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7 E.L. 39.5m \

#2 i

A2 A4

C/L PROPOSED 2 OFF LTE700ANCDIVIA850 TWIN TMAs

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\ 7 E t 34.0m B

C/L FUTURE SOLID PARABOLIC 0.6m DISH

PROPOSED TELSTRA MONOPOLE 40.0m HIGH

PROPOSED TELSTRA FEEDERS TO EXTENT OF EXISTING

C

RUN INTERNALLY WITHIN MONOPOLE

PROPOSED TELSTRA GPS ANTENNA FIXED TO PROPOSED SHELTER.

PROPOSED STEEL BASE ICS BS - TYPE 1 REGION 'AB EQUIPMENT SHELTER (CONCRETE BASE)

INDICATIVE VEGETATION. SOME TRIMMING MAY BE REQUIRED, TO BE CONFIRMED AT DETAILED DESIGN C

< FINISH : COLORBOND STEEL "PAPERBARK. INSTALL 600mm WIDE CABLE LADDER

)

D

BETWEEN SHELTER

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Y

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NORTH ELEVATION 2m 0 2m 4m 6m 8m 10m

I SCALE 1:200

E

NOTES: 1. ALL FEEDER ACCESS POINTS ON THE STRUCTURE MUST BE BIRD PROOFED AS PER EXTERNAL PLANT POLICY 003615. 2. REFER TO SHEET S3 FOR ANTENNA DETAILS. 3 FOR EME SIGNS NOTED AS(#X) REFER TO 005486 DOCUMENTS FOR DETAILS.

E

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IN ORDER CORDER DRAWN DRAWN CHKD AMENDMENT EXAM APPD DATE ISS e i s t r a

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NO. INDEX 1 1 2 3 / 4 5 Cad file: 08281SS1.114 A3V

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PROPOSED TELSTRA FACILITY TO BE ACCESS VIA WILDWOOD ROAD. REFER SITE ACCESS PLAN ADJACENT

— — - ._.

OVERALL SITE NOT TO SCALE

AS PER EXTERNAL PLANT

AS PER 005486 DOCUMENT,

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OF EVERY OMNI

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POWER REQUIREMENTS.

--------------......... / \

PROPOSED TELSTRA REFER

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OF VEGETATION WILL OF WHICH WILL BE FOLLOWING FEATURE

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SITE ACCESS 10m 0 10m 20m 30m 40m 50m 1,,,,I.,,,I I SCALE 1:1000

#6 EME SIGN EME SIGN

THIS DRAWING STRUCTURAL FOUNDATIONS AND DETAILED FINAL LOCATION

TRACK PRELIMINARY

, ' ORDER DRAWN CHKD AMENDMENT EXAM APPD DATE ISSN' felstra DO NOT SCALE

WA08824.01 \IVAI;;2401

BGW BGW

MN MN

PRELIMINARY SP30055668W076ERIC STRUCTURE LOCATION CHANGE

RC RC

RW 14.02.17 10.05,17

1 2

SITE STRUCTURE CO-ORDINATES (GDA94) GPS ACCURACY: ±10M

CENTRE OF MONOPOLE LOT 6 (D90281) WILDWOOD ROAD YALLINGUP WA. 628 2

40. 40. 0.

ERICSSON

MOBILE NETWORK SITE 310609 YALLINGUP EAST

SITE LOCALITY AND ACCESS PLAN 1273 (LOT 6) WILDWOOD ROAD, YALLINGUP WA 6236

F

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_ igh

LATITUDE (S) -33.693754 (GDA 94)

