¡Descarga Características de los perfiles de acero y más Apuntes en PDF de Diseño Estructural y Arquitectura solo en Docsity! 12 DIMENSIONS AND PROPERTIES
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CO: Table 1-1
e o? W-Shapes
tasa Dimensions
a]
b
Web Flange Distance
Area, | Depth, > ne y Work-
Shape A ad Thickness, | 4y | Width, | Thickness, k ra
ta 2 bi t Kaos | Koa Gago
in? in. in. in. in. in. in. | in. | in. | in. in.
W44x335" | 98.5 [44.0 [44 [1.03 [1 Y [159 |16 [1.77 [1% |2.56 [2/8 [1%65 [384] 52
x290" | 85.4 [43.6 [4352/0.865| a | 76 [158 | 15772 [1.58 [19s [2.36 [21/16 [1/a
x262* | 77.2 (43.3 [431/3/0.785| /6| 756 [15.8 |15%/1.42 [1716 [2.20 [2/4 [1%
x2300| 67.8 429 [427/|0.710| "/s| Ye [158 |15%/.|1.22 [1% [201 [2/6 [19/59 | Y v
Waox593* [174 43.0 [43 [1.79 [19%e| 1%/6|16,7 [16% [3.23 [3 [4.41 [4V2 [2/2 | 34 | 7Y
x503" [148 [42.1 [42 [1.54 [1% | /16/16.4 | 16%|2.76 [2% [3.94 |4 2
x4319 [127 [41.3 |4114/1.34 [1556 | WMs|16.2 |16V4|2.36 |2Y8 [3.54 [3/8 [18
x397" l117 [aro 41 (1.22 [1% $e [16.1 |16V [2.20 [216 [3.38 [3/2 [16
x372 (110 [40.6 [40%2/1.16 [1%6 | Ye [161 |16V [2.05 [2116 [3.23 [3% [196
x362” [106 [40.6 |40/2|1.12 [1/8 | %s [16.0 [16 [2.01 [2 3.19 [3V4 [1%
x324 | 95.3 [40.2 |40'/a/1.00 [1 Y [159 [157 [1.81 |11/6|2.99 [3/16 [1/6
x297" | 87.3 [39.8 [397/2/0.930| 1/15| Ya [15.8 | 1577 |1.65 [1% [2.83 [25/16/16
x277* | 81.5 [39.7 |[39%/a/0.830| 1Y16| 7h6 [158 |157/ [1.58 [1% [2.76 [28 [1%
x249" | 73.5 [39.4 [39% 0.750| “Ya | Ye [15.8 [15% [1.42 [1716 [2.60 [21V16/1%6
x215" | 63.5 (39.0 [39 [0.650/ Ye | M6 [15.8 |15%.|1.22 [14 [2.40 [2/2 [1%
x199* | 58.8 (38.7 |385/9]0.650| 5 | %o [15.8 | 15%. |1.07 [16 [2.25 [2/16 196 | Y v
Wa0x392" [116 41.6 [4151.42 [17/56 | Y [12.4 [12% |2.52 [22 [3,70 [3/6/1'6| 34 | 712
x331" | 97.7 [40.8 [40% 1.22 [114 | Ye [122 [1218 [2.13 [218 [3.31 [38 [16
x327" | 95.9 [40.8 |40%//1.18 [1%6 | Ye [121 |12V8 [2.13 [28 [3.31 [3%8 [16
x294 | 86.2 [40.4 [40% 1.06 [116 | 6 [120 [12 [1.93 [1%6|3.11 [3/16 [1%
x278 | 82.3 [40.2 [401//1.03 |1 Y |i20|12 [1.81 [1/6|2.99 [3/16 [1%
x264 | 77.4 (40.0 [40 [0.960/ '/16| Yz [11.9 [1178 [1.73 [1% [2.91 [3 16
x235" | 69.1 [39.7 |[39%/s/0.830| 1Y16| 756 [11.9 |117/e [1.58 [1% [2.76 [28 [1%
x211* | 62.1 [39.4 [39% 0.750| %4 | “e [118 [11% 1.42 [176 [2.60 [2"/16/1%6
x183" | 53.3 [39.0 [39 [0.650 e | %s [11.8 [11%/.|1.20 [196 |2.38 [2/2 [1%
x167* | 49.3 [38.6 [38% 0.650/ Ya | “%s [11.8 |11%/.|1.03 |1 221 [2/16 [1%6
x149%'| 43.8 [38.2 |381/1/0.630/ “a | %s [11.8 [11% |0.830| /16|2.01 [2/8 [12 Y v
* Shapa is slender for compression with A = 50 kei.
