in this

Standard represents the minimum acceptable standard and does not preclude the use of materials and

workmanship of a higher standard.

2.8 Access to Existing Asset Systems

Corporation asset installations shall not be opened or entered without the prior approval of the

Corporation.

2.9 Security Categories

The Corporations critical infrastructure security category identification shall apply and is fundamental

to the selection of appropriate protective safety and security designs, treatments and standards.





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The Security Program Manager, in conjunction with Scheme Managers and Asset Owner are

responsible for defining the security category to meet business continuity needs and the operational

environment. Additional factors shall also guide the final determination of asset protective measures

and includes:

Geographic locality

Demographic environment

Emergency, Police, security and medical response services

Related site incident histories

Loss impact and contingency response capability

Interdependencies with critical external infrastructure

A complex site may have an overall high rating with specific components with differing ratings

dependent upon their criticality.

The following table is an extract from SG 081 Site safety and security and provides guidance to the

Asset Owners in the selection of the Security Category. Most treatments in this Standard (DS 62)

refer to these asset categories:

Security

Category Description Loss Effect

A

Critical operational site or component.

Identified by External and internal

stakeholders as critical for operational, loss

effect, community perception and national

defence or strategic requirements. Critical to

the control and operational integrity of the

integrated services/supply

Community commercial and industrial

loss. Major contingency effort to

continue operations. Major media and

Government attention. Regulator

investigation and potential action.

B

Key operational site. Key link in the

Integrated supply system. Significant source

or single source. Maybe Remote with

extended travel times or no local community.

Located close to high-density population

area. Essential supply link to an important

national defence or Strategic asset.

Potential Community commercial and

industrial loss. Significant contingency

effort to continue operations. Media

and Ministerial attention. Regulator

investigation and potential regulator

action.

C Operational site. Loss effect is short and

mitigated by normal emergency response

actions.

Community and Commercial loss

effect is minimal. Media attention is

limited. Regulator routine

investigation.

D

Non-essential site. Loss effect is minimal as

operations will not adversely affect supply

services and integrated system will negate

loss effect.

Limited or no tangible community

effect. Regulator enquiry

E Non-essential site. Loss effect is negligible. No tangible Community service effect,

no regulator interest.





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3 LEGISLATION

3.1 Statutory legislation

The following statutory legislation (Acts and related Regulations, guidelines and Codes of Practice)

has direct application to the safety and security applications referred to in this standard, the list may

not be exhaustive.

Bush Fires Act 1954

Occupational Safety & Health Act 1984

Occupational Safety & Health Regulations 1996

Occupiers Liability Act 1985

Security & Related Activities (Control) Act 1996

Surveillance Devices Act 1998

Emergency Management Act 2005

Dangerous Goods Act

Telecommunications Act 1991

Environmental Protection (Clearing of Native Vegetation) – Regulations 2004

Local Government regulations and by-laws(as applicable to the designated site)

Building Code of Australia

3.2 Guidelines

3.2.1 Federal Guidelines

The following Federal CIP guidelines are relevant to the risk assessment and standards required under

this Design Standard:

(a) Water Industry Risk Context Statement

(b) Infrastructure information in the public domain

(c) ENA 015-2006 National Guidelines for Prevention of Unauthorised Access to Electricity

Infrastructure

(d) Commonwealth – Security equipment catalogue

(e) Attorney Generals Critical Infrastructure security risk and design guideline

(f) National Security – Critical Infrastructure Owners & Operators Responsibilities

(g) CIERMA – Critical Infrastructure Risk Management Assurance guideline (EMA)

3.2.2 State Guidelines

The following State guidelines are relevant to the risk assessment and standards required under this

Design Standard:

(a) Western Australia Department of Planning - Designing Out Crime – Planning Guidelines

(b) Western Australia Department of Planning - Designing Out Graffiti – Planning Guidelines

(c) Western Australia – Critical Infrastructure Owners & Operators responsibilities

(d) WA Police – Alarm response guidelines

(e) Premiers Directives (Bushfire; Graffiti)





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(f) State CCTV Policy & Guidelines

3.3 Standards

Design shall comply with the following standards as a minimum requirement.

3.3.1 Australian Standards

Of the Standards listed below, it is understood that the reference includes all current subset documents

and relevant guidance handbooks.

AS 1379 - 2007 Specification and supply of concrete

AS 1657-2013 Fixed platforms, walkways, stairways and ladders - Design,

construction and installation

AS 1939-1990 Degrees of protection provided by enclosures for electrical

equipment (IP Code)

AS 2032:2006 Installation of PVC pipe systems

AS 2700-2011 Colour standards for general purposes

AS/NZS 3500 Set (Parts 0-5):2013 Plumbing and drainage Set

AS 3600-2009 Concrete structures

AS/NZS ISO 31000:2009 Risk Management

AS/NZS 4680:2006 Hot-dip galvanized (zinc) coatings on fabricated ferrous articles

AS/NZS 1680.0:2009 Interior lighting - Safe movement

AS 1680.1-2006 Interior lighting - General principles and recommendations

AS 1680.2.1-2008 Interior lighting - Circulation spaces and other general areas

AS 1680.2.2-2008 Interior lighting - Office and screen-based tasks

AS/NZS 1680.2.4:1997 Interior lighting - Industrial tasks and processes

AS/NZS 1680.4:2001 Interior lighting - Maintenance of electric lighting systems

AS/NZS 1768:2007 Lightning protection

AS 1725.1-2010 Chain link fabric fencing – Security fences and gates – General

Requirements

AS/NZS ISO/IEC 17799:2006 Information technology – Security techniques - Code of practice

for information security management

AS/NZS 2201 set: 2008 Intruder alarm systems Set

AS/NZS 2201.1-2007 Intruder alarm systems - Client’s premises – Design, Installation,

commissioning and maintenance

AS 2201.2-2004 Intruder alarm systems - Monitoring centres

AS 2201.3-1991 Intruder alarm systems - Detection devices for internal use

AS 2201.4-1990 Intruder alarm systems - Wire-free systems installed in client’s

premises

AS 2201.5-2008 Intruder alarm systems - Alarm transmission systems

AS 2630-1983 Guide to selection and application of intruder alarm systems for

domestic and business premises

AS 5039-2008 Security screen doors and security window grilles





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AS 5040-2003 Installation of security screen doors and window grilles

AS 5041-2003 Methods of test – Security screen doors and window grilles

AS/NZS 3014-2003 Electrical installations - Electric fences

AS/NZS 3016:2002 Electrical installations - Electric security fences

AS 3555.1-2003 Building elements - Testing and rating for intruder resistance –

Intruder-resistant panels

AS/NZS 3827.1:1998 Lighting system performance - Accuracies and tolerances -

Overview and general recommendations

AS 4145.2-2008 Locksets and hardware for doors and windows - Mechanical

locksets for doors and windows in buildings

AS 4145.3-2001 Locksets - Mechanical locksets for windows in buildings

AS 4145.4-2002 Locksets - Padlocks

AS/NZS 4421:2011 Guards & patrols security services

AS/NZS ISO/IEC 18044:2006 Information technology – security techniques – Information

security incident management

AS/NZS 4255.1:1994 Security seals - Classification

AS/NZS 4255.2:1994 Security seals - Use

HB 231:2004 Information security risk management guidelines

AS 3555.1-2003 Building elements - Testing and rating for intruder resistance -

Intruder- Intruder-resistant panels

AS 3806-2006 Compliance Programs

AS 4100-1009 Steel Structures

AS 4680:2006 Hot-dip galvanised (zinc) coatings on fabricated ferrous articles

AS/NZS 1595:1998.Amdt 1:2014 Cold-rolled, unalloyed, steel sheet and strip

AS/NZS 1554 Set:2011 Structural steel welding Set

AS/NZS 4671:2001 Steel reinforcing materials

AS 2688 Timber doors

AS 2689 Timber Door sets

AS 1909 Installation of Timber Door Sets

AS/NZS 2803.1:1994 - Doors Security Screen

ISO/TR 10476 Doorsets: Assessment of Burglar Proofness

AS/NZ 1905 Components for the Protection of Openings in Fire-resistant

Walls - Fire-resistant Doorsets

AS 2047 Windows in Buildings: Selection and Installation

AS/NZS 2208 Safety Glazing Materials in Buildings

AS/NZS 2343 Bullet-resistant Panels and Elements

AS/NZS 2699 Built-in Components for Masonry Construction

AS 3700 Masonry Structures

SAA HB 39 - 1992 Code of common practice for steel roofing

AS 1170 SAA Loading Code





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AS 1562 Design and Installation of Sheet Roof and Wall Cladding

