4-LEGGED 35M GREEN FIELD LATTICED STEEL TOWER

FOR BanglaLink.

PROPOSED BY

TECHNO TRADE ENGINEERINGHouse # 9, Road # 2/c, Block # J,

Baridhara, Dhaka

ENGINEERING CONSULTANTS:PRUDENTIAL CONSULTANTS

FARMGATE, Dhaka

DESIGN REPORT

Page 2 of 21

Design Criteria

The tower has been designed to meet all the requirements of the specified design criteria. In addition a thorough optimization check has been performed to select the most suitable design in terms of safety, serviceability and economy.

Key design criteria used are summarized below.

Worth mentioning is the fact that wind load calculations have been made in accordance with EIA-222F, with due consideration being given to wind gust effects. The given 210km/hr 3-secd gust wind speed which is equivalent to 49.17 m/s fastest mile wind speed; GUST effects have been included on top of the fastest mile wind speed in accordance with EIA- 222F.

i. Type of Tower : 4-legged free-standing latticed steel Tower made of

hot-rolled sections ii. Height of Tower : 35 Meter Green Field Tower. (Base elevation

0..0 m)iii. Dimensions of Tower :Width at top: 1.0 m

Minimum Neck length: 6.0 m Width at base: 4.2 m

iv. Design Wind Speed : 210km/hr 3-second gust wind speed (i.e. 49.17 m/s fastest mile wind speed with due allowance being made for fluctuating wind load due to Gust effects).Partial Safety Factors for dead load, DL

:1.0 (when dead load effects increase windload effects) :0.9 (when dead load effects reduce wind load

effects)Structure is to be considered as Untested Class A structure.

v. Antenna Configuration: 3 Nos. of 2.6m GSM Antenna placed at 35.0m of the tower. 3 No. 1.2m dia Parabolic Dishes placed at 30.0m of the tower. 2 No. 1.8m dia Parabolic Dishes placed at 27.0m of the tower.

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Mounting point offsets shall be taken from standard antenna catalogue.

For details of Antennae and Linear Ancillaries see below (Spec. Item xvii)

vi. Tower Design Code :Latticed Tower (loading and design) –EIA-222F

vii. Steel Works :Steel Works -BS 4360 (or equivalent)viii. Galvanization :All relevant parts of the tower should be

galvanizedwith thickness of 80-100 microns. BS 729 can be followed if needed.

ix. Welding : Welding will be according to BS 5135.x. Bolts & Nuts :Structural bolts used for legs and main bracing

members shall be of Grade 8.8 with the following properties: - Yield Strength. fy = 627 N/mm2

- Ultimate tensile strength. fu = 784 N/mm2

- Shear Strength. Fv = 375 N/mm2

All other bolts shall be of Grade 5.6 minimum.Anchor bolts shall be machined from deformed reinforcing steel bars with minimum fy= 413 N/mm2

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xi. Rest Platform : There should be adequate provision for rest platform so that climbing the tower becomes easy and antenna fixing and operation at specified height becomes practical.

xii. Ladders : There should be provision for climbing ladders (without cage) ; also there should be provision for vertical feeder cable support.

xiii. Lightning Arrestor :A lightning arrestor of 16mm dia and minimum 1m length will be provided at the top of the tower with the concept of providing complete protection to the antennas and ancillaries along with tower members below. The rod will be galvanized like the structural member of the tower.

xiv. Aviation /Obstruction LightAviation light consisting of components such as sensor, converter, LED and alarm.

xv. Serviceability Requirement:Maximum rotation of the node where the antenna will be fixed shall not exceed 0.5 degrees under operating wind speed 35.32 m/s.

xvi. Tower Paint :Product Description: The paint should be manufactured to be applied over galvanized surface preferably in single coat. The paint should have an excellent weathering resistance. It should also have the quality like good color retentions and adhesion over wide range of surface.Technical Information:Color: Red, White.Flash Point: 250CTheoretical Coverage: 3.75 m2/litre at 100 microns Dry film thickness.Drying Time:The surface of the paint should dry as early as in 20 minutes from the application of paint at 300C temperature. The Total Film Thickness should not take more than 6 hours to dry completely.Storage: The paint should stored in cool and dry places. While working with the paint, maximum precaution should be taken to keep the paint air-tight.

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xvii. Large & Linear Ancillaries:

Name Type

Dim Mass

af asf aice

zref

xcg xicg fcx

fcy

fmz shape

m kg m2 m2 m2 m m mMicrowave Antenna

A Shielded Antenna with planar radome 1.2 80.0 1.17 0.60 0 0 -0.013

-0.01

31 1 1

B Shielded Antenna with planar radome 1.8 61.0 2.62 1.31 0 0 -0.013

-0.01

31 1 1

GSM AntennaC Cylindrical 2.6 12 0. 8 0.32

90 0 0 0 1 1 1

Linear AncillariesF None 15 0.25 0.15 0 1

Antenna Mounting Kitkg

Mounting kit for 1.8 m dish 75Mounting kit for 1.2 m dish 70Mounting kit for 0.6 m dish 40Mounting kit for GSM Antenna 25Antenna offset from tower face is 0.4 m

Page 6 of 21

DESIGN CALCULATION

PARAMETERS ANGN 45.0 CODE EIA222 ALTOP 0 VB 49.17 OVERLAP 1 END

LOADS

$=====================Primary Load Cases==================================== CASE 100 ALL DEAD WEIGHTDL

CASE 200 NORTH WINDWL ANGLE 0 NOICE CROSS

CASE 210 NORTH-EAST WINDWL ANGLE 45 NOICE CROSS

CASE 220 EAST WINDWL ANGLE 90 NOICE CROSS

CASE 230 SOUTH-EAST WINDWL ANGLE 135 NOICE CROSS

CASE 240 SOUTH WINDWL ANGLE 180 NOICE CROSS

CASE 250 SOUTH-WEST WINDWL ANGLE 225 NOICE CROSS

CASE 260 WEST WINDWL ANGLE 270 NOICE CROSS

CASE 270 NORTH-WEST WINDWL ANGLE 315 NOICE CROSS

$=====================Load combination====================================$=====================Compression=========================================

CASE 300 MAX DEAD WEIGHTCOMBIN 100 1.0

CASE 310 DEAD WEIGHT + NORTH WINDCOMBIN 100 1.0COMBIN 200 1.0

CASE 320 DEAD WEIGHT + NORTH-EAST WINDCOMBIN 100 1.0COMBIN 210 1.0

CASE 330 DEAD WEIGHT + EAST WINDCOMBIN 100 1.0COMBIN 220 1.0

CASE 340 DEAD WEIGHT + SOUTH-EAST WINDCOMBIN 100 1.0COMBIN 230 1.0

CASE 350 DEAD WEIGHT + SOUTH WIND

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COMBIN 100 1.0COMBIN 240 1.0

CASE 360 DEAD WEIGHT + SOUTH-WEST WINDCOMBIN 100 1.0COMBIN 250 1.0

CASE 370 DEAD WEIGHT + WEST WINDCOMBIN 100 1.0COMBIN 260 1.0

CASE 380 DEAD WEIGHT + NORTH-WEST WINDCOMBIN 100 1.0COMBIN 270 1.0

$===================Tension======================================

CASE 400 MAX DEAD WEIGHTCOMBIN 100 0.9

CASE 410 DEAD WEIGHT + NORTH WINDCOMBIN 100 0.9COMBIN 200 1.0

CASE 420 DEAD WEIGHT + NORTH-EAST WINDCOMBIN 100 0.9COMBIN 210 1.0

CASE 430 DEAD WEIGHT + EAST WINDCOMBIN 100 0.9COMBIN 220 1.0

CASE 440 DEAD WEIGHT + SOUTH-EAST WINDCOMBIN 100 0.9COMBIN 230 1.0

CASE 450 DEAD WEIGHT + SOUTH WINDCOMBIN 100 0.9COMBIN 240 1.0

CASE 460 DEAD WEIGHT + SOUTH-WEST WINDCOMBIN 100 0.9COMBIN 250 1.0

CASE 470 DEAD WEIGHT + WEST WINDCOMBIN 100 0.9COMBIN 260 1.0

CASE 480 DEAD WEIGHT + NORTH-WEST WINDCOMBIN 100 0.9COMBIN 270 1.0$========Support reaction(factored PRIMARY LOAD CASES)for reporting purpose=============

CASE 500 MAX DEAD WEIGHTCOMBIN 100 1.2

CASE 510 DEAD WEIGHT + NORTH WINDCOMBIN 200 1.2 COMBIN 100 1.6CASE 520 DEAD WEIGHT + NORTH-EAST WINDCOMBIN 210 1.2COMBIN 100 1.6CASE 530 DEAD WEIGHT + EAST WINDCOMBIN 220 1.2COMBIN 100 1.6CASE 540 DEAD WEIGHT + SOUTH-EAST WINDCOMBIN 230 1.2

Page 8 of 21

COMBIN 100 1.6CASE 550 DEAD WEIGHT + SOUTH WINDCOMBIN 240 1.2COMBIN 100 1.6CASE 560 DEAD WEIGHT + SOUTH-WEST WINDCOMBIN 250 1.2COMBIN 100 1.6CASE 570 DEAD WEIGHT + WEST WINDCOMBIN 260 1.2COMBIN 100 1.6CASE 580 DEAD WEIGHT + NORTH-WEST WINDCOMBIN 270 1.2COMBIN 100 1.6

END ANCILLARIES LINEAR LIBR MCL_GP_LIN.LIB C-LADDER XB 0 YB 0 ZB 0 ZT 35.0 LIB C-LADDER FACT 1 ANG 0 FEDDER_1 XB 0 YB 0.25 ZB 0 ZT 35.0 LIB LDF5 FACT 9 ANG 0 LARGE LIBR MCL_GP_ANC.LIB

GSM-1 XA 0.596 YA -1.133 ZA 35.0 LIB GSM ANG 315 AMASS 25 GSM-2 XA 0.846 YA -0.7 ZA 35.0 LIB GSM ANG 45 AMASS 25 GSM-3 XA 1.096 YA -0.267 ZA 35.0 LIB GSM ANG 225 AMASS 25

DISH-1.2-1 XA 0.9 YA 0.9 ZA 30.0 LIB DISH-1.2 ANG 315 AMASS 70 DISH-1.2-2 XA -0.9 YA -0.9 ZA 30.0 LIB DISH-1.2 ANG 45 AMASS 70 DISH-1.2-3 XA 0.9 YA -0.9 ZA 30.0 LIB DISH-1.2 ANG 135 AMASS 70