' Flange thickness greater than 2 in. Special requirements may apply per AISC Specification Section AS.16.
* Shape coes not meet the // y limit for shear in AISC Specification Section 62.1(a) with Fj= 50 ksi
DIMENSIONS AND PROPERTIES 1-13
Table 1-1 (continued)
W-Shapes
Properties
W44-W40
Compact Torsional
Nom-| Section Axis X-X Properties
inal | Criteria fts | lo
Wi J Cw
ln! s |r]z 1 z
Mb/ft| 2tr | tu in.4 in9 | im | in? in. inS | in. | in in£
335| 4.50/38.0 [31100 1410 [17.8 [1620 |1200 236 4.24142.2 535000
290 | 5.02145.0 [27000 1240 [17.8 [1410 [1040 205 4201420 461000
262| 5.57/49.5 [24100 1110 [17.7 [1270 923 182 4.17/41.9 405000
230 | 6.45/54.8 [20800 | 971 [17.5 [1100 79% 157 4.13/41.7 346000
593 | 258/19.1 [50400 2340 [17.0 [2760 [2520 [302 |3.80|481 | 4.63|308 | 445 997000
503 | 2.98/22.3 [41600 1980 [16.8 [2320 [2040 [249 |3.72|394 | 4.50[39.3 | 277 789000
431| 3.44/25.5 [34800 1690 [16.6 [1960 [1690 [208 3.65 [328 4.41|38.9 | 177 638000
397 | 3.66/28.0 [32000 11560 [16.6 [1800 [1540 [191 3.64 [300 4.38|38,8 | 142 579000
372| 3.93|29.5 [29600 ¡1460 [16.5 [1680 [1420 [177 |3.60|277 4.33|38.6 | 116 528000
362 | 3.99/30.5 [28900 ¡1420 [16.5 [1640 [1380 [173 |3.60|270 4.33|38.6 | 109 513000
324 | 4.40/34.2 [25600 1280 [16.4 [1460 [1220 [153 |3.58 |239 4.27|38,4 79.4 448000
297 | 4.80/36.8 [23200 1170 [16.3 [1330 [109 [138 3.54 [215 4.22138,2 61.2 399000
277| 5.08/41.2 [21800 1100 [16.4 [1250 [1040 [132 |358|204 | 4.25/38.1 | 51.5 | 379000
249| 5.55/45.5 [19600 | 993 [16.3 [1120 926 [118 [3.55|182 4.21|38.0 38.1 334000
215| 6.45/52.5 [16700 | 859 [16.2 | 964 803 [101 3.54 [156 4,19137,8 24.8 284000
199| 7.39/52.6 [14900 | 770 [16.0 | 869 695 88.2 | 3.45 [137 4.12137.6 18.3 246000
392 | 2.45/24.1 [29900 1440 [16.1 [1710 803 [130 2.64 [212 3.30/39.1 | 172 306000
331| 2.86/28.0 [24700 1210 [15.9 [1430 644 [106 [2.57 [172 3.21/38.7 | 105 241000
327 | 2.85/29.0 [24500 1200 [16.0 [1410 640 [105 [2.58 |170 3.21|38.7 | 103 239000
