arcadia strand · arcadia strand ® hc ventilators are positioned at the ridge or on the slope of a...

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© 2015 NUROOF (W.A) PTY LTD

ARCADIA STRAND®

HC ROOF VENT ILATOR

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STRAND® HC

SLOPE & RIDGE

VENTILATOR


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Strand® HC is engineered to provide effective natural

ventilation & air flow

ARCADIA | STRAND® HIGH CAPACITY ROOF VENTILATION | 3

OVERVIEW

The Arcadia Strand® High Capacity (HC) Ventilator is the ultimate

natural ventilation solution designed to remove high heat loadings

and effectively contributes to reducing carbon footprint. The Strand®

HC is suitable for ridge and slope mounting and is engineered for

optimal performance in the harshest of environments.

Having manufactured and designed ventilation products for over 30

years, Arcadia has successfully partnered with Designers and

Engineers to provide a complete ventilation solution for a large range

of Mining, Industrial and Commercial projects. Arcadia’s design

expertise has seen the Strand® HC utilised across Australia

including cyclone regions.

The Ventilator is a specialised product which can be supplied in

prefabricated modules or kit form, and is interconnected to the

structural elements of the building. The ventilator is a cost effective

solution which exhausts heat and fume emissions without the

requirement for mechanical powered assistance.

IN THIS BROCHURE YOU WILL FIND

• Function & Benefits

• Strand® HC design characteristics

• Performance and ventilation information

• Ridge & Slope fixing methods, weights and dimensions

• Ventilation design theory

• Control options

• Design specification information

We are available to answer your questions. Call our experts who will

talk through your design requirements and will be more than happy to

assist you.

STRAND® HC VENTILATOR

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NATURAL VENTILATION

Arcadia provides assistance in early project design stage to assist in

achieving increased NABERS and Green Star ratings by incorporating

natural ventilation solutions. A natural ventilation system will provide

proven long term energy efficiency and assist by reducing the

projects carbon footprint.

To provide an environmentally sustainable solution it is paramount

to understand how natural elements affect ventilation performance.

The Arcadia technical team has the know-how and experience

required to work in conjunction with designers to incorporate

the Strand® HC to achieve the most naturally effective ventilation

solutions with optimal performance.

It is important to define building factors which could restrict or

assist natural ventilation performance. These could include

external environment, internal environment, wind effect, pressure

relief, and inlet air. Once they have been identified Arcadia can

assist with engineering design calculations and ventilation modelling,

which when managed correctly will form a functional and effective

natural ventilation solution.

ENVIRONMENTAL

STATEMENT


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STRAND® HCROOF VENT ILATOR

FUNCTION

Arcadia Strand® HC Ventilators are positioned at the ridge or on the

slope of a building roof providing heat, fume and smoke relief.

The Strand® HC is the highest capacity offered by Arcadia and has

been the ventilator of choice by engineers, designers and roofing

since 1967.

Engineered for use in all terrain regions of Australia, the Strand® HC

can be manufactured in a kit-form system or in prefabricated

modules which allow reduced installation time and an increased

measure of safety. As the ventilator is directly mounted to the

buildings steel structure, Arcadia recommends designers contact

our team at the early design stage of the project to discuss the

required mounting and connection, mass and dimension details

which will affect structural member size selection.

Failure to incorporate a natural ventilation system into the

building design may result in: low fresh air levels, low oxygen levels,

increased heat loads, machine failure, operational dysfunction and

reduced productivity. In applications where complete control of air

flow is required, the Strand® HC offers operating dampers which can

be controlled and integrated with the Building Management System.

BENEFITS

• Environmentally sustainable solution

• Reduced energy consumption

• Smoke and fire management

• Tested to AS2428 (fire, wind & rain and coefficient of discharge)

• CSIRO tested

• Designed to suit all Cyclonic Regions

• Australian designed and manufactured

• Prefabricated modules for reduced high risk works

and onsite installation time

• Improved workplace environment

• Increased building life–cycle

• Reduced structural requirements

• Ventilation project design assessment and report

• Market leading performance and functionality

• Aesthetically pleasing profile


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ARCADIA STRAND® HC

PERFORMANCE

Arcadia have been experts in natural ventilation solutions since 1967 and understand the influencing factors that will

result in successful natural ventilation performance. The Arcadia Strand® HC has been CSIRO tested achieving an average coefficient

of discharge of 0.76 (for ventilation performance data see Exhaust Capacity Table page 9). With this testing and performance data,

Arcadia have been able to maintain ongoing development of the Strand® HC which allows an ultimate performance standard. The

Strand® HC has a reputation for high performance, enduring harsh and demanding environments. Failure to incorporate a well

designed natural ventilator may result in back drafting, misting and defence against inclement weather.