DISH-1.8-1 XA -0.9 YA 0.9 ZA 27.0 LIB DISH-1.8 ANG 135 AMASS 70 DISH-1.8-2 XA 0.9 YA -0.9 ZA 27.0 LIB DISH-1.8 ANG 225 AMASS 70 END

FACE RAILING_R_1 FACE 1234 ZA 29.0 MASS 9.6 CN 1.2 AREA 0.26 FLAT RAILING_R_2 FACE 1234 ZA 20.0 MASS 9.6 CN 1.2 AREA 0.26 FLAT END

ENDEND

Page 9 of 21

Member Strength Evaluation to EIA 222F: 1996

|--------------Compression-----------| |---------Tension--------| |---------------Bolts-------------| Pnl Members Typ Size fy nb Case P f C KL/r F f/F Case P f F f/F Case P Grade Type Cap P/Cap 1 1- 2 LEG L65X65X6 290 4 370 21 28 4 117v 100 0.280 220 19 36 231 0.156 370 21 GR8.8 1S 136 0.153 1 21- 22 LEG L65X65X6 290 4 350 20 26 4 117v 100 0.265 200 19 36 231 0.154 350 20 GR8.8 1S 136 0.145 1 41- 42 LEG L65X65X6 290 4 220 19 25 4 117v 100 0.253 370 19 36 231 0.155 370 19 GR8.8 1S 136 0.139 1 61- 62 LEG L65X65X6 290 4 310 20 27 4 117v 100 0.266 240 19 36 231 0.156 310 20 GR8.8 1S 136 0.145 1 5- 6 XBR L50X50X5 290 2 230 15 33 10 145v 65 0.501 380 16 40 231 0.175 380 16 GR8.8 1S 37 0.424 1 7- 8 XBR L50X50X5 290 2 200 17 36 10 145v 65 0.556 350 17 45 231 0.194 350 17 GR8.8 1S 37 0.470 1 25- 26 XBR L50X50X5 290 2 210 8 16 10 145v 65 0.245 360 8 20 231 0.085 360 8 GR8.8 1S 37 0.207 1 27- 28 XBR L50X50X5 290 2 260 12 25 10 145v 65 0.380 330 12 31 231 0.132 330 12 GR8.8 1S 37 0.320 1 45- 46 XBR L50X50X5 290 2 260 11 22 10 145v 65 0.345 330 11 28 231 0.120 330 11 GR8.8 1S 37 0.290 1 47- 48 XBR L50X50X5 290 2 230 6 13 10 145v 65 0.201 380 6 16 231 0.070 380 6 GR8.8 1S 37 0.171 1 65- 66 XBR L50X50X5 290 2 240 17 36 10 145v 65 0.546 310 17 44 231 0.190 310 17 GR8.8 1S 37 0.462 1 67- 68 XBR L50X50X5 290 2 210 15 32 10 145v 65 0.485 360 15 39 231 0.170 360 15 GR8.8 1S 37 0.411 1 69- 72 HOR L38X38X4 290 1 220 0 1 11 67v 173 0.007 370 0 2 231 0.008 370 0 GR5.6 1S 11 0.034 1 73- 76 HOR L38X38X4 290 1 200 0 1 11 67v 173 0.007 350 0 2 231 0.007 350 0 GR5.6 1S 11 0.032 1 77- 80 HOR L38X38X4 290 1 240 0 1 11 67v 173 0.007 310 0 2 231 0.007 310 0 GR5.6 1S 11 0.033 1 81- 84 HOR L38X38X4 290 1 240 0 1 11 67v 173 0.007 370 0 2 231 0.008 370 0 GR5.6 1S 11 0.034 1 97- 102 HOR L38X38X4 290 1 350 2 6 7 103x 123 0.051 200 2 8 231 0.035 350 2 GR5.6 1S 11 0.159 1 105- 110 HOR L38X38X4 290 1 330 2 6 7 103x 123 0.050 260 2 8 231 0.035 330 2 GR5.6 1S 11 0.156 1 113- 118 HOR L38X38X4 290 1 330 2 6 7 103x 123 0.051 260 2 8 231 0.035 330 2 GR5.6 1S 11 0.157 1 121- 126 HOR L38X38X4 290 1 310 2 6 7 103x 123 0.049 240 2 8 231 0.034 310 2 GR5.6 1S 11 0.153 1 85- 86 PBR L38X38X4 290 1 240 0 1 11 95v 136 0.006 240 0 1 231 0.005 240 0 GR5.6 1S 11 0.022 1 87- 88 PBR L38X38X4 290 1 200 0 1 11 95v 136 0.010 350 0 2 231 0.008 350 0 GR5.6 1S 11 0.035 1 89- 90 PBR L38X38X4 290 1 370 0 1 11 95v 136 0.010 220 0 2 231 0.008 370 0 GR5.6 1S 11 0.035 1 91- 92 PBR L38X38X4 290 1 240 0 1 11 95v 136 0.006 240 0 1 231 0.005 240 0 GR5.6 1S 11 0.022 1 93- 94 PBR L38X38X4 290 1 240 0 1 11 86x 149 0.006 240 0 1 231 0.005 240 0 GR5.6 1S 11 0.022 1 95- 96 PBR L38X38X4 290 1 230 0 1 11 86x 149 0.005 230 0 1 231 0.005 230 0 GR5.6 1S 11 0.020 1 103- 104 PBR L38X38X4 290 1 330 1 3 11 47v 195 0.016 260 1 4 231 0.018 330 1 GR5.6 1S 11 0.080 1 111- 112 PBR L38X38X4 290 1 310 1 3 11 47v 195 0.018 240 1 5 231 0.020 310 1 GR5.6 1S 11 0.087 1 119- 120 PBR L38X38X4 290 1 370 1 3 11 47v 195 0.018 220 1 5 231 0.020 370 1 GR5.6 1S 11 0.087 1 127- 128 PBR L38X38X4 290 1 350 1 3 11 47v 195 0.016 200 1 4 231 0.018 350 1 GR5.6 1S 11 0.079 2 201- 202 LEG L65X65X6 290 4 370 44 59 4 117v 100 0.592 220 43 81 231 0.349 370 44 GR8.8 1S 136 0.323 2 221- 222 LEG L65X65X6 290 4 350 43 58 4 117v 100 0.583 200 43 81 231 0.348 350 43 GR8.8 1S 136 0.319 2 241- 242 LEG L65X65X6 290 4 330 43 57 4 117v 100 0.574 260 43 81 231 0.348 330 43 GR8.8 1S 136 0.313 2 261- 262 LEG L65X65X6 290 4 310 43 58 4 117v 100 0.582 240 43 81 231 0.349 310 43 GR8.8 1S 136 0.318 2 205- 206 XBR L50X50X6 290 2 350 34 61 10 146v 65 0.941 200 35 76 231 0.328 200 35 GR8.8 1S 37 0.943 2 207- 208 XBR L50X50X6 290 2 380 32 56 10 146v 65 0.870 230 32 70 231 0.301 230 32 GR8.8 1S 37 0.865 2 225- 226 XBR L50X50X6 290 2 330 24 42 10 146v 65 0.652 260 23 51 231 0.221 330 24 GR8.8 1S 37 0.647 2 227- 228 XBR L50X50X6 290 2 360 18 32 10 146v 65 0.490 210 18 39 231 0.168 360 18 GR8.8 1S 37 0.486 2 245- 246 XBR L50X50X6 290 2 380 16 28 10 146v 65 0.435 230 15 33 231 0.144 380 16 GR8.8 1S 37 0.431 2 247- 248 XBR L50X50X6 290 2 330 21 38 10 146v 65 0.585 260 21 46 231 0.198 330 21 GR8.8 1S 37 0.580 2 265- 266 XBR L50X50X6 290 2 360 29 52 10 146v 65 0.804 210 30 66 231 0.285 210 30 GR8.8 1S 37 0.817 2 267- 268 XBR L50X50X6 290 2 310 33 59 10 146v 65 0.916 240 32 70 231 0.302 310 33 GR8.8 1S 37 0.909 2 203- 204 HOR L38X38X5 290 1 200 4 11 11 67v 173 0.064 350 4 14 231 0.061 200 4 GR8.8 1S 18 0.215 2 223- 224 HOR L38X38X5 290 1 260 2 6 11 67v 173 0.034 330 2 8 231 0.036 330 2 GR8.8 1S 18 0.119 2 243- 244 HOR L38X38X5 290 1 260 2 5 11 67v 173 0.027 330 2 7 231 0.029 330 2 GR8.8 1S 18 0.096 2 263- 264 HOR L38X38X5 290 1 240 3 9 11 67v 173 0.052 310 4 13 231 0.058 310 4 GR8.8 1S 18 0.193 2 293 HOR L38X38X5 290 1 210 0 1 8 135v 75 0.007 360 0 1 231 0.002 210 0 GR5.6 1S 11 0.016 2 294 HOR L38X38X5 290 1 380 0 0 8 135v 75 0.006 230 0 0 231 0.001 380 0 GR5.6 1S 11 0.014 2 295 HOR L38X38X5 290 1 360 0 0 8 135v 75 0.005 210 0 1 231 0.003 210 0 GR5.6 1S 11 0.016