294| 3111322 [21800 1080 [159 [1270 | 562 |93,5|255|150 | 3.:16/38.5 | 766 | 208000
278| 3.31133.3 [20500 1020 [15.8 [1190 521 87.1 |2.52/140 3.13|38.4 85.0 192000
264 | 3.45/35.5 [19400 | 971 [15.8 [1130 493 82.6 | 2.52 [132 3.12[38,3 56.1 181000
235| 3.77|41.2 [17400 | 875 [15.9 [1010 444 74.6 | 2.54 [118 3.11[38.1 41.3 161000
211| 4.17/45.5 [15500 | 786 [15.8 | 906 390 66.1 | 2.51 [105 3.07 [38.0 30.4 141000
183| 4.92152.6 [13200 675 [15.7 | 774 331 56.0 |2.49| 88.3 | 3.04|37.8 19.3 118000
167 | 5.76/52.6 [11600 600 [15.3 | 693 283 47.9 |240| 76.0 | 2.98|37.6 14.0 99700
149| 7.11[54.3 | 9800 513 [15.0 | 598 229 38.8 | 229| 62.2 | 2.89/37.4 9.36 80000
1-16 DIMENSIONS AND PROPERTIES
tr Li K
y —i
PONY Table 1-1 (continued)
e o? W-Shapes
: :
Lo == — Dimensions
k
La
Web Flange Distance
Area, | Depth, . a > Work-
Shape A d Thickness, | 4, | Width, | Thickness, k elr a
ta 2 bi t Kaos | Koa Gago
in? in. in. in. in. in. in. | in. | in. | in. in.
Ww30x391" [115 (33.2 [331/4/1.36 |1%8 | 1/16/15.6 | 15% | 2.44 [2716 [3,23 [3/8 [1/2 [26V2| 52
x3571 l105 [328 |323/, 1.24 [1V | e [155 |[152|224 [2/4 [3.03 [3/8 [16
x326” | 95.9 [32.4 [32%/s/1.14 [1V8 | Ns [15.4 |15%s [2.05 [216 [2.84 [2"9/16|1%8
x292 | 86.0 (320 [32 [1.02 |1 Y [153 [15 |1.85 [1% [264 [2/4 [15%
x261 | 77.0 [31.6 [31%5/0.930/ 1/16| Ye [15,2 | 158 |1.65 [1% |2.44 [2% |1%16
x235 | 69.3 [31.3 |311/10.830/ Y16| 7/h6 [15,1 |15 [1.50 [12 [2.29 [2/8 [1/4
x211 |62.3 [30.9 [31 [0.775| Ya | Ys [15.1 [158 |1.32 [1% |2.10 [2/4 |1%16
x191* | 56.1 [30.7 [30% 0.710/ '/16| “e [15.0 [15 [1.19 [196 [1.97 [2/16 [196
x173* | 50.9 [30.4 |30'/2/0.655| “a | %1s [15.0 |15 [1.07 [16 [1.85 [2 1/8 v v
W30x148* | 43.6 (30.7 [30% 0.650| %s | $6 [10.5 |10Y2|1.18 [1% [1.83 [2/1 [1/8 [26/2| 52
x132* | 38.8 [30.3 |301/4/0.615| Ye | %%s [10.5 | 102 [1.00 [1 165 [178 [1/8
x124* | 36.5 [30.2 [301/2/0.585| Ys | %%s [10.5 | 102 |0.930| 1/16/1.58 |11%/16| 18