LONGITUDE (E) 115.068208 (GDA 94) DWG NO. W108281 , SHT Si

NO. INDEX OTelstra Corporation Limited ABN 33 051 775 556 All rights reserved. w

1 2 3 4 5 6 A3

1 2 3 / \ 4 5 6

A

TN

PROPOSED 600mm WIDE OVERHEAD CABLE TRAY

A FUTURE TELSTRA PANEL ANTENNAS ON HEADFRAME 12000 (6-OFF, A5-A10) 4000 2900 PROPOSED TELSTRA FIBRE

PROPOSED TELSTRA OMNI CONNECTION FROM FAP ON

— ANTENNAS (4-OFF, A1-A4) REFER TO SHEET S3 FOR

COMMONAGE ROAD (TBC) PROPOSED TELSTRA SECURITY FENCE WITH 3m WIDE ACCESS GATE DETAILS / — / — / —, —

3000

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if

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, BETWEEN MONOPOLE AND EQUIPMENT

o j&e, /A7

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PROPOSED TRIANGULAR HEADFRAME

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PROPOSED TELSTRA MONOPOLE PAD FOOTING OUTLINE (REFER TO NOTE 7)

A9 AS _. •

POWER DESIGN C

` - PROPOSED EME SIGN ON '------. #6 POLE AT 1.5m LEVEL

/ - - / / / / EXTENT OF CLEARING AROUND < — COMPOUND N

#13 ./

D INDICATIVE EXTENT OF EXISTING VEGETATION SOME D CLEARING/TRIMMING OF VEGETATION WILL BE REQUIRED, EXTENT OF WHICH WILL BE CONFIRMED FOLLOWING FEATURE SURVEY

SITE LAYOUT _ 1 rn 0 l m 2m 3m 4m 5m SCALE 1:100 ,.wh,,,, , , „ NOTES:- 1. ALL ACCESS POINT ON THE STRUCTURE MUST BE BIRD PROOFED AS PER EXTERNAL PLANT POLICY 003615. 2, FOR EME SIGNS NOTATEDM REFER TO 005486 FOR DETAILS.

E 3. 1(727 EME SIGN SECURED TO BOTTOM OF EVERY OMNI ANTENNA AS PER 005486 DOCUMENT. 4. 1111 EME SIGN SECURED TO MONOPOLE. 5. 11513 EME SIGN SECURED TO ACCESS GATE. 6. THIS DRAWING SET IS A PRELIMINARY DRAWING ONLY AND IS ISSUED FOR COMMENT. IT IS NOT A DETAILED SURVEY!

E

STRUCTURAL DRAWING AND THEREFORE COULD BE SUBJECT TO CHANGE. PRELIMINARY 7. FOUNDATIONS ARE SHOWN INDICATIVE ONLY FINAL DESIGN IS SUBJECT TO RESULTS OF GEOTECHNICAL INVESTIGATION AND DETAILED DESIGN. ro R D E R DRAWN CHKD AMENDMENT EXAM APPD DATE ISN'

Do NOT 8. FINAL LOCATION OF POWER ROUTE AND FIBRE LINK CABLE SUBJECT TO TELSTRA AND WESTERN POWER REQUIREMENTS, W1kR824.01 BGW MN PRELIMINARY SP30056668W076ERIC RC RW 14.02.17 1 Telstra SCALE WAI-24.01 BOW MN STRUCTURE LOCATION CHANGE RC 10.05.17 2

F O.

01. MOBILE NETWORK SITE 310609

YALLINGUP EAST

T 40. SITE LAYOUT 1273 (LOT 6) WILDW OOD ROAD, YALL1NGUP WA 6236

F

- Arg1 ERICSSON OTelstra Corporation Limited ABN 33 051 775 556 All rights reserved.

DWG NO. W108281 SHT S1-1

NO. Ivo INDEX 3 -- 4 5 6 A3

Deighton Pty. Ltd. ABN39 220 486 601 ACN 009 001 076

P . O . Box 81 N O R T H D A N D A L U P W A 6207

T e l e p h o n e : (08) 9530 1550 E m a i l : srb@southwest.com.au

11th May, 2017

Our Ref: Blackspot 127— Yallingup East

The Chief Executive Officer, City of BusseIton, Locked Bag 1, BUSS ELTON WA 6280

Dear Sirs/Madam,

City of

BusseIton Application No Receipt No

City

of BusseIton

CIO ID

15 MAY 2017 Property ID Doc ID

Retention

Development/Planning Application for the Black Spot Government Funded Project Proposed Emergency Services and Mobile Phone Base Station