AS/NZS 2179 Specifications for Rain Water Goods, Accessories & Fasteners

AS 2180 Metal Rainwater Goods - Selection and Installation

AS 3566 Screws Self-drilling for the Building and Construction Industries

AS 2331 Methods of test for metallic and related coatings

AS 4145 Locksets

AS 1725.1 2010 Chain link fabric fencing - Security fences and gates

AS/NZS 2803.1:1994 Doors - Security screen - Hinged

AS/NZS 2803.2:1995 Doors - Security screen - Sliding

AS 5040:2003 Installation of security screen doors and Window Grilles

AS/NZS 60598.2.1 2014 Luminaires - Particular requirements - Fixed general purpose

luminaires

AS 3798: 2007 Guidelines on Earthworks for Commercial and Residential

Developments

AS 1725.1-2010 Chain link fabric fencing - Security fences and gates - General

requirements

AS 2423-2002 Coated steel wire fencing products for terrestrial, aquatic and

general use

AS/NZS 3014:2003 Electrical installations - Electric fences

AS/NZS 3016:2002 Electrical installations - Electric security fences

AS 4687-2007 Temporary fencing and hoardings

AS/NZS 1594:2002 Hot-rolled steel flat products

AS/NZS 3679.1:2010 Structural steel - Hot-rolled bars and sections

AS/NZS 1163:2009 Cold-formed structural steel hollow sections

AS 1397-2011 Continuous hot-dip metallic coated steel sheet and strip -

Coatings of zinc and zinc alloyed with aluminium and

magnesium

AS/NZS 2728:2013 Prefinished/pre-painted sheet metal products for interior/exterior

building applications - Performance requirements

AS 2444-2001 Portable fire extinguishers and fire blankets - Selection and

location AS 2419.1-2005 Fire hydrant installations - System

design, installation and commissioning AS/NZS 1221:1997 Fire

hose reels AS 2293.1-2005 Emergency escape lighting and exit

signs for buildings - System design, installation and operation

AS3959:2009 Construction of Buildings in Bushfire prone areas

AS 1905.1-2005 Components for the protection of openings in fire-resistant walls

- Fire-resistant doorsets





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3.3.2 International Standards

ASTM A240M: Standard Specification for Chromium and Chromium-Nickel

Stainless Steel Plate, Sheet, and Strip for Pressure Vessels and for

General Applications

BS 1722-1:2006 Fences. Specification for chain link fences

BS 1722-10:2006 Fences. Specification for anti-intruder fences in chain link and welded

mesh

BS 1722-12:2006 Fences. Specification for steel palisade fences

BS 1722-14:2006 Fences. Specification for open mesh steel panel fences

BS 1722-16:2009 Fences. Specification for powder coatings used as a plastics finish to

components and mesh

BS 1722-17:2006 Fences. Specification for electric security fences. Design, installation and

maintenance

BS 1722-18:2011 Fences. Specification for free-standing temporary steel mesh perimeter

fencing panels

3.3.3 Other Standards, Specifications and Guidelines

The following Corporation Infrastructure Design Branch Other Standards shall be read in conjunction

with this Standard.

a) Preliminaries to Works Manual

DS 30 General Design Criteria and Glossary

b) Electrical Design Standards

No. Title

DS 20

DS 22

DS 24 Electrical Drafting

DS 25 Electronic Instrumentation

DS 26 Type Specifications – Electrical

c) Other Water Corporation Standards

DS 60 Distribution Mains

DS 61 Tank Standard

DS 66 Urban Drainage

DS 62 Part 2

DS 71 – Dangerous Goods

d) Standards of the Corporation’s Insurers (Currently FM Global)

S050 Support to State Emergency Management

S081 Site Security and Public Safety

S107 Security Response Guide

S110 Incident Management

S197 Safety and Security Signage Standard

S315 Business Continuity Standard[SB1]





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e) Water Corporation Work Instruction S012-W1-01 “Standards for Security Locks and Keys”

Engineering Design Process Manual

Mechanical and Electrical Design Standards

DS 30-02 General Design Criteria Mechanical

DS 80 WCX CAD Standard

S151 Prevention of Falls Standard

WS-1

DS95

Metal Arc Welding

Standard for the selection, Preparation, Application, Inspection

and Testing of Protective Coatings on Water Corporation Assets





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4 SUBMISSION REQUIREMENTS FOR DESIGN

ENGINEERS

4.1 General

a) Works undertaken for the Corporation shall be submitted to the Corporation in accordance with

the requirements of the contract.

b) In addition to the information required by the “Developers Manual” or the Corporations contract

the initial submission shall include the following:

c) Confirmation that water, electricity, telephone services and an all-weather access road will be

available in the road reserve in front of the security treatments areas. This is to permit access to

the site and service connections to be made as required. If it is considered that these facilities will

not be available by the time they are required, details of the extensions needed to provide them and

the corresponding costs above normal connection fees shall be given.

d) Copies of letters from the Local Authority and other relevant authorities confirming that the

proposed security perimeter arrangements have been accepted.

4.2 Licenses & Insurances

a) Copies of appropriate licenses and insurances supporting the design input to the plans shall be

provided at the time of submission.

(i) Licenses

Security Agents license

Security Consultants license

Security Installer’s licenses

Austel Cabling license

Electrical contractor’s license.

(ii) Insurances

Public Liability insurances for the corporate entity and the work to be conducted.

Professional indemnity insurances for the corporate entity and/or individuals providing

the design.

4.3 Quality Assurance

Submit evidence that tradesmen are fully trained, experienced and licensed in installation methods.





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5 SITE FUNCTIONAL SCOPE

5.1 Definition

Site Functional Scope states the physical, procedural and technical compliance requirements with

relevant standards regarding security, fire and public safety.

5.2 Scope

A Site Functional Scope shall be completed for all assets through Assets Acquisition process.

5.3 Process and design and procurement processes

Design for Public Safety Fire and Security considerations shall be undertaken in accordance with the

Corporation’s Engineering Design Process Manual. The Site Functional Scope shall be completed in

the Asset Scoping phase, preferably in the requirements. For assets with Security Category A or B

with complex sites, the Site Functional Scope will be completed and used as instruction for designers

in the detailed design of security specifications. For asset with Security Category C or less, or where

so directed by the Corporation’s security manager, the Site Functional Scope can be used directly in

the procurement process to engage Water Corporation approved installers.

Asset commissioning and handover process for security and fire shall be integrated throughout the

requirements specification and design process.





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6 SECURITY TREATMENTS CRITERIA

6.1 Introduction

a) This Section of the Standard sets out the criteria to be used for the selection and design of security

treatments.

b) The text does not completely specify Corporation requirements and shall be used in conjunction

with the attached standard and example drawings. Design Engineers shall adhere to both the text

and the drawings. If there is a conflict between the text and the drawings an interpretation should

be sought from the Corporation’s Infrastructure Design Branch and the Security Program

Manager.

6.2 Selection of Security Treatments

a) The fundamental basis for the selection of security treatments is based upon the asset

categorization. Refer Section 2.9.

b) The asset owner in consultation with the Security Program Manager is responsible for defining the

asset categorization and the operational environment. Decision as to the security category is based

upon a risk assessment. Additional factors shall also guide the final determination of asset

protective measures.

Geographic locality

Demographic environment

Related site incident histories

Contingency and redundancy response capability

c) A complex site (multiple functions and assets) may have an overall high rating with specific

components receiving differing ratings dependent upon their criticality. In this instance,

hardening of specific assets within a site perimeter should be considered as more practicable than

treating the whole site.

6.3 Security Design Considerations

The security design for all sites is a combination of safety, security and risk requirements, which may

change due to the effluxion of time, and professional advice from Security industry specialist,

(Licensed Security Consultant) may be required to assist with the selection of treatments based upon

the assessed risks at the earliest stages of the design.

6.3.1 Security Protective Profile

The overall security protective profile for the site shall include an assessment of the local environment,

and the general “area of influence” including the following:

Geographic

Meteorological

Demographic

Emergency, Police, security and medical response services

An assessment of the asset categorization of the whole site, and individual components

An assessment of the operations of the site

An assessment of the visible deterrence level required, versus the detection and response capacity

available for the subject site.

The total loss effect, redundancy capacity, depth of contingency planning and repair capacity.





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6.3.2 Security Design Concepts

The security design shall incorporate all the concepts of business continuity and Crime Prevention

through Environmental Design (CPTED) and in particular shall consider:

a) Perimeter profile

b) Public and private transition areas

c) Access control and surveillance integration opportunities

d) The fundamental concepts of layered defence and defence in depth shall also be integrated into

the design with specific attention given to:

(i) critical infrastructure within the perimeter

(ii) key communication and control nodes

(iii) unique plant and equipment

(iv) access points to water storage areas

(v) chemical storage and equipment

e) All design submissions (where specified) shall consider and allow for:

(i) systems integration

(ii) scalable systems

(iii) automation

(iv) remote control and operation of the asset

6.3.3 Risk Management

The final design submissions shall be wholly based upon the risk assessment principles contained

within AS/NZS ISO 31000:2009, and the qualitative and quantitative ratings used in Water

Corporation S 122, with a documented risk assessment provided which supports the design concepts.