x116* | 34.2 [30.0 [30 [0.565 %6 | %s [10.5 [102 |0.850| Ye [1.50 [1Va [1/8
x108* | 31.7 [29.8 |297/s/0.545| 6 | 516 [10.5 | 102 |0.760| “Ya [1.41 [11/16/1/8
x99% | 29.0 (29.7 [29%/0.520| l/2 | Ys [10.5 |10Y2|0.670| "/16/1.82 [1%16 [1/16
xo0% | 26.3 29.5 [291/2/0.470| Y | Ye |10.4 | 10% |0.610| Yo [126 [1/2 [116 | Y v
W27x539" [159 (32.5 [321/2[1.97 |2 1 15.3 [15 |3.54 (3% [4.33 [4/15 [19/16[23%| 5/29
x368" [109 [30.4 [30%8|1.38 [1% | 1/6/14.7 |14%/8 [2.48 [2/2 [3.27 [38 [1/2 5
x336” | 99.2 [30.0 [30 |1.26 [1Vs | Ye |14.6 [142 [2.28 [24 [3.07 [3%10 [1/6
x307" | 90.2 29.6 [29%8|1.16 [1% | “e [14.4 |14/2 [2.09 [2/16 [288 [3 — [1716
x281 | 83.1 [29.3 [291/4/1.06 [1V16 | %s [14.4 | 14% |1.93 |115/%6|2.72 [219/16| 18
x258 | 76.1 (29.0 [29 [0.980/1 Y [143 |14/4|1.77 [1% [2.56 [2/16/1%6
x235 | 69.4 [28.7 [28% 0.910/ 1/10] Ye [14.2 [144 |1.61 [1% [2.40 [2/2 [1%
x217 | 63.9 [28.4 [28 0.830/ 'Y16| 7/16 [14.1 [148 [1.50 [12 [2.29 [2/8 [174
x194 | 57.1 [28.1 [281/2/0.750/ Ya | Y [14.0 [14 [1.34 [1% [2.13 [2/4 [1%6
x178 | 52.5 [27.8 [27%/4/0.725| Ya | Y [141 |14/8 [1.19 [196 |1.98 [2/16 [196
x161% | 47.6 [27.6 [27% 0.660/ /16| “Ye [14.0 |14 [1.08 [16 [1.87 [2 1%
x145" | 43.2 [27.4 [270.605] “e | 6 [14.0 [14 [0.975|1 176 [178 [1/8 Y Y
W27x129* | 37.8 (27.6 [27%//0.610| “e | %s [10.0 [10 [1.10 [1% [1.70 [2 1/8 [23%| 5
x114* | 33.6 [27.3 [271/41 0.570 %6 | 56 [10.1 [10 |0.930| %/16/1.53 [19/6/18
x102* | 30.0 [27.1 [27/8/0.5151 Y | Ya [10.0 [10 [0830] */6/1.43 [1% [1/16
x94% | 27.6 [26.9 [267/2/ 0.4901 Ya | Ya [10.0 [10 |0.745| “a [1.34 [1Y8 [1716
xe4 | 24.7 [26.7 |26/0)0.460| 7/56 | Y [100 [10 |0.640| Ye [1.24 [1% [116 | Y Y
* Shapa is elender for compression with £= 50 kei.
9 The actual size, combiration and orientation of fastener components should be compared with the geomety of the cross section
to ensure compatibilty.
” Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.1c.
