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2006, 10-27 Permit App: 06004312 Shed
r -0r) Project Number: 06004312 Inv: I Application Date: 10/27/2006 Page 1 of 2 THIS IS NOT A PERMIT Penalties will be assessed for commencing work without a permit Proiect Information: Permit Use: 12 X 20 SHED Contact: TUFF SHED Address: 6206 E TRENT #2A C - S - Z: SPOKANE VALLEY, WA 99212 Setbacks: Front Left: Right: Rear: Phone: (509) 535-8833 Group Name: Site Information: Project Name: Plat Key: 000000 Name: Range District: F Parcel Number: 45204.1840 Block: Lot: SiteAddress: 1204 S HERALD RD Owner: Name: WHEELER, CARLA Address: P.O. BOX 621 Location:: CSV POST FALLS, ID 83877 Zoning: UR -3.5 Urban Residential 3.5 Water District: 999 UNKNOWN Hold: ❑ Area: 7,500.00 Acres Width: 0 Depth: 0 Right Of Way (ft): 50 Nbr of Bldgs: 1 Nbr of Dwellings: 1 Review Information: Review Flood Plain !'i �- Released B Building Plan Review Driveway/Approach Landuse/Zoning/HE Conditions Sewer Review y - Released By: Released By: Released By: �ll Released By: -- — Operator: AMB Printed By: AMB Print Date: 10/27/2006 MTUFF S K E D• Steve Barber Storage Buildings & Garages Sole5Consultant - toll free: 866.802-8833 facsimile: 509-535-5015 email: sbarber@tuffshed.com 6206 East Trent Avenue, Building 2A — Spokane Valley, WA 99212 office: 509.535-8833 r mobile: 509-342-0299 toll free: 866.802-8833 facsimile: 509-535-5015 email: sbarber@tuffshed.com Permit Center i:7►�+Ut�e 11707 E Sprague Ave, Suite 106 PERMIT NUMBER: ' f ,�,,�s� alley Spokane Valley, WA 99206 PERMIT FEE: .7 (509)688-0036 FAX: (509)688-0037 0 Community De-/elopment w-w'w'.spokanevalley.or,- 1 /l Residential Construction El New Construction Accessory Bldg Permit Application ❑ Addition/Remodel ❑ Deck ❑ Other: SITE ADDRESS ASSESSORS PARCEL NO: LEGAL DESCRIPTION: Building Owner: DIMENSIONS: Name: ) Address: 1-z 0 C Cf- 14-1 City: 1 State: ic, Phone: ,. C, 1 (!� '? '1 ax: Contact Person Name: r Phone: 1 . f 3 Describe the scope of work in detail: ************* cr k-)- X -2- (D ' S/"' "JP Contractor: DIMENSIONS: Name: k � x Address: O 1E. 04 City: B State: Zip: L Phone: 1 D Fax: a a*s Contractor Lic No; /No: Late: �G City Business Lic. / 6 YXT /3� Cost of Project: $ ! f77a.10 e following MUST be complete: (write N/A if not applicable)********************** HEIGHT TO PE�K: DIMENSIONS: # OF STORIES: TOTAL HABITABLE SPACE: MAIN FLOOR TO SQ. 2 NLFLOOR SQ. FTG: UNFIN BASEMENT SQ. FTG: IMPERVIOUS SURFACE FTG: 0(-7 f _//,, AREA: 0 FINISHED BASEMENT GARAGE 8Q. FTG: DECK/COV. PATIO SQ. FTG: 30% SLOPES ON SQ. FTG: � PROPERTY: # OF BEDROOMS: CONSTR CTION TYPE: HEAT SOURCE: SEWER OR SEPTIC? r The permitee verifies, acknowledges and agrees by their signature that: 1) If this permit is for construction of or on a dwelling, the dwelling is/will be served by potable water. 2) Ownership of this City of Spokane Valley Permit inure to the property owner. 3) The signatory is the property owner or has permission to represent the property owner in this transaction. 4) All construction is to be done in full compliance with the City of Spokane Valley Development Code. Referenced codes are available for review at the City of Spokane Valley Permit Center. 5) This City of Spokane Valley Permit is not a permit or approval for any violation of federal, state or local laws, codes or ordinances. 6) Plans or additional information may be required to be submitted, and subsequently approved before this application can be processed. Signature Method of Payment: ❑ Cash ❑ Check Bankcard #: Authorized Signature: REVISED 8/25/2005 Date i d — 'Z [o— O G ❑ Mastercard ❑ VISA Expires: VIN#: SSMA WWW.SSMA.COM SUPPLEMENTAL ICBO SUBMITTAL ICBO ER -4943P SUPPLEMENTAL PRODUCT TECHNICAL INFORMATION May 2001 Thickness — Steel Components Minimum Inside Thickness 1 Design Corner Reference Only (mil) Thickness (in) Radii (in) Gauge No. 118 0.1242 0.1863 10 Design Stiffening Lip Length Minimum Thickness represents 95% of the design thickness and is the minimum acceptable thickness delivered to the job site based on Section A3.4 of the 1996 AISI Specification. General Notes for all Tables 1. The strength increase due to cold work of forming was incorporated for flexural strength as applicable per AISI A7.2. 2. The moment of inertia for deflection is calculated at a stress which results in an effective section modulus such that the stress times that section modulus is equal to the allowable moment. This follows procedure 1 of the AISI Specification. 3. The yield stress (33 ksi or 50 ksi) used to calculate the tabulated values are indicated in the tables. 4. When provided, factory punchouts will be located along the centerline of the webs of the members and will have a minimum center -to -center spacing of 24". Punchouts will have a maximum width = half the member depth (d/2) or 2'/2', whichever is less, and a maximum length 4 1/2". The minimum distance between the end of the member and the near edge of the web punchout = 10". 5. For those steels that have both 33 and 50 ksi listings, if the design is based upon 50 ksi, the 50 ksi steel needs to be specified by the contractor/purchaser. (i.e., 362S137-54 (50 ksi)) Section Properties Table Notes 1. The centerline bend radius is the greater of 2 times the design thickness or 3/32". 2. Web depth for track sections is equal to the nominal height plus 2 times the design thickness plus the bend radius. 3. Hems on non-structural track sections are ignored. 4. Effective properties incorporate the strength increase from the cold work of forming as appli- cable per AISI A7.2. 5. Tabulated gross properties are based on the full -unreduced cross section of the studs, away from punchouts. 6. For deflection calculations, use the effective moment of inertia. 7. For those steels that have both 33 and 50 ksi listings, if the design is based upon 50 ksi, the 50 ksi steel needs to be specified. (i.e., 362S137-54 (50 ksi)) Web Crippling Load Table Notes 1. Only members with stiffened flanges are considered. 2. For multiple members, multiply the listed capacity of a single member by the number of members in the assembly. 3. For back-to-back members, the distance between the web connectors and the flange shall be kept to a minimum. 4. Values are for unpunched members and for punched members where the clear distance between the edge of bearing and the edge of the punchout is at least two times the depth of the web. Page 1 Supplemental (S) Stud Section Properties Section Design33ks11_temve- Ttklness (n) Anm (w) Weight (VA) In (n4) SU (n3) RK (n) Iyy (n4) Ry (n) In (W) SU th Va Cm 3) (ik) (6) YCg (n) 1. (W) Su Ma Va (03) iifk) (1b) YC9 (n) )1,® (n4) Cr (n6) 7« X0 (n) Ro (in) 0 16ZS12 -43 5 0.0451 O.IBB 0.64 0.0115 0675 0035 0435 O.Oa5 0.100 1.97 829 08832 0127 0.019 �'l f 9 1 0378 6 1 5 2S2 -54 00566 0.231 0.79 103 1, 27 0�660 O�042 OA27 0�11 0.725 2:11 1003 E 21 0,11 1�1111 3�4 1519 0.842 0.247 0.122 . 11 1 �305 193 0376 1625125-68 O�0713 0.283 D.96 0 0:123 0.112 (1.13. .N9 ..4 1 6 .1 23 1� 0 1 3,7 1'. 4 0: 23 0 47 4 41B 1.. 0.822 0 .480 0.026 1.278 0.372 2505200-33 O.M46 0258 088 0279 0.223 1.040 0.154 0773 0276 0.196 3.117 1040 7 1.317 0.103 0.299 _1.013 1.960 2.350 0.304 25OS20043 0.0451 E 34 3 1� 14 0.3,58 0.287 1.06 0.198 0:769 0:358 0.278 5.49 1350 1:3 266 0.227 0.379 -1.948 2.336 0305 2505200-54 0.0566 0.415 1.41 0.440 0.352 1.030 0.241 0.763 0.440 0.352 7.65 1656 1.250 0.440 0.315 9.43 2510 1.312 0.443 0.459 -1.942 2.325 0303 2505206 68 0.0713 0.515 1.75 0537 0.430 1.022 0.293 0.754 0.537 0.430 957 2017 1.250 0.537 0.417 13.84 3057 1.271 0.872 O.S54 -1.935 2315 0.301 25OS250-A3 0.0451 0,379 1.29 0.426 0.341 1.060 0.336 0.941 0.426 0.297 5.87 1350 1.325 0.257 0.634 -2.439 2.821 0.253 2505250-54 0.0566 0.471 1.50 0.524 0.419 1.055 0.412 0.935 0.524 0.379 7.49 1656 1.309 0.521 0.341 10.22 2510 1.364 0.503 0.771 -2.433 2.812 0.251 2505250-68 0.0713 0.586 1.99 0.643 0.514 1.047 0.503 0.926 0.643 0.500 9.88 2017 1.269 0.643 OAP,, 12.80 3057, 1.353 0.993 0.934 -2.427 2.80D 0.249 3505137-33 0.0346 0232 0.79 0.441 0252 1380 0.059 0.503 0.441 0.243 4.79 1046 1.779 0.093 0.150 -1840 1.80D 0.666 350513743 0.0451 0.300 1.02 0.568 0324 1.375 0075 0.498 0.568 0.319 7.04 7777 1-763 0.204 0.189 -1.029 1.788 0.669 3505737-S4 0.0566 0.372 1.27 0.6% 0.398 1.367 0.090 0.492 0.696 0.398 980 2403 1.750 0.696 0.381 12.85 3446 1.781 0398 0.228 -1820 1.775 0.670 3505137.68 0.0713 0.461 1.57 0.849 0.485 1.357 0.107 0.482 0.849 0.485 11.31 2959 1.750 0149 0.484 16.74 4483 1.752 0.782 0.272 -1.010 1.759 0.670 3505162-97 0.1017 0.711 2.42 1.320 0.754 1.362 0.238 0.578 1.320 0.754 18.11 4016 1.750 1.320 0.754 26.76 60115 1.750 2.452 0.650 -1303 1.972 0.564 ISDSZDD-33 0.03460 , 292 0.99 0.598 0.342 1A31 0.175 0.773 0.593 U04 6.00 1046 1.834 0.117 0.535 -1.709 2.418 0.452 3SOS2DD-43 0.0451 0.379 119 0.771 0.441 1A26 0.224 0.768 0.771 0.428 8.46 1777 1.771 0257 0.679 -1777 2.405 0.454 35052*54 110566 0.471 *60 1.60 0950 D.543 1.420 0.274 0.762 0.950 0.543 11.81 2403 1.750 0.950 0.497 14.57 3446 1.833 0.503 0.827 -1.769 2.393 0.453 35OS2DO-W 0.0713 0.586 1.99 1.167 0.667 1.411 0333 11754 1.167 0.667 14.84 2959 1.750 1.167 0.643 21.35 443 1.780 0.993 1.001 -1,761 2.379 0,452 3505200-97 0.1017 0.813 2.77 1.576 0.901 1393 0.440 0.736 1.576 0.901 20.95 4016 1.750 1.576 0.901 31.011 6095 1.750 2803 1.313 -1.744 2.350 0.449 3505250-43 0.0451 0.424 1.44 0.906 0.518 1.461 0,380 0.946 0.906 0.454 8.98 1777 1.846 0.298 1.141 -2251 2.846 0.374 3,0525654 0.0566 0.528 1.80 1.118 0.639 1,455 0A67 0.940 1.118 0.577 11.40 2403 1.829 1.107 0.524 15.68 3446 1.899 0.564 1-394 -2243 2.834 0.374 3505250-68 0.0713 0.657 2.24 1.376 0.787 1,447 0.570 0.931 1.376 0.761 15.04 2959 1.778 1.376 0.657 19.67 4483 1.885 1.114 1.695 -2235 2.820 0.372 3505250-97 0.1017 0.915 3.11 1.870 1.069 1.430 0.762 0.913 1.870 1.066 24.09 4016 1.752 1.870 1.019 34.27 6085 1.790 3.154 2.245 -2.218 2.793 0.369 3625737-97 0.1017 0.648 2.20 1.229 0.678 1377 0.137 0.456 1.229 0.678 16.75 4194 1.813 1.229 0.678 2487 6339 1.813 2.233 0375 -0.975 1.749 0.689 362SI 62-97 0.1017 0.724 2.46 1.435 0.792 1.408 0.241 0.577 1,435 0.792 19.00 4194 1.813 1.435 0.792 28.08 6339 1.813 2.496 0.699 -1286 1.992 0.593 3625200-97 0.1017 0.926 2.81 1.711 0.944 1.440 0.446 0.735 1.711 0.944 21.95 4184 1.813 1.711 0.944 32.57 6339 1.813 2.847 1.404 -1.724 2.363 0.460 3625250-43 0.0451 0A30 1.46 0.980 0.541 1.510 UK 0.946 0.980 0.475 939 1777 1.911 0.292 1.219 -2.230 2.954 0.390 3625250-541 0.0566 0.535 1.82 1.210 0.668 1.504 0.473 0.940 1.210 0.603 11.92 2497 1.894 1.198 0.548 16.40 3446 1.965 0.571 1.489 -2.222 2.843 0.389 3625250.68362S250 0.0713 0.166 2.27 1.490 0.121 1.4. 