ENGINEERING

When selecting ventilation products, it is important to consider engineering requirements. The Arcadia Strand® HC has been specified

by Consultants and Engineers across Australia including cyclonic regions in both on-shore and offshore locations. Arcadia’s innovative

engineering has produced one of Australia’s largest high capacity ventilators with a throat opening width of 4.5m (see inset 1 page

16). Engineers considering the application of Strand® HC on a upcoming project should determine how the ventilator will interconnect

with the structural steel work. Arcadia’s Design & Project Management Team is available to work with you to provide expert advice on

what structural support is required.

SAFETY

The Strand® HC has two deiniive features that make it stand out when it comes to safety – these include: the option of harness

anchor points and prefabricated modules. The Safety harness anchor system is integrated within the structural framing system of

the ventilator which allows safe access for future roof works and maintenance. Arcadia’s ability to prefabricate modules reduces the

time required for working at heights when installing the ventilator. The module is crane lifted and bolted into place rather than being

assembled in kit-form on the roof. As always – Arcadia are striving towards providing safer solutions.

TESTING & CERTIFICATION

The Strand® HC is a tested product by CSIRO to AS2428.1 & .2 (Rain & Wind), .4 (Fire) and .5 (Coefficient of discharge). This gives

Engineers and Specifiers peace of mind and enables Arcadia to provide an accurate and responsive design solution. Arcadia is

consistently investing and collaborating with researchers and Engineers to improve product performance.


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ARCADIA STRAND® HC

PROJECT SUPPORT

Arcadia has in-house Project Managers, Design Engineers and Ventilation Experts. This team can assist at design stage to provide

calculation reports in conjunction with the relevant standards, codes and mechanical requirements to achieve the most economical

but effective solution. Arcadia are able to respond promptly to any query that arises from concept to commissioning. This has enabled

Arcadia to successfully support many projects across Australia. The team are on call during the installation process and are able

to support roofing or cladding contractors onsite. Our local presence and Australian based manufacturing facility guarantees project

back-up in the event of unforeseen installation complications.

SMOKE & FIRE

Arcadia’s Strand® HC Ventilator has been tested to CSIRO 2428.4 (smoke and fire). This testing allows Arcadia to help designers

to comply with building code regulations. Many projects have seen the Strand® HC successfully integrated with the Building Fire

System to assist in the control and exhaust of smoke in the event of a fire. Fire Engineers and certifying authorities are encouraged

to contact Arcadia Team to discuss this further.

ACOUSTIC

With Arcadia’s Strand® HC noise control solution it is not necessary to lose the benefits of natural ventilation due to noise pollution

requirements. Strand® HC has been designed as an option to incorporate a high performing noise absorption material. As air is

exhausted through the ventilator the acoustic lining minimises noise transmission from the building. This also limits the transmission

of noise entering the building. The acoustic lining has high flame retardant and chemical resistant properties.

DAMPER CONTROL

The optional Strand® HC damper system provides complete control of the ventilation scheme. The ability to electrically or

pneumatically operate the dampers provides comprehensive control throughout changing seasons with the ability to provide a high

level of weather defence. When dampers are activated the rainwater is redirected to an internal drainage system which disperses to

the building roof. Dampers can be incorporated for smoke hazard management or building protection in the event of a cyclone.

MODULAR AND KIT FORM

Arcadia has innovatively developed a pre-assembled ventilator system ready for easy installation. The ventilator can be installed as

a module reducing labour and high risk work. Through early design involvement, Arcadia will outline the exact location for structural

support connection points which allows the Strand® HC Ventilator to be dropped in to position and fitted with ease. This has been

carried out in all Regions including Cyclonic Region D. Arcadia also provides Kit Form Ventilators which are delivered to site in

component form which are assembled and installed on the roof.