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2 296 HOR L38X38X5 290 1 230 0 0 8 135v 75 0.003 380 0 1 231 0.003 380 0 GR5.6 1S 11 0.015 2 285- 286 PBR L38X38X5 290 1 310 1 1 11 95v 135 0.010 310 1 2 231 0.008 310 1 GR5.6 1S 11 0.044 2 287- 288 PBR L38X38X5 290 1 200 1 2 11 95v 135 0.014 350 1 2 231 0.011 350 1 GR5.6 1S 11 0.057 2 289- 290 PBR L38X38X5 290 1 260 1 2 11 95v 135 0.014 330 1 2 231 0.011 330 1 GR5.6 1S 11 0.057 2 291- 292 PBR L38X38X5 290 1 310 1 1 11 95v 135 0.010 310 1 2 231 0.008 310 1 GR5.6 1S 11 0.044 3 301- 302 LEG L90X90X7 290 4 370 99 82 4 111v 110 0.742 220 98 103 231 0.444 370 102 GR8.8 1S 136 0.748 3 321- 322 LEG L90X90X7 290 4 350 97 80 4 111v 110 0.726 200 98 102 231 0.443 350 100 GR8.8 1S 136 0.738 3 341- 342 LEG L90X90X7 290 4 330 97 80 4 111v 110 0.723 260 98 102 231 0.441 330 99 GR8.8 1S 136 0.730 3 361- 362 LEG L90X90X7 290 4 310 99 81 4 111v 110 0.738 240 98 102 231 0.441 310 101 GR8.8 1S 136 0.739 3 305- 306 XBR L63X63X5 290 2 350 36 59 10 149v 61 0.959 200 35 67 231 0.290 350 36 GR8.8 1S 68 0.524 3 307- 308 XBR L63X63X5 290 2 380 33 54 10 149v 61 0.877 230 32 62 231 0.268 380 33 GR8.8 1S 68 0.480 3 325- 326 XBR L63X63X5 290 2 320 22 36 10 149v 61 0.582 260 21 41 231 0.179 320 22 GR8.8 1S 68 0.318 3 327- 328 XBR L63X63X5 290 2 360 21 35 10 149v 61 0.562 210 21 41 231 0.177 210 21 GR8.8 1S 68 0.311 3 345- 346 XBR L63X63X5 290 2 380 22 37 10 149v 61 0.602 230 25 49 231 0.210 230 25 GR8.8 1S 68 0.368 3 347- 348 XBR L63X63X5 290 2 330 30 50 10 149v 61 0.811 260 28 55 231 0.238 330 30 GR8.8 1S 68 0.443 3 365- 366 XBR L63X63X5 290 2 360 37 61 10 149v 61 0.997 210 35 67 231 0.291 360 37 GR8.8 1S 68 0.545 3 367- 368 XBR L63X63X5 290 2 320 35 58 10 149v 61 0.947 250 37 71 231 0.309 250 37 GR8.8 1S 68 0.541 3 303- 304 HOR L38X38X5 290 1 200 3 9 11 78v 159 0.059 350 4 14 231 0.061 350 4 GR8.8 1S 18 0.202 3 323- 324 HOR L38X38X5 290 1 310 3 10 11 78v 159 0.061 240 4 15 231 0.063 240 4 GR8.8 1S 18 0.209 3 343- 344 HOR L38X38X5 290 1 370 5 15 11 78v 159 0.091 220 5 20 231 0.089 220 5 GR8.8 1S 18 0.296 3 363- 364 HOR L38X38X5 290 1 330 5 15 11 78v 159 0.091 260 5 21 231 0.089 260 5 GR8.8 1S 18 0.297 3 385- 386 PBR L38X38X4 290 1 220 1 2 11 110v 112 0.022 370 1 3 231 0.014 370 1 GR5.6 1S 11 0.061 3 387- 388 PBR L38X38X4 290 1 200 1 3 11 110v 112 0.027 350 1 4 231 0.017 350 1 GR5.6 1S 11 0.076 3 389- 390 PBR L38X38X4 290 1 260 1 3 11 110v 112 0.027 330 1 4 231 0.017 330 1 GR5.6 1S 11 0.075 3 391- 392 PBR L38X38X4 290 1 240 1 2 11 110v 112 0.021 310 1 3 231 0.014 310 1 GR5.6 1S 11 0.061 4 401- 402 LEG L100X100X7 350 6 370 171 126 4 96v 141 0.898 220 166 151 279 0.540 370 171 GR8.8 1S 204 0.836 4 421- 422 LEG L100X100X7 350 6 350 170 126 4 96v 141 0.896 200 164 150 279 0.536 350 170 GR8.8 1S 204 0.834 4 441- 442 LEG L100X100X7 350 6 330 169 125 4 96v 141 0.889 260 164 150 279 0.536 330 169 GR8.8 1S 204 0.828 4 461- 462 LEG L100X100X7 350 6 310 169 125 4 96v 141 0.891 240 166 151 279 0.540 310 169 GR8.8 1S 204 0.830 4 405- 406 XBR L63X63X5 290 2 350 27 44 10 150v 61 0.721 200 26 50 231 0.217 350 27 GR8.8 1S 37 0.725 4 407- 408 XBR L63X63X5 290 2 380 26 43 10 150v 61 0.700 230 26 50 231 0.217 230 26 GR8.8 1S 37 0.704 4 425- 426 XBR L63X63X5 290 2 320 20 33 10 150v 61 0.545 250 20 38 231 0.165 320 20 GR8.8 1S 37 0.548 4 427- 428 XBR L63X63X5 290 2 360 20 33 10 150v 61 0.534 210 20 39 231 0.167 210 20 GR8.8 1S 37 0.543 4 445- 446 XBR L63X63X5 290 2 380 20 33 10 150v 61 0.548 230 22 42 231 0.181 230 22 GR8.8 1S 37 0.587 4 447- 448 XBR L63X63X5 290 2 330 23 39 10 150v 61 0.634 260 22 44 231 0.188 330 23 GR8.8 1S 37 0.637 4 465- 466 XBR L63X63X5 290 2 360 29 49 10 150v 61 0.795 210 28 54 231 0.234 360 29 GR8.8 1S 37 0.799 4 467- 468 XBR L63X63X5 290 2 320 28 47 10 150v 61 0.765 250 29 57 231 0.245 250 29 GR8.8 1S 37 0.793 4 403- 404 HOR L38X38X5 290 1 370 3 7 11 104v 122 0.059 370 3 10 231 0.042 370 3 GR8.8 1S 18 0.139 4 423- 424 HOR L38X38X5 290 1 350 3 7 11 104v 122 0.059 350 3 10 231 0.042 350 3 GR8.8 1S 18 0.139 4 443- 444 HOR L38X38X5 290 1 310 3 7 11 104v 122 0.059 310 3 10 231 0.041 310 3 GR8.8 1S 18 0.138 4 463- 464 HOR L38X38X5 290 1 370 3 7 11 104v 122 0.059 370 3 10 231 0.042 370 3 GR8.8 1S 18 0.139 4 485- 486 PBR L38X38X4 290 1 220 1 3 12 146v 64 0.045 370 1 4 231 0.017 370 1 GR5.6 1S 11 0.072 4 487- 488 PBR L38X38X4 290 1 200 1 3 12 146v 64 0.052 350 1 4 231 0.019 350 1 GR5.6 1S 11 0.084 4 489- 490 PBR L38X38X4 290 1 260 1 3 12 146v 64 0.052 330 1 4 231 0.019 330 1 GR5.6 1S 11 0.083 4 491- 492 PBR L38X38X4 290 1 240 1 3 12 146v 64 0.045 310 1 4 231 0.017 310 1 GR5.6 1S 11 0.072 5 501- 502 LEG L100X100X7 350 8 370 227 168 4 77v 176 0.955 220 222 202 279 0.723 370 227 GR8.8 1S 272 0.834 5 521- 522 LEG L100X100X7 350 8 350 228 169 4 77v 176 0.960 200 219 200 279 0.715 350 228 GR8.8 1S 272 0.838 5 541- 542 LEG L100X100X7 350 8 330 226 167 4 77v 176 0.953 260 220 200 279 0.717 330 226 GR8.8 1S 272 0.832 5 561- 562 LEG L100X100X7 350 8 310 225 167 4 77v 176 0.948 240 223 203 279 0.725 310 225 GR8.8 1S 272 0.827 5 505- 506 XBR L50X50X5 290 2 340 21 44 10 161v 53 0.822 270 20 53 231 0.229 340 21 GR8.8 1S 37 0.563 5 507- 508 XBR L50X50X5 290 2 380 21 43 10 161v 53 0.819 230 20 53 231 0.229 380 21 GR8.8 1S 37 0.560 5 525- 526 XBR L50X50X5 290 2 320 17 37 10 161v 53 0.692 250 17 44 231 0.191 320 17 GR8.8 1S 37 0.473 5 527- 528 XBR L50X50X5 290 2 360 17 36 10 161v 53 0.682 210 17 45 231 0.193 210 17 GR8.8 1S 37 0.468