The risk assessment shall qualitatively and quantitatively identify and assess the following risk areas

as a minimum:

a) the external and internal human environment

b) geographic environmental risks

c) collateral systems and operational effects

6.3.4 Security Treatments

a) Security treatments selection, types, brief descriptions and applications are set out in the security

treatments table of SG 081. The table provides brief details of the types of treatments generally

acceptable to the security category rating.

b) Further design information on each of the security treatments types is given in a series of clauses

later in this Standard. This information should be read in conjunction with the appropriate

Australian Standards, related standards and example drawings.

c) Some security treatments have been accepted for standard use by the Corporation. The Design

Engineer can obtain advice of acceptable security treatments by contacting the Infrastructure

Design Branch of the Corporation. Electrical requirements for packaged security treatments shall

be discussed with the Corporation prior to commencement of electrical design. Examples of

Corporation accepted treatments include standardized access control systems and locking systems.

d) The Design Engineer shall have the type of security treatments accepted by the Corporation before

commencing detailed design.





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e) The physical security design objectives shall meet AS 3555.1 minimum standards for a Level 2 –

10 minute rating and Level 3 – 5 minute rating.

6.4 Situational & Environmental Design Considerations

Where specific situational and environmental effects or potential requirements are applicable they are

to be noted within the specification.

The following specific areas are provided as guidance:

a) Properties adjacent to high volume roads and site subject to sustained construction will require

robust security detection equipment, and if seismic detection equipment is considered, or smoke

detection apparatus where high levels of dust and insect intrusion is probable.

b) Agricultural, semi-rural and high crime areas may require ballistically tolerant lighting fixtures;

CCTV enclosures and detection apparatus.

c) Assets located near schools and places of mass gathering will require greater levels of security

treatment.

d) Urban high density population areas with evidence of repeated site intrusion will require vandal

resistant external lighting, CCTV and detection apparatus fixtures

All external and internal installations shall take account of the extremes of weather over a 100 year

period, including:

Water and flood table levels

Temperature

UV levels

Wind (prevailing and seasonal)

Dust levels

Salinity levels

Condensation cyclic mist and ambient moisture levels

Fire hazards

Seismic movement

The arc of the Sun in relation to detection equipment, PE switching and CCTV location

The installations shall also take consider adjacent foliage and fauna, including:

Insects

Birds

Burrowing large and small animals

Animals with the potential to scale, burrow, or cross low fences.

6.5 Water Corporations Public Safety & Security Aesthetics Policy –

General Design Requirements

Where practicable aesthetic design options are to be incorporated or noted within the design.

(Colours/finishes/containers and housings)

a) Site screening – all internal and perimeter foliage/plantings. Any foliage should grow no higher

than 0.5 metres high and tree branches no lower than 1.5 metres high. Tree trunks should be

clean of all offshoots and saplings etc. should not be planted close together. These conditions

allow a clear unobstructed view from the street of any ill-intentioned persons and unauthorised

activity upon the site by day and night.

b) Trees should be considered for their resistance to simple climbing – no strong lateral branches.

c) Screening foliage should not overhang or penetrate any perimeter fencing by at least one metre

inside the perimeter fence.





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d) Low foliage should not be planted to create a continuous bush line, which will attract rubbish and

refuse bank up.

e) All foliage should be assessed for fire fuel load and seasonal aesthetic risks, such as leaf fall and

fire fuel load build up against operational or occupied structures and community perimeters.

f) External perimeter fence areas can have ground level surface changes (i.e. coloured gravel, small

stone chips – no larger than 10mm) as a tactile surface can change to provide sensory awareness

of land ownership change.

g) Critical sites and high voltage electrical compounds sites will require appropriate fencing such as

strong barrier/palisade style (colour dependency is not essential). However, regardless of the

fencing chosen, it should be weather and corrosion resistant for the intended life of the fence (a

poorly maintained fence is attractive to ill-intentioned persons).

h) Aesthetic entrance markings on roadways etc. should include tactile surface changes, with light

reflective luminance considered.

i) Any additional garden furniture and leisure area or recreational equipment should have permanent

fixtures (non-portable), no external rubbish bins, no operational bins or structures placed adjacent

to buildings, fences or tanks as to facilitate climbing upon the adjacent structure.

j) All aesthetic lighting should be placed towards reflective walls and access points.

k) Colours used on building perimeters should include a light reflectance rating for ambient and

safety/security lighting.

l) Use of cages for equipment or caged utility cabinets should be minimal with all external

equipment and power cabinets etc. placed within solid/seamless walls, with no unnecessary

fenestrations. To reduce the need for external security grilles on essential sites, the use of

substantial vents, with horizontal and vertical locking pins should be considered together with

internal grilles with apertures no wider than 5mm.

m) There should be no commercial, contractor or private external security signage placed upon the

site perimeter, only Water Corporation colours, markings and logo and signage in accordance

with S197 and Water Corporation signage standards is to be installed.

n) External safety, security and restrictive signage should be simple and clear in the message ‘who

own the site; what risks and proscriptions apply to unauthorised entry and the number to call for

in the event of an emergency and security (131375).

6.6 Occupational Safety & Health, and Public Liability

a) Where specific community and/or operational safety issues are relevant to the placement,

installation, commissioning, operation, maintenance of the asset design they are to be

documented, together with risk mitigation options.

b) Potential hazards and safety considerations warnings are to be noted for signage purposes where

applicable.





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7 INSTALLATION REQUIREMENTS

7.1 General

The correct and standards compliant installation of security systems is essential to the integrity of the

protective security plan.

The installation standards and process must be carefully managed and inspected before openings and

connections are closed.

Only appropriately Water Corporation approved WA Police licensed security, electrical and Austel

licensed installers are to be used for security installation work. (Exempt fixed non alarmed, electronic

fencing and lighting)

7.2 Plans, drawings, approvals, certificates & licenses

7.2.1 Plans & Drawings

All plans and drawings are to be supplied in accordance with this Design Standard. The plans and

drawings are to include:

In ground works

Trench’s, conduiting and relationships with collocated or associated services.

Cable runs/tying and fixing points

Underground supports.

All equipment locations.

7.2.2 Approvals

The following works approvals are to be obtained where the security works are required to be

approved for fencing and associated environmental works.

State Government (e.g. environmental)

Local government

Land owners

Approvals may also be required for the use of CCTV and lighting when in close proximity to adjacent

buildings and properties.

7.2.3 Manufacturers and Statutory Authority

a) Manufacturers production statements including:

Materials used

Standards of manufacture

Testing compliance

b) Manufacturer’s instructions

Installations approvals for the installing contractor(where required)

Installation instructions

Installation testing

Commissioning testing

Operational instructions

Maintenance instructions

c) Manufacturers Warranties & Guarantees

Manufacturers issued warranties and guarantees





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d) Statutory Authorities

Government and other regulatory authority certificates for equipment usage (i.e. electrical,

environmental)

7.2.4 Licenses

a) The following licenses are a mandatory requirement for the installation of Security equipment in

Western Australia.

b) These licenses are to be obtained in hardcopy and provided to the superintendent for approval

prior to works commencing and shall form part of the final handover documentation.

c) The licenses must be the full document with all relevant license information and expiry dates

(Plastic ID cards are not acceptable):

Security Agents (WA Police issued – naming the company)

Security consultants/officers/installers (WA Police licenses – naming the individual who is

performing the work and their specific category of works approval (i.e. safes, locks, alarms

etc.)

Electrical Contractors licence

Austel cabling licence – required for works involving communications equipment

7.2.5 Fire Doors

Doors marked and tagged doors and frames and provide Certification of Compliance and Log Book in

accordance with ASNZ 1905 on completion of work

7.3 Works & Inspections

The works shall be comprehensively supplied by the contractor and include all in ground works,

structural works, rendering, closing, environmental re-surfacing, painting, approvals, trenching,

cutting, connection equipment, wiring, cabling, required to fully support the installation,

programming, testing, commissioning, monitoring and maintenance of the “system.”

