FINAL REPORT SAFETY CODE 6 EVALUATION - Halifax€¦ · SAFETY CODE 6 EVALUATION ENGINEERING REPORT...

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FINAL REPORT

SAFETY CODE 6 EVALUATION

SAFETY CODE 6 EVALUATION ENGINEERING REPORT

© LS telcom Limited 2015 Project Confidential Information

LS telcom Limited 1145 Hunt Club Road Suite 100 Ottawa, Ontario Canada K1V 0Y3

Telephone:+1.613.248.8686 Facsimile: +1.613.248.8968

Date: 15.04.2015 Document Approved by: LS telcom Limited


© LS telcom Limited 2015 Project Confidential Information TOC - I

Table of Contents

1. Declaration of RF Exposure Compliance .................................................................... 3

2. Introduction ................................................................................................................... 4 2.1 Mandate ............................................................................................................................................4 2.2 Methodology Description ..................................................................................................................4

3. Safety Code 6 ................................................................................................................ 7

4. Sources of NIR .............................................................................................................. 8 4.1 Bell Tower .........................................................................................................................................8 4.2 CBC Tower .......................................................................................................................................8 4.3 Other .................................................................................................................................................9

5. Results ........................................................................................................................ 13

6. Conclusion .................................................................................................................. 16

7. Qualifications .............................................................................................................. 17

Appendix A – Google Earth Simulations .............................................................................. 18

Appendix B – Horizontal HiField Simulations ...................................................................... 23

Appendix C – Vertical HiField Simulations ........................................................................... 40

Table of Figures

Figure 1: Point Selection .............................................................................................................................................................. 6 Figure 2: Maximum Exposure Limits for E-field for Controlled and Uncontrolled Environment .................................................. 7 Figure 3: HiField Simulation and Mainland Development Overlays at 2m AGL ......................................................................... 15 Figure 4: Bell Tower SC6 2015 100% UC Contour....................................................................................................................... 19 Figure 5: Bell Tower SC6 2015 50% UC Contour......................................................................................................................... 19 Figure 6: Bell Tower SC6 2015 25% UC Contour......................................................................................................................... 20 Figure 7: Bell Tower SC6 2015 10% UC Contour......................................................................................................................... 20 Figure 8: CBC Tower SC6 2015 100% UC Contour ...................................................................................................................... 21 Figure 9: CBC Tower SC6 2015 50% UC Contour ........................................................................................................................ 21 Figure 10: CBC Tower SC6 2015 25% UC Contour ...................................................................................................................... 22 Figure 11: CBC Tower SC6 2015 10% UC Contour ...................................................................................................................... 22 Figure 12: Point 1 Results ........................................................................................................................................................... 41 Figure 13: Point 2 Results ........................................................................................................................................................... 42 Figure 14: Point 3 Results ........................................................................................................................................................... 43 Figure 15: Point 4 Results ........................................................................................................................................................... 44 Figure 16: Point 5 Results ........................................................................................................................................................... 45 Figure 17: Point 6 Results ........................................................................................................................................................... 46 Figure 18: Point 7 Results ........................................................................................................................................................... 47


© LS telcom Limited 2015 Project Confidential Information TOC - II

Figure 19: Point 8 Results ........................................................................................................................................................... 48 Figure 20: Point 9 Results ........................................................................................................................................................... 49 Figure 21: Point 10 Results......................................................................................................................................................... 50 Figure 22: Point 11 Results......................................................................................................................................................... 51 Figure 23: Point 12 Results......................................................................................................................................................... 52 Figure 24: Point 13 Results......................................................................................................................................................... 53 Figure 25: Point 14 Results......................................................................................................................................................... 54 Figure 26: Point 15 Results......................................................................................................................................................... 55 Figure 27: Point 16 Results......................................................................................................................................................... 56 Figure 28: Point 17 Results......................................................................................................................................................... 57 Figure 29: Point 18 Results......................................................................................................................................................... 58 Figure 30: Point 19 Results......................................................................................................................................................... 59 Figure 31: Point 20 Results......................................................................................................................................................... 60 Figure 32: Point 21 Results......................................................................................................................................................... 61 Figure 33: Point 22 Results......................................................................................................................................................... 62 Figure 34: Point 23 Results......................................................................................................................................................... 63 Figure 35: Point 24 Results ........................................................................................................................................................ 64 Figure 36: Point 25 Results ........................................................................................................................................................ 65 Figure 37: Point 26 Results ........................................................................................................................................................ 66 Figure 38: Point 27 Results......................................................................................................................................................... 67 Figure 39: Point 28 Results ........................................................................................................................................................ 68 Figure 40: Point 29 Results ........................................................................................................................................................ 69 Figure 41: Point 30 Results......................................................................................................................................................... 70 Figure 42: Point 31 Results ........................................................................................................................................................ 71 Figure 43: Point 32 Results......................................................................................................................................................... 72 Figure 44: Point 33 Results......................................................................................................................................................... 73 Figure 45: Point 34 Results......................................................................................................................................................... 74 Figure 46: Point 35 Results......................................................................................................................................................... 75 Figure 47: Point 36 Results......................................................................................................................................................... 76