0,1111 (1.931 1.490 0.796 15.72 3076 1.842 1.490 0.687 20.58 4661 1.951 1.129 1.812 -2.213 2.829 0.388 3G2SZ50-97 0.1017 0.927 3.16 2.027 1.118 1.478 0.772 0.912 2.027 1.116 25.21 4184 1.814 2.027 1.066 35.85 6339 1.854 3.1971, 2.402 2.800 0.3115 11-2.196 4005737-97 0.1017 0.686 2.33 1 557 0.779 1.507 U42 0.454 1.557 0.779 19.23 461117 2.000 1557 0.779 2833 7102 2.000 2.365 0.467 -0.935 1.831 0.739 4005162-97 0.1017 0.762 2.59 1.812 0.906 1.542 0.249 0.572 1.812 0.906 21.75 4687 2.000 1.812 0.906 32.15 7102 2.000 2-628 0.860 -1.238 2.059 0.638 400520097 0.1017 0,864 2.94 2.155 1.077 1.579 0.462 0.731 2.155 1G77 25-05 4687 2.000 2.155 1.077 37.17 7102 2.000 2.978 1.71)4 -1.668 2.410 0.521 4005250-43 O.D451 0.447 1.52 1 224 0.612 1.655 0.399 0.945 1.224 0.539 10.66 1777 2.105 0.303 1,473 -2.168 2.887 0.436 40052%54 0.0566 0.556 1.89 1.512 0.756 1.649 0.490 0.938 1,512 0.683 13.50 2777 2.088 1.496 0.623 18.64 3446 2.163 0.594 1.801 -2.160 2.875 0,435 40052%68 1.0713 0.693 2.36 1.864 0.932 1.640 0.599 0.929 1.864 0.901 17.81 3429 2.032 1.864 0.781 23.39 5196 2.149 1.174 2.193 -2.151 2.860 0,434 4005250-97 0.1017 0.966 3.29 2.541 1.271 1.622 0.1101 0.911 2.541 1.268 µ 28.64 4687 2.541 1.210 40.70 7102 2.045 3.329 2.915 -2.133 2.830 0.432 5505137-33 0.0346 0.301 1.02 1.283 0.467 2.064 0.067 0A72 1.283 0.450 6.90 670 2.787 0.120 0.406 -0258 2285 0.859 550573743 0.0451 D.391 1.33 1.655 0.602 M59 0.085 0.467 1.655 0.592 13.08 1487 2.767 0.265 0.513 -0.1148 2.275 0.861 550513754 0.0566 0.486 1.65 2.039 0.741 2.049 0.103 0.460 2.039 0.741 16.77 2799 2.750 2.039 0.714 24.03 2967 2.790 0.519 0.622 -0139 2.261 0.862 55OS' 37M0,0713 0,6D4 2.05 2,503 0.910 2.036 0.123 0-451 2.503 0.910 21.22 4442 2.750 Z503 0.908 31.42 5468 2.752 1.023 0.747 -0.828 2.243 0.864 55.1 37-97 0.1017 1 1017 0.838 2.85 3.380 1.229 2.008 0.155 0.430 3.380 1.229 30.35 6701 2750 3.380 1229 44.72 10153 2.750 2.891 0.965 -0.805 2.206 0.867 5505162-97 0.1017 0.915 3.11 3.886 1.413 2.061 0.276 0.549 3.886 1.413 33.91 6701 2.750 3.886 1.413 50.13 10153 2.750 3.154 1.723 -1.081 2.392 0.795 5505200-33 0.0346 0.362 1.23 1.694 0.616 2.164 11204 0.751 1.678 0.556 10.99 670 2.857 0.144 1312 -1531 2.755 0.691 5505200-43 0.0451 0.469 1.60 2.189 0.796 2.159 0.261 0.746 2.189 0.776 1533 1487 2.777 0.318 1,673 .1.519 2.744 0.693 550520054 0.0566 0.585 1.99 2.706 0.954 2.152 0.320 0.739 2.706 0.984 21.41 2799 2.750 2.706 0.8119 26.62 2967 2.962 0.624 2.015 -1.511 2.731 0.694 55OS20M 0.0713 0.729 2.48 3,341 1.215 2,141 0.389 0.731 3.341 1.215 27.03 4442 2.750 3.341 1.170 38.83 5468 2.794 1235 2.488 -1.500 2.715 0.695 5505200-97 0.1017 1016 3.46 4.563 185) 2.119 0.515 0.712 4.563 1859 38.58 6701 2.750 4.563 1.659 57.25 10153 2.750 3.504 3.299 -1.479 2.680 0.695 5565250-43 0.0451 0.515 1.75 2.524 0.918 2.215 0.445 0.930 2.524 0.817 16.15 1487 2.877 0.349 2.811 -1.958 3.099 DWI 5505250-54 0.0566 0.641 218 3.126 1.137 2.208 0.547 0.923 3.126 1.033 20.40 2799 2.859 3.083 0.950 28.44 2967 2.90 0.695 3.446 -1.949 3.096 0.601 5505250-68 0.0713 0.600 2.72 3.866 1.406 2.198 0.669 0.914 3.866 1.358 26.83 4442 2.792 3.866 1.193 35.71 5468 2.932 1.356 4.211 -1.939 3.070 0.601 550525097 0.1017 1.118 3.80 5.304 1.929 2.178 .17B 0.897 0.895 5.304 1.924 43.47 6701 2.753 5.304 1.837 61.77 10153 2,808 3.855 5.636 -1.918 3,037 0.601 'OUS112-11: 0.1242 1.158 3.94 5A52 1.884 2209 0.321 6.526 5.652 1.884 4&82 8819 3.000 5.652 1.11M 68.94 13361 3.000 5.956 2.399 -1,023 2.490 0.831 6.200- 11 0.1242 1.283 4.36 6.641 2.214 2.275 0.611 0.690 6.641 2.214 53.05 8819 MOG 6.641 2.214 78,44 13361 3.000 6.595 4.608 -1A11 2.765 0.740 6005250-118 0.1242 1.407 4.79 7.713 2.571 2342 1.075 0.874 7.713 2,571 59.58 9819 3.00D 7.713 2.498 85.92 13361 3.037 7.234 7.924 -1.841 UM 0.64B 6005300,54 0.0566 0.726 2.47 4.319 1.440 2.439 0.875 1.098 4.269 1.211 23.93 2708 3.210 4.014 1.106 33.13 2708 3,313 0.775 6.387 -2.330 3.547 0.568 6005300-686DOS30 0071 3 1) .9()7 3.09 5.354 1.785 2.430 1.075 1.089 5.354 1.525 30.14 4442 3.191 5.141 1.446 43.30 5468 3.253 1.537 7.835 2.320 3.531 0.568 6005306976ODS397 0.1017 1.271 4.32 7.381 2.460 2.410 1.454 1.070 7.381 2.352 52.07 7372 3.058 7.297 2.180 65.26 11124 3.148 4381 10.572 -2299 3.498 0.568 6005300-118 0.1242 1.531 5.21 V95 2.928 2.395 1.704 1.055 8,785 2.840 64.29 8819 3.040 8.785 ZINN 83.94 13361 3.056 7.872 12.384 .2.283 3.473 0.568 6005350-54 0,0566 DM 2.815.022 1.674 2A67 1A91 1.344 4.916 3.441 Z&48 2708 3.182 4.715 1.323 39.62 2700 3.285 0.881 12.844 -3.072 4.163 0.456 6005350680.0713 1.032 3.51 6.237 2.079 2.459 1.841 1.336 6.237 1.948 38.50 4442 3.000 6.170 1.761 52.73 5468 3.205 1.748 15.814>'-3862 4.148 0,455 6005350-97 0.1017 1.449 4.93 8-631 2.877 2.441 2.518 1318 8.631 2822 61.55 7372 3.028 8.631 2.537 75.95 11124 3.162 4.994 21.504 -3-044 4.118 0.454 6005350-118 0.1242, 1.748 5.95 1004 3.435 2.428 2.978 1.305 10" 3.435 76.39 8819 3.000 10301 3.303 98.88 13361 3.056 &990 25.340 -3.030 4.1196 0.453 7255162 33' 0.0346 0388 1.32 2.822 0.778 2.698 0.122 0.562 2.822 0.691 13.65 503 3.818 0.155 1.295 -0.999 2.931 0.884 7255162-43 0.0451 0.503 1.71 3.648 1.006 2.692 0.156 0.557 3.648 1.001 21.75 1116 3.633 0.341 1.648 -0.909 2.922 0.886 725S1 62-14 0.0566 0.627 2.13 4.513 1.245 2.693 0.190 0.550 4.513 1.245 27.63 2222 3.625 4.513 1.212 36.29 2222 3.662 0.670 2.010 -0.980 2.908 0.887 7255762-68 0.071 3 0.782 2.66 5.572 1.537 2.669 0.229 0.541 5.572 1.537 35.04 4442 3.625 5.572 1.523 51.65 4489 3.630 1.325 2.439 -0-969 2.891 0.888 7255762-97 0.1017 1.093 3.72 7.618 2.101 2.640 0.297 0.522 7.618 2.101 50.43 9050 3.625 7.618 2.101 74.54 11124 1625 3.767 3-213 -O.Mfi 2.853 0.890 725s2m331 0.0346 DAZ2 1.44 3241 0194 2771 0.221 0.724 3.235 0.739 14.59 503 3.924 0.169 2372 -1365 3.172 0.015 725520043 0.0451 0.54 1.87 4.193 1.157 2.765 0.284 0.719 4.193 1.131 22.34 1116 3.656 0.372 3.030 -1354 3.162 0.817 7255200-54 0.0566 0.694 2.33 5.795 1.433 2.756 0.347 0.713 5.195 1.433 31.18 2222 3.625 5.195 1.306 39.09 2222 3.754 0.730 3.711 -1.345 3.149 0.817 725S20D68 0.0713 GAU 2.90 6.428 1.773 2.744 0.423 0.704 6,428 1.773 39A6 4442 3.625 6.428 1.710 56.77 44119 3.678 1.446 4.528 -1334 3.132 0.818 7255211097 0.7017 1.194 4.06 8831 2.436 2.7195,. 0561 0.685 8.831 2.436 56.64 9050 3.625 8.831 2.436 84.04 11124 3.625 4.118 6.038 -1.312 3.096 0.820 7255250-43 0.0451 0.593 2.02 4.778 1.318 2.838 0.486 0,905 4.778 1.186 23.44 1116 3.772 0.402 5.088 -1.765 3.462 0.740 725525654 0.0566 0.740 2.52 5.927 1.635 2.929 0.597 0.898 5.927 1.495 29.55 2222 3.752 5.813 1.388 41.55 2222 3.853 0.791 6.251 .1.756 3.449 0.741 725S25D-68 0.0713 0.925 3.15 7.347 2.027 2.819 0.730 0.889 7.347 1.960 38.72 4442 3.675 7.347 1.744 52.20 4489 3.835 1.567 7.658 -1.745 3.432 0.742 7255250-97 0.1017 1.296 4.41 10.130 2.794 2.796 0.980 0.869 10.130 2.71111 62.98 9050 3.628 10-130 2.666 89.66 11124 3.694 4.468 10.304 -1.722 3.397 0.743 6005762-118 0.1242 1A07 4.79 11.504 2.876 2,M 0.345 0.496 11.504 2.876 71.47 12097 4.000 11.504 2.876 105.23 16591 4.000 7.234 4.634 -CM3 3.034 0.915 DDS2OD-118 0.1242 1.531 5.21 13.316 3.329 2.949 0.6155 0.659 13.316 3.329 79.78 12097 4.000 13.316 3.329 117.95 16591 4.000 7.872 8.747 -1.237 3.265 0.857 BDD5256118 0.1242 1.655 5.63 15.242 3.810 3.035 1.175 0.1113 15.242 3.810 8&31 1207 ON 15.242 3.706 127.50 16591 4.044 8.511 15.024 -1.635 3.549 0.788 8005300-54 0.0566 0.839 2.86 8.358 2.090 3.156 0.960 1.069 8,249 1.785 35.28 2006 4.244 7.862 1.535 45.96 2006 4.500 0.896 11.961 -2.100 3.93B 0.716 BOOS3" 0.0713 1.050 3.57 10.382 2.595 3.145 1.179 1.060 10.382 2.248 44.43 4048 4.223 9.932 2.145 64.21 4048 4.292 1.779 14.707 -2.DB9 3.921 0.716 80OS300-970.1017 1.474 5.02 14.375 3.594 3.123 1.595 1.040 14.375 3.443 76.21 9037 4,070 14.198 3.215 96.27 11124 4.173 5.0112 19.942 -2.066 3.886 0.717 6005300-1 18 . 1 242 0.1242 1.779 6.05 7. 1 67 17.167 4.292 3.106 1.871 1.025 17.157 4.167 9433 12097 4.048 17.167 4.117 123.27 16591 4.067 9.149 23.446 -2549 3.860 0.718 8005350-54 0,0566 0.938 3.19 9.683 2.421 3.212 1.646 1.325 9,483 2.112 41.74 2006 4.214 9,184 1,853 55.47 2006 4.441 1.002 22.719 -2.797 4.460 0.607 BMS35D M 0.0713 -174 1.174 4-00 12-D46 3-012 3.203 2.034 1.316 12.046 2.937 56.07 4048 4.095 11.914 2.58477.37 4048 4.243 1.990 28.029 -2.786 4.445 0.607 BODS350,17._J, 01017 1.652 5.62 62 16.737 CIB4 3.183 2.784 1.29B 16.737 4.100 89.43 9M7 4.036 16.737 3.711 111.11 11124 4.197 5.696 38.275 -2.765 4.412 0.607 BD053 B 0:1242 1 1.997 . 20.041 5.010 3.168 3.295 1.285 1 20.D41 5.010 111.44 12097 4.000 1 20.041 4,812 144.08 16591 4.071 10.267 45.245 -2.750 4.388 0.607 1 Web -height to thickness ratio exceeds 200. Web stiffeners are required at all support points and concentrated loads. Page 2 Supplemental (S) Stud Section Properties SKfiM Design Ttd wm {m) kea� fm21 W%M ha ( ) fm4) *_w, S1ac fm31 Fix M11 .:�, w �. {m4) AP fm) •:''. hoc .. fm4) .. :... S1oc Ah Va GW) f -k1 Ib) - <.... Ycg fm) In (m4) ..-.: ,. SU iiia V8 fm3) f� (b) Ycg ."' fml .... 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7.794 -1.188 3.671 0.895 925S20o-97 0.1017 1.398 4.76 15.963 3.451 3.379 OS98 0.654 15.963 3.451 80.25 9037 :4.625 15.963 3.451 119.07 10272 4.625 4.819 10.440 -1.166 3.634 0.897 9255250-43 0.0451 0.684 2.33 8.474 1.832 3.521 0.520 0.872 8.474 1.502 29.69 868 5.018 0.464 8.733 -1.591 3.961 0.839 925$25054 0.0566 0.853 2.90 10.525 2.276 3.512 0.640 0.866 10.525 2.096 41.42 1726 4.768 10.469 1.746 52.27 1726 5.137 0.911 10.744 -1.581 3.947 0.839 925625068 0.0713 1.067 3.63 13.070 2.826 3.499 0.783 0.856 13.070 2.737 54.09 3479 4.683 13.070 2.465 73.79 3479 4.858 1.809 13.188 -1.570 3.930 0.840 9ZS250-97 0.1017 1.499 5.10 18.090 3.911 3.473 1.050 0.837 18.0903.903 88.16 9037 4.629 18.090 3.742 125.86 10272 4.704 5.170 17.815 -1.547 3.893 0.842 1000.573733' 0.0451 0.593 2.02 7.232 1.446 3.491 0.097 0.405 7.232 1. 