7.4 Excavations and Installations

a) All excavations required shall be carried out in accordance with AS3798:2007. The contractor

shall ensure that full information is obtained regarding any underground services in the vicinity of

any excavation for footings or underground conduits, and that care is taken during the progress of

the work to avoid any possibility of damage to any Corporate or public utility.

b) Any trenching near identified services shall be carried out manually.

c) Any damage caused by activities of the contractor shall be made good by the contractor. If made

good by others, the cost of the repair shall be recoverable from the contractor.

d) The exact location of services which are in the vicinity of any excavation shall be accurately

determined with the assistance of the relevant authority. These include:

Main Roads Western Australia (lighting, electrical and draining conduits),

Water Corporation or supply provider (Water mains, reticulation, valves sewerage & power),

Alinta Gas (gas mains),

Telstra and Optus (communication cables,

Local Authority (reticulation)

Corporate Services including:

o Communications links

o Fuel lines

o Power and electrical services

o Water, reticulation and sewerage services – including fire services





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7.4.1 Damage

a) Any damage caused by activities of the contractor shall be made good by the contractor.

b) If made good by others, the cost of the repair shall be recoverable from the contractor.

7.5 Submissions

a) Submit the following for inspection by Superintendent before installation:

b) Plans, drawings, manufacturer’s documentation, testing programmes, project timeline,

inspections times, licences, approvals, authorities, commissioning dates and targets.





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8 COMMISSIONING REQUIREMENTS

8.1 Commissioning

All physical and electronic security works shall be commissioned by a qualified, competent

superintendent’s representative. The Security Program Manager will provide advice on request as to

the appropriate level of commissioning standards. Where external (non-Water Corporation) project

advice is received a competent WA Police licensed security consultant experienced in the security

works and installations specified is to be used.

8.2 Testing requirements (Physical & Mechanical)

The installing contractor shall submit documents required for commissioning and any mechanical and

inspection statements to the Superintendent for review and acceptance at least two weeks prior to the

conduct of the tests.

The procedure shall include as a minimum for each test:

Inspection and Test identification.

The aim of the inspection or test.

Detailed of the inspection or test procedure or actions.

Expected test outcome or responses.

8.3 Testing requirements (Electrical)

The installing contractor shall submit written procedures for testing and inspection the systems to the

Superintendent for review and acceptance at least two weeks prior to the conduct of the tests.

The procedure shall include as a minimum for each test:

Test identification.

The aim of the test.

Detailed test procedure or actions.

Expected system responses by all parts of the system.

8.4 Testing Format

At the Superintendent’s discretion, full and comprehensive testing shall be conducted by the contractor

in the following form:

a) Confirmation and conduct of all recommended manufacturer testing prior to installation.

b) Where systems are integrated with existing or new equipment, offsite bench testing shall be

conducted, with certificates of presented to the superintendent for review.

c) Site testing shall be conducted, to include individual and separable equipment testing, for both

stand alone and integrated systems.

d) Installation testing of systems shall be conducted for all forms of communication, signals and

operation.





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8.5 Pre-commissioning

Full and comprehensive, documented pre-commissioning systems testing shall be conducted, in the

following format:

Preparation of testing documentation for approval by superintendent.

Documented Site works inspections, to include standard of installation.

Comprehensive system and individual item testing of each and every installed system and item,

under operational conditions.

System behaviour to random and specified operator actions.

System response to hardware failures.

Systems responses to all normal operational signals.

System responses to fault signals.

System responses to remote and local power and other utility failure.

System response to tamper signals.

System response to random operator control.

System response to deliberate damage.

8.6 Continuous testing

Continuous testing shall start at the satisfactory completion of pre-commission testing, and shall be

conducted over a period agreed between the Superintendent and the Contractor. The contractor shall

provide fault identification sheets and review these sheets on a daily basis during this period. A

written response to corrective actions shall be supplied to the Superintendent for each fault identified

and corrected during this period.

8.7 Commissioning testing

Commissioning testing shall not be conducted until the complete works have been completed by the

contractor, and all items identified for correction during other types of testing have been rectified, and

individually tested.

Commissioning testing shall be conducted as for pre-commissioning testing.

Any operation or performance which does not comply with the agreed method of operation shall be

logged, together with a description of the subsequent repair. At the discretion of the Superintendent,

either a portion of the tests or the entire test sequence shall be repeated to verify the corrections.





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9 TESTING DURING COMMISSIONING

9.1 Electronic Systems

The Contractor shall supply all labour, materials and equipment required to fully commission and test

the site installation, and the monitoring of the system alarm output functions via the selected

commercial 24-hour security remote monitoring service approved by the Water Corporation and the

Water Corporation’s propriety 24-hour monitoring centre located in Leederville.

The commissioning process shall provide a computer generated print out record from each monitoring

centre to confirm ALL the activity generated from the system testing and commissioning has been

received and acknowledged from both monitoring centres, these computer generated print out records

shall form part of the documentation required for the purpose of the issuing of a Certificate of

Practical Completion, all commissioning and system testing shall be to the satisfaction of the

Superintendent.

On completion of the work the Contractor shall satisfy the Superintendent that the intruder alarm

system operates correctly and complies with the specification and drawings. Carry out all tests as

required by the Superintendent to ensure that the system and other work conform to the specification.

The Contractor shall replace any equipment, which fails to operate correctly.

The tests shall be carried out in the presence of the Superintendent.

A written notice of intention to test shall be provided to the Superintendent not less than 14 days prior

to the carrying out of such tests.

Installation and/or equipment will be accepted only after satisfactory completion of the

commissioning.

If a test procedure is unsuccessful due to faulty equipment the equipment shall be replaced and re-

programmed, if there is a failure of the system due to defective installation practices that section of the

system shall be re- installed to ‘best practice ‘ and subjected to retesting and commissioning and

proven to be operational to the satisfaction of the Superintendent.

9.2 Intruder Alarm and Access Control System

9.2.1 Alarm Panel

Test the operation of all, sectors and panel functions.

Test entry/exit functions and access control functions.

Test functions/levels to both monitoring centres.

9.2.2 Detection Devices

Test the operation of each detection device in all conditions.

Where necessary, intrusion conditions shall be simulated.

The size and rate of movement of objects and/or persons used to simulate intrusion conditions

shall be as defined in the current relevant SAA Standard Specifications.

Where Standard Specifications do not exist, the size and movement of targets shall be as defined

in the equipment manufacturer’s standard manuals.

Test the tamper device of each detection device.

Calculate and test the time for the standby supply.





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9.3 As Installed Drawings and Manuals

Drawings shall comply with AS. 1100 “Technical Drawing - General Principles”.

Provide three (3) copies of all additions to the operating and maintenance manuals. Marked up

drawings shall show as installed position of all detectors, panels, etc.

Document Required Number of Sets

a) Concise operating and maintenance instructions Three (3)

b) Detailed operating and service manuals Three (3)

c) “As installed” drawings Three (3)

d) Connection diagram for the intruder alarm system Three (3)

e) “As installed” intruder alarm control panel circuit index Three (3)

9.4 Operating and Maintenance Instructions

Provide a concise system and panel operating and maintenance Instructions as follows.

Non-technical plain English concise instructions are required for issue to systems operators, and shall

be submitted to the Superintendent for approval at least two weeks before the intended commissioning

date.

Commissioning tests will not commence until after approval of such instructions has been granted.

9.5 Training

The Contractor shall include in the tender price the cost of providing the following training courses:

9.5.1 Operators Course

The courses shall be held on site and shall cover all aspects of site operation of the system; duration of

the training shall not exceed 2 hours for each staff member.

Provide training for the staff in the use and operation of this system. Training to be presented to each

of the staff on an individual basis (maximum of 4 persons) Training is to be provided by a technical

person fully conversant with the system and the equipment installed.

9.6 Environmental Testing

The contractor shall submit to the Superintendent methods for simulating seasonal and environmental

conditions which prevail at the site, for testing purposes. If approved these methods shall be

incorporated within the pre-commissioning, continuous testing and commissioning phases.

9.7 Certificates

The contractor shall supply fully completed and approved commissioning certificates for the complete

works clearly stating the following as a minimum:

Manufacturing standards

Installation standards

Testing Standards

Relevant statutory or Australian Standards compliance





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10 MAINTENANCE REQUIREMENTS

10.1 General

The integrity of the installed security treatments is dependent upon comprehensive ongoing

maintenance.

10.2 Maintenance requirements

The contractor is to supply details of all maintenance requirements, including maintenance schedules

applicable to all the installed equipment.

A schedule of the following is required as a minimum:

a) Manufacturers documented maintenance requirements

b) Australian standards or international standards maintenance requirements

c) Corporation maintenance requirements taking into account:

(i) Anticipated usage

(ii) Environmental effects

10.3 Maintenance inspections

Site safety and security inspections shall be integrated with routine operational site attendance and

documented with the detail contained at attachment seven of the Water Corporations SG081 –

Occupiers Liability Compliance.

Non-essential routine maintenance works should be incorporated into the routine maintenance

program and essential safety and security high-risk anomalies with onsite systems should be identified

for priority maintenance or further review.

Evidence of serious, deliberate, unsafe, criminal or ill-intentioned acts, noted at any time should be

recorded on the Water Corporation site safety and security incident report and site incident register.