© LS telcom Limited 2015 Project Confidential Information P a g e | 3

1. DECLARATION OF RF EXPOSURE COMPLIANCE

SITE: Halifax ATTESTATION: I attest that the information provided in this report is correct; that a technical report was prepared and information contained therein is correct; that the site evaluation was performed or supervised by me; that applicable measurement methods and evaluation methodologies have been followed; that all evaluated points are below 50% (SC6 2015 uncontrolled environment limits); and that the specified antenna is compliant with Safety Code 6 uncontrolled environment limits (2015).

SIGNATURE :

NAME: François O. Gauthier, P. Eng. PEO #100122313 TITLE: Director, Consulting and Engineering Service Department COMPANY: LS telcom Limited

Original Signed



2. INTRODUCTION

2.1 MANDATE

WM Fares Group has mandated the consulting firm LS telcom Limited to conduct a detailed theoretical Non-Ionizing Radiation (NIR) study for the mainland common development area located in Halifax, NS. The goal of this study is to evaluate the levels of NIR surrounding the three areas to be developed. These three areas are defined as follows: Golf Rage Lands (previously studied in ER-005), Area 2, and Area 3: CTV Lands. The study conducted verifies that the borders of the three specified areas and their compliance with the uncontrolled environment limits of the Safety Code 6 (2015), in the areas accessible by the general public. Sources of information used in the preparation of this report include Health Canada Safety Code 6 (2015)1 and Industry Canada’s Guidelines2.

2.2 METHODOLOGY DESCRIPTION

In order to evaluate the maximum safety placement of habitable structures a 3D model of the radiation patterns emitted from the CBC and Bell towers was created using the HiField Version 5.6, Release 3 software and exported into Google Earth. The Mainland Common LAYOUT 15_2015_02_13-A0QP and Mainland North documents provided by WM Fares gave us a general idea of proposed development plan, and were also exported in Google Earth as overlays. In order to evaluate the maximum safety placement of habitable structures, we proceeded as follows:

1. We identified 36 simulation points that surround the 3 areas of interest. These points were

approximately 50m apart. Their location can be found on Page 5 and in table 2; 2. We then identified the Latitude and Longitude location of each points on a topographical map and

we recorded the terrain elevation at each point; 3. We evaluated the azimuth (referenced to true north) and the distance from each tower to the 2 sets

of points; 4. Using the latest Industry Canada database, we computed the Safety Code 6 level (2015) for each

point with the HiField software. For each point, we established the maximum height (above ground level) for each of the following maximums:

1 Health Canada Safety Code 6 Limits of Human Exposure to Radiofrequency Electromagnetic Energy in the

Frequency Range from 3 kHz to 300 GHz http://www.hc-sc.gc.ca/ewh-semt/consult/_2015/safety_code_6-code_securite_6/final_finale-eng.php 2 Industry Canada, Guidelines for the Measurement of Radio Frequency Fields at Frequencies from 3 kHz to 300

GHz, GL-01 Issue 2, October 2005



a 10% of Safety Code 6 limits b 25% of Safety Code 6 limits c 50% of Safety Code 6 limits d 100% of Safety Code 6 limits

Note that this report only evaluates the public safety limits and does not evaluate or comment on overload, blanketing or IM interference problems which could occur to RF or electrical domestic equipment that could be located within strong RF fields. These types of interference may be experienced (but are not limited) as:

• Difficulty to fine tune an alarm clock radio on a specific station (receiving other stations at the same time);

• Difficulty with the operation of cordless phones (especially the old ones in the lower bands);

• Problems with other RF sensitive equipment (cell phones, Wi-Fi, Bluetooth, etc.). More information regarding this type of interference might be found in Industry Canada’s

• CPC-3-14-01 - Determinations of Harmful Interference with respect to Radio- Sensitive Equipment.