54 - 24.78 802 5.320 0.402 1.999 -0.615 3.568 0.970 1ODDS137-540.0566 0.740 252 6.956 1.791 3.478 0.117 0.268 8.9% 1.791 35.40 1593 5.000 8.956 1525 45.67 1593 5.347 0.791 2.431 -0.607 3.553 0.971 100DS,. 0.0713 0.925 3.15 11.076 2.215. 3.461 0.140 0.389 11.076 2.215 51.65 3209 5.000 11.076 2.215 66.32 3209 5.000 1.567 2.940 -0597 3.533 0.971 1ODDS162-118 0.1242 1.655 5.63 20.169 4.034 3.491 0.363 0.468 20.169 4.034 100.24 13479 5.000 20.169 4.034 147.59 16591 5.000 8.511 7.750 -0.779 3.67 0.953 10ODS20D-118 0.1242 1.779 6.05 23.052 4.610 '. 3.599 0.703 0.629 23.052 4.610 11050 13479 5.000 23.052. 4.610 163.36 16591 > :5.000 9.149 14527 -1.104 3.817 .0.916 1 ODDS250-118 0.1242 1.904 6.48 26.080 5.216 3.701 1.249 0.810 26.080 5.216 120.89 13479 5.000 26.080 5.082 174.83 16591 5.049 9.788 24.955 -1.474 4.066 0.869 1000S3D054 0.0566 0.953 3.24 14.076 2.815 3.844 1.024 1.037 13.937 2.312 45.69 1593 5.394 13.440 1.902 56.96 1593 5.826 1.017 19.716 -1.915 4.418 0.812 1000S7DD68 0.0713 1.192 4.06 17.509 3.502 3.832 1.258 1.027 17.495 3.069 60.65 3209 5.246 16.958 2.802 83.89 3209 5.437 2.020 24281 -1.9D4 4.401 0.813 1000S3D097 0.1017 1.677 5.71 24.318 4.864 3.808 1.702 1.007 24318 4.670 103.39 9037 5.079 24.010 4.390 131.43 9461 5.192 5.783 33.030 -1.880 4.364 0.814 1ODDS300-118 0.1242 2.028 6.90 29.109 5.822 3.789 1.997 0.992 29.109 5.662 128.16 13479 5.054 29.109 5.598 167.61 16591 5.076 10.427 38.929 -1.863 4.337 0.815 10005350-54 0.0566 1.052 158 16.220 3.244 3.927 1.768 1.297 15.951 2.754 54.42 1593 5.332 15.587 2.311 69.20 1593 5.728 1.123 36.305 -2.573 4.871 0.721 1OMS350-fib 0.0713 1.317 4.48 20.204 4.041 3.917 2.185 1.288 20.204 3.824 75.57 3209 5.106 20.034 3.401 101.81 3209 5.347 2.232 44.853 -2.562 4.854 0.721 1000S350-97 0.1017 1.855 6.31 28.148 5.630 3.895 2.992 1.270 28.148 5.517 120.32 9037 5.043 28.148 5.027 150.50 9461 5.223 6.397 61.429 -2.540 4.820 0.722 10005350-118 0.1242 2.245 7.64 33.772 6.754 178 3.543 1.256 33.772 6.754 150.23 13479 5.000 33.772 6.492 194.36 16591 5.083 11.544 72.774 -2.524 4.795 0.723 ri<10.763 1150$16254 0.0566 0.868 2.95 14.125 2.457 4.035 0.210 0.492 14.126 2.250 44. 47 1380 5.974 14.126 1.945 58.24 1380 6.351 0.927 5.713 4.136 0.966 11505162.69 0.0713 1.095 3.69 17.521 3.047 4.018 0253 0.483 17.521 3.047 69.47 2777 5.750 17521 2.849 85.31 2777 5.920 1.839 6.958 0.753 4.117 0.967 115DS162-97 0.1017 1525 5.19 24.186 4.206 3.983 0.326 0.464 24.186 4.206 100.94 8170 5.750 24.186 4206 14921 8170 5.750 5.257 9.241 -0.732 4.076 0.968 1150520054 0.0566 0.924 3.14 15.896 2.765 4.147 0.390 0.650 15.896 2.560 50.60 1380 5.952 15.896 2.058 61.62 1380 6.493 0.987 10.410 -1.071 4.332 0.939 1150.520068 0.0713 1.156 3.94 19.747 3.434 4.132 0.475 0.641 19.747 3.434 76.42 2777 5.750 19.747 3.146 94.20 2777 5.969 1.960 12.746 -1.061 4.314 0.940 1150620097 0.1017 1.627 5.53 27.348 4.756 4.100 0.629 0.622 27.348 4.756 110.59 8170 5.750 27348 4.756 164.08 8170 5.750 5.608 17.129 -1.039 4.275 0.941 1150$25054 0.0566 0.981 3.34 17.749 3.097 4.254 0.676 '.0.830 17.749 2.578 50.94 1380 '.5:190 17.749 2.148 "64.31 1380 6.651 1.047 17571: -1.426 4.563 -.0.902 11506250-M 0.0713 1.228 4.18 22.075 3.839 4.240 0.827 -0.821 22.075 3.727 73.64 2777 5.814 22.075 3.027 90.62 2777 6.307 2.081 21.598 -1.414 4.545 0.903 1150S25D-970.1017 1.728 5.88 30.651 5.331 4211 1.110 0.801 30.651 53 20 127.16 8170 5.754 30.651 5.117 172.09 8170 5.837 5.959 26 295 -1.392 4.507 0.905 .. .. 1200.5137-54' 0.0566 0.853 2.90 14.283 2.380 4.091 0.121 0.376 14293 2.090 41.31 1321 6.338 14.283 1.799 53.85 1321 6.736 0.911 3.683 -0.542 4.144 0.983 12MS137-68 0.0713 1.067 3.63 17.698 2.950 4.072 0.144 0.367 17.698 2.950 58.29 2658 6.000 17.698 2.647 79.26 2658 6.279 1.809 4.458 -0.532 4.123 0.993 12005137-97 0.1017 1.499 5.10 24.379 4.063 4.032 0.182 0.348 24.379 4.063 100.36 7814 6.000 24.379 4.063 147.87 7814 6.000 5.170 5.947 -0.512 4.079 0.984 12MS162-118 ''.:.0.1242 1.904 '.'. 6.48 32.145 5:357. 4.109 0.376 0.441 32.145 5.357 133.14 13479 6.000 32,145 5.357: 196.02 14373. 6.000 9788 11.794 -0.697 4.192 0.972 12006200118 0.1242 2.028 6.90 36.347 6.058 4.234 0.732 0.601 36.347 6.058 145.19 13479 6.000 36.347 6.058 214.65 14373 6.000 10.427 22.050 -0.998 4.391 0.948 12DOS25D- 8 0.1242 2.152 '.. 7.32 40.726 6.788 4.350 1.307 0.779 40.726 6.788 15731 13479''.'6.000 40.726 6.624 227.88 14373' 6.053 11..065 37.923 -1.345 4.620 0.915 12DOS30054' 0.0566 1.066 3.63 21.699 3.617 4.512 1.074 1.004 21.647 2.736 54.06 1321 6.708 20.820 2272 68.04 1321 7.195 1.138 29.820 -1.763 4.947 0.873 1200530068 0.0713 1.335 4.54 27.020 4.503 4.499 1.320 0.994 27.020 3.913 77.32 2658 6.316 26.509 3.317 99.32 2658 6.759 2.262 36.764 -1.752 4.930 0.874 12005300-97 0.1017 1.881 6.40 37.616 6.269 4.472 1.786 0.974 37.616 6.035 133.59 7814 6.086 37.137 5.702 170.71 7814 6.206 6.484 50.127 -1.728 4.892 0.875 12005300118 0.1242 2.276 7.75 45.106 7.518 4.452 2.095 0.959 45.106 7.323 165.76 13479 6.059 45.106 7.246 216.94 14373 6.092 11.704 59.182 -1.711 4.865 0.876 12ODS3.5054' 0.0566 1.165 3.96 24.860 4.143 4.620 1.866 1.256 24.620 3.278 64.78 1321 6.60fi 24.100 2771 82.98 1321 7.058 1.244 53.910 -2396 5.352 0.801 12005350.681.:.'.:.', 0.071 3 1.460'. 4.97 30.996 5.166 4.608 2306:. 1257 30.995 4.908 , 96.98 2658 6.115 30.925 4.045 121.11 2656 6.626 2.473 66.670 -2.375 5.335 0.802 12DOS350-97 < 0.1017 2.059' ' 7.01 43.269 '7.211 4.584 3.1591. 1..239 43269 '.7.071 154.21 7814 6.048 43.269 6.482 194.06 7814 6.244. 7.098 91.506 -2353 5.300 0.803 12005350118 0.1242 2494 8.48 51.992 8.665 4566 3.741 1225 51.992 8.665 192.74 134791' 6.000 51.992 8.339 249.7 14373 6.092 12821 108.579 -2336 5.273 0.804 • • ,, ,,, -_ .rm,.,.r' », e.. .,x,..��4 .x ,-,,, ;;, :.:'- :i• .mss ' .,M _ _- ~ 13505162 54' 0.0566 0.981 3.34 21.228 3.145 4.652 0.216 0.469 21.228 2589 51.16 1171 7.337 18.298 2010. 60.19 1171 7.802 1D47 8.221 -0.693 4.727 0.979 135DS76269 0.0713 1.228 4.18 26.368 3.906 4.634 0.261 0.461 26368 3.734 73.78 2354 6.880 24.050 2.927 87.63 2354 7.325 2.081 10.021 -0.683 4.707 0.979 13505762-97 0.1017 1.728 5.88 36.510 5.409 4.596 0.338 0.442 36.510 5.409 129.80 6912 6.750 33.215 4.921 179.07 6912 6.750 5.959 13.335 -0.662 4.665 0.980 1350S20054' 0.0566 1.037 3.53 23.688 3.509 4.778 0.403 0.623 23.688 2955 58.40 1171 7.294 20.068 2.264 67.77 1171 7.743 1.108 14.965 -0.980 4.917 0.960 13505200.68 0.0713 1.299 4.42 29.461 4.365 4.762 0.491 0.615 29.461 4.194 8288 2354 6.868 26.368 3.272 97.97 2354 7.281 2.201 18.341 -0.959 4.898 0.961 135OS200.97 0.1017 1.830..x. 6.23 40.907 '.:6:060 4.728 0.650 :. 0.596 40.907.:..6.060 140.91 6912 :: 6.750 36.510 5.409 191.87 6912 6.750 6.309 24.697 -0.948 4.859 0.962 1350525054' 0.0566 1.094 3.72 26.245 3.888 4.898 0.701 0.801 26.245 2.967 59.02 1171 7.530 22.909 2.401 71.88 1171 7.880 1.168 25.303 -1.313 5.134 0.935 135OS250-M 0.0713 1.370 4.66 32.675 4.841 4.883 0.858 0.791 32.675 4.478 88.48 2354 6.971 29.461 3.628 108.62 2354 7.308 2.322 31.131 -1.302 5.115 0.935 1350.$25097 0.1017 1.932 6.57 45.471 6.736 4.852 1.151 0.772 45.471 6.724 151.87 6912 6.755 40.907 6.060 2)9.07 6912 6.750 6.660 42.263 -1.279 5.077 0.937 ... M, MMM r• 14006137-54' 0.0566 0.997 3.29 21.317 3.045 4.6% 0.124 0.358 21.317 2391 47.25 1128 7.737 19.730 2.082 62.32 1128 8.162 1.032 5222 -0.490 4.735 0.989 14ODS137-68. 0.713 1.210 4.12 26.455 3.779 4.676 0.147 0.349 26.455 3.482 68.81 2268 7.239 25.455 3.023 90.50 2268 7.677 2.050 6.327 -0.481 4.714 0.990 1400.5137-97 0.1017 1.703 5.79 36.565 :5224 4.634 0.186.: 0.331 36565 :5224 129.02 6656 :. 7.000 36565 5.224 156.39 6656 7.000 5171 8.311 -0.461 4.668 0.9% 14005162-54' 0.0566 1.009 3.43 23.302 3.329 4.805 0.218 0.464 23.302 2.676 52.88 1128 7.683 21.663 2.344 70.18 1128 8.096 1.078 8.927 -0.677 4.875 0.901 14ODS162-68 0.0713 1.263 4.30 28.952 4.135 4.787 0.262 0.456 28.952 3.842 75.92 2268 7.221 28.952 3381 101.23 2268 7.627 2.141 10.882 -0.667 4.855 0.981 14DDS162-97 0.1017 1.779 6.05 40.115 5.731 4.748 0.340 0.437 40.115 5.731 137.52 6&% 7.ODO 40.115 5.731 171.58 66% 7.000 6.134 14.489 -0.647 4.812 0.%2 14ODS162-118 0.1242 2.152 7.32 47.928 6.847 4.719 0.385 0.423 47.928 6.847 170.15 12225 7.ODO 47.928 6.847 250.51 12225 7000 11.065 16.797 -0.632 4.780 0.983 1400620054' 0.0566 1.066 3.63 25.951 3.77 4.935 0.406 0.617 25.951 3.0% 60.38 1128 7.622 24.721 2.487 74.47 1128 8.232 1.138 16250 -OS59 5.065 0.964 1400520068 0.0713 1.335 4.54 32.284 4.612 4.918 0.494 0.608 32284 4.321 95.39 2268 7.201 32.284 3.751 112.30 2268 7.648 2.262 19.920 -0949 5.046 0.965 1400520097 0.1017 1.881 6.40 44.853 6.408 4.883 0.655 0.590 44.853 6.408 148.98 6656 7.000 44.853 6.408 191.84 6656 7.000 6.484 26.834 -0.928 5.006 0.966 1400.5200118 0.1242 2.276 7.75 53.698 7.671 4.857 0.755. 0.576 53.698 7.671. 183.85 12225 :..7.000 51.698 7.671. 