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5 545- 546 XBR L50X50X5 290 2 380 17 36 10 161v 53 0.674 230 18 47 231 0.201 230 18 GR8.8 1S 37 0.487 5 547- 548 XBR L50X50X5 290 2 340 18 38 10 161v 53 0.717 270 17 44 231 0.190 340 18 GR8.8 1S 37 0.491 5 565- 566 XBR L50X50X5 290 2 360 23 48 10 161v 53 0.915 210 22 57 231 0.248 360 23 GR8.8 1S 37 0.626 5 567- 568 XBR L50X50X5 290 2 320 22 47 10 161v 53 0.887 250 23 59 231 0.257 250 23 GR8.8 1S 37 0.623 5 503- 504 HOR L38X38X5 290 1 350 3 10 13 126v 87 0.111 350 3 13 231 0.056 350 3 GR8.8 1S 18 0.186 5 523- 524 HOR L38X38X5 290 1 350 3 10 13 126v 87 0.111 350 3 13 231 0.056 350 3 GR8.8 1S 18 0.186 5 543- 544 HOR L38X38X5 290 1 330 3 10 13 126v 87 0.110 330 3 13 231 0.055 330 3 GR8.8 1S 18 0.185 5 563- 564 HOR L38X38X5 290 1 370 3 10 13 126v 87 0.111 370 3 13 231 0.056 370 3 GR8.8 1S 18 0.185 5 585- 586 PBR L38X38X4 290 1 220 1 2 12 179v 43 0.050 370 1 3 231 0.012 220 1 GR5.6 1S 11 0.053 5 587- 588 PBR L38X38X4 290 1 200 1 2 12 179v 43 0.058 350 1 3 231 0.014 350 1 GR5.6 1S 11 0.062 5 589- 590 PBR L38X38X4 290 1 370 1 2 12 179v 43 0.058 220 1 3 231 0.014 220 1 GR5.6 1S 11 0.062 5 591- 592 PBR L38X38X4 290 1 240 1 2 12 179v 43 0.050 310 1 3 231 0.012 240 1 GR5.6 1S 11 0.053 6 601- 602 LEG L100X100X10 350 10 370 270 142 4 93v 151 0.938 220 264 172 279 0.614 370 270 GR8.8 1S 340 0.793 6 621- 622 LEG L100X100X10 350 10 350 272 143 4 93v 151 0.945 200 261 170 279 0.607 350 272 GR8.8 1S 340 0.799 6 641- 642 LEG L100X100X10 350 10 330 270 142 4 93v 151 0.938 260 262 170 279 0.610 330 270 GR8.8 1S 340 0.793 6 661- 662 LEG L100X100X10 350 10 310 268 141 4 93v 151 0.932 240 265 172 279 0.617 310 268 GR8.8 1S 340 0.787 6 605- 606 XBR L63X63X5 290 2 350 24 39 10 154v 58 0.681 200 23 45 231 0.195 350 24 GR8.8 1S 37 0.647 6 607- 608 XBR L63X63X5 290 2 380 22 37 10 154v 58 0.638 230 22 43 231 0.185 380 22 GR8.8 1S 37 0.606 6 625- 626 XBR L63X63X5 290 2 320 20 33 10 154v 58 0.572 250 20 38 231 0.164 320 20 GR8.8 1S 37 0.543 6 627- 628 XBR L63X63X5 290 2 360 20 33 10 154v 58 0.566 210 20 38 231 0.166 360 20 GR8.8 1S 37 0.537 6 645- 646 XBR L63X63X5 290 2 380 19 32 10 154v 58 0.554 230 20 39 231 0.167 230 20 GR8.8 1S 37 0.540 6 647- 648 XBR L63X63X5 290 2 330 22 36 10 154v 58 0.632 260 21 42 231 0.179 330 22 GR8.8 1S 37 0.601 6 665- 666 XBR L63X63X5 290 2 360 25 41 10 154v 58 0.712 210 24 46 231 0.200 360 25 GR8.8 1S 37 0.676 6 667- 668 XBR L63X63X5 290 2 320 24 40 10 154v 58 0.695 250 24 48 231 0.206 250 24 GR8.8 1S 37 0.667 6 603- 604 HOR L38X38X5 290 1 350 4 11 13 143v 67 0.171 350 4 15 231 0.066 350 4 GR8.8 1S 18 0.222 6 623- 624 HOR L38X38X5 290 1 350 4 11 13 143v 67 0.171 350 4 15 231 0.066 350 4 GR8.8 1S 18 0.222 6 643- 644 HOR L38X38X5 290 1 330 4 11 13 143v 67 0.170 330 4 15 231 0.066 330 4 GR8.8 1S 18 0.220 6 663- 664 HOR L38X38X5 290 1 370 4 11 13 143v 67 0.170 370 4 15 231 0.066 370 4 GR8.8 1S 18 0.220 6 685- 686 PBR L38X38X4 290 1 330 1 2 12 211v 31 0.081 260 1 3 231 0.014 330 1 GR5.6 1S 11 0.063 6 687- 688 PBR L38X38X4 290 1 310 1 3 12 211v 31 0.090 240 1 4 231 0.016 310 1 GR5.6 1S 11 0.069 6 689- 690 PBR L38X38X4 290 1 370 1 3 12 211v 31 0.090 220 1 4 231 0.016 370 1 GR5.6 1S 11 0.069 6 691- 692 PBR L38X38X4 290 1 350 1 3 12 211v 31 0.082 200 1 3 231 0.014 350 1 GR5.6 1S 11 0.063 7 701- 702 LEG HL125X125X8 415 10 370 324 167 4 60v 202 0.830 220 318 197 331 0.594 370 324 GR8.8 1S 340 0.954 7 721- 722 LEG HL125X125X8 415 10 350 327 169 4 60v 202 0.837 200 314 195 331 0.587 350 327 GR8.8 1S 340 0.962 7 741- 742 LEG HL125X125X8 415 10 330 325 168 4 60v 202 0.831 260 316 196 331 0.590 330 325 GR8.8 1S 340 0.956 7 761- 762 LEG HL125X125X8 415 10 310 322 166 4 60v 202 0.824 240 320 198 331 0.597 310 322 GR8.8 1S 340 0.948 7 705- 706 XBR L63X63X5 290 2 340 20 34 10 146v 64 0.522 270 20 39 231 0.169 340 20 GR8.8 1S 37 0.553 7 707- 708 XBR L63X63X5 290 2 380 20 33 10 146v 64 0.521 230 20 39 231 0.169 380 20 GR8.8 1S 37 0.551 7 725- 726 XBR L63X63X5 290 2 320 19 31 10 146v 64 0.486 250 19 36 231 0.157 320 19 GR8.8 1S 37 0.515 7 727- 728 XBR L63X63X5 290 2 360 19 31 10 146v 64 0.482 210 19 36 231 0.157 210 19 GR8.8 1S 37 0.511 7 745- 746 XBR L63X63X5 290 2 380 18 30 10 146v 64 0.464 230 19 36 231 0.156 230 19 GR8.8 1S 37 0.507 7 747- 748 XBR L63X63X5 290 2 340 19 31 10 146v 64 0.481 270 18 35 231 0.151 340 19 GR8.8 1S 37 0.509 7 765- 766 XBR L63X63X5 290 2 360 22 37 10 146v 64 0.574 210 22 42 231 0.183 360 22 GR8.8 1S 37 0.607 7 767- 768 XBR L63X63X5 290 2 320 22 36 10 146v 64 0.563 250 22 43 231 0.187 250 22 GR8.8 1S 37 0.606 7 703- 704 HOR L38X38X5 290 1 350 5 14 13 161v 53 0.261 350 5 19 231 0.080 350 5 GR8.8 1S 18 0.267 7 723- 724 HOR L38X38X5 290 1 350 5 14 13 161v 53 0.261 350 5 19 231 0.080 350 5 GR8.8 1S 18 0.267 7 743- 744 HOR L38X38X5 290 1 330 5 14 13 161v 53 0.259 330 5 18 231 0.080 330 5 GR8.8 1S 18 0.265 7 763- 764 HOR L38X38X5 290 1 370 5 14 13 161v 53 0.259 370 5 18 231 0.079 370 5 GR8.8 1S 18 0.265 7 785- 786 PBR L38X38X4 290 1 330 1 2 12 244v 23 0.100 260 1 3 231 0.013 330 1 GR5.6 1S 11 0.058 7 787- 788 PBR L38X38X4 290 1 310 1 3 12 244v 23 0.109 240 1 3 231 0.015 240 1 GR5.6 1S 11 0.063 7 789- 790 PBR L38X38X4 290 1 370 1 3 12 244v 23 0.110 220 1 3 231 0.015 370 1 GR5.6 1S 11 0.063 7 791- 792 PBR L38X38X4 290 1 350 1 2 12 244v 23 0.101 200 1 3 231 0.013 350 1 GR5.6 1S 11 0.058 8 801- 802 LEG HL125X125X8 415 8 370 354 183 4 66v 192 0.950 220 347 215 331 0.648 370 354 GR8.8 1S 443 0.799

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8 821- 822 LEG HL125X125X8 415 8 350 357 184 4 66v 192 0.958 200 343 212 331 0.641 350 357 GR8.8 1S 443 0.806 8 841- 842 LEG HL125X125X8 415 8 330 354 183 4 66v 192 0.951 260 345 213 331 0.644 330 354 GR8.8 1S 443 0.800 8 861- 862 LEG HL125X125X8 415 8 310 351 181 4 66v 192 0.943 240 349 216 331 0.651 310 351 GR8.8 1S 443 0.793 8 805- 806 XBR L63X63X5 290 2 350 27 44 10 157v 55 0.797 200 26 50 231 0.217 350 27 GR8.8 1S 37 0.725 8 807- 808 XBR L63X63X5 290 2 370 24 39 10 157v 55 0.714 220 24 46 231 0.197 370 24 GR8.8 1S 37 0.650 8 825- 826 XBR L63X63X5 290 2 330 24 40 10 157v 55 0.717 260 24 46 231 0.197 330 24 GR8.8 1S 37 0.653 8 827- 828 XBR L63X63X5 290 2 350 23 38 10 157v 55 0.690 200 22 43 231 0.186 350 23 GR8.8 1S 37 0.628 8 845- 846 XBR L63X63X5 290 2 310 23 37 10 157v 55 0.676 240 23 44 231 0.190 240 23 GR8.8 1S 37 0.615 8 847- 848 XBR L63X63X5 290 2 330 26 42 10 157v 55 0.763 260 25 48 231 0.208 330 26 GR8.8 1S 37 0.695 8 865- 866 XBR L63X63X5 290 2 370 25 42 10 157v 55 0.757 220 25 48 231 0.209 370 25 GR8.8 1S 37 0.689 8 867- 868 XBR L63X63X5 290 2 310 26 44 10 157v 55 0.789 240 26 51 231 0.219 310 26 GR8.8 1S 37 0.718 8 803- 804 HOR L38X38X5 290 1 350 5 15 13 177v 44 0.347 350 5 20 231 0.087 350 5 GR8.8 1S 18 0.291 8 823- 824 HOR L38X38X5 290 1 350 5 15 13 177v 44 0.347 350 5 20 231 0.087 350 5 GR8.8 1S 18 0.291 8 843- 844 HOR L38X38X5 290 1 330 5 15 13 177v 44 0.344 330 5 20 231 0.087 330 5 GR8.8 1S 18 0.290 8 863- 864 HOR L38X38X5 290 1 370 5 15 13 177v 44 0.344 370 5 20 231 0.087 370 5 GR8.8 1S 18 0.289 8 885- 886 PBR L50X50X5 290 1 330 1 1 12 209v 31 0.045 260 1 2 231 0.008 330 1 GR5.6 1S 11 0.059 8 887- 888 PBR L50X50X5 290 1 310 1 2 12 209v 31 0.049 240 1 2 231 0.008 310 1 GR5.6 1S 11 0.064 8 889- 890 PBR L50X50X5 290 1 370 1 2 12 209v 31 0.049 220 1 2 231 0.008 370 1 GR5.6 1S 11 0.064 8 891- 892 PBR L50X50X5 290 1 350 1 1 12 209v 31 0.045 200 1 2 231 0.008 350 1 GR5.6 1S 11 0.059 9 901- 902 LEG HL125X125X10 415 10 370 420 175 4 73v 208 0.840 220 411 206 331 0.621 370 420 GR8.8 1S 554 0.758 9 921- 922 LEG HL125X125X10 415 10 350 423 176 4 73v 208 0.848 200 407 203 331 0.614 350 423 GR8.8 1S 554 0.765 9 941- 942 LEG HL125X125X10 415 10 330 421 175 4 73v 208 0.842 260 409 204 331 0.617 330 421 GR8.8 1S 554 0.760 9 961- 962 LEG HL125X125X10 415 10 310 417 174 4 73v 208 0.835 240 413 207 331 0.624 310 417 GR8.8 1S 554 0.754 9 905- 906 XBR L63X63X5 290 2 230 25 41 10 169v 48 0.853 380 25 48 231 0.206 230 25 GR8.8 1S 37 0.670 9 907- 908 XBR L63X63X5 290 2 200 26 44 10 169v 48 0.918 350 27 52 231 0.225 350 27 GR8.8 1S 37 0.730 9 925- 926 XBR L63X63X5 290 2 210 24 40 10 169v 48 0.836 360 24 47 231 0.202 210 24 GR8.8 1S 37 0.657 9 927- 928 XBR L63X63X5 290 2 260 24 40 10 169v 48 0.841 330 24 47 231 0.204 330 24 GR8.8 1S 37 0.662 9 945- 946 XBR L63X63X5 290 2 260 26 42 10 169v 48 0.884 330 26 50 231 0.217 330 26 GR8.8 1S 37 0.702 9 947- 948 XBR L63X63X5 290 2 240 24 39 10 169v 48 0.815 310 23 45 231 0.194 240 24 GR8.8 1S 37 0.640 9 965- 966 XBR L63X63X5 290 2 250 27 44 10 169v 48 0.927 320 27 52 231 0.223 250 27 GR8.8 1S 37 0.728 9 967- 968 XBR L63X63X5 290 2 210 26 44 10 169v 48 0.913 360 27 52 231 0.226 360 27 GR8.8 1S 37 0.733 9 903- 904 HOR L38X38X5 290 1 350 6 18 13 196v 36 0.501 350 6 24 231 0.104 350 6 GR8.8 1S 18 0.346 9 923- 924 HOR L38X38X5 290 1 350 6 18 13 196v 36 0.501 350 6 24 231 0.104 350 6 GR8.8 1S 18 0.346 9 943- 944 HOR L38X38X5 290 1 330 6 18 13 196v 36 0.498 330 6 24 231 0.103 330 6 GR8.8 1S 18 0.344 9 963- 964 HOR L38X38X5 290 1 370 6 18 13 196v 36 0.497 370 6 24 231 0.103 370 6 GR8.8 1S 18 0.343 9 985- 986 PBR L50X50X5 290 1 330 1 2 12 234v 25 0.073 260 1 2 231 0.010 330 1 GR5.6 1S 11 0.076 9 987- 988 PBR L50X50X5 290 1 310 1 2 12 234v 25 0.077 240 1 2 231 0.010 310 1 GR5.6 1S 11 0.080 9 989- 990 PBR L50X50X5 290 1 370 1 2 12 234v 25 0.078 220 1 2 231 0.010 370 1 GR5.6 1S 11 0.080 9 991- 992 PBR L50X50X5 290 1 350 1 2 12 234v 25 0.073 200 1 2 231 0.010 350 1 GR5.6 1S 11 0.076 10 1041- 1043 LEG HL125X125X10 415 10 350 453 189 4 44v 269 0.702 200 436 218 331 0.658 350 453 GR8.8 1S 554 0.818 10 1081- 1083 LEG HL125X125X10 415 10 330 450 188 4 44v 269 0.698 260 438 219 331 0.661 330 450 GR8.8 1S 554 0.813 10 1121- 1123 LEG HL125X125X10 415 10 310 446 186 4 44v 269 0.692 240 442 221 331 0.667 310 446 GR8.8 1S 554 0.806 10 1140- 1142 LEG HL125X125X10 415 10 370 449 187 4 44v 269 0.696 220 440 220 331 0.664 370 449 GR8.8 1S 554 0.811 10 1004- 1006 KBR L75X75X6 290 3 350 43 50 8 158y 55 0.906 200 42 55 231 0.238 350 43 GR8.8 1S 102 0.420 10 1013- 1015 KBR L75X75X6 290 3 370 40 46 8 158y 55 0.846 220 39 52 231 0.223 370 40 GR8.8 1S 102 0.392 10 1044- 1046 KBR L75X75X6 290 3 330 41 47 8 158y 55 0.862 260 40 52 231 0.226 330 41 GR8.8 1S 102 0.400 10 1053- 1055 KBR L75X75X6 290 3 350 40 46 8 158y 55 0.840 200 38 51 231 0.218 350 40 GR8.8 1S 102 0.389 10 1084- 1086 KBR L75X75X6 290 3 310 39 45 8 158y 55 0.814 240 38 50 231 0.218 310 39 GR8.8 1S 102 0.378 10 1093- 1095 KBR L75X75X6 290 3 330 41 48 8 158y 55 0.877 260 41 54 231 0.232 330 41 GR8.8 1S 102 0.407 10 1124- 1126 KBR L75X75X6 290 3 370 42 49 8 158y 55 0.887 220 41 55 231 0.237 370 42 GR8.8 1S 102 0.411 10 1133- 1135 KBR L75X75X6 290 3 310 43 50 8 158y 55 0.913 240 43 56 231 0.244 310 43 GR8.8 1S 102 0.423 10 1144 HIP L38X38X4 290 1 350 1 2 12 241v 24 0.092 350 1 3 231 0.013 - - - - - - 10 1145 HIP L38X38X4 290 1 220 2 6 12 120v 94 0.061 370 2 8 231 0.034 - - - - - - 10 1147 HIP L38X38X4 290 1 330 1 2 12 241v 24 0.086 330 1 3 231 0.012 - - - - - -