1273 (Lot 6) Wildwood Road, Yallingup WA 6236 (-33.693754 115.068208)

Telstra is working on a Commonwealth Government and State Government funded project to put emergency services and mobile telephone communications in areas where current coverage is deficient and is proposing a site at the above location. This program is known as the Black Spot Program and Telstra has been contracted to undertake the construction of the sites

Deighton Pty Ltd, act on behalf of Aurecon in regard to the above matter. Aurecon have been instructed by their client Telstra Corporation Limited to prepare and lodge a proposal for the installation.

Following intensive investigations between Government Emergency Services Agencies and Telstra utilizing radio frequency engineers, property and planning consultants and general engineering expertise Telstra has identified a location for the construction of a site under the above project.

The proposal is to install a 40m monopole to accommodate two (2) Omni UNA010F1-0 Panel Antennas at the 38.7m level together with an equipment room which is to be located at the base of the structure all as shown on drawings W108280 Sheet S3 and S i and S1-1 Issue 1.

Additionally the lower area of the structure is to be reserved for the Emergency Services Organisations for potential future requirements.

This Application has been prepared having regard for the Planning Laws and 'Regulations encompassed within Town Planning Scheme administered by Council that apply to the proposed site.

...2/- 11.05.17

As a Licensed Carrier under the Commonwealth Telecommunications Act 1997, Telstra is also obliged to comply with the Industry Code on the Deployment of Radiocommunications Infrastructure (the Code) in relation to this proposal. Sections 5.1 and 5.2 of the Code are relevant to the preparation of this Development/Planning Application.

Selection of the site has been made utilising the policy provisions encompassed within the WAPC Statement of Planning Policy No 5.2.

With regard to Section 5.3 of the above policy we advise the following:

• Proposed Materials and Colour — It is proposed that the antennas be installed utilising the colour as supplied by the manufacturer.

• Fencing — As per drawing.

Telstra and EME

• Telstra places high importance on effective and responsible management of EME issues.

• Telstra acknowledges some people are genuinely concerned about possible health effects from the EME generated by radio frequency technology and is committed to addressing these concerns responsibly.

• Telstra's responsible approach to EME is demonstrated through compliance with relevant radio frequency standards and comprehensive policies and procedures to protect the health and safety of the community and employees.

• Telstra operates responsibly in the design, operation and management of mobile base stations in order to minimise community impact and comply with the industry code of practice (AC IF Code) for base station deployment and operatidn.

• Telstra also maintains a comprehensive EME research program, monitors international research developments and provides assistance to other research institutions on Australian research into EME. This enables Telstra to have accurate and substantiated scientific information to guide its actions.

EME Safety Standard

In Australia, the EME safety standard is set by ARPANSA and regulated by the Australian Communications Authority (ACA) — the independent regulator of the nation's telecommunications industry.

It is based on careful analysis of the scientific literature (both thermal and non-thermal effects) and is designed to offer protection against identified health effects of EME with a large in-built safety margin. The standard covers EME emissions from all antennas on a single tower, or group of towers.

Compliance with all applicable EME standards is part of Telstra's responsible approach to EME and mobile phone technology.

...3/- 11.05.17

Further information on EME can be obtained through the ARPANSA Website www.arpansa.dov.au

A copy of the ACMA EME fact sheet is available at www.acma.gov.au/consumer info/fact sheets/consumer fact sheets/fsc91.htrn and a copy of the ACMA EME and Health Video is available at wwvv.acma.gov.au/csds compliance/electromagnetic radiationiemr videos/index.htm

Telstra confirms that it has applied the Precautionary Approach in selecting the proposed site at the above location in accordance with Section 5.1 of the Code. Further, that the Precautionary Approach has also been applied to the design of this proposed monopole installation in accordance with Section 5.2 of the Code.