27191 12225 7.000 11.704 31.391 -0.912 4.975 0.966 1/00.52%54' 0.0566 1.122 3.82 28.702 4.100 5.057 0.707 0.794 28.702 3.090 61.06 1128 7.871 27.889 2.601 77.67 1128 8.390 1.19B 27.489 -1.287 5.278 0.941 1400925068 0.0713 1.406 4.78 35.743 5.106 5.042 0.86.5 0.784 35.743 4.618 91.25 2268 7.301 35.743 3.633 108.79 2268 8.010 2.383 33.827 -1.276 5.260 0.941 1400.525097 0.1017 1.993 6.75 49.764 7.109 5.010 1.160 0.765 49.764 7.096 160.28 6656 7.005 49.764 6.866 206.17 6656 7.079 6.835 45.941 -1.254 5.221 0.942 14006250118 0.1242 2.400 8.17 59.676 8575 4.986 1.352 0.750 59.676 8.525 197.58 12225 7.000 59.676 8.333 286.65 12225 7.057 12.342 54.078 -1.237 5.192 0.943 1400530068 0.713 1.477 5.03 39.201 5.600 5.151 1.370 0.963 39201 4.481 88.54 2268 7.635 38.639 3.839 11494 2268 8.120 2.503 52.316 -1.624 5.486 0.912 140OS30D-97 0.1017 2.084 7.D9 54.675 7,811 5.122 1.854 0.943 54.675 7.535 166.80 6656 7.091 53.989 7.147 213.99 6656 7.219 7.186 71.455 -1.600 5.448 0.914 1400.5300118 0.1242 2.525 8S9 65.655 9.379 5.100 2.174 0.928 65.655 9.150 207.12 12225 7.063 65.655 9.060 271.26 12225 7.088 12.981 84.472 -1583 5.420 0.915 140OS35D-68 0.0713 1.602 5.45 44.707 6.397 5.283 2.406 1.226 44.707 5.700 112.64 2268 7.342 44.707 4.694 140.53 2268 7.945 2.715 93.790 -2.216 5.858 0.857 14005350-97 0.1017 2.262 7.70 62.507 8.930 5.257 3.296 1.207 62.507 8.761 191.08 6656 7.052 62.507 8.011 239.84 6656 7.287 7.799 128.939 -2.194 5.822 0.858 14ODS350118 0.1242 2.742 9.33 75.200 10.743 5.237 3.903 1.193 75.200 10.743 238.95 12225 7.000 75.200 10.353 309.98 12225 7.100 14.099 153.185 -2.177 5.795 0.859 1600516218' 0.0713 1.406 4.78 40.913 5.114 5.394 0.269 0.436 40.913 4292 84.82 1978 8.606 39.504 3.826 114.54 1978 9.030 2.3B3 14.725 -0.612 5.446 0.987 16DDS162-97 0.1017 1.983 6.75 56.824 7.103 5.354 0.347 0.418 56.924 7.103 170.45 5796 8.000 56.824 6.693 270.09 5796 8.203 6.835 19.629 -0593 5.403 0.988 16DOS162-118 0.1242 2.400 8.17 68.014 8502 5.323 0.393 0.405 68.014 8.502 211.27 10635 8.000 68.014 8.502 311.06 10635 8.000 12.342 22779 -0578 5.370 0.988 16DDS20D68' 0.0713 1.477 5.03 45.291 5.661 5.537 0.506 0.585 45291 4.843 95.71 1978 8.556 43.972 4.250 127.23 1978 9.030 2.503 26.970 -0.876 5.636 0.976 1600620097 0.1017 2.084 709 63.050 7.881 5.500 0.670 0.567 63.050 7.881 183.25 5796 8.000 63.050 7.466 223.54 5796 8.186 7.186 36.380 -0.855 5.595 0.977 1600.5200118 0.1242 2.525 8.59 75.601 9.450 5.472 0.773 0.553 75.601 9.450 226.49 10fi35 8.000 75.601 9.450 334.85 10635 8.000 12.981 42.602 -0.840 5.564 0.977 16DDS250{8' 0.0713 1.549 5.27 49.814 6.227 5.672 ' 0:869 >'.. 0.758 49.814 .5.190 10256 1978 ' 8.642 49.814 4.128 12160 1978 ' 9.409 2.624 45.890 -1.185 5.843 0.959 160QS250-97 0.1017 2.186 7.44 69.476 8.685 5.638 1.192 0.738 69.476 8.669 195.81 5796 ' 8.005 69.476 7.894 236.34 5796 8.314 7.536 62.407 -1.163 5.803 0.960 16DDS250118 0.1242 2.649 9.01 83.427 10.428 5.612 1.389 0.724 83.427 10.428 241.69 10635. 8.ODO 83.427 10.207 351.12 10635 8.059 13.620 73.535 -1.146 5.774 0.961 1600590666' 0.0713 1.620 5.51 54.336 6.792 5.792 1.411 0.933 54.336 5.060 99.98 1978 8.990 53.812 4.367 130.75 1978 9.514 2.745 71.063 -1.514 6.059 0.938 1 Web -height to thickness ratio exceeds 200. Web stiffeners are required at all support points and concentrated loads. Page 3 Supplemental (T) Track Section Properties - Sachin TWw4M m Ates : 02 Wei 4 bN Sn : Rx : i+l m31 m 1YY Ry >n 1xx Sn Ma Vd +n4 i m- ycg m In Sra Me w m4 m m- : Yug m �. ••3 •. - iM' "AWT Ow )CO Ro !i m n 162T700.18 0.0188 0.068 0.23 0.035 0.040 0.713 0.007 0.324 0.027 0.024 0.48 309 1.037 0.008 0.004 -0.667 1.029 0.580 1627700-27 0.0283 0.103 0.35 0.052 0.059 0.715 0.011 0.323 0.046 0.042 0.83 577 0.998 0.027 0.006 -0.663 1.027 0.583 1627700-30 0.0312 0.113 0.38 0.058 0.065 0.715 0.012 0.322 0.052 0.048 0.95 637 0.988 0.037 0.006 -0.661 1.026 OS85 162T700-33 0.0346 0.125 0.43 0.064 0.072 0.716 0.013 0.321 0.059 0.055 1.09 707 0.977 0.050 0.007 -0.660 1.025 0.586 162T100-43 0.0451 0.163 0.55 0.084 0.094 0.717 0.017 0.320 0.082 0.060 1.58 925 0.919 0.111 0.009 -0.654 1.022 0.590 162T700-54 0.0566 0.204 0.70 0.107 0.118 0.724 0.021 0.317 0.107 0.111 2.19 1151 0.934 0.106 0.103 3.07 1743 0.961 0.218 0.011 -O.fi50 1.024 0597 162T700-68 0.0713 0257 0.88 0.139 0.148 0.735 0.025 0.314 0.139 0.148 3.30 1429 0.937 0.139 0.143 4.28 2165 0.951 0.436 0.015 -0.646 1.028 O.605 162772543 0.186 0.63<; 0.101 0.113: 0.737 0.031 0AO7 OA93 0.085 1.68 ` 925 0.995 0.126 0.017 `.-0877 1216 SO.d80 162T125-54 .`0.0451 0.0566 0.233 0.79 0.129 0.142 0.746 .0.038 'OA04 0.126 ' 0.119 2.36 1151 `_ 0.975 0.120 0.109: 327 :.1743 1.006'. 0.249 0.021 ' -0.873 1.217 0.486 1627125.68 :'. 0.0713 0.293 ;1.00 0.168 0.179;1 0.757 >A.O47 OA01 0.766 : 0.168 3.33 ': 1429 :. 0.961 0166: 0.155. 4.65 '; 2165 0.991 'I 0.497 0.027 -0.868 1220 <: 0.494 162T150-33 0.0346 0.160 0.54 0.090 0.102 0.751 0.039 0.494 0.072 0.060 1.19 707 1.070 0.064 0.021 -1.111 1.429 0.395 162715043 0.0451 0.208 0.71 0.118 0.132 0.753 OA50 0.492 0.102 0.089 1.75 925 1.037 0.141 0.027 -1.106 1.425 0.398 1627750-54 0.0566 0.261 0.89 0.151 0.166 0.762 0.063 0.490 0.140 0.126 2.48 1151 1.015 0.132 0.114 3.42 1743 1.049 0279 0.035 -1.101 1.426 0.403 162T750-68 0.0713 0.329 1.12 0.197 0.210 0.774 0.078 0.487 0.194 0.180 3.55 1429 0997 0185 0.164 491 2165 1032 0.557 0.046 -1096 1A28 0.410 �,„ ,in ., tear„., a . ...,, . -_: .: 250"70018 0.0188 0.085 0.29 0.088 0.057: 1020 0.008 0.310 0.071 0.045 0.88 235 1502 0. OA10 -O 3 1.210 0. 776 25OT100-27 0.0283: 0.127 0.43 0.133 0.101 1.021 ''0.012 ' 0308 0.117.1 0.075 1.49 700 ': 1.457 < 0.034 0.015 -0.569 1209 0.779 25OT100 30 5. 0.0312: 0.140 0.48 0.146. 0.111 1.021 ' 0.013 ' 0.308 ' 0.132 0.085 '.1.69 : 851 1.445 : 0.046 U16 : -0.567 1.208 0.780 25OTlD0 33 :' .0.0346 0.156 :0.53 0.162 0.123': 1.022 ': 0.015 ,0.150 0.098 1.93 ':' 1046 '.. 1.432 0.062 0.018 -0.566 ' 1208 0.780 250T10043 " 0.0451 0.203 0.69 0212 0.159: '1.023 0.019 '0.305 0.207.'.. 0.139 2.74 '. 1446 " 1.398 ': 0.137 U23 " -0.561 : 1.206 '. 0.783 MT10054 0.0566: 0.254 0.86 0.269 0.199 1.029 0.023 0.303 0.269: 0.189 373 1804 : 1.376 0.265 0.177 5.31 .2734 1.407 0.271 OA29 -0557 1209 0.797 25OT100-fib 0 0713 0 320 109 0 344 0251 1.038 0.029 0 300 0.344 0.251 558 2252 1-375 0.344 : 0243 726 3412 1.391 0542 OA37 -0553 1.214 0.792 ..... ._ 350770018 0.0188 0.103 035 0.189 0.104 1.352 0.009 0.293 0.160 0.062 1.22 166 2176 0.012 0.021 -0.495 1.469 0.887 350"700-27 0.0283 0.156 0.53 0.285 0.157 1.353 0.013 0.291 0.255 0.122 2.42 566 1.972 0.042 0.031 -DA91 1.468 0.888 350TIDO-30 0.0312 0.172 0.58 0.314 0.172 1.353 0.014 0.291 0.286 0.138 273 758 1.959 0.056 0.034 -0.490 1.468 0.889 350T7D0-33 OA346 0.190 0.65 0.348 0.191 1.353 0.016 0.290 0.324 0.158 3.11 1033 1.945 0.076 0.038 -0.489 1.468 0.889 350770043 0.0451 0.248 0.84 OA54 0.248 1.354 0.021 0.288 0.443 0.221 4.36 1777 1.906 0.168 0.049 -0.485 1.467 0.891 350"700-54 0.0566 0.311 1.06 0574 0.310 1.359 M25 0.286 0574 0.296 5.86 2551 1.879 0.565 0.260 8.40 3446 1.914 0.332 0.061 -0.481 1A70 0.893 350T100 -fib 0.0713 0.391 1.33 0.730 0.390 1.367 0.031 0.283 0.730 0.390 8.67 3193 1.875 0.730 0.379 11.34 4838 1.893 0.663 0.077 -0.477 1.475 0.895 350T750-97 0.1017 &659: 2.24 .: 1.422 0.738 1.469 :0.136 < 0.455 1.422 '.: 0.738 14.58 4494 1.928 1422;,. 0.701 ' 20.98 6809 1.965: 2.271 0.343 0.854 1.759 0.764 97 0.1017 0.761 259 1.780 0.923 1.530 0.305 0.633 1.780 0.831 16.41 4494 2.007 1.708 0.769 23.01 6809 2.064 2.622 0.760 -1.274 2.089 0.628 .35OT200 362T700-18 0.0188 0.106 0.36 0.205 0.110 1.393 0.009 0.291. 0.174 0.064 1.26 160 2264 0.012 0.023 -0.487 1.504 0.895 362"700-27 : 0.0283 0.159 0.54 0.309 0.164 1-393 .0.013 0289' 0.277', 0.129 255 <"; 546 2.036 0.042 0.034 -0.483 1503 0.897 362T700-30 <:0.0312 0.175;: 0.60 0341 >:. 0.181 1393 0.015 0289 0.311 5: 0.146 2.98 <I<731 2023 < 0.057 OA37 -0.482 .1502 0.897 3627100-33 '0.0346 0.194<: 0.66 0.378 0.200 1394 "-0.076 0288 0.352 <' 0.166 328 996 2008 '..::0.078 0.041 5.-0.481 1.502 0.898 362710043,'0.0451 0.253 0.86 0.492 < 0260 1:394' 0.021 0286 OA81 ;,. 0232 458 : 1777 ..1.969 : 0.172 0.053 :-0.477 1501: 0:899 3627700 54 0.0566 0.318 1.08 _ : OB22 : 0.326 1.400 0.026 0284 `. 0.622 '<. 0.311 6.15 : 2645 1.942 0.613 0295 8.82 3446 1.977 0.339 0.066 ; -0.473 1501. ' 1907 3627700-68 0.0713 0.400 1.36 0.792 :0.009 1A07 .0.032 0.281 0.792 S. 0.409 9.09 3311 1.937 0.792 : 0.398 11.90 5017 1.955 0.678. 0.084 -0.469 1509 4:903 3627700-97 01017 0.570. 794 SI 1.152 ;;..0.579 .1.422 0.043 .0.274: 1.152''' 0579 .1345 4662 1.990 .1.152 OS79 : 19.96 7063 1.990 :.1.965 0.120. -0.461. 1.520 :0:908 362T725-97 0.1017 0.621 2.11 1.343 0.675 1.471 0.082 0.363 1.343 0.675 15.24 4662 1.990 1.343 0.675 20.20 7063 1.990 2.140 0.223 -0.646 1.647 0.846 3627150-97 0.1017 0.672 2.29 <' 1534 : 0.771 t.512 0.138 0.453:'. 1534 : 0.771 1523 4662 1.990 - 1.534 0733 1:21.94 7063 ::2.028 .2.315 0.370 -0.843 1.789' 0.778 3627200-97 0.1017 0.773 2.63 1.917 0.963 1.575 0.308 0.631 1.917 0.867 17.14 4662 2.071 1.939 0.803 24-06 7063 2.728 2.666 0.820 -1.259 2.112 0.645 362725013 0.0451.' 0.389 1.32 I < 0.966 0.510 1577 <' 0260'. 0.818 0.713 0281 5.56 1777 2323 0.263 :0.640 -1.715 .2.469 U17 362T250-54' 0.0566 OA87 : 1.66 1.224 0.641 1.585 0.324 0.816 0.971 ': 0.389 789 2645 2279 0.914 0-360 10.77 3446 2.331 0.521 0.810 -1.711 ..2.471 0.520 3627250-08 0.0713 0.614 .209 ` 1565 : 0.808. 1.597 >: 0.406 0.813: 1.337 0546 10.79 3311 2233 1.259 0502 : 15.04 5017 : <. 2292 1.040 ' 1.035 -1.706 :2.474 0.524 36ZT250-97 01017 0.875 298 2.300 1.155 1.621 0.570 0-807 2180 0.928 1834 4662 2163 2.069 0.851 25.49 7063 2.229 3.016 1.517 -1.696 2.481 0.533 - .... _...£,:a� . !vim.. '" ,.i • -...,..M ,;': �...... .. , 4007100-18' 0.0188 0.113 0.38 0.259 0.125 1.513 0.009 0.285 0.222 0.070 1.38 145 2529 0.013 0.028 -0.464 1.608 0.917 400T100-27 0.0283 0.170 0.58 0.389 0.188 1.514 0.014 0283 0.350 0.150 2.96 494 2228 0.045 0.042 -0.460 1.608 0.918 400T100-30 0.0312 0.187 0.64 OA29 0.207 1.514 0.015 0.283 0.393 0.169 3.33 661 2214 0.061 0.047 -0.459 1.607 0.918 40OT100-33 0.0346 0.207 0.71 OA76 0.229 1.514 0.016 0282 0.444 0.192 3.79 901 2199 0.083 0.051 -0.458 1.607 0.919 400770043 0.0451 0.270 0.92 0.620 0298 1.515 0.021 0.280 0.606 0267 5.28 1777 2.159 0.183 0.066 -0.454 1.606 0.920 4007100-54 0.0566 0.339 1.15 0.783 0.373 1.520 0.026 0.278 0.783 0.357 7.06 2799 2.130 0.771 0.339 10.16 3446 2.167 0.362 0.083 -0.451 1.609 0.922 400"10068 0.0713 0.427 1.45 0.995 0.468 1.527 0.032 0.275 0.995 0.468 10.42 3664 2.125 0.995 OA56 13.65 5468 2.144 0.723 0.104 -0.447 1.614 0.923 400T700-97 0.1017 0.608 2.07 1.443 0.663 1.541 0.044 0.268 1.443 0.663 15.40 5165 2.178 1.443 0.663 22.86 7826 2.178 2096 0.148 -0.439 1.624 0.927 40OT125.97 0.1017 0.659 2.24 1.673 0.768 :1.594 0.084 0.357 1.673 0.769 517.35 5165 2178: 1.673 0.769 <'. 23.00 78% 2.178 '.. 