In addition to the 36 points individually evaluated, for each of the two towers, 3D simulations of the contours at 100%, 50%, 25% and 10% of the SC6 2015 for Uncontrolled Environment were generated. Print Screens of each of these eight simulations can be found in Appendix A. Finally, a 2D simulation in the vertical plane was created for the mainland common development area at 2 meter intervals between 2 and 20 meters, and every 10 meter between 30 and 80 meters. These images can be found in Appendix B.



Figure 1: Point Selection



3. SAFETY CODE 6

The Safety Code 6 (SC6) is the reference document that sets the limits of Non-Ionizing Radiation (NIR) tolerable by a human body. The document establishes the security guidelines that outline the recommendations for the installation and use of radio frequency devices that are in the 3 kHz to 300 GHz range. The exposure limits defined by the SC6 were established by constantly reviewing experiments that were carried out during the last 30 years on biological organisms. The limits recommended by this Code are set at a lower level (by an approximate factor of 10) than where there could be harmful effects on organisms (as known today). The SC6 specifies two sets of limits: Uncontrolled Environment (formerly known as “General Public Level” and Controlled Environment (formerly known as “Worker Level”). The safety limits that people exposed to RF and microwaves (including occupationally exposed persons) should not exceed, are expressed as specific absorption rates (SAR), meaning the rate of RF energy absorption per mass unit in the body. The approximate difference in power density between controlled and uncontrolled environment is a factor 5X. These limits are often described in electrical fields, which is the value expressed by the measuring instruments. The table below represents the actual limits from the SC6:

Figure 2: Maximum Exposure Limits for E-field for Controlled and Uncontrolled Environment

0

50

100

150

200

250

300

RM

S E

lecr

ic F

ield

Str

en

gth

[V

/m]

Frequency [MHz]

Field Strength VS Frequency for the SC6 2015

Controlled Level [V/m]

Uncontrolled Level [V/m]



4. SOURCES OF NIR

The following subsections enumerate the various sources of NIR surrounding the mainland common development area.

4.1 BELL TOWER

Tower Location: 44° 38' 47.0" N, 63° 39' 37.0" W Ground Elevation at Tower’s base: 133.7 meters AMSL Tower’s Height: 132.1 meters AGL, 265 meters AMSL

Service Call Sign Radiation Centre [m]

AGL

Radiation Centre [m]

AMSL Power [W]

TV CJCH-DT 132.1 265.8 400 k FM CFRQ-FM 106.0 239.7 100 k FM CIOO-FM 106.0 239.7 100 k FM CKHY-FM 106.0 239.7 100 k FM CKHZ-FM 106.0 239.7 100 k FM CKUL-FM 106.0 239.7 100 k FM CJCH-FM 81.0 214.7 100 k

4.2 CBC TOWER

Tower Location: 44° 39' 03.0" N, 63° 39' 25.0" W Ground Elevation at Tower’s base: 129.0 meters AMSL Tower’s Height: 191.11 meters AGL, 320.9 meters AMSL


AGL


AMSL Power [W]

TV CBHT-DT 191.1 320.9 157.54 k TV CIHF-DT 166.0 295.0 1 k FM CBAF-FM-5 156.0 285.0 91 k FM CBHA-FM 156.0 285.0 91 k FM CHFX-FM 156.0 185.0 91 k FM CHNS-FM 150.0 279.0 100 k FM CBAX-FM 149.5 278.5 77.5 k FM CKRH-FM 149.5 278.5 1.85 k




AGL


AMSL Power [W]

FM CJNI-FM 148.8 277.8 65 k FM CBH-FM 143.0 272.0 92 k FM CFLT-FM 121.5 250.5 100 k FM CFEP-FM(5) 82.0 211.0 2.443 k FM CKDU-FM 82.0 211.0 246 k

4.3 OTHER

The table below lists all services within a 4 km radius from the mainland common development area. Source for the data is Industry Canada’s Spectrum Direct database, Geographical Area Search.