We have enclosed the fully signed Development Application Form from the owner. Please advise the amount of the Application Fee and we will pay immediately.

Should you wish to discuss this proposal please do not hesitate to contact the undersigned.

Yours faithfully,

Steve Bruce, DIRECTOR

DEIGHTON PTY LTD

Enclosures

Environmental EME Report 1273 Wildwood Road, YALLINGUP W A 6282

This report provides a summary of Calculated RF EME Levels around the wireless base station

Date 1/3/2017 Introduction The purpose of this report is to provide calculations of EME levels from the existing facilities at the site and any proposed additional facilities.

This report provides a summary of levels of radiofrequency (RF) electromagnetic energy (EME) around the wireless base station at 1273 Wildwood Road YALLINGUP WA 6282. These levels have been calculated by Telstra using methodology developed by the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA).

The maximum EME level calculated for the proposed systems at this site is 0.0099% of the public exposure limit.

The ARPANSA Standard ARPANSA, an Australian Government agency in the Health and Ageing portfolio, has established a Radiation Protection Standard specifying limits for general public exposure to RF transmissions at frequencies used by wireless base stations. The Australian Communications and Media Authority (ACMA) mandates the exposure limits of the ARPANSA Standard.

How the EME is calculated in this report The procedure used for these calculations is documented in the ARPANSA Technical Report "Radio Frequency EME Exposure Levels - Prediction Methodologies" which is available at http://www.arpansa.gov.au. RF EME values are calculated at 1.5m above ground at various distances from the base station, assuming level ground.

The estimate is based on worst-case scenario, including: • wireless base station transmitters for mobile and broadband data operating at maximum power • simultaneous telephone calls and data transmission • an unobstructed line of sight view to the antennas.

In practice, exposures are usually lower because: • the presence of buildings, trees and other features of the environment reduces signal strength • the base station automatically adjusts transmit power to the minimum required.

Maximum EME levels are estimated in 360° circular bands out to 500m from the base station. These levels are cumulative and take into account emissions from all wireless base station antennas at this site. The EME levels are presented in three different units:

• volts per metre (V/m) — the electric field component of the RF wave

• milliwatts per square metre (mW/m2) — the power density (or rate of flow of RF energy per unit area)

• percentage (%) of the ARPANSA Standard public exposure limit (the public exposure limit = 100%).

Results

RFNSA Site No. 6282008

The maximum EME level calculated for the proposed systems at this site is 0.38 V/m; equivalent to 0.38 mW/m2 or 0.0099% of the public exposure limit.

Environmental EME report (v11 4, Oct 2016) Produced with RF-Map 2.0 (Build 2.0) NAD (v1.0.70136.26970)

It

consultation calculations

Environmental

Radio Systems at the Site There are currently no existing radio systems for this site.

is proposed that this base station will have equipment for transmitting the following services:

Carrier Radio Systems

Telstra LTE700 (proposed), WCDMA850 (proposed) •

Calculated EME Levels This table provides calculations of RF EME at different distances from the base station for emissions from existing equipment alone and for emissions from existing equipment and proposed equipment combined.

Distance from the antennas at 1273 Wildwood Road in 3600

circular bands

Maximum Cumulative EME Level at 1.5m above ground — all carriers at this site

Existing Equipment Proposed Equipment

Electric Field Vim

Power Density mW/m2

% ARPANSA exposure limits

Electric Field Vim

Power Density mW/m2

% ARPANSA exposure limits

Om to 50m 50m to 100m 100m to 200m 200m to 300m 300m to 400m 400m to 500m

0.38 0.37 0.2 0.2 0.33 0.36

0.38 0.36 0.11 0.11 0.28 0.34

0.0099% 0.0093% 0.0027% 0.0028% 0.0074% 0.0088%

Maximum EME level 0.38 0.38 0.0099 47.058 m from the antennas at 1273

Wildwood Road

Calculated EME levels at other areas of interest This table contains calculations of the maximum EME levels at selected areas of interest that have been identified through the

requirements of the Communications Alliance Ltd Deployment Code C564:2011 or via any other means. The are performed over the indicated height range and include all existing and any proposed radio systems for this site.