2271 0277 -0.618 1.746 0.875 400"750-97 0.1017 0.710 2.41 1.903 0.874 1-638 0.141 0.447 1.903 0.874 17.27 5165 2178 1.903 0.832 24.92 7826 2217 2.447 0.459 -0.810 1.881 0.815 40OT200 33 ' 0.0346: 0.277 094 <: 0.768:. 0.371 1.666 0.113 0.639 0.5B1 <. 0220 4.34 901 ' 2.469 '.. 0.110 0335 -1..240 2173 0.674 >4GOT200-43 0:0451: 0.3601 1-23 <. 1.002 Ss OA92 1.668 0.146 0.637 0.811 <:. 0.311 6.14 1777 :2418 : 0.244. OA35 -1.235 2.171 0.676 4OOT200-54 0.0566 '.. 0.452 1,54 1:1.268 0.6041 1.675.'. 0.182 0.635.. 1.093 '. OA26 8.42 2799 2.374 1.037 0.397 81:88 3446 2.426 0.483 0.549 -1.231 2.173 0.679 400720066 0.0713 0.569 1.94 '' 1.617 0.761'.' 1.695 '' 0.227: 0.632 . 1.485 0.591 11.68 3664 2327 1.412 0549 16.42 5468 ,..2.385 0.965 '. 0.699 -1.726 2.178 0.683 40OT200-97 0.1017:.0.811 '. 276 2.363 :1.085: 1.707 0.317 :.0.625...2.363 0.981 19.38''., 5165.. 2.262: 2.268 0.911 2728 7826: .2.322 2.797 1.016 -1.217 2.187 0.691 40OT25043 0.0451 0.405 1.38 1.193 0.573 1.715 0.268 0.813 0.888 0324 6.40 1777 2529 0.275 0.798 -1.666 2,525 0.565 40OT250-54 0.0566 0.509 1.73 1.511 0.720 1.723 0.335 0.811 1.205 0.445 8.80 2799 2484 1.137 0.413 12.38 3446 2.537 0.543 1.008 -1.661 2.527 0.568 40OT250-68 0.0713 0.641 2.18 1.928 0.907 1.735 OA18 0.808 1.652 0.622 12.28 3664 2435 1.559 OS74 17.19 5468 2.495 1.086 1.285 -1.656 2.531 0.572 4007250-97 0.1017 0.913 3.11 2.823 1.296 1.758 0S87 0.802 2.679 1.048 20.72 5165 2358 2.546 0.965 28.89 7826 2.426 3.148 1.877 -1.646 2.539 0.580 4007300-54 " 0.0566 0.565 1.92 1.753 0.835 1.761 0.548 :.0.985 1.302'' 0.460 ' ' 9.09 2799 ' , 2582 1.224 ' OA25 12.77 6::3446 2.636 0.604 11659 -2.107 2.917 ' OA78 40OT300-68 0.0713 0.712 2:42 2.239 1.054 ,7.774 : 0.686 : 0.982 1.797 (: 0.645 > 12.74 3664 :"2.533 1.687 :. 0.594 ' 17.78 ' 5468 2595: 1.206 2.118 'S -2102 2.920 ' 0.482 4DOT300-97 01017 1.015 345 3284 1.508 1.799 0.967 0,976 2.953 1.098 21,70 5165 2.452 2.786 1.005 3009 7826 2524 3,499 3.102 2.091 2.926 0 489 IMF ; . i°rx I',, MO , n �,�0.297. -D.014 . -� , �. ���'� o. „'�" "�' .:'- - . .D40 IMT700-27 0.0283 0.212 072 0.837 . a5 1.985 0.014 0.261 0.775 0.206 4.07 357 3.201 0.057 0.087 -0.388 8 -0 388 2.010 0.964 5507100-30 0.0312 0.234 0.80 0.922 0.327 1.985 0.016 0.261 0.861 0.251 4.97 478 3.087 0.076 U96 -0.387 2.040 0.964 550T70D-33 0.0346 0.259 0.88 1.022 0.362 1.985 0.018 0.260 0.963 0.312 6.17 652 2.959 0.103 0.106 -0.386 2.039 0.964 550Tt0043 0.0451 0.338 1.15 1.332 0.471 1.986 0.023 0.258 1.305 0.429 8.49 1443 2915 0.229 0.136 -0.383 2.039 0.965 5507100-51 0.0566 0.424 1.44 1.678 0.589 1.990 0.028 0.256 1.678 0.568 11.22 2799 2883 1.654 0.544 16.29 2859 2.922 0.453 0.170 -0.380 2.042 0.965 5507100 -fig 0.0713 0.534 1.82 2.125 0.739 1.995 0.034 0.253 2.125 0.739 16.45 4442 2.875 2.125 0.723 21.65 5468 2.895 0.904 0.213 -0.376 2.046 0.966 550T100-97 0.1017 0.761 2.59 3.062 1.046 2.007 0.047 0.247 3.062 1.046 24.32 7179 2.928 3.062 1.046 36.08 10877 2.928 2.622 0.299 -0.369 2.055 0.968 5507125-97 0.1017. 0.811.6 2.76 :'.. 3.483 6: 1.190 .:1072. 0.090 0.333 3.483 . 1.190 26.87 : 7179 '''.2928 .3.483 1.190 '.35.62 10877 :: 2.928 2.797 0.561 : -0.529 2.164 0.940 5507150-97 0.1017 0.862 2.93 3.904 1.333 2.128 0.153 OA21 3.904 1.333 26.35 7179 2.928 3.904 1.278 38.27 10877 2.971 2.973 0.931 -0.701 2.280 0.905 , 550T20D-97 0.1017 0.964" 3.26 :''4.746 1.621: 2219 '< 0.347. 0.600' 4.746 1.483 29.30. 7179.. 3823 4.566 1.391 41.64 10877 .:..3.090 3.323 2.054 -1.075 :2539 0.820 55OT25043 0.0451 0.473 1.61 2.399 0.848 2.252 0.295 0.790 1.841 0.516 10.20 1443 3.339 0.321 1.639 -1.495 2.816 0.719 55OT250-54 0.0566 0.594 2.02 3.029 1.063 2.259 0.368 0.788 2.466 0.699 13.81 2799 3.286 2.346 0.657 19.66 2859 3.346 0.634 2.064 -1.491 2.819 0.720 5507250-68 0.0713 0.748 2.54 3.849 1.339 2.269 OA60 0.785 3.338 0.960 18.97 4442 3.228 3.172 0.897 26.86 5468 3.295 1.267 2.617 -1.486 2.824 0.723 SSOT250-97 0.1017 1.066 3.63 5588 1.908 2.290 0.646 0.779 5.314 1.580 31.23 7179 3.135 5.073 1.470 44.01 10877 3.211 3.674 3.781 -1.477 2.834 0.728 5WT300-54 -0.0566 0.650 2.21', 3.479 1.221 2.313 ;0.606 ;0.965 2.654':'. 0.723 ,14.28 2799 3.404 2526 `:'0863 19.84-< 2959 3.495 0.694 3.382 '; -1.912 3.153 0.632 550T300-68 0.0713 0.819<' 2.79 ,S. 4.424" 1.539 2.324 0.758 0.962 3.610 S' 0.996 : 19.68 4442 3.345 3.417 0.929 '; 27.80 5468. 3.414 1.388 4.294 :-1.907 3.157 0.635 550730097 0.1017 3.167" 397 <,6.430 „2.196 2.347 1.069 0.956 5.81fi 09.654 32.68 7179 3.245 5.516 1531 : 45.93 10877 " 3.326 4.024 6.222 -1.897 3.166'' 0.641 "rA600T1.00 27' 0.0283 0.226 077 1.036 0.338 2.140 0.015 U-255 0.968 0.223 4.40 327 3.559 0.060 0100666 -0.369 2.186 0.971 600T100-30 0.0312 0.250 0.85 1.142 0.372 2.140 0.016 0.255 1.076 0.270 5.34 436 3.437 0.081 0.117 -0.368 2.186 0.972 6007700-33 0.0346 0.277 0.94 1.267 OAl2 2.140 0.018 0.254 1.202 0.335 6.62 597 3.298 0.110 0.129 -0.367 2.186 0.972 600710043 0.0451 0.360 1.23 1.650 0.536 2.140 0.023 0.252 1.617 0.491 9.70 1321 3.167 0.244 0.166 -0.364 2.185 0.972 6DOT700-54 0.0566 0.452 1.54 2.077 0.670 2.144 0.028 0.250 2.077 0.648 12.80 2617 3.134 2.049 0.622 18.62 2617 3.174 0.183 0.207 -0.361 2.188 0.973 600T10068 0.0713 0.569 1.94 2.629 0.841 2.149 0.035 0.247 2.629 0.841 18.72 4442 3.125 2.629 0.824 24.67 5251 3.146 0.965 0.259 -0.358 2.192 0.973 60OT1 M970.1 117 0.811 2.76 3.784 1.191 2.159 0.047 0.241 3.784 1.191 27.68 7850 3.178 3.784 1.191 41.7 11124 3.178 2.797 0.363 -0.350 2.201 0.975 6007150-119 0.1242 1.114 .3.79' 5886 1.829 2.298 0.1896 0.409 5.886 1.829 41.41 : 9531 :' 3.178 3.784 > 1.191 41.07..: 11124 3.778 2.797 0363' -0.350 2.201 :. 0.975 600"200-116 0.1242 1.239 4.21 7.122 2.214 2.396 0.426 0.586 7.122 2.170 42.88 9531 3.217 5.886 1.829 61.64 14441 3.217 5.730 1.379 -0.666 2.427 0.925 6WT250-43 60.0451 0.498,5 1.69 >: 2.916 :: 0.946 2425 0.303 0.781 2269'' 0.563 11-13 1321 3.240 7.122 ,-2.051` 61.42 14441 3.305: 6.369 3.060 ' -1-029 2.675 , 0.852 6DOT250-54 ':0.0566 0.622' 2.12 '' 3.678 :. 1.187 2.432 0.377 0.779 3.014 ''. 0.793 15.68 2617 ".3.666 0.336 1.999 > -1.447 2.930 ' 0.756 ODOT250-68 :::0.0713. 0.783 2.67 4.670 1.495 2.442 IOA72 :' 0.776 4.065 ' 1.085 ';21.45 4442 3.550.' :2.881 0.732 21.92 2617 3.641 ' 0.664 2516 -1.443 2933 0.758 6DOT250-97 5'0.1017: 1-116 380::.6.767: 2.129 :2A62 0..662 0.70 6.441,,. 1.775 35.08 7850 :. 3.392 6.157 .1.656 49.59 '11124 3.470 3849 4.592 -1.428: 2.949 0.765 6DOT3DD-54 0.0566 0.679 2.31 4212 1.359 2.492 0.622 0.957 3.239 0.821 16.22 2617 3.674 3.108 0.722 21.61 2617 3.832 0.725 4.119 -1.8% 3.251 0.674 6DOT300fi8 0.0713 0.854 2.91 5.350 1.112 2.502 O.18 0.954 4.389 1.126 22.25 4442 3.611 4.164 1.053 31.53 5251 3.683 1.448 5.223 -1.851 3.256 0.677 600"300.97 0.1017 1.218 4.15 7.762 2.442 2.524 1.096 0.948 7.034 1.857 36.69 7850 3.506 6.681 1.724 51.62 11124 2.590 4200 7.549 -1.841 3.265 0.682 1 Web -height to thickness ratio exceeds 200. Web stiffeners are required at all support points and concentrated loads. Page 4 Supplemental (T) Track Section Properties Section D-w�,. m Area m2 Weight ¢ ha M S1a ed In m m4 Ry m ha. '.. 1174 Sxx : Ma Ya Ycg ie in 9a. Ma Ya Ycp J Gw X0 : A0 $ 725T125-33' 0.0346 0.337 1.15 2.268 0.613 2.593 0.035 0.322 2100 0.396 7.82 493 4.319 0.135 0.365 -0.470 2.655 0.%9 725T725-43 0.0451 0.439 1.49 2.955 0.797 2.593 0.045 0.320 2794 0.686 13.55 1091 3.888 0.2% 0.471 -0.467 2.654 0.969 725T12S54 0.0566 0.551 1.88 3.718 0.998 2.597 0.056 0.318 3.643 0.913 18.05 2160 3.831 3.539 0875 26.21 2160 3881 0.589 0.588 -0.464 2.657 0.970 725712568 0.0713 0.694 2.36 4.702 1.254 2.603 0.069 0.315 4.702 1.213 23.97 4332 3.790 4.643 1.164 34.84 4332 3.840 1.176 0.736 -0.460 2662 0.970 725T125-97 0.1017 0.%9 3.37 6.761 1.778 2.614 0.095 0.310 6.761 1.778 40.15 9037 3.803 6.761 1.778 53.23 11124 3.803 3.411 1.038 -0.453 2.671 0.971 725f200-33' 0.0346 0.389 1.32 2.971 0.803 2.763 0.132 >. 0.583 2.465 0.400 7.91 493 4.6% 0.155 1.304 -0.970 2.986 0.894 725T20043 0.0451 0.507 173 3.872 1.0456 2764 0.171 f -0581 3.307 0.678 13.39 1091 , 4.293 0.344. 1.691 -0.966 ;> 2.985 0.895 725T200-54 0.0566 0.636 2.16 4.877 1.310 2.769 0.213 0,579 4.319 1.007.. 19.90 2160 4.060 4.188 0.881 26.37 2160 4258 0.679 2.121 -0.962 ' 2.968 0.896 725720068 0.0713 0.801 2.73 6.178 1.647 2777 0266 0.576 5.749 1.359 26.86 4332 3.999 5526 1.287 3854 4332 4.067 1.357 2.674 -0.9% 2.994 0.898 725720097 01017 1.142 3.89 8.908 2.342 2.793 0.371 0.570 8.881 2.166 4280 9037 3.%7 8.593 2048 61.33 11124 3.980 3.937 3.820 -0.950 3 00.5 0-900" . ». _ ...:: .... . n. ,. ., . • ... - ..._.. -° � ; 800710033' 0.0346 0.346 1.18... 2.611 0.641 2.748 0.019 0.232 2532 0.427 8.45 446 4.720 0138 0.246 -0.307 2.774 0.988 1 800T100-43 0.0451 0.451 1.53 3.401 0.833 2.747 0.024 0.230 3.353 0.734 14.50 988 4.264 0.305 0.317 -0304 2.774 0.988 8WT1 OD -54 0.0566 0.565 1.92 4.276 1.043 2.750 0.030 0.229 4.276 1.014 20.03 1956 4.136 4.231 0.954 28.58 1956 4222 0.604 0.394 -0.302 2.776 0.988 80OT10D68 0.0713 0.712 2.42 5.402 1.310 2.755 0.036 0.226 5.402 1.310 29.14 3920 4.125 5.402 1287 38.53 3920 4.147 1.206 0.491 -0299 2.780 0.988 1800770097 0.1017 1.015 3.45 7.747 1.854 2.763 0.049 0.221 7.747 1.854 43.11 9037 4.178 7.747 1.854 63.97 11124 4.178 3.499 0.685 -0.292 2.787 0.989 BOOT750-118 0.1242 1363 4.64 11.641 2760 2.923 0.197 0380 11.641 2.760 62.48 12810 4.217 11.641 2760 93.00 16591 4217 70 06 2.615 -0 90 3.002 0.964 BOOT20D-118 0.1242 1.487 5.06 13.785 3.269 3.045 0.455 0.559 13.78.5 3.212 63.48 12810 4.243 13.785 3.059 91.59 16591 4313 7.646 5.822 -0.899 3.222 0.922 BWT250-43 0.0451 0.586 1.99 5.629 1.380 3.100 0.326 0.746 4.593 0.739 14.60 988 5.051 0.397 3.869 -1282 3.437 O -W 80OT250-54 0.0566 0.735 250 7.090 1.730 3.106 0.407 0.744 5.918 1.193 23.57 19% 4.636 5.816 0.959 28.71 1956 5.015 0.785 4.858 -1279 3.440 0.862 BOOT250-68 "7130.926 3.15 8.978 2177 3.114 O.509 0.741 7.917 1.648 32.57 39M >. 4.526 7.588 .1.560 46.72 3920 4.600 1.569 6.131 -1274 3.445 0.863 8DOT250-97 0.1017 1.320 4.49 12.944 3.098 .3.132 0.713 0.735 12351 2.641 52.19 9037;5>5. 