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∆ ̊ C STACK HEIGHT (m)WIND SPEED

0 m/s 1 m/s 2 m/s 4 m/s

5

6 0.74 0.90 1.25 2.13

9 0.91 1.04 1.35 2.20

12 1.05 1.16 1.45 2.26

15 1.17 1.28 1.54 2.32

18 1.29 1.38 1.63 2.38

10

6 1.05 1.16 1.45 2.26

9 1.29 1.38 1.63 2.38

12 1.49 1.62 1.95 2.94

15 1.66 1.74 1.94 2.60

18 1.82 1.89 2.08 2.70

15

6 1.29 1.38 1.63 2.38

9 1.58 1.65 1.87 2.55

12 1.82 1.89 2.08 2.70

15 2.03 2.10 2.27 2.85

18 2.23 2.28 2.44 2.99

20

6 1.49 1.57 1.79 2.49

9 1.82 1.89 2.08 2.70

12 2.10 2.16 2.33 2.90

15 2.35 2.40 2.55 3.09

18 2.57 2.62 2.76 3.26

* The above capacities are indicative only and should be used as a guide to determine the approximate ventilator size. Arcadia invites designers, architects and engineers to contact our design

team during the early stages of project development to provide an accurate design solution. Tel :: 08 9458 4955

STRAND® HC EXHAUST CAPACITY

The exhaust rate can be predicted regardless of wind velocity or direction. The Exhaust Capacity Table indicates the advantage of natural

ventilation when the wind is blowing.

PERFORMANCE DATA


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STRAND® HC

RIDGE VENT

STRAND® HC RIDGE VENT

The Strand® HC Ridge Ventilator is available in two different structure types to meet the engineering requirements of the relevant ventilator

sizes. The key principles of connection to the building structure remain the same and the different weights and dimensions are listed in the

table below.

MODEL THROAT (A) WIDTH (B) HEIGHT (C) KG/m KG / END ASSEMBLY

R 600 HC 600 1600 700 35 43 ea

R 750 HC 750 1790 900 49 53 ea

R 900 HC 900 2370 1160 60 91 ea

R 1000 HC 1000 2370 1160 60 91 ea

R 1200 HC 1200 2970 1320 83 141 ea

R 1500 HC 1500 3630 1940 130 250 ea

R 1800 HC 1800 4260 2180 132 262 ea

R 2000 HC 2000 4600 2110 146 276 ea

R 2400 HC 2400 5520 2540 175 352 ea

R 3000 HC 3000 7040 3250 255 181 ea

R 3600 HC 3600 8280 3800 306 208 ea

R 4000 HC 4000 9190 4220 340 221 ea

R 4500 HC 4500 10120 4620 435 230 ea


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STRAND® HC

SLOPE VENT

STRAND® HC SLOPE VENT

The Strand® HC Slope Ventilator is available in two different structure types to meet the engineering requirements of the ventilator sizes. The

key principles of connection to the building structure remain the same and the different weights and dimensions are listed in the table below.