Additional Locations Height / Scan

relative to location ground level

Maximum Cumulative EME Level All Carriers at this site

Existing and Proposed Equipment

Electric Field V/m

Power Density mW/m2

% of ARPANSA exposure limits

1 No locations identified

,

EME report (v11.4, Oct 2016) Produced with RE-Map 2.0 (Build 2.0) NAD (v1.0.70136.26970)

Information

telecommunications

Environmental

RF EME Exposure Standard The calculated EME levels in this report have been expressed as percentages of the ARPANSA RF Standard and this table shows the actual RF EME limits used for the frequency bands available. At frequencies below 2000 MHz the limits vary across the band and the limit has been determined at the Assessment Frequency indicated. The four exposure limit figures quoted are equivalent values expressed in different units - volts per metre (Vim), watts per square metre (W/m2), microwatts per square centimetre (pW/cm2) and milliwatts per square metre (mW/m2). Note: 1 W/m2= 100 pW/cm2= 1000 mW/m2.

Radio Systems Frequency Band AssessmentARPANSA Frequency Exposure Limit (100% of Standard)

LIE 700 758 — 803 MHz 750 MHz 37.6 V/m = 3.75 W/m2 = 375 pW/cm2 = 3750 mW/m2

WCDMA850 870 — 890 MHz 900 MHz 41.1 V/m = 4.50 W/m2 = 450 pW/cm2 = 4500 mW/m2

GSM900, LTE900, WCDMA900 935 — 960 MHz 900 MHz 41.1 V/m = 4.50 W/m2 = 450 pW/cm2 = 4500 mW/m2

GSM1800, LTE1800 1805 — 1880 MHz 1800 MHz 58.1 V/m = 9.00 W/m2 = 900 pW/cm2 = 9000 mW/m2

LTE2100, WCDMA2100 2110— 2170 MHz 2100 MHz 61.4 V/m = 10.00 W/m2 = 1000 pW/cm2 = 10000 mW/m2

LTE2300 2302 — 2400 MHz 2300 MHz 61.4 V/m = 10.00 W/m2 = 1000 pW/cm2 = 10000 mW/m2

LTE2600 2620 — 2690 MHz 2600 MHz 61.4 V/m = 10.00 W/m2 = 1000 pW/cm2 = 10000 mW/m2

L1E3500 3425 — 3575 MHz 3500 MHz 61.4 V/m = 10.00 W/m2 = 1000 pW/cm2 = 10000 mW/m2

Further Information The Australian Radiation Protection and Nuclear under the Health and Ageing portfolio. ARPANSA and the environment, from the harmful effects of radiation

about RF EME can be accessed at the ARPANSA • Further explanation of this report in the document • The procedure used for the calculations in this

Exposure Levels - Prediction Methodologies" • the current RF EME exposure standard

Australian Radiation Protection and Nuclear Exposure Levels to Radiofrequency Fields — Yallambie Australia. [Printed version: ISBN 0-642-79400-6 ISSN

The Australian Communications and Media Authority (ACMA) and online content. Information on

The Communications Alliance Ltd Industry Code C564:2011 Alliance Ltd website, http://commsalliance.conau

.

Safety Agency (ARPANSA) is charged with

(ionising

website, "Understanding

report is documented

Safety Agency (ARPANSA), 3 kHz to 300 GHz',

1445-9760] [Web

is responsible EME is available

'Mobile Phone

present at this

is a Federal Government agency incorporated responsibility for protecting the health and safety of people, and non-ionising).

http://www.arpansa.qov.au, including: the ARPANSA Environmental EME Report"

in the ARPANSA Technical Report; "Radio Frequency EME

2002, 'Radiation Protection Standard: Maximum Radiation Protection Series Publication No. 3, ARPANSA,

version: ISBN 0-642-79402-2 ISSN 1445-9760]

for the regulation of broadcasting, radiocommunications, at http://ernracmagov.au

Base Station Deployment' is available from the Communications

site and the most recent version of this document are available Contact details for the Carriers (mobile online at the Radio Frequency National

EME report (v11.4, Oct 2016)

phone companies) Site Archive, http://www.rfnsa.com.au.