4.414 11.872 2487 74.47 11124 4500 4550 8.778 -1265 3.457 0.866 800T30054 0,0566 0.792 2.69 8.028 1.958 3.184 0.675 0.923 6.396 1.178 23.28 1956 4.862 6237 0.956 28.62 1956 5.227 0.845 7.942 -1.663 3.709 0.799 80OT300-68 0.0713 0.997 3.39 10.171 2.466 3.194 0.844 0.920 8.497 1.709 33.76 3920 4.665 8.160 1548 46.36 3920 4819 1.690 10.037 -1.659 3.715 0.801 80OT30D-97 0.1017 1.422 4.84 14.676 3.513 3.213 1.188 0.914 13.395 2.757 54.49 9037 4.544 12.794 2586 77.43 11124 4.636 4.901 14.412 -1.649 3.726 0.804 92ST125-43' 0.0451 0" 1.80 5.436 1.155 3.204 0.047 0.297 5.247 0.833 16.46 653 5.293 0.359 0.816 -0.403 3243 0.985 9257725.54 0.0566 0.654 2.26 6.834 1.447 3.207 0 .058 02 % 6.710 1341 26.49 1689 4.836 6.622 1.080 32.35 1689 5247 0.709 1.018 -0.400 3.246 0.985 925T12568 0.0713 0.837 2.85 8.632 1.817 3.212 0.072 0293 8.632 1.766 34.90 3384 4.793 8.533 1.705 51.03 3384 4.845 1.418. 1.272 -0297 3250 0.995 925T125-97 0.1017 1-193 4.06 12.377 2577 3.221 0.099 0.288, 12.377. 2577 < 58.21 9037> 4.803 12.377 2S77 77.16 9870 4.803 4.112.'' 1.785 -0.390 3258 0.986 925T200-43' 0.0451 0.597 2.03 6.920 1.471 3.404 0.180 0.550 6.102 0.847 16.73 853 5.702 0.405 2.957 -0.854 3.552 0.942 925720054 0.0566 0.749 2.55 8.706 1.843 3.409 0.225 0.547 7.860 1.363 26.94 1689 5.229 7.713 1.098 32.87 1689 5.659 0.800 3.704 -0.851 3.556 0.943 92ST200-M 0.0713 0.944 3.21 11.009 2.318 3.416 0.280 0.545 10.312 1.959 38.72 3384 5.015 9.9% 1.793 53.69 3384 5.172 1.599 4.659 -0.847 3561 0.943 925720097 0.1017 1345 4.58 15.822 3294 3.429 0.391 0.539 15.769 3.075 60.76 9037 4.914 15.304 2.928 87.68 %70 4.%1 4.638 6.623 -0839 3572 0.945 ._. .,,..; .: , ti`s., .... ... : ' .' `, p:..,.: .''. .... ..., w, x�,.�.'' ._ .owz- 1000T10043' 6.0451 0.541 1.84 6.053 1.191 3.346 0.025 0.213 6.033 0.876 17.31 789 5.694 0.367 0.521 -0262 3.363 0.994 1000TIOD-54 0.0566 0.679 231 7.606 1.492 3.348 0.030 0.212 7.606 1.422 28.10 1561 5.184 7.606 1.134 33.95 1561 5.647 0.725 0.647 -0260: 3.365 0.994 1000T700-68 .0.0713 0.854 2.91 9.5%1.873 3.352 0.037 0.209 9.5% 1.873 41.68 . 3128 5.125 9.5% 1.845 55.24 3128.. 5.148 1.448 0.804 -0257> ..3368 0.994 10DOTIOD-97 0 1017 1.218 4.15 13.740 2.654 :.:. 3.358 0.051 0204 13.740 2.654 61.70 %37 5.178 13.740'' 2654 91.54 9119 5.178 4.200' 1.117 -0.251 3.374 0.994 1ODOT15D-118 0.1242 1 .61 1 5.48 20.121 3.857 3.534 0.204 0.356 20.121 3.857 87.3D 13479 5.217 20.121 3.857 129.% 16591 5.217 8.295 4.297 -0.4% 3.587 0.901 1000T20D-118 0.1242 1.735 5.91 23.422 4.489 3.674 0.476 OS24 23.422 4.420 67.35 13479 5.244 23.422 4233 126.74 16591 5.319 8.924 9.612 -0.799 3.796 0.956 1000725043' 0.0451 0.676 2.30 9.515 1.873 3.751 0.344 0.713 8.026 0.916 18.11 789 6.493 0.458 6.466 -1.154 3.989 0.916 1000725054 0.0566 0.648 2.89 11.972 2.348 3.757 0.429 0.711 10.363 1.455 28.74 1561 6.011 10.144 1.187 35.55 1561 6.448 0.906 8.109 -1.150 3.993 0.917 1 DOOT250-68 0.0713 1.068 3.64 15.138 2.954 3.764 0.536 0.7% 13.494 2.308 45.61 3128 5.552 13.184 1.909 57.16 3128 5.%2 1.810 10.214 -1.146 3.9% 0.918 1000725097 0.1017 1.523 5.18 21.760 4.202 3.780 0.751 0.702 20.844 3.644 72.02 %37 5.430 20.096 3.457 103.50 9119 5521 5.252 14.564 -1.138 4.009 0.919 10DOT3DD-54 0.0566 0.905 3.08 13.427 2.633 3.852 0.714 0.888 11.083 1.452 28.69 1561 6.250 10.826 1.191 35.65 1561 6.676 0.966"> 13.262 -1510 4.232 0.973 1000T3DD-0 0.0713 1.1403.88 16.985 3.314 3.860 0.893 0.88.5 14.416 2.377 46.96 3128 5.716 14.106: 9.904 57.01 3128 6.194 1.931 16.728 -1.5055 4.237 0.874 1000T30D-97 0.1017 1.625 5.53 24.434 4.719 3.878 1.257 0.879 22.441 3.798 75.04 9037 5.571 21.530 3589 107.45 9119 5.669 5.602 23.921 -1.496 4,248 0.876 - 10.275 - p�1.310° <3 _ � , 1150T725-54' 0.0566 0.792 2.69 11.940 2.041 3.883 0.060 11.856 1.605 31.72 1356 6.398 11.719 39.21 1356 6877 0.845 1. 1.656 .347 -03Q . 3.909 0.992 1150712568 0.0713 0.%7 3.39 15.067 2.565 3.887 0.074 0.272 15.067 2.502 49.44 2716 5.919 15.019 2.103 62.97 2716 632D 1.6% 2.066 -0.344 3.912 0.992 115OT125-97 0.1017 1.422 4.84 21.568 3.638 3.895 0.102 0267 21.568 3.638 82.18 7913 5.928 21.568 3.638 108.93 7913 5.928 4.901 2.889 -0337 3.919 0.993 1150720054' 0.0666 0.877 2.98 : 14.816 2.533, 4.111 0.234 0.517 13.694 1.645;., 32.51 1356 6.810 13.449 1,349 40.39 1&% 7292 0.936.<'. 6.087 -0.754 4.212 0.968 115OT2X0-68 0:0713 1.104 3.76 18.714 3.185 ' . 4.117 0.292 0S74 17.658 2.709 53.52 2716 6.190 17.387 > 2157 64.57 2716 6.741 1.871 "' 7.644 -0.751 ` 4216 0.968 115OT2DD-97 01017 1.574 536 26.837 4.527 4.129 0.407 OSOB 26.743 4.260 8417 7913 6.045 26.031 4.082 122.20 7913 6.126 5.427 10830 -0743 4226 0969 1200770054' 0.0566 0.792 2.69 12.292 2.015 3.940 0.031 0.198 12.292 1.624 32.08 1299 6.621 12.292 1.332 39.87 1299 7.112 0.845 0.966 -0228 3.952 0.997 1200T700-68 0.0713 0.%7 3.39 15.504 2.531 3.943 0.038 0.1% 15.504 2.531 50.02 2502 6.125 15.504 2.121 63.51 2602 655.5 1.690 1.200 -0225 3.955 0.%7 1200T1DO-97 0.1017 1.422 4.84 22.169 3.588 3.949 0.052 0.191 22.169 3.588 83.43 7579 6.178 22.169 3588 123.80 7579 6.178 4.%1 1.662 -0220 3.960 0.997 1200TI50-118 0.1242 1.850 6.33 31.825 5.119 4.137 0.210 0.336 31.825 5.119 115.86 13479 6.217 31.825 5.119 172.47 13844 6217 9.562 6.440 -0.444 4.174 0.989 120OT20D-118 0.1242 1.984 6.75 36.530 5.876 4.291 0.492 0.49B 36.530 5.794 114.50 13479 6.245 36.530 5.573 166.87 13844 6.323 10.201 14.478 -0.719 4.379 0.973 1200T250-54' 0.0566 0.962 3.27 165% : 3.041 1 4.392 0.445 :, 0.681 0 16.432 : 1.722 34,02 1299 '; 7.436 15.811 1.419 42.49 1299 -7.922 1.027 12.321 -1.047 4566 0.947 12DOT25068 0.0713 1211 4.12 23.435 3.826 4.399 0556 0.678 21264 2.793 55.21 2602 : 6.817 20.871 2.255 67.52 2602 7.367 2.052 15.499 -1.043 4.572 0.918 12 OT250-97 0.1017 1.727 5.88 33.623 5.442 4.413 0.780 0.672 32294 4.785 94.55 7579 6.442 31.233 4.564 136.64 7579 6536 5.953 22.041 -1 A35 4582 0.949 1200730054' 0.0566 1.018 3.46 20.636 3.383 4.502 0.745 0.855 17.492 1.728 34.15 1299 7.685 16.172 1.428 42.74 1299 8.162 1.087 20.178 -1.384 4.787 0.916 120OT30068 0.0713 1.282 4.36 26.079 4.258 4.510 0.932 0.852 22.699 2.786 55.04 2602 7.080 22.227 2263 67.76 2602 7.618 2.173 25.418 -1.380 4.792 0.917 1210T30D-97 0.1017 1.828 6.2.2 37.441 6.060 4.525 1.310 0.847 34.580 4.976 %.33 7579 6592 33.2% 4.730 141.62 7579 6.694 6.304 36.249 -1371 4.804 0.919 m... -,NR -MM',..: ,n.. .._ �����,--, __ ..;�.. ........u. ��t :: da��.^^. °>�. Wks '�-�o. .. A w... .,:."',."�. fie., <...,. .,.. 1350T725-54' 0.05% 0.905 3.08 18.150 2.650 :4.479 0.061 0.259 18.150 1.840 36.36 1154 7.840 17.767 1523 45.59 1154 8.363 0.966 2.363 -0310 4.497 0.995 135OT125M 0.0713 1.140 3.88 22.894 3.330 4.482 0.075 0357 22.894 2.977 58.82 2310 7.169 22.894 2.404 71.96 2310. 7.765 1.931 '2.946 -0.307' 4500' 0.996 135OT125-97 0.1017 1.625 5.53 32.740 4.726 : 4.489 0.103 0.252 32.740 4.726 106.74 6728 6.928 32.740 4.726 141.49 6728 6.928 5.602 4.110 -0.302 4.506 0.9% 135OT20D-54' 0.0%6 0.990 3.37 22.100 3.227 4.725 0.240 0.493 20.731 1.906 37.66 1154 8.257 19.139 1.577 47.21 1154 8.783 1.057 8.762 -0.686 4.800 0.980 1350720068 0.0713 1.247 4.24 27.8% 4.058 4.730 0.2% 0.4% 26.700 3.072 60.70 2310 7.585 26.292 2.494 74.66 2310 8.180 2.113 10.991 -0.682 4.804 0.980 135072 0-97 0.1017 1 778 6.05 39.954 5.767 4 741 0.418 0.485 39.813 5.457 107.84 6728 7.049 38.837 5251 157.22 6728 7.132 6.128 15510 -0.675 4.813 0.980 14007700-54' 0.0566 0.905 3.08 18.562 2.615 4529 0.031 0.186 18562 1.849 36.54 1112 8.087 17.636 1539 46.08 1112 8.609 0966 1.354 -0203 4,537 0.998 1400TIOD-M 0.0713 1.140 3.88 23.404 3.285 4532 0.039 0.184 23.404 2.919 '; 57.69 2227 .. 7.457 23.404 : 2409 72.13 2227 8.016 1.931 '' 1.680 -0201 ' 4540 0.9% 140OTlOD-97. 0.1017 1.625 5.531. 33.441 4.6% 4.537 0.053 0.180 33.441 4.659 10832 6485 7.178 33.441 4.659 139.49 6485 7.178 5.602 2.321 -0.196 4544 0.998 1400T125-54' 0.0566 0.933 3.18 19.977 2.814 4.627 0.061 0.256 19.977 1.901 37.56 1112 8.208 18.919 1.577 47.21 1112 8.739 0.997 2.561 -0.302 4.644 0.996 1400712568 0.0713 1.175 4.00 25A96 3536 4.630 0.076 0.254 25.196 3.056 60.40 2227 7,528 25.196 2.482 74.31 2227 8.131 1.992 3.191 -0299 4.647 0.996 1400T125-97 0.1017 1.676 5.70 36.024 5.019 4.636 0.104 0.249 36.024 5.019 113.36 6485 7.178 36.024 5.019 15026 6485 7.178 5.778 4.450 -0294 4.652 0.996 14007150-54' 0.0566 0.962 327 21.392 3.013 4.717 0.105 0.330 21.003 1.933 3820 1112 8.344 19567 1.602 47.97 1112 8.879 1.027 4.280 -0.414 4.746 0.992 1400775068 0.0713 1.211 4.12 26.987 3.788 4.721 0.130 0327 26.892 3.111 61.48 2227 7.658 26.601 2527 75.66 2227 8265 2.052 5.349 -0.411 4.750 0.993 1400715097 0.1017 1.727 5.88 38.607 5.379 4.729 0.180 0.322 38.607 5.379 106.28 6485 7.178 38.607 5250 157.18 6485 7.231 5.953 75D4 -0.405 4.757 0.983 140OT15D-118 0.1242 2.108 7.17 ". 47.247 6546 4.734 0.214 0.319 47.247 6.546. 148.18 11840 .7.217 47.247 6546 ' 221.58 11840 :. 