MODEL THROAT (A) LENGTHOVERALL DIMENSIONS EXHAUST CAPACITY

1m/sec 10 ∆ ̊C 9m Stack HeightLENGTH (B) HEIGHT (C) TOTAL WEIGHT - KG

S 624 HC 600 2400 2400 700 170 1.99

S 636 HC 600 3600 3600 700 212 2.98

S 648 HC 600 4800 4800 700 254 3.98

S 724 HC 750 2400 2400 900 224 2.49

S 736 HC 750 3600 3600 900 283 3.73

S 748 HC 750 4800 4800 900 342 4.97

S 924 HC 900 2400 2400 1160 326 2.98

S 936 HC 900 3600 3600 1160 398 4.47

S 948 HC 900 4800 4800 1160 470 5.96

S 1024 HC 1000 2400 2400 1160 326 3.31

S 1036 HC 1000 3600 3600 1160 398 4.97

S 1048 HC 1000 4800 4800 1160 470 6.63

S 1224 HC 1200 2400 2400 1320 482 3.98

S 1236 HC 1200 3600 3600 1320 581 5.96

S 1248 HC 1200 4800 4800 1320 681 7.95

S 1524 HC 1500 2400 2400 1940 812 4.97

S 1536 HC 1500 3600 3600 1940 968 7.46

S 1548 HC 1500 4800 4800 1940 1124 9.94

S 1824 HC 1800 2400 2400 2180 841 5.96

S 1836 HC 1800 3600 3600 2180 1000 8.95

S 1848 HC 1800 4800 4800 2180 1158 11.93

S 2024 HC 2000 2400 2400 2110 903 6.63

S 2036 HC 2000 3600 3600 2110 1078 9.94

S 2048 HC 2000 4800 4800 2110 1253 13.25

S 2424 HC 2400 2400 2400 2540 1124 7.95

S 2436 HC 2400 3600 3600 2540 1334 11.93

S 2448 HC 2400 4800 4800 2540 1544 15.91

S 3024 HC 3000 2400 2400 3250 974 9.94

S 3036 HC 3000 3600 3600 3250 1280 14.91

S 3048 HC 3000 4800 4800 3250 1586 19.88

S 3624 HC 3600 2400 2400 3800 1151 11.93

S 3636 HC 3600 3600 3600 3800 1518 17.89

S 3648 HC 3600 4800 4800 3800 1885 23.86

S 4024 HC 4000 2400 2400 4220 1258 13.25

S 4036 HC 4000 3600 3600 4220 1666 19.88

S 4048 HC 4000 4800 4800 4220 2074 26.51

S 4524 HC 4500 2400 2400 4620 1504 14.91

S 4536 HC 4500 3600 3600 4620 2026 22.37

S 4548 HC 4500 4800 4800 4620 2548 29.82

ARCADIA | STRAND® HIGH CAPACITY ROOF VENTILATION | 11| 11

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STRAND® HC RIDGE VENTILATOR

STRAND® HC SLOPE VENTILATOR

CONNECTION DETAILS


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STRAND® HC PROJECTS


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Natural ventilation requirements should be designed into the building at early

stages of project planning. Items that affect the parameters of the designs exist

in the internal and external environments.

EXTERNAL ENVIRONMENT

There are three influencing external factors which need to be

considered when designing a natural ventilation system for

your project. These include location, building size & shape

and climatic conditions.

The location of the building includes geographical topography, region

and terrain category as determined by the Australian Building Code

and surrounding elements. This will also affect the engineering design

requirements which will influence structural connection details.

Building size, shape and footprint will all be influencing factors on

the final ventilation design outcome. The height of the building will

influence the stack height and the roof layout will determine the

requirement for ridge or slope ventilators. It is also necessary to

consider all air inlet louvres and permanent intake / exhaust apertures.

Key climatic items include prevailing wind direction, ambient

temperature and wind speed. An effective solution for a building

utilises the prevailing breezes which increases the exhaust rate and

assists to enhance your ventilation scheme when designed correctly.

INTERNAL ENVIRONMENT

There are three influencing internal factors which need to be

considered when designing a natural ventilation system for your

project. These include internal machinery and working activities,

quantity of personnel and type of goods warehoused.

Internal activities produce heat and based on your building

machinery there may be production of smoke, fumes or extreme

heat loads which need to be considered and controlled adequately.

Based on the internal activities it is important to consider the air

changes per hour which will vary greatly for example: a warehouse

will have low ventilation requirements compared to the high

ventilation requirements of a foundry.

In applications where there are large numbers of personnel working

in the building, it is important for fresh air inlet and exhaust to

provide acceptable atmospheric conditions where work can be

performed comfortably, safely and efficiently by removing heat

and toxic air content.

Warehoused goods (such as chlorine, gas or ammonium) can emit

toxic fumes inside the building. In such applications the building will

require effective exhaust ventilation, coupled with fresh air inlets to

ensure there is no build up of fumes that will create a health hazard

to personnel.

DESIGN PARAMETERS


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DESIGN THEORY

NATURAL VENTILATION DESIGN THEORY

There are many variables internally and externally that will effect a natural ventilation solution for any building. Designers should consider stack

height, wind effect, inlet air, back – drafting and misting to ensure effective design. The air exchanged between low pressure cool air and rising

high pressure hot air is commonly known as Venturi Effect.

STACK HEIGHT

The stack height is the vertical distance between the median inlet air

point and top point of the Arcadia Strand® HC air outlet. Therefore

an increased Stack Height will result in greater exhaust performance.

A well designed natural ventilation scheme should aim to have the

exhaust outlet located at the highest point of the building, this

maximizes the wind effect from all directions. The benefit of stack

height and natural ventilation design has been used for centuries

on buildings such as tepees. Termite mounds display a natural

application of this.

INLET AIR

The position of the air inlets is essential for balancing the interior

and exterior air-pressure. Adequate inlet ventilation eliminates

back-drafting which increases the ventilation performance.