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10 1148 HIP L38X38X4 290 1 200 2 6 12 120v 94 0.060 350 2 8 231 0.034 - - - - - - 10 1150 HIP L38X38X4 290 1 370 1 2 12 241v 24 0.089 370 1 3 231 0.012 - - - - - - 10 1151 HIP L38X38X4 290 1 240 2 6 12 120v 94 0.061 310 2 8 231 0.033 - - - - - - 10 1153 HIP L38X38X4 290 1 350 1 2 12 241v 24 0.084 350 1 3 231 0.011 - - - - - - 10 1154 HIP L38X38X4 290 1 260 2 6 12 120v 94 0.061 330 2 8 231 0.034 - - - - - - 10 1007 RED L50X50X4 290 2 220 10 27 11 64v 177 0.154 370 11 34 231 0.148 370 11 GR5.6 1S 23 0.464 10 1008 RED L50X50X4 290 2 370 14 36 14 126v 86 0.416 220 13 43 231 0.184 370 14 GR5.6 1S 23 0.595 10 1009 RED L50X50X4 290 2 370 6 17 14 125v 87 0.190 370 6 20 231 0.088 370 6 GR5.6 1S 23 0.278 10 1010 RED L50X50X4 290 2 370 6 16 14 153v 58 0.270 370 6 19 231 0.084 370 6 GR5.6 1S 23 0.264 10 1016 RED L50X50X4 290 2 200 10 27 11 64v 177 0.154 350 11 35 231 0.150 350 11 GR5.6 1S 23 0.471 10 1017 RED L50X50X4 290 2 350 14 36 14 126v 86 0.421 200 13 43 231 0.184 350 14 GR5.6 1S 23 0.603 10 1018 RED L50X50X4 290 2 350 6 17 14 125v 87 0.192 350 6 21 231 0.089 350 6 GR5.6 1S 23 0.280 10 1019 RED L50X50X4 290 2 350 6 16 14 153v 58 0.272 350 6 20 231 0.085 350 6 GR5.6 1S 23 0.266 10 1047 RED L50X50X4 290 2 200 10 27 11 64v 177 0.153 350 11 35 231 0.149 350 11 GR5.6 1S 23 0.469 10 1048 RED L50X50X4 290 2 350 14 36 14 126v 86 0.420 200 13 42 231 0.183 350 14 GR5.6 1S 23 0.601 10 1049 RED L50X50X4 290 2 350 6 17 14 125v 87 0.192 350 6 21 231 0.089 350 6 GR5.6 1S 23 0.280 10 1050 RED L50X50X4 290 2 350 6 16 14 153v 58 0.272 350 6 20 231 0.085 350 6 GR5.6 1S 23 0.266 10 1056 RED L50X50X4 290 2 260 10 27 11 64v 177 0.154 330 11 34 231 0.149 330 11 GR5.6 1S 23 0.468 10 1057 RED L50X50X4 290 2 330 14 36 14 126v 86 0.419 260 13 43 231 0.185 330 14 GR5.6 1S 23 0.600 10 1058 RED L50X50X4 290 2 330 6 17 14 125v 87 0.191 330 6 21 231 0.089 330 6 GR5.6 1S 23 0.278 10 1059 RED L50X50X4 290 2 330 6 16 14 153v 58 0.271 330 6 19 231 0.084 330 6 GR5.6 1S 23 0.264 10 1087 RED L50X50X4 290 2 260 10 27 11 64v 177 0.154 330 11 34 231 0.149 330 11 GR5.6 1S 23 0.466 10 1088 RED L50X50X4 290 2 330 14 36 14 126v 86 0.417 260 13 43 231 0.185 330 14 GR5.6 1S 23 0.598 10 1089 RED L50X50X4 290 2 330 6 17 14 125v 87 0.191 330 6 21 231 0.089 330 6 GR5.6 1S 23 0.278 10 1090 RED L50X50X4 290 2 330 6 16 14 153v 58 0.271 330 6 19 231 0.084 330 6 GR5.6 1S 23 0.264 10 1096 RED L50X50X4 290 2 240 10 27 11 64v 177 0.154 310 11 34 231 0.146 310 11 GR5.6 1S 23 0.460 10 1097 RED L50X50X4 290 2 310 14 35 14 126v 86 0.412 240 13 43 231 0.185 310 14 GR5.6 1S 23 0.590 10 1098 RED L50X50X4 290 2 310 6 17 14 125v 87 0.189 310 6 20 231 0.088 310 6 GR5.6 1S 23 0.276 10 1099 RED L50X50X4 290 2 310 6 16 14 153v 58 0.268 310 6 19 231 0.083 310 6 GR5.6 1S 23 0.262 10 1127 RED L50X50X4 290 2 240 11 28 11 64v 177 0.157 310 11 34 231 0.149 310 11 GR5.6 1S 23 0.468 10 1128 RED L50X50X4 290 2 310 14 36 14 126v 86 0.418 240 14 43 231 0.188 310 14 GR5.6 1S 23 0.599 10 1129 RED L50X50X4 290 2 310 6 17 14 125v 87 0.189 310 6 20 231 0.088 310 6 GR5.6 1S 23 0.276 10 1130 RED L50X50X4 290 2 310 6 16 14 153v 58 0.268 310 6 19 231 0.083 310 6 GR5.6 1S 23 0.262 10 1136 RED L50X50X4 290 2 220 11 28 11 64v 177 0.156 370 11 34 231 0.149 370 11 GR5.6 1S 23 0.468 10 1137 RED L50X50X4 290 2 370 14 36 14 126v 86 0.419 220 13 43 231 0.187 370 14 GR5.6 1S 23 0.600 10 1138 RED L50X50X4 290 2 370 6 17 14 125v 87 0.190 370 6 20 231 0.088 370 6 GR5.6 1S 23 0.278 10 1139 RED L50X50X4 290 2 370 6 16 14 153v 58 0.270 370 6 19 231 0.084 370 6 GR5.6 1S 23 0.264 11 1241- 1243 LEG HL125X125X10 415 10 350 455 189 4 47v 262 0.722 200 437 218 331 0.659 350 455 GR8.8 1S 554 0.821 11 1281- 1283 LEG HL125X125X10 415 10 330 452 188 4 47v 262 0.718 260 439 219 331 0.663 330 452 GR8.8 1S 554 0.817 11 1321- 1323 LEG HL125X125X10 415 10 310 448 187 4 47v 262 0.712 240 443 222 331 0.669 310 448 GR8.8 1S 554 0.810 11 1332- 1334 LEG HL125X125X10 415 10 370 451 188 4 47v 262 0.716 220 441 221 331 0.666 370 451 GR8.8 1S 554 0.815 11 1204- 1206 KBR L63X63X5 290 3 370 56 92 6 112v 109 0.846 220 54 105 231 0.454 370 56 GR8.8 1S 102 0.544 11 1215- 1217 KBR L63X63X5 290 3 350 58 96 6 112v 109 0.883 200 56 108 231 0.469 350 58 GR8.8 1S 102 0.568 11 1244- 1246 KBR L63X63X5 290 3 350 55 91 6 112v 109 0.835 200 53 102 231 0.441 350 55 GR8.8 1S 102 0.538 11 1255- 1257 KBR L63X63X5 290 3 330 56 92 6 112v 109 0.845 260 54 104 231 0.451 330 56 GR8.8 1S 102 0.544 11 1284- 1286 KBR L63X63X5 290 3 330 57 94 6 112v 109 0.866 260 55 107 231 0.462 330 57 GR8.8 1S 102 0.557 11 1295- 1297 KBR L63X63X5 290 3 310 54 90 6 112v 109 0.827 240 53 104 231 0.449 310 54 GR8.8 1S 102 0.532 11 1324- 1326 KBR L63X63X5 290 3 310 57 95 6 112v 109 0.872 240 56 109 231 0.472 310 57 GR8.8 1S 102 0.562 11 1335- 1337 KBR L63X63X5 290 3 370 56 93 6 112v 109 0.860 220 55 107 231 0.463 370 56 GR8.8 1S 102 0.554 11 1207- 1218 HOR L63X63X5 290 2 350 7 11 14 140v 70 0.162 350 7 13 231 0.057 350 7 GR8.8 1S 37 0.185 11 1247- 1258 HOR L63X63X5 290 2 350 7 11 14 140v 70 0.162 350 7 13 231 0.057 350 7 GR8.8 1S 37 0.185 11 1287- 1298 HOR L63X63X5 290 2 330 7 11 14 140v 70 0.161 330 7 13 231 0.057 330 7 GR8.8 1S 37 0.184 11 1327- 1338 HOR L63X63X5 290 2 370 7 11 14 140v 70 0.160 370 7 13 231 0.057 370 7 GR8.8 1S 37 0.183 11 1367 HIP L63X63X5 290 1 330 1 1 12 217v 29 0.041 260 1 1 231 0.006 330 1 GR5.6 1S 11 0.063 11 1372 HIP L63X63X5 290 1 310 1 1 12 217v 29 0.042 240 1 1 231 0.006 310 1 GR5.6 1S 11 0.065