7.217 10.839 9.051 -0.401 4.762 0.993 140OT2 0-54' 0.0596 1.018 3.46 24.221 3.412 4.878 0.242 0.487 22.791 1.972 38.97 1112 8.624 20.512 1.634 48.92 1112 9.160 1.087 9.514 -0.670 4.947 0.982 140OT200-68 0.0713 1.282 4.36 30.571 4.291 4.883 0.301 0.485 29.343 3.166 62.56 2227 7.940 28.898 2580 77.23 2227 8.545 2.173 11.932 -0.667 4.952 0.982 1400720097 0.1017 1.828 6.22 43.773 6.098 4.893 0.420 0.479 43.619 5.778 114.18 6485 7.300 42.628 5.455 163.32 648.5 7.443 6.304 16.863 -0.660 4.961 0.962 14007200-118 0.1242 2.232 7.60 53.606 7.427 4.900 0.504 0.475 53.606 7.334 144.92 11840 7.246 53.606 7.079 211.96 11840 7326 11.478 20.450 -0.655 4.967 0.983 1400T250-54' 0.0566 1.075 3.66 27.051 3.811 5.017 0.458 0.653 24.388 1.994 39.40 1112 8.897 21.276 1.653 4950 1112 9.428 1.148 17531 -0.961 5.150 0.965 1400T25D68 0.0713 1354 4.61 34.154 4.794 5.023 0S73 0.650 31.507 3.190 63.03 2227 8.221 30.940 2609 78.11 2227 8.818 2294 22032 -0.957 5.155 0.966 1400725097 0.1017 1.930 6.57 48.939 6.818 ` 5.036 0.803 0.645 47.122 6.062 119.78 6485 7.452 45.927 5.467 163.69 6485 '' 7.733 6.654 31271 -0.950 5.165 0.966 1400730054' 0.0566 1.131 3.95 29.881 4.209 5.139 0.769 0.825 25.860 2.008 39.68 1112 9.154 21.950 1.666 49.87 1112 9.679 1.208 28.762 4278 5.360 0.943 1400730068 0.0713 1.425 4.85 37.737 5.297 5.146 0.962 0.822 33.490 3.202 63.27 2227 8.489 32.821 2.627 78.65 2227 9.077 2.415 36.197 -1274 5.365 0.944 1400730097 0.1017 2.032 6.91 54.105 7.538 5.160 1.353 0.816 50.214 6.292 124.32 6485 7.609 48.934 5.461 163.51 6485 8.011 7.005 51.521 -1266 5.376 0.945 w1.318 _tl -5.227- _ _ - 1600T72568ix 00713 4.48 35.416 4.421 0.077 0.241- 35.916 3.396 67.11 1947 8.980 35.916 2803 83.94 1947 9.611 2233 4278 -0271 5233 0.997 16DOT125-97 0.1017 1.879 6.39 51.322 6.276 5.726 0.105 0237 51322 6.276 141.75 5666 8.178 51.322 5.701 170.69 %66 8.490 6.479 5.956 -0266 5238 0.997 16DOT125-118 0.1242 2.294 7.81 62.755 7.637 5.230 0.125 0.233 62755 7.637 176.99 10343 ..8.217 62.755 7,637 262.71 10343 8217 11.797 7.142 -0263 5.242 0.997 16DOT20068' 0.0713 1.425 4.85 42.914 5.282 5.488 0.307 0.464 41.582 3.554 70.23 1947 9.377 40.979 2927 87.65 1947 10.021 2.415 16.116 -0.613 5.542 0.988 160OT210-97 0.1017 2.032 6.91 61.398 7.508 5.497 0.428 0.459 61.184 7.146 141.20 5666 8.303 60.317 6.035 180.68 5666 8.848 7.005 22.743 -0.606 5.550 0.988 160OT20D-118 0.1242 2.481 8.44 75.146 9.145 5.504 0.514 0.455 75.146 9.039 178.61 10343 8247 75.146 8.751 262.02 10343 8.329 12.755 27.551 -0.601 5.555 0.988 Page 5 Supplemental Web Crippling Table Allowable Web Crippling Loads (lbs) - Single Members (Fy=33ksi) fnJ 750 Design 1088 Web G#nd6011 T Thickness Web Thidunest Thitlaxw 162 Bearing Leno (n) 54 Sire (m.) ','. (Mb) 1 3.5 4 '5 162 0.0451 43 383 557 591 730 162 0.0566 54 597 821 865 1045 162 0.0713 68 928 1213 1270 1499 250 0.1017 97 1812 2218 2299 2624 350 0.1017 97 1778 2176 2256 2574 362 0.1D17 97 " 1774 2171 2250 '.. 2568 600 0.1242 118 2538 3011 3106 3484 725 0.0451 43 290 421 447 552 725 0.0566 54 482.... 663 700 844 725 0.0713 68 788 1031 1079 1273 725 0.1017 97 1650 2020 2094 2389 800 0.1242 118 2457 2914 3006 3372 925 0.0451 43 256 373 3% 489 925 0.0566 54 442 608 641 773 925 0.0713 68 739 966 1D11 1193 925 0.1017 97 1582 1936. 2OD7 2291 1000 0.1242 118 2375 2817 2906 3259 1150 0.0566 54 396 545 574 693 1150 0.0713 68 683 893 935 1103 1150 0.1017 97 1506 1843 1910 2180 1200 0.1242 118 2293 2720 2805 3147 1350 0.0713 68 633 828 867 1023 1350 0.1017 97 1438 1759 1824 2081 1400 0.0713 68 621 812 850 1003 1400 0.1017 97 1420 1738 1802 2056 1400 0.1242 118 2211 2623 2705 3035 1600 0.1017 97 1352 1655 1716 1958 1600 0.1242 118 1 2129 2526 2605 2922 1093 1133 Allowable Web Crin fnJ 750 Design 1088 Web Tlidmess .. Thickness Sae '.- (m) ON 162 0.0566 54 162 0.0713 68 250 0.1017 97 350 0.1017 97 362 0.1017 97 600 0.1242 118 725 0.05% 54 725 0.0713 68 725 0.1017 97 800 0.1242 118 925 0.0566 54 925 0.0713 68 925 0.1017 97 1000 0.1242 118 1150 01)566 54 1150 '. 0.0713 68 1150 0.1017 97 1200 0.1242 118 1350 0.0713 68 ....1350 0.1017 97 1400 0.0713 fib 1400 0.1017 97 1400 0.1242 118 1600 0.1017 97 1600 0.1242 118 fnJ 750 1032 1088 1314 1167 1526 1596 1885 2279 ' 2789 2891 3299 2236 2737 2937 3237 2231 2730 2930 3229 3192 3787 3906 4382 607 834 880 1062 992 1296 1357 1601 2076 .2540 2633 ..3005 3089 3665 3780 4240 556 764 806 973 929 1215 1272 1501 1990 ''.' 2435 2524 2881 2986 3543 3654 4099 498 685 722 872 859 1123 1176 1387 1893 2317 2402 2741 2883 3421 3528 3958 797 1042 lD91 1287 1808 '2212 2293 2617 781 1021 1069 1261 1786 2186 2266 2585 2780 3298 3402 3816 1701 2081 2157 2462 2677 3176 3276 3675 1 :".35 4 ''. 6 632 982 877 1250 943 1335 1210 1675 1536 3035 1880 3523 1948 3621 2344 4012 2992 2987 3474 3468 3571 3564. 3956 .''.3949 4323 518 4900 720 5015 774 5476 993 844 1365 1074 1671 1147 1732 1438 2084 2934 4221 3291 4784 3382 4897 3747 5347 478 794 664 1011 714 1080 916 1354 1305 2750 1596 3193 1655 3281 1991 '.3635 4119 739 4669 940 4779 1004 5218 1260 1236 2655 1513 3092 1568 3168 1887 3510 4018 1176 4553 1438 4661 1491 5089 1794 2571 1160 2984 1420 3067 1472 3398 1771 2550 3916 2960 4438 3042 4543 3370 4960 2465 3814 2862 4323 2941 4424 3259 4831 ling Loads (lbs) - Being Length (m.) 1 3S ''. 4 6 1320 1680 1794 2250 2064 2525 2618 3149 4077 4733 4864 5389 4020 4667 4797 5314 4013 4659 .4788 5305 5808 6582 6737 7357 1133 1442 1540 1932 1834 2244 2326 2799 3808 4421 4543 5034 5671 6427 6579 7184 1067 1358 1450 1819 1753 2145 2223 2674 3694 4289 4408 4884 5534 6272 6420 7010 ..992 1263 1349 1692 1661.. 2032 21D6 7,534 3567 4141 4256 4715 5397 6117 6261 6837 1579 1932 .2003 ..2410 3453 4009 4121 4565 1559 1907 1977 2379 3425 3977 4067 4528 5260 5962 6103 6664 3312 3845 3952 4378 5124 5807 5944 6491 Page 6 1 -.Bearing Length (a) 33 '.4 " 6 1 ''' 11-119 UNO f-) 3.5 '' 4 15 278 4D4 429 530 766 819 830 873 434 598 630 761 1233 1302 1316 1371 678 896 928 1095 1984 2072 2090 2161 1323 1619 1678 1915 3992 4118 4143 4244 1291 1580 1637 1868 3870 3992 4016 4114 1287 ';1575 1632 1863 3854 3976 4000 40% 1828 2168 2236 2509 5502 5644 5672 5786 191 277 294 363 458 490 496 522 328 -451 475 574 847 894 904 942 547 716 750 884 1500 1567 1580 1634 1171 1434 1486 1696 3412 3520 3541 3627 1751 2078 2143 2404 5204 5339 5366 5474 '.' 160 232 246 304 348 373 378 397 290 398 420 507 710 749 757 789 501 655 686 809 1328 1387 1399 1446 1108 '1356 1405 "16D4 3168 3268 3288 3368 1675 1987 2049 2299 4907 5034 5059 5161 247 340 358 432 555 586 593 618 449 587-615 1223 725 1134 1185 1195 1235 1036 1268 1314 1500 2093 2985 3003 3076 1598 1896 1956 2194 4609 4729 4752 4848 403 526 551 650 ...962 1005 1014 1048 972 ('1190 1234 1408 2649 2733 2749 2816 391 511 535 632 919 %0 968 1001 956 1171 1213 1385 2588 2670 2606 2751 1522 1805 1862 2089 4312 4423 4446 4535 893 1093 1133 1292 2344 2418 2433 2492 1445 1715 1768 1984 1 4014 4118 4139 4222 nate Members (Fv=50ksi) Bea" Length (i.) I Length (-) 1 '.. 3.5 4 6 1 3.5 4 6 $46 751 792 956 1656 1749 1768 1842 852 1115 1167 1377 2665 2784 2808 2903 1663 2035 2110 2408 5363 5532 5566 5701 1623 1986 2059 2350 5199 5363 5395 5527 1618 1980 2053 2342 5178 5342 5374 5505 2299 2727 2812 3155 7391 7582 7621 7774 412 567 598 721 1136 1202 1214 1265 689 900 943 1112 2015 2105 2123 2195 1473 1803 1869 2132 4584 4728 4757 4873'' 2202 2613 2695 3023 6991 7172 7209 7353 364 501 528 638 953 1007 1018 1060 630 924 863 1018 1783 1861 1879 1943. 1393 1705 1767 2016 4256 4390 4417 4524 2106 2499 2577 2891 6592 6762 6796 6933 ...311 427 451 544 746 788 796 830 565 738 773 912 1523 1592 1605 1660 1303 1594 1653 18% 3887 4009 4034 4132 2010 Z384 2459 2759 6192 6352 6384 6513 506 662 693 818 1292 1350 1362 1408 1223 1496 1551 1770 3559 3671 3694 3783 492 643 673 794 1234 1290 1301 1345 1203 1472 1526 1741 3477 3587 3609 3696 1914 2270 2342 2627 5792 5942 5972 6092 1123 1374 1424 1625 3149 3248 3258 3348 1818 2156 2224 2495 5393 5533 5550 5672 Supplemental Web Crippling Table Page 7 Allowable Web Crippling Loads (lbs) - Back -to -Back Members (Fy_33ksi) Design 'ThK ::�.., r�uj aruR5a11 '; .., ' v. _. .:PWldna412 .:..... -: >.. ,._... rpKW03 Web Thicia3ess kness 8e�e�9 Length fnj Bearing Length fin4 Bearing Length (h) Bearing Length fm.) Size :: fmJ 4rtd5) " 1 3.5 4'' 6 1 35 4 6 1 35 4 6 1 3.5 4 6 162 0.0451 43 555 734 761 853 930 1338 1399 1610 416 550 570 639 926 1333 1393 1603 162 0.0566 54 932 1081 1118 1247 1412 1997 2084 2387 671 873 902 1006 1414 2000 2087 2390 162 0.0713 68 1261 1611 1663 1843 2175 3023 3149 3587 1104 1411 1456 1615 2194 3050 3176 3618 250 0.1017 97 _'2438 '. 3035 .3124 3432 4303 5819 6044. 6827 >. 2411.' 3003 3090 '.3396 4399 5949 6179 <6979 350 0.1017 97 2469 3074 3164 3476 4303 5819 6044 6827 2383 2967 3054 3355 4399 5949 6179 6979 .362 0.1017. 97 '" 2473 3079 3169 .3482 4303 5819 ' 6044 6827 2379 2963 3049 3350 4399 5949 6179 6979 600 0.1242 118 3647 4479 4602 5031 6384 85D1 8815 9907 3698 4541 4666 5101 6586 8770 9094 10221 725 O.D451 43 640 ..846 877 983. 930 > 1338 1399 1610 .353 466 > 483 542 802 1154 < 1206 1388 725 0.0566 54 939 1220 1262 1407 1412 1997 2084 2387 590 767 794 885. 1293 1830 1910.. 2187 725 0.0713, 68 1390 1776 .1834 2D33S. 2175 3023 ( 3149 " 3587 999 ;1277 1318 1461 2094 2911 ' 3032 3454 725 0.1017 97 '.2585 .3219 3313 3641. 4303 5819 6044 6827 2275 2833 2916 3204 4399 5949 6179 6979 800 0.1242 118 3721 4570 4695 5133 6394 8501 8815 9907 3624 4450 4573 4999 6586 8770 9094 10221 925 0.0451 43 640 .846 877. 9B3 930 1338 1399 5,1610 330 ,436 452. 507 (. 740 1065 1114 1281 925 0.0566 54 %B 1258 1301 1451 1412 1997 2084 2387 561 730 ' 755 842 1218 1724 1799 S'2D60 925- 0.0713- 68 1436 1835 1894 2100 1175 3023 ' 3149 3587 'S 962 1229 1269 1407 2002 < 2782 2898 3301 925; 1000 0.1017. 0.1242 97 11B 2648 .3297 .3393 3728 4303 5819 6044 5.6827,_2218 2762 2843 3123.. 4271 5775. 5998 'fi775 1150 0.0566 54 3795 968 4660 '. 1258 4789 1301 5235 6384 8501 8815 9907 3550 4359 4479 4897 6497 8651 8971 10082 1150 0.0713 68 1478 1688 1949 1451 2161. 1412 2175 1997 '';. 2084 -2387 529 '.688 .711 793 1134 _. 1601 '< 1674 1917> 1150 0.1017 97 2718 3384 3483 .3827 4303 3023 5819 3149 SS 6044 3587 6827 920 5.2154 1175 1213 1345 1898 '', 2638 2748 .3130 1200 0.1242 118 3869 4751 4882 5338 6384 8501 8815 9907 3476 2682 4268 2760 4386 3033 4795 4124 6338 < 5577 8439 5793 8750 6543. 9835 1350 1350 0.0713 68 1478 1888 1949 2161 2175 3023 3149 3587 883 1128 1164 1291. 1805 2509 2614. 2977 1400 0.1017 0.0713 97 68 2780. 1478 3462 -..3563 3915 ` 4303 5819 6044 5827 2096 2610 .2667. 2952 3994 <I 5401 5610 6336 1400 0.1017 97 2796 1888 3481 1949 3583 2161 2175 3023 3149 3587 873 1116 1152 1277 1782 2477 2580 2939 1400 0.1242 118 3943 4842 4976 3937 5440 4303 6384 5819 6044 6827 2082 2593 2668 2932 3962 5357 5564 6285 1600 0.1017 97 2851 3550 3653. 4014 , 4303 8501 5819 8815 6044 9907 ;5.6827 3402 2025 4177 2521 4292 2595 4693 2851 6178 8226 8530 9587 ' 1600 0.1242 118 1 4017 4933 5089 $542 j 6384 95D1 881S.. 9907 1 3328. 4086 4199' ,. ' 4591 .3832 1 6019 5181 8014 >-5382 8310 6078.. 9340 Allowable Web Crippling Loads (lbs) - Back -to -Back Members (Fy_50ksi) Web Design' 7hdaless Thickness ' Beamg Length fmj' «... Bearing Leno w �- 3 Bearing Length fm.) s (.'an(httnll Beafin9 Length On.) ,. .,. 5¢e fart 'd�Bsi 7 3.5 IN 114 6 1 3.5 A 6 ,_t 3.5 _'. 