Licensee Name Call Sign TX

Frequency [MHz]

TX ERP

[dBW]

Site Elevation

[m]

Antenna Structure

Height [m] AGL

Azimuth [°]

Distance [km]

Bell Mobility Inc. XJD980 149.77 20.9 137 80 0 0

RAC/ACFC - CNR CZA560 160.455 16.5 123 61 0 0

RAC/ACFC - CNR CZA560 160.935 18.5 123 61 0 0

RAC/ACFC - CNR CZA560 161.025 17 123 61 0 0

RAC/ACFC - CNR CZA560 161.415 17.5 123 61 0 0

RAC/ACFC - CNR CZA560 161.415 18.9 123 61 0 0

ENVIRONMENT CANADA

XLK473 162.55 19 123 138 324.57 0.04

CANADA BORDER SERVICES AGENCY

XJQ434 141.27 16.3 123 100 276.97 0.51

SECURITAS CANADA LIMITED

VCB343 164.82 15 123 46 276.97 0.51

GRANVIEW FARMS LTD

172.59

276.97 0.51

SECURITAS CANADA LIMITED

VCH390 138.975 17.5 106 43 208.08 0.56

J.R. EISENER CONTRACTING

LIMITED CIP874 139.125 13.3 135 100 208.08 0.56

EASTERN RADIO SERVICES LTD.

VAC808 142.935 22.1 135 100 208.08 0.56

NOVA SCOTIA POWER

XOA86 157.47 13.8 138 49 208.08 0.56

BEDFORD READY MIX LIMITED

VCG473 172.86 16.2 100 89 208.08 0.56

4D Networks Limited CJX764 168.63 18.1 100 46 71.25 0.67




Frequency [MHz]

TX ERP

[dBW]

Site Elevation

[m]

Antenna Structure

Height [m] AGL

Azimuth [°]

Distance [km]

OCEAN CONTRACTORS LTD

168.33

99.28 0.96


168.33

99.28 0.96


168.33

99.28 0.96

CAPITAL DISTRICT HEALTH

AUTHORITY XMZ687 139.92 20.7 91 69 34.48 1.09

CAPITAL DISTRICT HEALTH

AUTHORITY XMZ687 140.67 20.7 91 69 34.48 1.09

TIM HORTONS C/O ALYRIN

OPERATIONS LTD XME435 33.4 -10.7 85 4 17.54 1.46

NS Dept. of Trans & Infrastr. Ren.

151.085

135.18 2.31

NS Dept. of Trans & Infrastr. Ren.

151.115

135.18 2.31

NOVA SCOTIA POWER

XMZ551 158.37 13.7 102 26 246.88 2.44

NOVA SCOTIA POWER

XMZ551 169.08 13.7 102 26 246.88 2.44

Emera Utility Services Inc.

172.59

245.54 2.54

RAC/ACFC - CNR VXE359 160.965 18.2 13 21 24.19 2.57

RAC/ACFC - CNR CHB68 160.365 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 160.415 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 160.545 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 160.665 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 160.725 20.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 160.935 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 161.025 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 161.205 16.5 15 9 20 2.76

RAC/ACFC - CNR CHB68 161.295 16.5 15 9 20 2.76

NOVA SCOTIA POWER

CFO827 168.27 18.3 100 30 200.45 2.77

HALIFAX REGIONAL WATER

COMMISSION

151.085

107.27 2.81




Frequency [MHz]

TX ERP

[dBW]

Site Elevation

[m]

Antenna Structure

Height [m] AGL

Azimuth [°]

Distance [km]


COMMISSION

151.115

107.27 2.81


COMMISSION CGP346 168.585 -0.8 16 6 59.24 3.32


COMMISSION CGP346 168.87 -0.8 16 6 59.24 3.32


COMMISSION CGP346 169.575 -0.8 16 6 59.24 3.32


COMMISSION CGP346 169.95 -0.8 16 6 59.24 3.32

Nova Communications

Rental Radio Fleet

165.645

256.91 3.41

Nova Communications

Rental Radio Fleet

167.58

256.91 3.41

Nova Communications

Rental Radio Fleet

171.345

256.91 3.41

Nova Communications

Rental Radio Fleet

173.91

256.91 3.41

4D Networks Limited XKD498 138.03 15.4 84 49 129.68 3.63

Stock Transportation Ltd.

XMZ398 138.24 17.7 84 49 129.68 3.63

BASIN CONTRACTING LTD.

XJR957 139.485 17.8 84 49 129.68 3.63

4D Networks Limited CHC361 143.325 17.8 84 49 129.68 3.63


VCD854 165.705 18 84 49 129.68 3.63

QUALITY CONCRETE-

HALIFAX/DARTMOUTH

VCE214 166.38 18.1 84 49 129.68 3.63


VCB727 168.33 18.2 84 49 129.68 3.63

4D Networks Limited CJZ949 138.495 18 75 60 130.05 3.65

4D Networks Limited CJZ944 164.34 13.6 75 60 130.05 3.65

4D Networks Limited CHC364 141.63 17.9 73 58 132.9 3.81

ELMSDALE LANDSCAPING LTD.