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11 1382 HIP L63X63X5 290 1 370 1 1 12 217v 29 0.042 220 1 1 231 0.006 370 1 GR5.6 1S 11 0.065 11 1377 HIP L63X63X5 290 1 350 1 1 12 217v 29 0.041 200 1 1 231 0.006 350 1 GR5.6 1S 11 0.063 11 1368 HIP L63X63X5 290 1 370 1 1 12 208v 32 0.037 370 1 1 231 0.006 370 1 GR5.6 1S 11 0.062 11 1369 HIP L63X63X5 290 1 370 1 1 12 144v 66 0.018 370 1 1 231 0.006 370 1 GR5.6 1S 11 0.062 11 1370 HIP L63X63X5 290 1 370 1 1 12 150v 61 0.022 370 1 2 231 0.007 370 1 GR5.6 1S 11 0.072 11 1371 HIP L63X63X5 290 1 220 1 2 11 72v 167 0.011 370 1 2 231 0.009 370 1 GR5.6 1S 11 0.093 11 1373 HIP L63X63X5 290 1 370 1 1 12 208v 32 0.037 220 1 1 231 0.006 370 1 GR5.6 1S 11 0.062 11 1374 HIP L63X63X5 290 1 350 1 1 12 144v 66 0.019 350 1 1 231 0.006 350 1 GR5.6 1S 11 0.064 11 1375 HIP L63X63X5 290 1 350 1 1 12 150v 61 0.023 350 1 2 231 0.007 350 1 GR5.6 1S 11 0.076 11 1376 HIP L63X63X5 290 1 200 1 2 11 72v 167 0.010 350 1 2 231 0.009 350 1 GR5.6 1S 11 0.091 11 1378 HIP L63X63X5 290 1 310 1 1 12 208v 32 0.038 310 1 1 231 0.006 310 1 GR5.6 1S 11 0.064 11 1379 HIP L63X63X5 290 1 310 1 1 12 144v 66 0.018 310 1 1 231 0.006 310 1 GR5.6 1S 11 0.064 11 1380 HIP L63X63X5 290 1 310 1 1 12 150v 61 0.022 310 1 2 231 0.007 310 1 GR5.6 1S 11 0.071 11 1381 HIP L63X63X5 290 1 240 1 2 11 72v 167 0.011 310 1 2 231 0.009 310 1 GR5.6 1S 11 0.094 11 1383 HIP L63X63X5 290 1 310 1 1 12 208v 32 0.037 330 1 1 231 0.006 310 1 GR5.6 1S 11 0.062 11 1384 HIP L63X63X5 290 1 330 1 1 12 144v 66 0.018 330 1 1 231 0.006 330 1 GR5.6 1S 11 0.063 11 1385 HIP L63X63X5 290 1 330 1 1 12 150v 61 0.023 330 1 2 231 0.007 330 1 GR5.6 1S 11 0.074 11 1386 HIP L63X63X5 290 1 260 1 2 11 72v 167 0.010 330 1 2 231 0.009 330 1 GR5.6 1S 11 0.092 11 1359- 1360 PBR L63X63X5 290 1 330 1 1 12 217v 29 0.041 260 1 1 231 0.006 330 1 GR5.6 1S 11 0.063 11 1361- 1362 PBR L63X63X5 290 1 310 1 1 12 217v 29 0.042 240 1 1 231 0.006 310 1 GR5.6 1S 11 0.065 11 1363- 1364 PBR L63X63X5 290 1 370 1 1 12 217v 29 0.042 220 1 1 231 0.006 370 1 GR5.6 1S 11 0.065 11 1365- 1366 PBR L63X63X5 290 1 350 1 1 12 217v 29 0.041 200 1 1 231 0.006 350 1 GR5.6 1S 11 0.063 11 1208 RED L50X50X4 290 2 370 6 15 14 151v 60 0.256 370 6 19 231 0.082 370 6 GR5.6 1S 23 0.258 11 1209 RED L50X50X4 290 2 370 7 18 14 125v 87 0.202 370 7 22 231 0.094 370 7 GR5.6 1S 23 0.294 11 1210 RED L50X50X4 290 2 370 8 21 14 127v 85 0.251 220 8 26 231 0.112 370 8 GR5.6 1S 23 0.356 11 1211 RED L50X50X4 290 2 220 7 18 11 64v 177 0.102 370 7 23 231 0.098 370 7 GR5.6 1S 23 0.308 11 1219 RED L50X50X4 290 2 350 6 16 14 151v 60 0.258 350 6 19 231 0.083 350 6 GR5.6 1S 23 0.260 11 1220 RED L50X50X4 290 2 350 7 18 14 125v 87 0.204 350 7 22 231 0.094 350 7 GR5.6 1S 23 0.297 11 1221 RED L50X50X4 290 2 350 8 21 14 127v 85 0.245 200 8 25 231 0.107 350 8 GR5.6 1S 23 0.347 11 1222 RED L50X50X4 290 2 350 7 17 11 64v 177 0.097 350 7 22 231 0.095 350 7 GR5.6 1S 23 0.300 11 1248 RED L50X50X4 290 2 350 6 16 14 151v 60 0.258 350 6 19 231 0.083 350 6 GR5.6 1S 23 0.260 11 1249 RED L50X50X4 290 2 350 7 18 14 125v 87 0.204 350 7 22 231 0.094 350 7 GR5.6 1S 23 0.297 11 1250 RED L50X50X4 290 2 350 9 23 14 127v 85 0.271 200 9 27 231 0.118 350 9 GR5.6 1S 23 0.383 11 1251 RED L50X50X4 290 2 200 7 18 11 64v 177 0.102 350 7 23 231 0.100 350 7 GR5.6 1S 23 0.315 11 1259 RED L50X50X4 290 2 330 6 15 14 151v 60 0.257 330 6 19 231 0.082 330 6 GR5.6 1S 23 0.259 11 1260 RED L50X50X4 290 2 330 7 18 14 125v 87 0.203 330 7 22 231 0.094 330 7 GR5.6 1S 23 0.295 11 1261 RED L50X50X4 290 2 330 9 23 14 127v 85 0.266 260 8 27 231 0.117 330 9 GR5.6 1S 23 0.376 11 1262 RED L50X50X4 290 2 260 7 18 11 64v 177 0.101 330 7 23 231 0.098 330 7 GR5.6 1S 23 0.308 11 1288 RED L50X50X4 290 2 330 6 15 14 151v 60 0.257 330 6 19 231 0.082 330 6 GR5.6 1S 23 0.259 11 1289 RED L50X50X4 290 2 330 7 18 14 125v 87 0.203 330 7 22 231 0.094 330 7 GR5.6 1S 23 0.295 11 1290 RED L50X50X4 290 2 330 8 21 14 127v 85 0.247 260 8 25 231 0.109 330 8 GR5.6 1S 23 0.350 11 1291 RED L50X50X4 290 2 260 7 17 11 64v 177 0.099 330 7 22 231 0.096 330 7 GR5.6 1S 23 0.302 11 1299 RED L50X50X4 290 2 310 6 15 14 151v 60 0.255 310 6 19 231 0.082 310 6 GR5.6 1S 23 0.256 11 1300 RED L50X50X4 290 2 310 7 18 14 125v 87 0.201 310 7 22 231 0.093 310 7 GR5.6 1S 23 0.293 11 1301 RED L50X50X4 290 2 310 8 21 14 127v 85 0.253 240 8 26 231 0.114 310 8 GR5.6 1S 23 0.358 11 1302 RED L50X50X4 290 2 240 7 18 11 64v 177 0.104 310 7 23 231 0.099 310 7 GR5.6 1S 23 0.311 11 1328 RED L50X50X4 290 2 310 6 15 14 151v 60 0.255 310 6 19 231 0.082 310 6 GR5.6 1S 23 0.256 11 1329 RED L50X50X4 290 2 310 7 18 14 125v 87 0.201 310 7 22 231 0.093 310 7 GR5.6 1S 23 0.293 11 1330 RED L50X50X4 290 2 310 8 22 14 127v 85 0.255 240 8 26 231 0.114 310 8 GR5.6 1S 23 0.360 11 1331 RED L50X50X4 290 2 240 7 17 11 64v 177 0.098 310 7 22 231 0.093 310 7 GR5.6 1S 23 0.293 11 1339 RED L50X50X4 290 2 370 6 15 14 151v 60 0.256 370 6 19 231 0.082 370 6 GR5.6 1S 23 0.258 11 1340 RED L50X50X4 290 2 370 7 18 14 125v 87 0.202 370 7 22 231 0.094 370 7 GR5.6 1S 23 0.294 11 1341 RED L50X50X4 290 2 370 8 22 14 127v 85 0.260 220 8 27 231 0.115 370 8 GR5.6 1S 23 0.368 11 1342 RED L50X50X4 290 2 220 7 18 11 64v 177 0.099 370 7 22 231 0.096 370 7 GR5.6 1S 23 0.301