Corporate governance and due diligence good practice and risk management requires that any site

controls for safety and security are maintained in good order to ensure their operational effectiveness.

The principles of AS 3806:1998 Compliance Programs and life cycle maintenance are recognised

within this process.

This ongoing maintenance process is not restricted to simple housekeeping, and includes both passive

and active protective and preventative mechanisms and systems.

Examples of ongoing regular site checks would include:

the operation and testing of electronic and emergency safety and security systems, signage,

fencing and signage,

locks,

doors and door closers,

grilles,

hatches,

foliage, undergrowth or overgrowth.

It is accepted that notice would be taken where a designated security and safety control is in place,

however where evidence of non-effectiveness is apparent (e.g. safety and security fencing where

cutting, crossing or burring is evident on a regular and repeated basis), this shall be reported

immediately using the normal operational maintenance process. Where the ineffective control may

have an individual safety impact this shall be reported as a priority item.





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Safety and security system maintenance should be fully integrated into the normal site operational

routine and conducted as an adjunct to a routine site operational attendance.

Any new assets must be supplied with an appropriate checklist for regular Safety, Security and

Environment (SSE) inspections. The inspection should be fully documented against the site records for

future reference. Simple checklists with appropriate additional explanatory notes suffice, with a

transparent linkage to any site safety and security works arising from any identified improvements.

10.3.1 Frequency

The frequency of maintenance inspections would be commensurate with the level of normal

attendance at the site.

As a guide:

a) Category A sites would require monthly documented inspections including alarm testing.

b) Sites attended more frequently than six monthly would attract a quarterly documented inspection

as a minimum.

c) Six monthly-attended sites would be inspected at the time of attendance.

10.3.2 Warranty Period

The installation including labour and equipment and associated works supplied and installed by the

contractor shall be warranted for a period of 12 months after the date of the Certificate of Practical

Completion.

10.3.3 Maintenance during Defects Liability Period

The Contractor shall provide all maintenance for the works during the Defects Liability Period (52

weeks).

10.3.4 Callouts during Defects Liability Period

During the Defects Liability Period the security contractor shall attend site within two hours (2) of

notification of a failure of the system. The call out requirement shall apply on a 24 hour 7day a week

basis.

The security contractor shall advise in writing all the names and contact numbers of the service

representatives to be used to provide this service.

The contractor without additional costs renew any works which prove faulty from workmanship or

materials and ‘fully maintain and service’ the whole installation for a period of fifty two weeks (52)

weeks after the date of the Certificate of Practical Completion

‘Fully maintain and Service’ shall include:

a) Six monthly inspections of the system to test and verify the continued operation of the system in

accordance with the system parameters specified.

b) Assessment of the system reports to ensure the continued reliability of the system.

During the Defects Liability Period perform such corrective works as may be instructed in writing by

the superintendent within seven days (7) of such notice, or on failure, the superintendent reserves the

right to engage others to finish such works without further notice and the cost of the same shall be a

debt of the contractor.

Such action shall not vitiate the contractor’s responsibility.

Costs of the maintenance within the defects period shall be included in the installation costs.





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10.4 Long Term Monitoring and Maintenance

Submit with the tender a proposal for the long term monitoring and maintenance of all elements of the

system based upon the following:

a) Inspection and testing of the system at 2 x (6) monthly periods

b) Long term maintenance for one year

c) Long term maintenance for three years

10.5 Completion

The system shall be left complete, fully programmed and ready for the client’s immediate use.

10.6 Maintenance Service & Contract

The installing contractor is to supply copies of their maintenance contract for the supply of

maintenance services for the complete installation for a period of three to five years.

This contract is to include all inclusions, exclusions, methods and standards for the implementation

and monitoring of the maintenance contract.

Detailed costs are to be supplied on a schedule as separate items for this proposed work.

10.7 Spare Parts (Recommended)

The maintenance contract and the contractor at the time of commissioning is to provide:

a) Recommended list of spare parts to be held by the Water Corporation to cover the first

maintenance inspection period.

b) Confirmed documentation indicating the availability and lead times to supply parts if not held by

the Water Corporation

c) Price schedule for critical spare parts.

10.8 Spare Parts (Maintenance)

The installing contractor is to note and supply all necessary spare parts within the pricing schedules

supplied.

The spare parts are to be all those parts normally required for the maintenance of the equipment being

installed for a period of no less than twelve months and other such period as agreed.





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11 DOCUMENTATION AND TRAINING

REQUIREMENTS

11.1 Format

a) The Contractor shall supply documents and drawings. The Contractor is encouraged to provide

documents in electronic form (Microsoft Word 97 or later versions, IBM Compatible.)

b) All drawings submitted by the Contractor shall be in accordance with the applicable Water

Corporation and Australian Standards

c) Adequate contrast shall be maintained between drawing detail and background, and the clarity

and quality of the drawings shall enable the Principal to microfilm the prints (refer to AS 1203)

and to reproduce by photographic process clear and legible A3 copies for record purposes.

d) The drawings shall clearly state in the title block, the number and title of the Contract, as well as

details to identify the drawing, its contents, revision status and date of issue – in compliance with

the WCX standard.

11.2 Standard Documentation

11.2.1 Electronic

All manufacturers’ standard operating and maintenance manuals for all equipment supplied as set out

below:

a) Configuration of Equipment and Central/control Panel.

b) Configuration of Alarm Gathering Panels.

c) Configuration of Access Levels.

d) Operator Manual.

e) Layout Drawings.

f) Alarm Schedules.

g) Termination Schedules.

h) (Termination Drawings.

i) Training Schedule and Content.

j) Project Administration

(i) Quality plan,

(ii) Time Schedule,

(iii) Works schedule.

11.2.2 Physical/Structural

All manufacturers’ standard design and maintenance manuals for all equipment supplied as set out

below:

a) Design and manufacturing certificates

b) Installation plans

c) Connection details to other systems or structures

d) Underground construction details.





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11.3 Review Procedure for Customised Documents

a) Customized documentation or any document or drawing written specifically or substantially

modified for the project, shall be subject to review in its entirety by the Superintendent with

emphasis on content, layout and style. Nevertheless the Contractor shall ensure the accuracy of all

documents and drawings.

b) The Contractor shall revise and re-issue documents, identified by the Superintendent to be

incorrect or inappropriate for the Contract, at no cost to the Principal and with no schedule impact

to other Contract tasks. The necessity for revision and re issue of documents shall not be

considered as grounds for claims for program extensions or monetary reimbursement.

c) The Superintendent will review each document and return its comments to the Contractor with a

document status indicated as follows:

(i) “Reviewed” The document is acceptable as presented. The Contractor may proceed to

finalise the document.

(ii) “Reviewed with Corrections Noted” The document is acceptable with the inclusion by

the Contractor of the corrections or amendments noted. The Contractor may proceed to

finalise the document.

(iii) “Rejected” The document as presented contains serious errors, omissions, breaks of

form, or other problems that require correction. The Contractor shall correct and resubmit

the document for further review by the Superintendent. Other work, dependent on the

content of such a document, should not proceed without prior consultation with and

approval by the Superintendent.

11.4 Training

a) The Contractor shall provide high quality and in depth training of the nominated personnel to

enable them to become self-sufficient in the operation of the system and other associated

equipment.

b) The Contractor shall provide formal training or courses in the following areas:

Operation and performance of the system.

Maintenance requirements and testing of the System.

Operation of any other installed integrated or associated equipment.

The instruction shall be taught by experienced personnel, and shall include:

Instruction using current “Best Practice” & “Train the Trainer” training methods.

All necessary instructional materials.

Practical demonstrations.

Use the operational manuals supplied with the equipment.

Conducted in English.

Conducted at the Site, with the installed equipment.

The conduct of trainee testing at the conclusion.

The provision of fully documented lesson plans, tests, student diagrams.





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ANNEXURE-1: DRAWINGS

Introduction

This Section of the Standard specifies the Corporation’s requirements for drawings and documentation.

General Drawing Requirements

a) Drawings shall be similar to the examples contained in this standard. The drawings shall comply with the

requirements of this Clause and contain all the data shown on the examples if relevant to the particular

project in hand.

b) Initial drawing submissions shall be submitted on A1 size paper prints using Corporation standard drawing

sheets. The Design Engineer shall ensure that all drawings produced for the Corporation are in accordance

with the WCX CAD Standard (DS80). Adhering to this standard will ensure that drawings will be compliant

with the Corporation’s Drawing Management System (DMS). The WCX CAD Standard (includes CD and

Guidelines Manual) can be obtained from Infrastructure Design Branch. Electrical drawings shall be

prepared in accordance with the above requirements and be in accordance with the requirements of DS 24.

c) The final drawings shall be submitted on A1 or A2 size paper prints. An electronic copy of the final

drawings shall also be supplied.

d) The standard of linework and lettering on drawings shall be suitable for legible reproduction from microfilm.