Y Shape does not meet the //+.y limit for shear in ASC Specification Section 62.1(a) with E, =50 ksi
DIMENSIONS AND PROPERTIES 1-17
Table 1-1 (continued)
W-Shapes
Properties
W30-W27
Compact Torsional
Nom-| Section Axis X-X Axis Y-Y Properties
inal | Criteria fs | lo
Wi J Cw
blo 1 s[|r]z 1 s|r]|z
Mb/ft| 2tr | tu in.4 in9 | im | im? in [ in3 | in. | in? | in. | án in4 in£
391| 3.19/19.7 [20700 (1250 [13.4 [1450 [1550 [198 |3.67|310 | 4.37|30.8 | 173 366000
357| 3.45/21.8 [18700 1140 [133 [1320 [1390 [179 3.64 [279 4.31|30.6 | 134 324000
326| 3.75/23.4 [16800 1040 [13.2 [1190 [1240 [162 |3.60|252 4.25|30.4 | 103 287000
292| 4.12/26.2 [14900 | 930 [13.2 [1060 [1100 [144 | 3.58 [223 4.22130.2 75.2 250000
261| 4.59/28.7 [13100 829 [13.1 | 943 959 [127 3.53 [196 4.16|30.0 54.1 215000
235| 5.02/32.2 [11700 | 748 [13,0 | 847 855 [114 [3.51 [175 4,13|29,8 40.3 190000
211| 5.74/34.5 [10300 665 [12.9 | 751 757 [100 3.49 [155 4.11|29.6 28.4 166000
191 | 6.35|37.7 | 9200 600 |128|675 [673 |895|3.46|138 | 4.05/285 | 21.0 | 146000
173| 7.04[40.8 | 8230 541 [12.7 | 607 598 79.8 | 3.42 [123 4.03|29.3 15.6 129000
148 | 4.44[41.6 | 6680 436 [12.4 | 500 227 43.3 | 2.28| 68.0 | 2.77|29.5 14.5 49400
132 | 5.27/43.9 | 5770 380 [122 | 437 19 37.2 |2.25| 58.4 | 2.75/29,3 9.72 42100
124| 5.65/46,2 | 5360 355 [12.1 | 408 181 34.4 |2.23| 54.0 | 2.73|29.3 7.99 38500
16| 6171478 | 4eso 328 [izo |378 [164 |31.3|219| 49.2 | 2.70/202 | 643 | 34900
108 | 6.89/49.6 | 4470 299 [11.9 | 346 146 27.9 [2.15| 43.9 | 2.67|29.0 4.99 30900
99| 7.80/51.9 | 3990 269 [11.7 | 312 128 24,5 | 2.10| 38.6 | 2.62|29.0 3.77 26800
90| 8.52157.5 | 3610 | 245 [11.7 | 283 115 22,1 |2.09| 34,7 | 2.60|28.9 2.84 24000
539| 2,15/12.1 [25600 11570 [12.7 [1890 [2110 [277 3.65 [437 4.41|29.0 | 496 443000
368 | 2.96/17.3 [16200 1060 [12.2 [1240 [1310 [179 |3.48|279 4.15/27.9 | 170 255000
336 | 3.19/18.9 [14600 | 972 [12.1 [1130 [1180 [162 |3.45/|252 4.10/27.7 | 131 226000
307| 346/20.5 [13100 | 887 [izo hroso [roso [146 [341|227 | 4.04/27.5 | 101 199000
281| 3,72122.5 [11900 814 [12.0 | 936 953 [133 3.39 [206 4.00|27.4 79.5 178000
258 | 4.03/24.4 [10800 | 745 [11.9 | 852 859 [120 [3.36 |187 3.95/27.2 61.6 159000
235| 4.41/26.2 | 9700 | 677 [11.8 | 772 769 [108 |3.33|168 3.92/27.1 47.0 141000
217| 4.11128.7 | 8910 | 627 [11.8 | 711 704 [100 [3.32 [154 3.89/26.9 37.6 128000
194| 5.24/31.8 | 7860 559 [11.7 | 631 619 88.1 | 3.29 /136 3.85|26.8 27.1 111000
178| 5.92132.9 | 7020 | 505 [11.6 | 570 555 78.8 |3.25/122 3.83|26.6 20.1 98400
161| 6.49/36.1 | 6310 458 [11.5 | 515 497 70.9 | 3.23 [109 3.79/26.5 15.1 87300
146 | 7.16/39.4 | 5660 414 [11.5 | 464 443 63.5 [3.20| 97.7 | 3.76|26.4 11.3 77200
129| 4.55/39.7 | 4760 345 [11.2 | 395 184 36.8 | 2.21| 57.6 | 2.65/26.5 1.1 32500
114| 5.41/42.5 | 4080 299 [11.0 | 343 159 31.5 |2.18| 49.3 | 2.65/26.4 7.33 27500
102 | 6.03/4/.1 | 3620 | 267 [11.0 | 305 139 218 |2.15| 43.4 | 2.62[26.3 5.28 24000
94| 6.70/49.5 | 3270 | 243 [10.9 | 278 124 24.8 |2.12| 38.8 | 2.59|26.2 4.03 21300
84 | 7.78/52.7 | 2850 213 [10.7 | 244 106 21.2 [2.07 | 33.2 | 2.54/26.1 281 17900
1-18 DIMENSIONS AND PROPERTIES
tr Li K
y —i
PONY Table 1-1 (continued)
e o? W-Shapes
: :
Lo == — Dimensions
k
La
Web Flange Distance
Area, | Depth, . a > Work-
Shape A d Thickness, | 4, | Width, | Thickness, k elr a
ta 2 bi t Kaos | Koa Gago
in? in. in. in. in. in. in. | in. | in. | in. in.