Page 15 of 21

SUPPORT REACTIONS (For survival wind speed) Case Node FX FY FZ MX MY MZ 300 1104 -1.352 1.346 15.041 0.135 0.132 0.001 1111 -1.309 -1.346 14.482 -0.123 0.125 -0.001 1131 1.309 -1.314 14.042 -0.118 -0.116 0.001 1151 1.352 1.314 14.602 0.130 -0.122 -0.002 Resultant 0.000 0.000 58.166 -2.326 -1.826 0.000 at centroid

310 1104 6.278 9.931 21.084 -1.687 2.062 -0.313 1111 47.057 48.681 -499.581 2.764 -2.941 0.041 1131 7.145 5.495 7.962 -1.663 1.536 0.272 1151 51.512 49.567 528.701 3.294 -2.910 -0.088 Resultant 111.991 113.675 58.166 -2184.242 2129.583 14.901 at centroid

320 1104 37.017 -26.080 -328.683 -3.156 -0.556 -0.254 1111 36.164 27.688 -333.709 3.008 -0.803 0.223 1131 38.403 -30.001 357.736 -3.213 -1.001 0.225 1151 40.100 29.089 362.823 3.457 -0.853 -0.257 Resultant 151.683 0.697 58.166 -21.140 2900.986 10.583 at centroid

330 1104 48.670 -47.830 -503.925 -2.984 -2.786 -0.071 1111 4.722 -9.016 24.679 1.475 1.901 0.283 1131 50.630 -51.179 532.981 -3.130 -3.142 0.057 1151 8.085 -7.044 4.432 1.835 1.762 -0.303 Resultant 112.107 -115.069 58.166 2217.219 2132.718 5.805 at centroid

340 1104 25.654 -35.309 -319.048 -0.710 -2.948 0.153 1111 -28.127 -37.816 346.375 -0.947 3.191 0.152 1131 28.969 -37.319 348.136 -1.064 -3.094 -0.135 1151 -26.120 -34.504 -317.297 -0.796 2.842 -0.138 Resultant 0.376 -144.948 58.166 2791.278 7.367 -5.447 at centroid

350 1104 -8.753 -7.333 6.888 1.937 -1.817 0.316 1111 -50.338 -51.906 535.795 -3.080 3.245 -0.045 1131 -4.400 -8.320 22.231 1.422 -1.802 -0.271 1151 -49.369 -47.572 -506.747 -3.088 2.734 0.084 Resultant -112.860 -115.131 58.166 2218.751 -2154.757 -14.054 at centroid

360 1104 -40.434 29.213 365.752 3.505 0.859 0.261 1111 -38.495 -30.365 360.663 -3.222 1.046 -0.223 1131 -36.256 28.053 -336.636 3.017 0.847 -0.221 1151 -37.351 -26.204 -331.612 -3.203 0.563 0.257 Resultant -152.536 0.697 58.166 -21.140 -2925.477 -12.604 at centroid

370 1104 -51.151 50.363 531.515 3.234 3.023 0.074 1111 -7.882 5.854 10.419 -1.775 -1.601 -0.286 1131 -47.825 48.355 -502.404 2.879 2.879 -0.055 1151 -5.886 9.166 18.637 -1.624 -1.952 0.300 Resultant -112.744 113.738 58.166 -2185.774 -2151.622 -5.497 at centroid

380 1104 -27.614 37.546 341.837 0.899 3.169 -0.154

Page 16 of 21

1111 25.141 35.040 -314.510 0.662 -2.926 -0.156 1131 -25.859 33.984 -312.761 0.787 2.781 0.135 1151 28.708 36.799 343.600 1.055 -3.033 0.131 Resultant 0.376 143.369 58.166 -2753.284 7.367 7.546 at centroid

400 1104 -1.217 1.212 13.537 0.122 0.119 0.001 1111 -1.178 -1.212 13.033 -0.111 0.113 -0.001 1131 1.178 -1.183 12.638 -0.106 -0.104 0.001 1151 1.217 1.183 13.142 0.117 -0.110 -0.002 Resultant 0.000 0.000 52.350 -2.093 -1.644 0.000 at centroid

410 1104 6.413 9.796 19.580 -1.701 2.048 -0.313 1111 47.187 48.816 -501.030 2.777 -2.953 0.041 1131 7.014 5.627 6.558 -1.651 1.547 0.272 1151 51.376 49.436 527.241 3.281 -2.898 -0.088 Resultant 111.991 113.675 52.350 -2184.010 2129.765 14.901 at centroid

420 1104 37.152 -26.215 -330.188 -3.170 -0.569 -0.254 1111 36.295 27.823 -335.157 3.020 -0.815 0.223 1131 38.272 -29.869 356.332 -3.201 -0.990 0.225 1151 39.965 28.958 361.363 3.444 -0.840 -0.257 Resultant 151.683 0.697 52.350 -20.907 2901.168 10.583 at centroid

430 1104 48.805 -47.964 -505.430 -2.998 -2.799 -0.071 1111 4.853 -8.881 23.231 1.487 1.888 0.283 1131 50.499 -51.047 531.577 -3.118 -3.131 0.056 1151 7.950 -7.175 2.972 1.822 1.774 -0.303 Resultant 112.107 -115.069 52.350 2217.451 2132.901 5.805 at centroid

440 1104 25.789 -35.444 -320.552 -0.723 -2.961 0.153 1111 -27.996 -37.681 344.926 -0.935 3.178 0.152 1131 28.838 -37.188 346.732 -1.052 -3.082 -0.135 1151 -26.255 -34.636 -318.757 -0.809 2.854 -0.138 Resultant 0.376 -144.948 52.350 2791.511 7.550 -5.447 at centroid

450 1104 -8.618 -7.468 5.384 1.923 -1.830 0.315 1111 -50.207 -51.772 534.347 -3.068 3.232 -0.045 1131 -4.531 -8.189 20.827 1.434 -1.790 -0.271 1151 -49.504 -47.703 -508.208 -3.101 2.747 0.084 Resultant -112.860 -115.131 52.350 2218.984 -2154.574 -14.054 at centroid

460 1104 -40.299 29.078 364.247 3.491 0.846 0.260 1111 -38.364 -30.231 359.215 -3.210 1.033 -0.223 1131 -36.387 28.184 -338.040 3.029 0.859 -0.221 1151 -37.486 -26.335 -333.072 -3.216 0.575 0.258 Resultant -152.536 0.697 52.350 -20.907 -2925.294 -12.604 at centroid

470 1104 -51.015 50.229 530.011 3.220 3.010 0.074 1111 -7.751 5.988 8.970 -1.763 -1.614 -0.286 1131 -47.956 48.486 -503.808 2.891 2.890 -0.055 1151 -6.021 9.035 17.177 -1.637 -1.940 0.300 Resultant -112.744 113.738 52.350 -2185.542 -2151.439 -5.497 at centroid

Page 17 of 21

480 1104 -27.479 37.411 340.333 0.886 3.156 -0.154 1111 25.272 35.174 -315.958 0.674 -2.938 -0.156 1131 -25.990 34.116 -314.165 0.799 2.792 0.135 1151 28.573 36.668 342.140 1.042 -3.020 0.131 Resultant 0.376 143.369 52.350 -2753.052 7.550 7.546 at centroid

SUPPORT REACTIONS (Along Leg) Case Memb Fx Fy Fz Mx My Mz 300 1334 -15.144 0.520 0.516 -0.001 -0.135 0.132 1243 -14.584 0.545 0.509 0.001 -0.125 0.123 1283 -14.144 0.532 0.539 -0.001 -0.118 0.116 1323 -14.704 0.506 0.546 0.001 -0.122 0.130

310 1334 -21.222 -7.456 8.754 0.106 1.695 2.076 1243 503.334 -21.026 -19.463 -0.051 2.943 -2.762 1283 -8.029 6.714 -5.926 -0.095 -1.671 -1.548 1323 -532.659 20.298 22.307 0.066 -2.911 3.294

320 1334 331.158 -18.829 -7.934 0.110 3.167 -0.541 1243 336.210 -9.209 -17.725 -0.101 0.798 -3.015 1283 -360.415 18.606 10.247 -0.103 -3.223 0.988 1323 -365.529 8.996 20.051 0.113 -0.848 3.466

330 1334 507.707 -20.774 -19.996 0.060 2.992 -2.778 1243 -24.841 7.661 -6.075 -0.097 -1.909 -1.488 1283 -536.966 21.125 21.739 -0.057 -3.138 3.135 1323 -4.476 -7.301 7.829 0.104 1.770 1.849

340 1334 321.434 -7.985 -17.679 -0.030 0.709 -2.952 1243 -348.952 18.649 9.003 -0.028 -3.197 0.938 1283 -350.727 9.692 18.084 0.023 -1.065 3.096 1323 319.670 -16.946 -8.600 0.025 2.847 -0.787

350 1334 -6.945 8.384 -7.702 -0.108 -1.945 -1.832 1243 -539.795 22.247 20.745 0.054 -3.247 3.078 1283 -22.380 -5.639 7.083 0.093 1.430 1.814 1323 510.544 -19.518 -21.377 -0.064 2.735 -3.088

360 1334 -368.474 20.196 9.019 -0.114 -3.516 0.844 1243 -363.358 10.394 18.567 0.102 -1.042 3.230 1283 339.153 -17.627 -9.465 0.101 3.027 -0.834 1323 334.103 -7.837 -19.026 -0.111 0.557 -3.213

370 1334 -535.488 21.728 21.006 -0.062 -3.242 3.014 1243 -10.499 -6.441 7.296 0.099 1.609 1.788 1283 506.172 -20.012 -20.604 0.055 2.886 -2.871 1323 -18.761 8.146 -6.904 -0.102 -1.961 -1.638