Lettering shall be in upper case with a minimum height of 2.5 mm.

e) The Corporation file number and the security treatments name and number shall be shown on each drawing.

A space 150 mm x 30 mm shall be provided on each drawing for acceptance stamp and plan number.

f) Levels shall be based on the Australian Height Datum (AHD).

g) The invert levels, sizes and positions of existing and proposed works and obstructions shall be shown.

h) Existing and proposed works shall be separately identified.

i) The location, lot number and dimensions of the land shall be shown where applicable.

j) Drawings -

k) Section and plan horizontal scale shall be appropriate to the nature of the detail described.

l) The position of all equipment; conduiting, cabling and connections shall be on the plan and section.

m) Where required demarcation points for the funding responsibility for the works shall be shown on

appropriate drawings.





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Example Drawings

The following is list of the example drawings for security and general fencing. The drawings show the minimum

requirements of the Water Corporation as stated in the standard. The details in the example drawings contain

information which is complementary to that contained in the text and shall therefore be read in conjunction with the

corresponding parts of the standard. These example drawings provide details of information to be included in the

design / fabrication drawings. The designer and contract Superintendent shall ensure that they have the latest issue

of the drawings.

Drawing Number Issue Drawing Title

GX54-001-001-01

A 2.4m HIGH PALISADE SECURITY FENCE

SUITABLE FOR SECURITY CATEGORY A & B

SITES

GX54-002-001-01

A 2.1m STEEL SHEETED SECURITY FENCE

WITH BARBED EXTENSION

SUITABLE FOR SECURITY CATEGORY B

SITES

GX54-003-001-01

A ACCESS TRACK SECURITY GATE

GX54-004-001-01

A STOCKPROOF RINGLOCK FENCES

SUITABLE FOR SECURITY CATEGORY D & E

SITES

GX54-004-002-01 A POOL TYPE, POST & RAIL AND TWO RAIL

CHAINWIRE FENCES


SITES

GX54-004-003-01

A CHAINMESH 'TYPE 1' AND FREE STANDING

FENCES


SITES

GX54-005-001-01

B 1.8M CHAINWIRE FENCE WITH BURIED

SELVEDGE, BARBED EXTENSION & RAZOR

WIRE AT TOP & GROUND LEVEL

GX54-006-001-01

C 1.8M CHAINWIRE FENCE WITH BURIED

SELVEDGE, BARBED EXTENSION & RAZOR

WIRE AT TOP

GX54-007-000-01

B EXTERNAL STAIRWAYS - TANKS AND

SIMILAR STRUCTURES

GUIDANCE NOTES FOR TYPES OF SECURITY

BARRIERS

GX54-007-001-01

C EXTERNAL STAIRWAYS

FIRST PLATFORM LEVEL SECURITY

BARRIER

GX54-007-002-01


GROUND LEVEL SECURITY BARRIER

GX54-007-003-01


FENCED COMPOUND AND FIRST PLATFORM

LEVEL SECURITY BARRIER





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APPENDIX 1- EXTERNAL ADVICE AND STORAGE PROTOCOLS

FOR DS 62

The distribution concept is that frequently engaged Panel Consultant designers as well as the four Security Panel

Consultants will be issued with a controlled hard copy of the "physical" sections (DS 62-01). The

"electrical/electronic" sections (DS 62-02, e.g. alarms, CCTV) will only be distributed to the Security Panel

Consultants when they are first requested to quote, once again as a controlled hard copy.

External individuals and consulting teams who are required, by virtue of the working relationship with the Water

Corporation, to retain a DS 62 hardcopy shall comply with the following handling and storage protocols:

a) Complete a Confidentiality Undertaking (if not already in hand – see attached proforma in Appendix C).

b) No copies shall be made of the document for any reason.

c) The consultant shall nominate the controlling person who shall be responsible for the document prior to its

issue. This person shall complete the Statutory Declaration stating that no copies have been made or retained

upon the return of the document to the Water Corporation (refer Item 12 and Appendix D). This

responsibility shall not be delegated.

d) Access to and use of the document shall be controlled by a person who holds a current WA Police Service

Security Consultants licence under the Security & Related Activities (Control) Act 1996.

e) When not in actual use, the document shall be secured within a lockable security container which satisfies

the guidelines of an ASIO T4 approved "C" class security container.

f) Minimal transport and handling of the document shall occur at all times and the document is not at any time

to be secured in an unattended motor vehicle or other unattended form of transport.

g) Couriers, mail services or others who are not a party to the statutory declaration shall not be used for the

transport of the document.

h) The document shall not to be secured at a private residence at any time.

i) The document shall be secured within a physically robust commercial office with secure profile keying

systems; multi-layer physical office access control to the document area, and covered by an AS 2201

compliant, multi sector, externally monitored, fully functional and operating intruder alarm system.

j) Any actual losses of the document, attempted or actual unauthorised access to storage containers, where the

document is secured shall be immediately reported to the Water Corporation and the WA Police Service.

k) The document storage requirements and protocols are subject to reasonable discretionary audit by Water

Corporation and WA Police Service.

l) Upon return of the hard copy of the document (for example when a new version is issued) the controlling

person shall sign a Statutory Declaration stating compliance with these protocols (see attached proforma in

Appendix D).

The distribution concept is that frequently engaged Panel Consultant designers as well as the four Security Panel

Consultants will be issued with a controlled hard copy of the "physical" sections (DS62-01). The "electrical/

electronic" sections (DS62-02, e.g. alarms, CCTV) will only be distributed to the Security Panel Consultants when

they are first requested to quote, once again as a controlled hard copy.





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External individuals and consulting teams who are required, by virtue of the working relationship with the Water

Corporation, to retain a DS 62 hardcopy shall comply with the following handling and storage protocols:

a) Complete a Confidentiality Undertaking (if not already in hand – see attached proforma in Appendix C).

b) No copies shall be made of the document for any reason.

c) The consultant shall nominate the controlling person who shall be responsible for the document prior to its

issue. This person shall complete the Statutory Declaration stating that no copies have been made or retained

upon the return of the document to the Water Corporation (refer Item 12 and Appendix D). This

responsibility shall not be delegated.

d) Access to and use of the document shall be controlled by a person who holds a current WA Police Service

Security Consultants licence under the Security & Related Activities (Control) Act 1996.

e) When not in actual use, the document shall be secured within a lockable security container which satisfies

the guidelines of an ASIO T4 approved "C" class security container.

f) Minimal transport and handling of the document shall occur at all times and the document is not at any time

to be secured in an unattended motor vehicle or other unattended form of transport.

g) Couriers, mail services or others who are not a party to the statutory declaration shall not be used for the

transport of the document.

h) The document shall not to be secured at a private residence at any time.

i) The document shall be secured within a physically robust commercial office with secure profile keying

systems; multi-layer physical office access control to the document area, and covered by an AS 2201

compliant, multi sector, externally monitored, fully functional and operating intruder alarm system.

j) Any actual losses of the document, attempted or actual unauthorised access to storage containers, where the

document is secured shall be immediately reported to the Water Corporation and the WA Police Service.

k) The document storage requirements and protocols are subject to reasonable discretionary audit by Water

Corporation and WA Police Service.

l) Upon return of the hard copy of the document (for example when a new version is issued) the controlling

person shall sign a Statutory Declaration stating compliance with these protocols (see attached proforma in

Appendix D)





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APPENDIX 2 - INTERNAL ADVICE REGARDING SECURITY

MATTERS

Design Managers are able to provide advice on the appropriate process to follow for public safety, fire and security

design including setting of requirements and the accepted design process in accordance with the Corporation’s

Engineering Design Process Manual. The Security Manager is also able to provide example requirements

specifications and other design specifications that can be used as guidelines for any designs produced. A typical

example is attached in this appendix.

Internal requests for advice regarding security matters should be forwarded to the Security Program Manager.

When DS 62 is not in actual use, the responsibility for keeping the IDB hard copy in a secure location, within a

lockable security container which satisfies the guidelines of an ASIO T4 approved "C" class security container.

Request for viewing DS 62 by Water Corporation officers such as Design Managers shall be made to the

Infrastructure Design Branch, fully explaining the reasons for the request. If approved, the officer shall be

provided with a hard copy of DS 62 to view in a secure conference room. The viewer is permitted to make notes,

however, no copies of any part of the document are to be made for any reason. Upon completion of viewing the

viewer shall return the hard copy and sign a viewing sheet to declare that no copies of the document have been

made.

Your participation and assistance in the ongoing review and development of this Standard is valued. Comments and

suggestions should be forwarded to the Security Program Manager.