It is recommended to establish a natural ventilation ratio of

(inlet) 1.5 : 1 (outlet).

Arcadia can be contacted for technical assistance to discuss a

suitable solution specific to a project. Arcadia offer a range of

fixed and operable inlet air products suitable to specific building

design requirements. The operable inlet air products integrate

with a building management system to establish an ultimate

controlled natural ventilation solution.

WIND EFFECT

Wind provides two benefits in the natural ventilation scheme. It

provides positive inlet air pressure (generally via a strategically

distribution of inlet air louvres) and also provides a negative

pressure as the wind passes over the roof exhaust ventilators.

The introduction of wind factor increases the performance of natural

ventilation schemes. Wind effect will vary in different climatic regions

and it is essential to consider the area topography and wind patterns

to take best advantage of natural forces. Through correct positioning

of roof and slope natural ventilation systems prevailing breezes will

be utilised to encourage hot stale air to be drawn out of the building.

BACK-DRAFTING

Failure to follow the correct design guidelines can result in back-

drafting & misting. This is when the designed airflow path is reversed

and an exhaust outlet acts as a suction point. This is the result of a

poorly designed ventilation scheme or ventilator and highlights the

need to clearly understand the basic principles and utilise tried and

tested products. This is a key strength of Arcadia Strand ® HC.

Arcadia’s Strand ® HC has been engineered to minimise the allowance

of back-drafting and misting by incorporating internal components,

wind jump diaphragms, guide vane and water deflectors, and of

course the option of control dampers.


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PROJECT PROFILE

3 A complete ventilation scheme must

incorporate inlet air. The image above shows

Arcadia Hush® Acoustic wall louvres for inlet

air and noise attenuation. These incorporate

a pneumatically controlled damper system to

prevent back –drafting, prevention of weather

and dust control in abnormal storm conditions.

Arcadia’s ability to preassemble Hush® Acoustic

louvre panels as large as 3.8 m wide x 4 m high

allowed an effective and efficient solution.

2 In contrast to image 1, we can see that

although a building may be larger, it doesn’t

mean it requires a larger ventilator. This can be

determined when following Arcadia’s guidelines

to internal and external environment factors

(refer to page 14) which determine the building’s

ventilation requirements. Since this is a warehouse

with low heat loads and low occupancy, it can be

controlled by a smaller ventilation scheme.

The Amcor Glass Plant in the Barossa Valley in South Australia is one of many industrial building projects to benefit from the Arcadia Strand®

HC. Integrating one of the largest natural roof ventilators, significant planning was the catalyst for a robust and correctly calibrated product

that would effectively manage the extreme heat loads produced from the furnaces which produce around 600,000 glass bottles per day.

Arcadia became the selection of choice for the contractors due to its ability to provide the project with a complete ventilation scheme. This

included Strand® HC natural roof ventilators and Hush® Acoustic Inlet air louvres and Acoustic treatment. With Arcadia being a National

supplier of Australian made products, Arcadia was involved for technical consultation during the engineering design process, which was

followed by a turn-key manufacture, installation and project management solution covering the entire scope of the works.

1 The picture above represents the

considerable size of the Strand® HC Ventilator

which is used to effectively exhaust the extreme

heat loads on this Project. With a clear throat

opening of 4.5 metres, the ventilator stands

4.2 metres high with an overall width of 10 metres.

It also incorporates a complete operating damper

system which is all pneumatically controlled.

Due to logistical restrictions, the Ventilator was

manufactured in Kit Form and assembled on site.

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ACCESSORIES

OPTIONS

Arcadia offers a range of accessories that can be tailored to suit the unique requirements of each project. The Strand® HC Ventilator has

optional features that can be fitted to manage changing weather and environmental conditions.

Strand ® HC Ventilation has a greater energy efficiency, increased life – span,

minimal maintenance and lower carbon footprint when compared with

mechanically powered ventilation.

VENT-LITE

The Arcadia Vent-lite allows ambient light to permeate into the building delivering a soft diffused light. Designers integrate this

to increase inlet of natural light which can positively impact on internal work environment conditions.

MESH

Arcadia stock a range of bird, vermin, insect & ember mesh in a variety of base materials. When selecting mesh,

consideration should be given to corrosion resistance and airflow.