Produced with RF-Map 2.0 (Build 2.0) NAD (v1.0.70136.26970)

Product Specifications COMMkL,PE®

UNAO 1 OF-0-V2 Single Band Omni Antenna , 6 9 4 - 8 9 6 MHz.

Electrical Specifications Frequency Band, MHz 694-896 Gain, dBi 11.1 Beamwid th , Hor izontal , degrees 360 Beamwid th , Vert ical , degrees 7.2 Beam Ti l t , degrees 0 USLS (First Lobe), dB 19 VSWR I Return Loss, dB 1.5 I 14.0

PIM, 3rd Order , 2 x 20 W, dBc -150 I n p u t Power pe r Port, m a x i m u m , watts 100 Polarization Vertical Impedance 50 ohm

Electrical Specifications, BASTA* Frequency Band, MHz 694-896 Gain b y all Beam Tilts, average, dBi 10.8 Gain b y all Beam Tilts Tolerance, dB ±0.5 Beamwid th , Vert ical Tolerance, degrees ±1 USLS, b e a m p e a k t o 20° above beampeak , d B 18

* CommScope® supports NGMN recommendations on Base Station Antenna Standards (BASTA). To learn more about the benefits of BASTA, download the whitepaper Time to Raise the Bar on BSAs.

General Specifications Opera t ing Frequency Band 6 9 4 - 8 9 6 MHz

An tenna T y p e Omni Band Single band

Per formance Note O u t d o o r usage Total I n p u t Power, m a x i m u m 100 W @ 50 °C

Mechanical Specifications RF Connec tor Quant i ty , t o ta l 1

RF Connec to r Quant i t y , low band 1

RF Connec to r In te r face 7 -16 DIN Female

Color L igh t gray Grounding Type RF connec to r inner conduc to r and body grounded t o re f lec to r and m o u n t i n g bracket

Radome Mater ia l Fiberglass, UV resistant

RF Connec tor Location Bottom

©2017 CommScope, Inc. All rights reserved. All trademarks identified by® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 13, 2017

page 1 of 2 January 31, 2017

Product Specifications comMSCLPF UNA010E-0-V2

Wind Loading, maximum

Wind Speed, maximum

240.0 N @ 150 km/h 54.0 lbf @ 150 km/h

200 k m / h I 124 mph

Dimensions Leng th 3414.0 m m I 134.4 in Ou te r D iame te r 56.0 m m I 2 .2 in Net Weigh t , w i t h o u t moun t i ng k i t 9.1 kg I 20.1 lb

Packed Dimensions Length 3850.0 m m I 151.6 in W id th 88.0 m m I 3.5 in Depth 88.0 m m 3.5 in Sh ipp ing We igh t 15.8 kg I 34 .8 lb

Regulatory Compliance/Certifications Agency Classification RoHS 2011 /65 /EU Compl iant b y Exemption China RoHS S.)/T 11364-2006 Above Max imum Concentrat ion Value (MCV) ISO 9 0 0 1 : 2 0 0 8 Designed, manu fac tu red a n d / o r d i s t r i bu ted u n d e r th is qua l i t y m a n a g e m e n t system

Included Products F-129-S4 — Fixed Ti l t Pipe Mount ing Ki t fo r 2 . 0 - 4 . 5 " ( 5 0 - 1 1 5 m m ) OD round members f o r omn i antennas. Inc ludes 2 clamp sets.

* Footnotes Per fo rmance Note Severe env i ronmenta l condi t ions m a y deg rade o p t i m u m performance

©2017 CommScope, Inc. All rights reserved. All trademarks identified by® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 13, 2017

page 2 of 2 January 31, 2017