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APPENDIX 3 - INDICATIVE ASSET SECURITY CATEGORISATION AND SECURITY

TREATMENT SCHEDULES

Indicative Asset Security Categorisation and Security Treatment Schedules Confirm site categorisation with Security Program Manager (Stephen MacCarthy, [email protected], tel (08) 9420 3879, 0427 195 536, fax

(08) 9420 2656)[LM2]

Asset Types

(Indicative)

A B C D E

Description

of Assets.

Refer to

Asset

Category

Rating table

Important

Dam/Reservoirs

Major Pumping

Stations

Important

Communications/Dat

a Facilities

Operation Centres

Major WTP/WWTP

Critical office

complex.

Minor

Dam/Reservoirs

Storage Tanks

Semi Major PS’s

Important PRV’s

Important borefields

and ancillary

equipment

Important WTP’s &

GWTPs

Minor WWTPs

Regional office &

major operations

depots

Important

communication

towers/nodes

Minor Storage Tanks

PRV’s

Important WPS’s and

WWPS(Riverwise)

Minor Borefields and

ancillary equipment

Minor WTP’s & GTWPs

Major office complex

incorporating an operations

depots

Individual Bores

Minor communication

towers

Small operations depots

Minor PS’s

Minor PRV’s

Drainage Basins

Steep sided open drains

Small borefields and

ancillary equipment

Bridges & Drainage

drop structures easily

accessed by public

Pipe reserves

Swale drains

Recreational type

basins

Pits in isolated

locations

Flood protection

structures with valves

that release water

Drainage monitoring

stations

Physical Category B plus

Consider multiple

barriers and/or levels of

hardened physical

protection.

Category C plus,

Consider strong deterrent

fencing considered

(palisade, electric, razor

wire.)

Category D plus,

Door plates of substantial

thickness.

Hinges enclosed or intruder

resistant.

Category E plus,

Basic fencing 1.8 m chain

mesh with barbed wire top

and bottom and/or inherent

exclusion provision from

Public safety/Child

exclusion fencing where

appropriate (1.2m chain

mesh)

Child safety barriers on





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Asset Types

(Indicative)

A B C D E

or

Substantially engineered

structures and operating

equipment enclosures with

substantial engineered

preventive mechanism

placed on access and entry

points.

Consider vehicle penetration

and perimeter bollards or

similar controls

considered to prevent damage to buildings and

operating equipment.

Drinking water storage

hatches to be alarmed.

Dam offtake tower bridge:

Substantial antic climb

protective barriers

above and below the

access structure

Dams – hardened locking,

hinge fittings & door/grill

access to gallery & tunnel.

Consider intruder alarm on

major external valve pits &

control cubicles.

Chain mesh fencing higher

than 2.1 m.

Secure profile keying to critical

site elements.

Fencing installed to minimum 1.8

m high with three strands of barbed

wire; or

Buildings, structures and operating

equipment provided with hardened

protection.

Drinking water storage hatches to

be alarmed, where practicable.

Single emergency action egress

to all perimeter and internal

doors

operational units

Install equipment in pits

with manhole covers,

cabling in conduit, light

covers locked

Drinking water storages to

have ADWG compliant -

secure profile locks and

locked (padlocks to be

covered) hatches

structures.

Design out of unsafe

features i.e. use of swale

drains and other velocity

minimisation techniques

Pits covered where

necessary.

Graffiti resistant

treatments

Restricted profile locks

on all access hatches

Lighting Category B plus,

Strong comprehensive

and building permanent

perimeter lighting.

Category C plus,

Movement sensor

switched lighting to key

access areas with short

strike activation.

Category D plus;

Where appropriate, all night

building perimeter lighting on

all primary access doors and

emergency access points.





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Asset Types

(Indicative)

A B C D E

Installed where practicable in

environmentally robust &

vandal resistant containers

Electronic Category B plus,

Consider CCTV

integrated with

photoelectric external

perimeter beams with

offsite control

Category C plus,

AS 2201.1 compliant

Monitored intruder

alarms to asset physical

perimeter and /or critical

buildings and operational

equipment.

Consider external

intruder alarm beams and

technology

Consider remote

monitored – alarm

integrated CCTV &

access control to entrance

points where appropriate.

Dams – intruder alarms:

At offtake building

Gallery & tunnel

entrances

Category D plus,

Monitored intruder alarms to

buildings and operational

equipment where assessed.

Multisector activation detectors

to be installed.

Monitored smoke/heat

detection alarm installed, where

appropriate.

All exposed externally run

communications cabling

and wiring enclosed in

vandal resistant and fire

resistant conduit.

Fire Category D plus:

Consider requirement for

separate integrated Fire

panel and detection/alert

systems with direct

Brigade alarms(DBA)

Consider FRL separation

for wall and floor

Category D plus:

Structures all built to principles

of AS 3959

Ember screens requirement and

heat survivability assessed

Active, externally reporting fire

detection systems installed to

Category E plus:

Flammable materials

cabinets installed where

required

Fire fuel load, hazard

separation requirements

assessed

Maximum distance

regulatory required fire

breaks and Asset Fire

Protection Zones installed

to State and AS3959

standards





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Asset Types

(Indicative)

A B C D E

structures.

Consider independent fire

suppression systems

requirement

Consult with Corporation

insurers

electronic systems (Intruder

Alarm)

Fire Hose/Hydrant requirement

assessed

Consider AS compliant fire

rated door requirements

Building structure

flammability, hazard

separation requirements

assessed

Fire thermal barrier

requirement for isolated

assets risk assessed

Fire Extinguishers assessed

and installed to AS 2444

Emergency exits and

emergency exit signs Community Category B plus,

Regular regional and

district Police and

emergency services

liaison.

Regular active utility and

stakeholder liaison

occurring (Police;

Rangers etc)

Category C plus;

Active local “Community

Watch” operating.

Regular “Community

Watch” stakeholder

briefings occur.

Category D

Signage identifies all hours

emergency and security

number

Access

Control Category B plus,

Site access restricted to

operational and

necessary access only, at

all times.

Category C plus,

Specific site access

control management

procedures apply.

Consider electric (auto)

gates at treatment plants

and major depots.

Category D plus,

Active identification pass

system in place where intruder

alarms exist.

All contractors and visitors

require entry authorisation and

notification.

Information Category B plus,

Signage/community

Category C plus,

Plans on site to be

Category D plus,

Clear perimeter ownership and

Category E plus,

Perimeter signage restricted





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Asset Types

(Indicative)

A B C D E

based corporate

information reviewed for

sensitive operational

information.

Site plans and

operational procedures

and processes are all

available and marked for

sensitivity and actively

controlled.

secured and controlled.

All emergency plans and

manifests secured within

a designated building

within the perimeter.

deterrent signage on all

perimeter fence panels or

buildings and structures, where

no fence exists, which are

readily viewable by the

community (min 100 metres

apart – recommend 50 metres)

All emergency manifests

secured within the external

perimeter.

to ownership and specific

hazard warning

information.

Documented security

systems plans, alarm

response measures,

commissioning certificates

and maintenance

requirements.

Response Category B applies

plus,

Onsite static security

guards when advised.

Contingency plan

integrated and actively

practised with

emergency services and

response agencies.

Contingency resources

readily available and

routinely checked.

Category C applies plus,

24 x 7 response applies,

Enhanced response from:

Onsite security alarm

Police

Emergency services

Corporation staff, if

safe

Detailed and practiced

active contingency plan.

Category D, plus

Corporation security response

in tandem with contract security

response.

Category E plus,

Reactive response only

based on local information

or reports.

Security response when

advised of confirmed

security breach.

Procedural Category B plus

Site operations and

safety strictly controlled.

Site visits closely

monitored and

controlled.

Specific safety training

required where

applicable.

Category C plus

Site-specific safety and

security briefing.

Site entry and exit

reporting and

documented.

Contractor independent

attendance documented

and monitored.

Category D plus

Site specific annually reviewed

site safety and security

assessment conducted and

documented.

Routine documented safety

and security assessment

conducted with documented

safety procedure where

required.





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Asset Types

(Indicative)

A B C D E

Annual protective

systems testing and

review program.

Maintenance Category C applies

Any security systems

and physical control

failures to be

investigated, documented

and rectified as a priority

maintenance item.

Category C applies Category D plus

Review of designated physical

security controls (ie: fences;

gates and locks) and security

systems to ensure they are

covered as part of the automatic

annual maintenance plan.

Active annual maintenance

program.

Compliant to Australian or

industry standards.

Documented maintenance

requirements.





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APPENDIX 4 - WATER CORPORATION SECURITY PANEL LIST

The Water Corporation has three panels that designers, project managers and commissioning managers can access

to get services regarding security design, installation and maintenance:

Site security & risk consultancy;

security system installers; and

lock ‘Bilocks’ products.