XML673 143.985 16.5 107 91 132.9 3.81


COMMISSION CJP400 168.585 -3.3 102 9 135.94 3.82




Frequency [MHz]

TX ERP

[dBW]

Site Elevation

[m]

Antenna Structure

Height [m] AGL

Azimuth [°]

Distance [km]


COMMISSION CJP400 168.87 -3.3 102 9 135.94 3.82


COMMISSION CJP400 169.575 -3.3 102 9 135.94 3.82


COMMISSION CJP400 169.95 -3.3 102 9 135.94 3.82



5. RESULTS

The results of this engineering study are detailed in the following table: Grey boxes indicate that the level was not reached at any height Red boxes indicate that the level was reached or exceeded at ground level Yellow boxes indicate that the level is reached at a further distance (please refer to detailed simulation)

Point Latitude Longitude Closest Tower

Distance to Tower [m]

Azimuth from Tower [°]

Ground Elevation [m]

10% of SC6 [m]

25% of SC6 [m]

50% of SC6 [m]

100% of SC6 [m]

Bell Tower 44°38'47.02"N 63°39'39.51"W

CBC Tower 44°39'03.16"N 63°39'25.64"W

1 44°39'08.24"N 63°39'33.58"W CBC 235 312.2 137.1 24.0 83.0 102.8 130.4

2 44°39'06.63"N 63°39'32.54"W CBC 185 305.1 138.7 74.0 100.5 124.7

3 44°39'05.39"N 63°39'31.13"W CBC 140 299.5 139.5 71.1 89.6 116.6

4 44°39'04.12"N 63°39'30.03"W CBC 102 288.1 138.7 37.0 85.7 106.7

5 44°39'02.65"N 63°39'28.83"W CBC 72 256.9 138.7 72.4 106.0

6 44°39'01.41"N 63°39'27.69"W CBC 70 219.6 138.0 30.5 96.1

7 44°38'59.96"N 63°39'26.28"W CBC 99 187.5 137.5 75.5 103.9

8 44°38'57.86"N 63°39'25.80"W CBC 163 181.2 136.8 70.3 85.1 101.5

9 44°38'57.01"N 63°39'27.78"W CBC 199 194.1 139.3 59.9 88.5 98.9

10 44°38'56.25"N 63°39'28.40"W CBC 222 195.8 139.3 57.3 88.5 97.1

11 44°38'55.33"N 63°39'27.11"W CBC 244 187.6 136.5 25.3 57.5 88.0 96.6

12 44°38'54.02"N 63°39'25.90"W CBC 282 181.1 135.0 63.3 87.7 95.6

13 44°38'52.37"N 63°39'25.37"W CBC 334 178.7 134.1 15.9 66.4 87.2 94.5

14 44°38'50.77"N 63°39'27.87"W Bell 280 65.2 134.1 84.9 106.0

15 44°38'51.98"N 63°39'29.38"W Bell 274 55.1 135.0 86.2 107.5 141.6

16 44°38'53.19"N 63°39'30.88"W Bell 274 44.7 136.2 87.2 110.1

17 44°38'54.44"N 63°39'32.41"W Bell 282 34.3 138.4 87.2 112.0



Point Latitude Longitude Closest Tower

Distance to Tower [m]

Azimuth from Tower [°]

Ground Elevation [m]

10% of SC6 [m]

25% of SC6 [m]

50% of SC6 [m]

100% of SC6 [m]