4 fi 1 34 7.4 6 162 762 0.0566 0.0713 54 1260 1638 1694 1890 1530 2166 2260 2588 671 873 902 1006 1414 2000 2087 23904 250 0.1017 68 `I 97 1910 3693 2441 4599 2519 4733> 2793 5201 2358 4666 3278 3414 3889 110411 1 1456 1615 2194 3050 3176 3618 350 0.1017 97 3740 4658 4794 5267 4666 6309 6309 6553 6553 7401 7401 2411 3003 3090 3396-. 4399 <;> 5949 6179 <6979' 362 0.1017 97 3746 '. 4665 4801'' 5275 4666 < 6309 > 6553 7401 2383 2379 2967 2963 3054 3049 3355 3350 4399 5949 ` 6179 6979 600 01242 118 5526 6786 6973 7623 6922 9216 9557 10741 3698 4541 4666 , 5101 4399 6586 5949 8770 6179 9094 6979 10221 725 725 0.0566 0.0713 5. 54 1422 1849 1912. 2132. 7530 2166 2260 2588 590 767 794 885 1293 1930 .1910 2187" 725 .,..0.1017 68 97 2106 3917 2691 4978 2778. 5020 ' 3080 5516 2358 4666 '' 3278 3414 3889 ''..7401 999 1277 ' .1318 1461 2094 2911 3032 3454 B00 0.1242 118 5638 6924 7114 7778 6922 6309 9216 6553 9557 10741 2275 2833' 2916 3204 4399 5949 6179 6979 925 0.0566 5. 54 1465 1906 1971 2198 1530 2166 2260 2588 3624 561. 4450 730.. 4573 755 4999 6586 '.. 8770 9094 10221 925 0.0713 68 2176 '2780 2870 ' 3182 2358 '<. 3278 3414 .3889 962. 1229 ' 1269 842 1407 1218 2002 1724 2782 1799- 2898 2060 925 1000 0.1017 0.1242 97 118 4012 5750 4995 5141 5 5649 4666 6309 6553 .7401 2218 2762'' 2843 3123 -. 4271 5775 ' ' 5998 3301. 6775 1150 0.0566 >54 '1456 7061 1906 7256 1971. 7933 6922 9216 '' 9557 10741 3550 4359 4479 4897 6497 8651 8971 10082 1150 0.0713 68 2239 2861 2953 2198 3274 1530 2358 2166 ''. 3278 <.2260 2588 529 688 .. 711 793 1134 '< 1604 1674. 1917 1150 0.1017 97 4118 5128. 5277 ` 5799 4666 6309 - 3414 6553 3889 7401 < 920. 2154 1175 1213 1345 1898 2638 2748 3130 1200 0.1242 118 5862 7199 7397 8087 6922 9216 9557 10741 3476 2682 4268 2760 4386 3033 4795 4124 5577 5793 6543 1350 0.0713 68 2239 2861. 2953 3274 2358 3278 3414 3889 883'. 1128 < 1164 1291 6338 1805 8439 8750 2614 9835 135D 1400 0.1017 0.0713 97 68 4212 5245 5398 5932 4666 ',, 6309 'I65S3 7401 2096 2610.. 2687 2952 3994 ,.2509 ;.. 5401 5610 2977 6336 1400 0.1017 97 2239 4236 2861 5275 2953 5429 3274 5965 2358 3278 3414 3889 873 1116 1152 1277 1782 2477 2580 2939 1400 01242 118 5975 7337 7539 8242 4666 6922 6309 9216 6553 9557 7401 2082 2593 2668 2932 3962 5357 5564 6285 1600 0.1017 97 4319 5378 5535 6082 4666 '6309 6553 10741 7401 3402 2025' 4177 2521;... 4292 4693 6178 8226 8530 9587 1600 0.1242 118 1 6087 7475- 7680 8397 1 6922 '.9216 <'.9557 10741 3328 4086 2595 4199 2851 4591 3832 5181 5382 , 6078 6019 8014 6310 9340 Page 7 4 z he �- Ie X'o a TRUSSES @ 24" O.C. COLLAR TIE REQUIRED ONLY AT 12' WIDE 12 4 = = 3� SINGLE CONTINUOUS TOP �.� PLATE ON LENGTHS UP TO TRUSS NAIL PLATES ARE: 12', DOUBLE TOP PLATES EAGLE METAL PLATES ON LENGTHS GREATER (ICBO #ER4420) THAN 12' TRUSS MANUFACTURED BY zoo TUFF -SHED ao AIL UP TO 12'-0" WIDE SINGLE TOP PLATE IPLES (IF REQ.) PLYWOOD SPACER HEADERS FOR OPENINGS UP TO 3'-0" (2) 2 x 4 x 4 WINDOW SILL TRIMMERS FLOOR DECKING BASEPLATE KING STUD TUFF SKEW Storage Buildings & Garages TUFF SHED, INC. 8208 E. TRENT AVE. S= 2A SPOKME VALLEY, WA 93212 ($O9) 5368833 (868) 802 -TUFF STORE 310 Inv #. WALL FRAMING TO BE 2X4 HF STUD GRADE @ 24" OC. SIDEWALL DOORS MAY NOT BE AVAILABLE IN ALL AREAS TOP PLATE CRIPPLES (IF REQ.) 1/2" PLYWOOD SPACER HEADERS FOR OPENINGS UP TO 4'-0" 2 2 x 4 OPENINGS 4'-1" TO 6'-0" 2 2 x 6 OPENINGS 6'-1" TO 8'-0" 2 2 X 8 or (2)1.75 X 5 " LVL RANCH SHED UP T4 12'x 24' SUNDANCE SERIES NAILING ROOF: ATTACH 7/16 OSB SHEATHING TO TRUSSES WITH: 6d NAILS @ 6" O.C. AT EDGES. 6d NAILS @12" C.C. IN FIELD. WALLS: ATTACH 1/7 DURATEMP TO WALL FRAMING WITH 6d NAILS @ 6" O.C. AT EDGES. 6d NAILS @12" O.C. IN FIELD. HEADER: HEADER TO STUD - 4-8d TOENAIL OR 4-16d END NAIL DOUBLED HEADER - 16d @ 16" STAGGERED FACE NAIL EARTH ANCHORS FOR THIS SHED ARE OPTIONAL. IF REQUIRED BY THE LOCAL BUILDING OFFICIAL, ANCHORS ARE AVAILABLE AT TUFF SHED. SEE SALESPERSON FOR PRICING. KING STUD TRIMMER BASEPLATE TRIMMER STUD FLOOR DECKING FOR OPENINGS UP TO 8'-0" ON SUNDANCE SERIES SIDEWALLS • �1.: a Customer: Drawn By: SAH Date: 07/13104 Site Address: Checked BVJS) Date: 12/30/2004 -LS=H-HSGW-8aFr.AFtFA Revised: CRIPPLE STUD PRESSURE BLOCKS #8 X 3" FLAT HEAD SCREWS SPACED @ 24" OC: 3/4" APA OR TECO RATED T&G FLOOR DECKING. 2X6 STEEL JOISTS @ 24" OC #10 X 3/4" PAN - HEAD SELF -TAPPING SCREWS (2 PER TAB) VENT HOLES @ 24" OC. OPTIONAL LEVELING BLOCKS 2X6 STEEL TRACK EACH END 1. STEEL SHED FOUNDATION: 2X6 16 -GAUGE STEEL TRACKS G210 ZINC COATED _/ 2X616 -GAUGE STEEL JOISTS G210 ZINC COATED @ 24" OC. (SUPPLIER: ALLIED STUDCO (JOIST: 6005162-054 / TRACK: 600T125-054) ICBG ER -4943P). 2. 3/4" "APA" OR "TECO." RATED TONGUE AND GROOVE FLOOR DECKING. 24" MAX PANEL SPAN. STAGGER PANEL LAYOUT 3. FASTEN PLYWOOD TO JOISTS WITH #8 X 1-518" SELF -TAPPING SCREWS SPACED @ 12" OC. NO BLOCKING REQUIRED. 4. FASTEN SOLE PLATE THROUGH FLOOR PLYWOOD INTO JOISTS AND TRACKS WITH 3116"X 3" GALV HEX HEAD SCREWS @ 24" OC. 5. ALLOWABLE FLOOR LIVE LOAD: 75 PSF FOR STEEL JOISTS CONTINUOUSLY SUPPORTED. 50 PSF FOR JOISTS ON BLOCKS AS SHOWN. 6. USE OPTIONAL CONCRETE BLOCKS AS REQUIRED TO LEVEL BUILDING: SUGGESTED SIZES: 1-1/4"X 8"X 16", 4"X 8"X 16", OR 8"X 8"X 16" BLOCKS UNDER JOISTS @ 10`-0" OC MAXIMUM. BLOCKS UNDER TRACK SPACED @ 5'-0" OC MAXIMUM. BUILDING CODE: K1111311 DESIGN LOADING 2 x 4 HEADER WIND SPEED & EXPOSURE 85 C. LAID FLAT ROOF LIVE LOAD 30 PSF. ROOF DEAD LOAD 10 PSF. FOR OPENINGS UP TO 4'-0" WIDE THESE DRAWINGS AND THE DESIGN ARE THE PROPERTY OF TUFF SHED, INC. THESE DRAWINGS ARE FOR A BUILDING TO BE SUPPLIED AND SUILT BY TUFF SHED. ANY OTHER USE IS FORBIDDEN BY BOTH TUFF SHED AND THE ENGINEER Or RECORD McGinnis ASSOCIATES_ 14377 WOODLAKE DRIVE SUITE 314 CHESTERFIELD, MISSOURI 63017 PHONE: (314) 469-6460 #9992 FOR SHEDS WHICH OTHERWISE MEET THE PRESCRIPTIVE REQUIREMENTS OF THE 2003 IRC. ALL SHEDS CONSTRUCTED ACCORDING TO STANDARD CONVENTIONAL CONSTRUCTION METHODS 310-01-01 `3 1, Dan McGinnis, P.E., have A" Tills: SHEET. BUILDING SECTIONS reviewed these drawings and find s { SHED BASE that they contain the re qui ( DETAILS of the structural cal tions. r HEADER FRAMING DETAILS r GENERAL NOTES Scale: AS NOTED Sheet 1 of 1 TRUSSES @ 24" O.C.COLLAR TIE REQUIRED ONLY AT 12' WIDE 12 4 SINGLE CONTINUOUS TOP PLATE ON LENGTHS UP TO TRUSS NAIL PLATES ARE: 12', DOUBLE TOP PLATES O EAGLE METAL PLATES N LENGTHS GREATER to (ICBG #ER4420) THAN 12' C) k TRUSS MANUFACTURED BY bo bo zo TUFF -SHED BASE: SEE DETAIL UP TO 12'-0" WIDE r TOP PLATE CRIPPLES (IF REQ.) 1/2" PLYWOOD SPACER HEADERS FOR OPENINGS UPTOT-0- (2)2x4 x 4 WINDOW SILL 11110,T110TTO FLOOR DECKING BASEPLATE KING STUD FOR WINDOW OPENINGS UP TO 34r ON SUNDANCE SERIES SIDEWALLS I,::11111 _.I 0]:3�-j 01:3 r -,j I Ego oil -=F-11 V I L4 MIMI 11 WALL FRAMING TO BE 2X4 HF STUD GRADE @ 24- OC. SIDEWALL DOORS MAY NOT BE AVAILABLE IN ALL AREAS TOP PLATE CRIPPLES (IF REQ.) 1/2" PLYWOOD SPACER HEADERS FOR OPENINGS UP TO 4'-0"2x4 -0 OPENINGS 4!-1: TO 6-- 2 2 x 6 OPENINGS V-1 TO V-0" 21 2 X 8 or (2) 1.75 X 5 " LVL RA -INCH SHED UP TO 12'x 24' SUNDANCE SERIES NAIUNG ROOF: ATTACH 7116 OSB SHEATHING TO TRUSSES WITH: 6d NAILS @ 6- O.C. AT EDGES. 6d NAILS @12" O.C. IN FIELD. WALLS' ATTACH 1/2" DURATEMP TO WALL FRAMING WITH 6d NAILS @ 6- O.C. AT EDGES. 6d NAILS @12- O.C. IN FIELD. HEADER: HEADER TO STUD - 4-8d TOENAIL OR 4-16d END NAIL DOUBLED HEADER - 16d @ 16- STAGGERED FACE NAIL EARTH ANCHORS FOR THIS SHED ARE OPTIONAL. IF REQUIRED BY THE LOCAL BUILDING OFFICIAL, ANCHORS ARE AVAILABLE AT TUFF SHED. SEE SALESPERSON FOR PRICING. 5 14 1 1 CC] &1111 KING STUD TRIMMER BASEPLATE TRIMMER STUD FLOOR DECKING ;I:Ik1Ilz1C1-1:11j* tex: I CRIPPLE STUD PRESSURE BLOCKS #8 X 3" FLAT HEAD SCREWS SPACED @ 24- OC. 3/4" APA OR TECO RATED T&G FLOOR DECKING. 2X6 STEEL JOISTS @ 24- OC - #10 X 3/4' PAN - HEAD SELF -TAPPING SCREWS (2 PER TAB) VENT HOLES @ 24- OC. OPTIONAL LEVELING BLOCKS 2X6 STEEL TRACK EACH END 1. STEEL SHED FOUNDATION: 2X6 16 -GAUGE STEEL TRACKS G210 ZINC COATED 2X616 -GAUGE STEEL JOISTS G210 ZINC COATED @ 24- OC. (SUPPLIER: ALLIED STUDCO (JOIST: 6005I62-054 / TRACK: 600TI25-054) ICBO ER -4943P). 2. 3/4" "APA" "TECO." RATED TONGUE AND GROOVE FLOOR DECKING. 240 MAX PANEL SPAN. STAGGER PANEL LAYOUT 3. FASTEN PLYWOOD TO JOISTS WITH #8 X 1-5/8* SELF -TAPPING SCREWS SPACED @ 12- OC. NO BLOCKING REQUIRED. 4. FASTEN SOLE PLATE THROUGH FLOOR PLYWOOD INTO JOISTS AND TRACKS WITH 3/16* X 3' GALV HEX HEAD SCREWS @ 24- OC. 5. ALLOWABLE FLOOR LIVE LOAD: 75 PSF FOR STEEL JOISTS CONTINUOUSLY SUPPORTED. 50 PSF FOR JOISTS ON BLOCKS AS SHOWN. 6. USE OPTIONAL CONCRETE BLOCKS AS REQUIRED TO LEVEL BUILDING: SUGGESTED SIZES: 1-1/4"X 8"X 16", 4"X 8" X 16", OR 8"X 8"X 16" BLOCKS UNDER JOISTS @ 10'-0- OC MAXIMUM. BLOCKS UNDER TRACK SPACED @ 5-T OC MAXIMUM. � SHED BASE DETAIL BUILDING CODE: 2003 IRC DESIGN LOADING 2 x 4 HEADER WIND SPEED & EXPOSURE— 85 C. LAID FLAT ROOF LIVE LOAD 30 PSF. ROOF DEAD LOAD 10 PSF. FOR OPENINGS UP TO V-0" WIDE OPIUM , I :11ME11:41,4 a:.I, M11 TTS FOR SHEDS WHICH OTHERWISE MEET THE PRESCRIPTIVE REQUIREMENTS OF THE 2003 IRC. ALL SHEDS CONSTRUCTED ACCORDING TO STANDARD CONVENTIONAL CONSTRUCTION METHODS L 101 -0 4D---] 0 Inv #. THESE DRAWINGS AND THE McGRiMS & ASSOCIATES Drawn By: SAH DESIGN ARE THE PROPERTY OF CONSULTING Title: TUFF S HED Customer-. ENGINEERS, INC. 1, Dan McGinnis, P.E., have TIONS SHEET: BUILDING SEC TUFF SHED, INC. THESE 14377 WOODIAKE DRIVE reviewed these drawings and find Storage Buildings & Garages Date: 07/13/04 SHED BASE A DRAWINGS ARE FOR A BUILDING SUITE 314 that they contain the requi ts TUFF SHED, INC. Site Address: Checked ByJSA TO BE SUPPLIED AND SUILT BY DETAILS CMTERFIELD, MISSOURI 63017 Of the structural cal ons- HEADER FRAMING GM E. TRENT AVE. BLDG 2A TUFF SHED. ANY 0711ER USE IS Date: 1213012004 DETAILS SPOKANE VALLEY, WA M12 PHONE: (314) 469-6460 #9992 FORBIDDEN BY BOTH TUFF SHED (809) 533.8833 Building Size:wvm-LEwm.HmGm.saFr.AFmA Revised: GENERAL NOTES (WM 802 -TUFF AND THE ENGINEER OF RECORD lir STOW 3100 Revised: McGinnis ASSOCIATES. s Hu LL'_ Scale: AS NOTED Sheet 1 of 1