Designers, project managers and commissioning managers can access the panel lists from the Procurement

Operations Section in the Property & Procurement Branch. Contact details of the Property & Procurement Branch

are available from the WaterNet homepage.

Externals contractors (including designers, consultants, etc.) shall, in collaboration with Water Corporation

personnel, ensure that only members listed on the panels are used to deliver relevant services.





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APPENDIX 5 – STATUTORY DECLARATION PROFORMA

WESTERN AUSTRALIA

THE EVIDENCE ACT, 1906

STATUTORY DECLARATION

I,

of

do, solemnly and sincerely declare that I have read and fully understand my statutory commercial, personal and

legal obligations hereunder detailed by this declaration and my solemn declaration to this effect.

CONFIDENTIALITY DECLARATION

DS 62 means Water Corporation Design Standard No. 62, all associated plans, drawings, photographs and other

material provided in support of the DS 62 manual.

“The Water Corporation” means the person, place, business entity, incorporated company, partnership or any other

arrangement, authorised representative or agent, recognised under Australian law, for whom, and where the

services are to be provided, either individually or collectively.

I, the person whose name and address is set out in the statutory declaration hereto, acknowledge that, in the course

of performing or providing duties or services to or for The Water Corporation, I was provided with Design

Standard DS 62, and supporting plans and associated documents.

I declare that I have not made copies, facsimiles, or reproduced by any method the document and supporting

documents.

I declare that I have maintained the security of the document at all times, and that I have not provided it to any

other persons, not authorised to view the document, and that I have not provided any opportunity for any other

person to reproduce the document.

I declare that I have returned the original Design Standard DS 62 document as provided to us, and that I have not

retained any part of the information.

These undertakings shall be of full force and effect, and shall operate at all times hereafter, notwithstanding that I

have ceased to perform or provide any duties or services to The Water Corporation.

And I make this solemn declaration conscientiously believing the same to be true and by virtue of Section 106 of

the “The Evidence Act 1906.”

DECLARED AT

in the State of Western Australia,

this ......……………… Day of ……............................................…………. 20...……….

Signed: (by the person whose name and address are set out in the schedule hereto)

Before me: (witness)

Address

Signature (witness)

Schedule

Full Name of Signatory:





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APPENDIX 6 – DS 62 EXTERNAL STORAGE DECLARATION

Reference:

A. DS 62 – Guidance Notes (Extract Attached)

B. ASIO Security Equipment Catalogue – July 2004

The following details are provided to support the requirement to secure the Water Corporation DS 62 – Site

Security Treatments manuals.

Company …..Name of Company Receiving DS 062………………………………………………………………………………………………………………

Area Details

1 Name of person controlling the use and

security of the document.

2 WA Police Service Security Consultants

Licence No: (Copy to be attached)

3 Street address where document is secured

4 Keying system (Office)

5 Alarm system Yes/No Details:

5.1 Fully operational Yes/No Details:

5.2 Maintained annually Yes/No Details:

5.3 Installed by a licensed security installer Yes/No Details:

5.4 AS 2201 fully compliant – commissioning

certificate available Yes/No

Details:

5.5 Multi sector (i.e.: perimeter and internal) Yes/No Details:

5.6

Externally monitored (AS 2201 compliant,

WA Police approved security central

monitoring station; 24 hour continuous

monitoring)

Yes/No

Details:

6 Secure container: Yes/No Details:

6.1 Type/style/manufacturer

6.2 Locking system

6.3 Covered by movement detector Yes/No

I confirm that these details are correct and will remain as stated until the DS 62 document is returned. Witness:

..................................................................…….. .................................................................……………

[Signature] [Date] ........ / ........ / ........ Signature] [Date] ........ / ........ / ........

..................................................................…….. .................................................................……………

[Print full name] [Print full name]

CW### – ABC Reservoir complex

Agreement of Scope of Public Safety, Fire and Security Works Functional Scope SECURITY IN CONFIDENCE


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APPENDIX 7 - EXAMPLE OF SECURITY FUNCTIONAL SPECIFICATION

Assets: ABC Water Reservoir

Risk Assessment Risks are protection of drinking water quality, chemical safety, local bushfire, vandalism, public safety

Security Category C

Relevant legislation and standards:

Occupational Safety & Health Act 1984; Occupiers Liability Act 1985; Security & Related Activities (Control) Act 1996; Emergency Management Act 2005; Surveillance

Devices Act 1999; Dangerous Goods Act.

Federal & WA State “Critical Infrastructure Owners & Operators Guidelines”; “Australian Drinking Water Quality Guidelines”; DFES guidelines; WA Dept of the Premier &

Cabinet Directives; “Designing out Crime guidelines” ;SEMC Policy 2.9

Relevant Australian Standards (Fire, Emergency, Security, Dangerous Goods, Safety, Risk)

Water Corporation standards: including S 081; DS 61, DS 62, S107, S 110, S 197, S136, S 406, Business Continuity Guidelines, Security & Fire Process Handover Guideline,

Asset Commissioning Guideline and Asset Handover Guideline.

Asset Type Requirement Rationale / Comments

ABC Water Reservoir

Fencing and Layout

(if additional fencing is

required)

Nil fencing required as existing fencing is to minimum standard

Any new fencing is to be to - In accordance with IDB Design Standards:

plans GX54-5-1 (chain wire fence).

Chain wire fence to be black PVC coated.

Clearing (where required) Local fire risk. In accordance with WA

Department of Premier & Cabinet Directive 2012/02.

Architectural

Reservoir doors to have fully enclosed hinges and fully protected door

locking covers to fully enclose GSR bilock padlocks)

Roof designed to not allow accumulation to fire hazard and leaf litter with

no guttering and drainage. Local fire risk. In accordance with AS3959 and DFES guidelines.

Hinges fully enclosed or intruder resistant. In accordance with DS 62. Preference for hinge bolts or hinges selected

with no externally removable pins and tamper proof fixtures.




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The leading edge of the doors to have a robust protective stripe installed to

fully cover the gap and the door locking hardware when the door is closed,

or strike protection plates installed to door locking hardware. Industrial

strength automatic closes to be installed to the opening doors.

In accordance with DS 62. Plate or door physical design to fully cover

external leverage points.

Locks to gates and doors. Restricted profile bi-locks (GSR bilock profile)

on all access hatches and doors. Provide strike protection plates across all

exposed door locking equipment and points along door edges where

mechanical advantage may be used.

Key to main access (regional bi-lock on door and gate) to GSR bi-lock

locking profile.

No external door handle to be fitted

Locks in accordance with GSR Water Assets bi-lock locking standard.

(Locksmith – Bullant Security).

Vehicle impact protection bollards

Where a risk exists of vehicle impact against electrical or other critical

infrastructure, or an unmarked bend with a sharp gradient, a reflective

robust protective vehicle (truck) bollard is to be installed.

Technical

Security alarm system

Existing alarm system to chlorination module to be upgraded to a Tecom

Challenger panel. Installation in accordance with AS 2201.1 (DS 62) by

Water Corporation approved, police licensed security alarm installer.

AS compliant screamer inside; all with 36 hour battery backup power.

Installation in accordance with AS 2201.1 (DS 62) by Water Corporation

approved, police licensed security alarm installer.

Magnetic reed switch alarms to all Reservoir doors and hatches, external

electrical and control cabinet doors integrated into the tank compound

security panel.

Separate Signals via SCADA to Water Corporation Operations Centre

All exposed externally run communications and security cabling and

wiring enclosed in vandal and fire resistant conduit.

Provide fire and lightning protection to the communications equipment

and backup batteries.

Other security items to standards (DS 61 and DS 62).

No external lighting at any of these sites.

Signage Signage to be installed in accordance with S197. Perimeter fencing signage, Hazmat signs and security alarm warning

signs

Fire Bush Fire Brigade fire-water connection to be provided near entrance gate.

Connection to be compatible with Bushfire Brigade standard connection.

The connection to be visible from gate (locate between structures and

gate) and flush to ground with a visible marker.




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Check with region as this connection may not be required if another

connection point is accessible within the locality.

Design & Project

Standards

All design and installation to be conducted using:

Water Corporation approved, police licensed security consultants (not

required – SPM included in project) , with

Final approvals by the Corporation Security Program Manager.

Installation standard to be in accordance with DS 62, Australian

Standards and WA Government standards.

Installation by Water Corporation approved Police licensed security

installers

Commissioning

Commissioning and handover.

Commissioning and handover to be in accordance with the Water

Corporation Security & Fire Process Handover Guideline, with

final approvals by the Corporation Security Program Manager.

Provide documented security systems plans, alarm response measures,

commissioning certificates and maintenance requirements.

All Hazmat, manifests and ERP (emergency plans) secured in a

designated building and/or container within the secure perimeter.

Approved by Name Signature Date

Security Program Manager Stephen MacCarthy


Ver 1 Rev1

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