18 44°38'55.96"N 63°39'33.62"W CBC 282 218.7 140.8 64.0 88.0 94.5

19 44°38'57.38"N 63°39'34.65"W CBC 266 227.1 142.3 25.8 62.2 87.5 95.3

20 44°38'58.72"N 63°39'35.87"W CBC 266 238.6 143.3 26.3 79.7 87.5 97.1

21 44°39'00.20"N 63°39'36.94"W CBC 265 250.0 144.2 27.3 79.7 87.5 100.2

22 44°39'01.41"N 63°39'38.29"W CBC 281 258.9 146.6 27.3 79.1 88.0 108.6

23 44°39'02.75"N 63°39'39.53"W CBC 305 267.8 147.2 28.9 78.6 89.0

24 44°39'04.34"N 63°39'40.79"W CBC 337 275.6 143.0 32.8 78.4 91.6

25 44°39'10.35"N 63°39'45.72"W CBC 497 296.5 135.3 53.1 78.6

26 44°39'08.87"N 63°39'44.70"W CBC 455 292.7 137.5 55.2 77.8 110.1

27 44°39'07.52"N 63°39'43.44"W CBC 412 288.9 138.7 58.6 78.1 103.4

28 44°39'06.05"N 63°39'42.39"W CBC 378 283.1 140.5 61.2 77.8 96.6

29 44°39'05.29"N 63°39'44.05"W CBC 411 279.3 141.1 56.8 76.5 96.1

30 44°39'05.99"N 63°39'44.52"W CBC 445 275.1 142.0 52.3 76.3 94.8

31 44°39'3.51"N 63°39'47.60"W CBC 483 271.2 143.3 44.0 75.8 93.2

32 44°39'2.73"N 63°39'49.22"W CBC 519 268.6 145.1 40.4 75.5 93.5

33 44°39'3.35"N 63°39'50.50"W CBC 547 270.7 143.6 43.7 75.8 96.6

34 44°39'4.41"N 63°39'51.42"W CBC 568 274.0 142.3 49.7 76.0 103.1

35 44°39'5.66"N 63°39'52.47"W CBC 597 277.5 140.5 52.1 77.3

36 44°39'6.79"N 63°39'53.48"W CBC 625 280.3 137.2 53.9 78.4

Table 1: Maximum Height for SC6 Clearance



This table specifies the maximum building height (above ground level) that could be constructed before reaching the SC6 10%, 25%, 50% and 100% limits. If we consider Point 20, for example, the table shows that the distance between the CBC tower and the point is 266 meters, the azimuth (in relation to True North) is 238.6°, the ground elevation at this point is 143.3 meters and that a building with a height of 26.3 meters will reach the SC6 10% limit, a building with a height of 79.7 meters will reach the SC6 25% limit, a height of 87.5 meters will reach SC6 50% limit and at 97.1 meters, it will have reached the start of the 100% SC6 limit. The details of the calculations are highlighted in Appendix C. The following image was created using the proposed development plans provided by the W.M. Fares group and a HiField simulation in the Horizontal plan at 2.0 meter AGL.

Legend: Contours (% SC6 2015 for Uncontrolled Environment) 100.00% - SC6 ------------------------ 50.00% - SC6 ------------------------- 25.00% - SC6 ------------------------- 10.00% - SC6 -------------------------

Figure 3: HiField Simulation and Mainland Development Overlays at 2m AGL



6. CONCLUSION

In conclusion, if the W.M. Fares group respects the building height limits specified in table 1, the public living in those buildings 24h a day, 365 days a year would be living within the current Safety Code 6 limits for RF emissions. A total building height of 37.0 m (SC25% maximum) should consist in an adequate protection of the public. Building heights higher than this mark should be located more carefully on the lot, based on the results of this study.



7. QUALIFICATIONS

This Engineering Brief has been entirely prepared by the undersigned, who are members of CABC and whose qualifications are known to Industry Canada.

François O. Gauthier, P. Eng.

PEO # 100122313 Director, Consulting and Engineering Service Department

Véronique Lafrenière, E.I.T Junior Spectrum Engineer

The signed and sealed original version is kept on file at LS telcom Limited.

Original Signed

Original Signed



APPENDIX A – GOOGLE EARTH SIMULATIONS



Figure 4: Bell Tower SC6 2015 100% UC Contour




Figure 8: CBC Tower SC6 2015 100% UC Contour




APPENDIX B – HORIZONTAL HIFIELD SIMULATIONS



Legend: Contours (% SC6 2015 for Uncontrolled Environment)

100.00% - SC6 ------------------------ 50.00% - SC6 ------------------------- 25.00% - SC6 ------------------------- 10.00% - SC6 -------------------------




100.00% - SC6 ------------------------ 50.00% - SC6 ------------------------- 25.00% - SC6 ------------------------- 10.00% - SC6 -------------------------



APPENDIX C – VERTICAL HIFIELD SIMULATIONS



Figure 12: Point 1 Results

FINAL REPORT SAFETY CODE 6 EVALUATION - Halifax€¦ · SAFETY CODE 6 EVALUATION ENGINEERING REPORT...

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