380 1334 -344.385 8.683 18.657 0.029 -0.899 3.173 1243 316.867 -17.637 -7.776 0.031 2.932 -0.652 1283 315.105 -8.539 -16.702 -0.025 0.787 -2.784 1323 -346.163 17.785 9.735 -0.022 -3.039 1.046

400 1334 -13.629 0.468 0.464 -0.001 -0.122 0.118 1243 -13.125 0.491 0.459 0.001 -0.113 0.111 1283 -12.730 0.479 0.485 -0.001 -0.106 0.104 1323 -13.234 0.455 0.491 0.001 -0.110 0.117

410 1334 -19.707 -7.508 8.703 0.106 1.709 2.063

Page 18 of 21

1243 504.792 -21.081 -19.514 -0.051 2.955 -2.775 1283 -6.614 6.661 -5.980 -0.095 -1.659 -1.560 1323 -531.189 20.247 22.253 0.066 -2.899 3.281

420 1334 332.673 -18.881 -7.985 0.110 3.180 -0.554 1243 337.669 -9.263 -17.776 -0.101 0.811 -3.028 1283 -359.000 18.553 10.193 -0.103 -3.211 0.976 1323 -364.059 8.946 19.996 0.113 -0.835 3.453

430 1334 509.221 -20.826 -20.047 0.060 3.005 -2.791 1243 -23.382 7.607 -6.126 -0.097 -1.896 -1.500 1283 -535.552 21.072 21.685 -0.057 -3.126 3.123 1323 -3.005 -7.352 7.774 0.104 1.783 1.836

440 1334 322.949 -8.037 -17.731 -0.030 0.723 -2.965 1243 -347.494 18.595 8.952 -0.028 -3.185 0.925 1283 -349.313 9.638 18.030 0.023 -1.053 3.085 1323 321.140 -16.997 -8.655 0.025 2.859 -0.800

450 1334 -5.431 8.332 -7.753 -0.108 -1.932 -1.845 1243 -538.337 22.193 20.694 0.053 -3.234 3.065 1283 -20.965 -5.692 7.029 0.093 1.441 1.803 1323 512.015 -19.568 -21.432 -0.064 2.747 -3.101

460 1334 -366.960 20.144 8.967 -0.114 -3.503 0.830 1243 -361.899 10.339 18.516 0.102 -1.029 3.217 1283 340.568 -17.680 -9.519 0.101 3.039 -0.845 1323 335.574 -7.888 -19.080 -0.112 0.570 -3.226

470 1334 -533.974 21.676 20.954 -0.062 -3.229 3.001 1243 -9.040 -6.495 7.245 0.099 1.622 1.776 1283 507.586 -20.065 -20.657 0.055 2.898 -2.883 1323 -17.291 8.096 -6.958 -0.102 -1.948 -1.651

480 1334 -342.871 8.631 18.606 0.029 -0.885 3.159 1243 318.326 -17.691 -7.827 0.031 2.944 -0.664 1283 316.519 -8.592 -16.756 -0.025 0.798 -2.795 1323 -344.692 17.734 9.681 -0.022 -3.026 1.033

Support reaction (Factored)

SUPPORT REACTIONS (Applied to tower) Case Node FX FY FZ MX MY MZ 500 1104 -1.622 1.616 18.049 0.162 0.158 0.002 1111 -1.571 -1.616 17.378 -0.148 0.150 -0.001 1131 1.571 -1.577 16.851 -0.141 -0.139 0.002 1151 1.622 1.577 17.522 0.156 -0.147 -0.002 Resultant 0.000 0.000 69.800 -2.791 -2.191 0.000 at centroid

510 1104 6.993 12.456 31.318 -1.970 2.527 -0.375 1111 55.944 57.879 -593.705 3.268 -3.479 0.049 1131 9.098 6.069 15.171 -2.043 1.796 0.327 1151 62.355 60.006 640.282 4.005 -3.541 -0.106 Resultant 134.390 136.410 93.066 -2622.021 2554.769 17.881 at centroid

520 1104 43.879 -30.758 -388.404 -3.733 -0.614 -0.304 1111 42.873 32.688 -394.658 3.560 -0.913 0.267

Page 19 of 21

1131 46.607 -36.526 434.900 -3.902 -1.248 0.271 1151 48.661 35.433 441.228 4.201 -1.072 -0.309 Resultant 182.020 0.836 93.066 -26.298 3480.453 12.699 at centroid

530 1104 57.863 -56.857 -598.694 -3.527 -3.290 -0.085 1111 5.143 -11.358 35.408 1.720 2.331 0.339 1131 61.279 -61.940 645.194 -3.803 -3.817 0.068 1151 10.243 -7.927 11.159 2.254 2.065 -0.364 Resultant 134.529 -138.082 93.066 2659.732 2558.531 6.966 at centroid

540 1104 30.244 -41.832 -376.841 -0.798 -3.484 0.185 1111 -34.276 -45.917 421.442 -1.186 3.879 0.182 1131 35.287 -45.309 423.380 -1.324 -3.759 -0.161 1151 -30.803 -40.880 -374.915 -0.903 3.361 -0.167 Resultant 0.451 -173.938 93.066 3348.604 8.110 -6.537 at centroid

550 1104 -11.044 -8.261 14.282 2.378 -2.128 0.379 1111 -60.929 -62.826 648.746 -3.745 3.944 -0.054 1131 -4.756 -10.510 32.294 1.660 -2.209 -0.325 1151 -58.702 -56.560 -602.256 -3.654 3.232 0.099 Resultant -135.432 -138.157 93.066 2661.571 -2586.439 -16.865 at centroid

560 1104 -49.062 35.594 444.918 4.260 1.084 0.313 1111 -46.717 -36.977 438.588 -3.916 1.305 -0.268 1131 -42.983 33.138 -398.346 3.574 0.970 -0.264 1151 -44.280 -30.919 -392.094 -3.792 0.626 0.308 Resultant -183.043 0.836 93.066 -26.298 -3511.302 -15.125 at centroid

570 1104 -61.922 60.975 643.834 3.935 3.680 0.089 1111 -9.982 6.486 18.295 -2.180 -1.871 -0.344 1131 -56.866 57.500 -597.268 3.408 3.408 -0.066 1151 -6.522 11.525 28.205 -1.897 -2.391 0.359 Resultant -135.292 136.485 93.066 -2623.860 -2582.676 -6.597 at centroid

580 1104 -33.677 45.594 416.221 1.133 3.855 -0.185 1111 29.645 41.509 -371.619 0.745 -3.461 -0.187 1131 -30.507 40.255 -369.696 0.897 3.290 0.162 1151 34.990 44.685 418.161 1.318 -3.688 0.156 Resultant 0.451 172.043 93.066 -3304.872 8.110 9.055 at centroid

SUPPORT REACTIONS (Along Leg) Case Memb Fx Fy Fz Mx My Mz 500 1334 -18.173 0.624 0.619 -0.001 -0.163 0.158 1243 -17.500 0.654 0.611 0.001 -0.151 0.148 1283 -16.973 0.638 0.646 -0.001 -0.142 0.139 1323 -17.645 0.607 0.655 0.002 -0.147 0.156

510 1334 -31.523 -8.740 10.712 0.127 1.980 2.544 1243 598.167 -25.014 -23.152 -0.060 3.481 -3.266 1283 -15.292 8.269 -6.895 -0.114 -2.052 -1.812 1323 -645.073 24.560 26.987 0.080 -3.542 4.005

520 1334 391.332 -22.387 -9.314 0.132 3.746 -0.597 1243 397.619 -10.832 -21.066 -0.121 0.908 -3.569

Page 20 of 21

1283 -438.155 22.540 12.512 -0.124 -3.915 1.231 1323 -444.517 10.998 24.279 0.136 -1.066 4.211

530 1334 603.190 -24.721 -23.788 0.071 3.536 -3.281 1243 -35.642 9.411 -7.086 -0.116 -2.341 -1.736 1283 -650.017 25.563 26.302 -0.069 -3.812 3.808 1323 -11.252 -8.559 9.613 0.126 2.076 2.271

540 1334 379.663 -9.374 -21.009 -0.036 0.797 -3.489 1243 -424.576 22.597 11.007 -0.033 -3.887 1.174 1283 -426.531 11.843 21.916 0.027 -1.325 3.762 1323 377.722 -20.133 -10.102 0.031 3.368 -0.893

550 1334 -14.392 10.268 -9.036 -0.130 -2.389 -2.145 1243 -653.588 26.915 25.097 0.065 -3.946 3.742 1283 -32.513 -6.554 8.715 0.111 1.668 2.223 1323 606.771 -23.219 -25.434 -0.076 3.233 -3.653

560 1334 -448.227 24.444 11.029 -0.138 -4.274 1.065 1243 -441.863 12.691 22.484 0.123 -1.300 3.925 1283 401.326 -20.939 -11.143 0.120 3.586 -0.954 1323 395.042 -9.203 -22.613 -0.133 0.620 -3.803

570 1334 -648.643 26.282 25.413 -0.075 -3.945 3.670 1243 -18.432 -7.511 8.959 0.120 1.881 2.195 1283 601.749 -23.802 -24.509 0.065 3.416 -3.399 1323 -28.395 9.978 -8.066 -0.122 -2.402 -1.914

580 1334 -419.320 10.628 22.595 0.034 -1.133 3.860 1243 374.407 -20.946 -9.128 0.038 3.468 -0.733 1283 372.468 -10.034 -19.828 -0.030 0.897 -3.294 1323 -421.277 21.544 11.901 -0.026 -3.695 1.307

ANCILLARY ROTATIONS

ENVELOPE OF TOWER ROTATIONS (Degrees about global axes)For survival wind speed of 49.17 m/s

Pt Height LC X-Rot LC Y_Rot LC Z-Rot 1 35.00 230 0.7142 360 0.7467 410 0.3124 2 32.00 230 0.6863 360 0.7165 200 0.2423 3 29.00 230 0.6258 360 0.6506 310 0.1550 4 25.60 230 0.5405 360 0.5611 200 0.0706 5 22.20 230 0.4591 360 0.4771 200 0.0394 6 19.40 230 0.3667 360 0.3815 200 0.0263 7 16.05 230 0.3025 360 0.3152 310 0.0173 8 13.25 230 0.2322 360 0.2421 200 0.0130 9 10.15 230 0.1733 360 0.1809 310 0.0092 10 6.75 230 0.1008 360 0.1054 200 0.0060 11 3.50 230 0.0553 360 0.0578 410 0.0033

Serviceability Check:

Absolute Maximum Rotation = 0.7476 degree for operating wind speed 49.17 m/s. So the maximum rotation under operating wind speed 31.29m/s is 0.30 degree. so OK

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