ACOUSTIC DAMPENING

Strand® HC can be internally lined with Acoustic absorption foam which ensures reduction of noise emissions from the

Ventilator. Facilities for heavy manufacturing, power generation, water pumping and desalination have taken advantage of

this for many years by incorporating the Strand® HC with added acoustic attenuation.

DAMPER CONTROL

The damper system can be controlled pneumatically or electrically to allow the control of air and heat dispersion. This

is ideal for seasonal operational adjustments and can be coupled with rain and wind sensors to respond to fluctuating

weather conditions.

SENSORS

Arcadia provide a range of sensors that allow total control and integration with the Strand® HC. This allows monitoring

and response to temperature, rain, wind, humidity, air quality, smoke and fumes.

CONTROL PANEL

Arcadia offers a customised control panel designed to suit the specific building requirements. This provides a centralised

location to control, link and manage the Strand® HC with your building management and fire systems.


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STRAND® HC VENTILATOR

Roof ventilator/s shall be Strand® High Capacity (HC) (select from A below), manufactured by Arcadia with

base material as standard with the manufacturer and finished using (select from B below).

The roof ventilator shall be Strand® High Capacity model (select from C below) and shall be fitted

to structural connection points as recommended by Arcadia - Phone 08 9458 4955.

ACCESSORIES AND OPTIONS

The Strand® HC Roof Ventilator shall incorporate wind jump diaphragms as standard and shall also include (Select from

D below) whilst incorporating total gutter control. The Ventilator shall be fitted with (Select from E below) mesh.

INSTALLATION AND MOUNTING

Installation and mounting details will be designed to satisfy wind actions for Region (Select from F below) and Terrain Category (Select from

G below) in accordance with AS 1170.2 structural design actions to suit Arcadia proprietary systems and manufacturers recommendations.

VENT TYPE

• Ridge Type

• Slope Type

STRAND® FINISH

• Zincalume®*

• Colorbond®*

• Colorbond® Ultra*

• Aluminium

• Stainless Steel

• Specialised finishes available upon request

MODEL

• Refer to Pages 10-11

OPTION

• Vent-Lite

• Acoustic Dampening

• Wind Sensor

• Rain Sensor

• Custom monitors & sensors

• Electric Damper control

• Pneumatic Damper Control

• Control Panel

MESH

• Fibreglass

• Galvanised

• Stainless Steel

• Polyethylene

• Expanded Metal

• Ember resistant

• Not required

* Colorbond®, Colorbond® Ultra and Zincalume®

are registered trademarks of Bluescope Steel.

Arcadia reserves the right to use alternative similar

products to Zincalume® and Colorbond® materials.

REGION

• A

• B

• C

• D

TERRAIN CATEGORY

• 1

• 2

• 2.5

• 3

• 4

A.

B.

C.

D.

E.

F.

G.

ONLINE SPECIFICATION: WWW.GROUPARCADIA.COM.AU/PRODUCTS/VENTILATION#STRANDHC

STRAND® | HC ROOF

VENTILATION SPECIFICATION

NOTE: Due to the diversity of control

options available it is recommended that

specifying authorities take advantage of

the engineering service offered by Arcadia.


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DESIGN

MANUFACTURE

PROJECT MANAGEMENT

SERVICING MAINTENANCE

>>IN

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IN

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COMPANY NAME

Nuroof (WA) Pty Ltd T/A Arcadia Architectural

ABN No 62 008 668 291

FOUNDED

1927

REGISTERED OFFICE ADDRESS

9 Bellows Street

Welshpool WA 6106

POSTAL ADDRESS

PO BOX 196

Bentley Western Australia 6982

EMAIL

[email protected]

WEBSITE

WWW.GROUPARCADIA.COM.AU

© 2015 Nuroof (WA) Pty Ltd.

This document is protected by copyright and all rights are reserved. No part of it may be

reproduced, stored in a retrieval system or transmitted in any form by any means electronic,

mechanical, photocopying, recording or otherwise without the prior written permission of the owner

of the Copyright, or pursuant to the terms of a licence granted by behalf of the Copyright owner.

PERTH OFFICE

PHONE (08) 9458 4955

FAX (08) 9458 4988

EMAIL [email protected]

ADDRESS 9 Bellows Street Welshpool WA 6106

NATIONAL CALLS

PHONE 1300 458 458

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SYDNEY OFFICE

PHONE (02) 8458 0660

EMAIL [email protected]

ADDRESS 32 Ridge Street North Sydney NSW 2060


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