Ww24x370" [109 (28.0 [28 [1.52 [1Y2 | *a [13,7 |13%78 2.72 [2%/8 [3,22 [3/8 [1% [20%4| 52
x335 | 98.3 [27.5 |271/2 11.38 [1% | 1Ws|135 |13/2|2.48 [2/2 [298 [38 [12
x306” | 89.7 [27.1 |27/s/1.26 |1Va | e [13.4 [13 |2.28 [24 [2.78 [315 [1/6
x079 | 81.9 [26.7 [26%//1.16 [1% | Ye [133 | 134 |2.09 [2118 [2.59 [3 Vhs
x250 | 73.5 [26.3 [26%8|1.04 [1V16 | %s [13.2 | 138 [1.89 [17 [2.39 [21/16|1%8
x229 | 67.2 [26.0 [26 [0.960 /16| Y. [13,1 [132 [1.73 [1% [2.23 [2/8 [1%
x207 | 60.7 [25.7 [25%/4/0.870/ a | he [13.0 |13 [1.57 [1%s [2.07 |[2V2 [1%
x192 | 56.5 [25.5 [25/20.810/ 'Y6| 7/56 [13.0 [13 [1.46 [1716 [1.96 [2/8 [1/4
x176 | 51.7 [25.2 |25/4/0.750/ Ya | “Ye [129 [12778 [1.34 [1% [1.84 [2/4 [1%
x162 | 47.8 (25.0 [25 [0.705| '/16| Ye [13.0 |13 [1.22 |1s [1.72 [2/8 [1%6
x145 | 43.0 [24.7 [243/4/0.650/ e | %%6 [12.9 | 127/e [1.09 [118 |1.59 [2 1/a
x131 | 38.6 [24.5 |[241/2/0.605| “e | “6 [12.9 |127/e |0.960| /6|1.46 [18 [178
x117* | 34.4 [24.3 |[241/4/0.550/ %6 | %s [12.8 |12%/. |0.850| Ye [1.35 [1%/4 [18
x104* | 30.7 [24.1 [24 [0.5001 Y | Ya [12.8 |12%/.|0.750| “4 [1.25 [1Y8 [1/16 Y v
W24x103* | 30.3 (24.5 [241/2/0.550| Y6 | 16 | 9.00 9 0.980|1 1.48 [178 [1/8 [20%| 5%
x94% | 27.7 [24.3 [241/4/0.515| Ya | Ya | 9.07| 98 |0.875| Ye |1.38 |1Y4 [1716
x84 | 24.7 (24.1 [24'/9/0.470| /2 | Ya | 9.02|9 0.770| Ya [1.27 [1/61/16
x76" | 22.4 [23.9 [237/s/0.440| 756 | Ya | 8.99|9 0.680| 1/16/1.18 [1% [1/16
x68% | 20.1 [23.7 [23%/4/0.415| "56 | Ya | 8.979 0.585| Ys [1.09 [1Y2 [1/16 Y Y
7
7
W24x62" | 18.2 (23.7 [23%/0.430| “hs | Ys | 7.04 0.590| */16 [1.09 [1/2 [1/15 [20%4| 31/22
x55% | 16,2 [23.6 [238 0.395| Ye | Ys | 7.01 0.505| Yz [1.01 [17/16 [1 20%4| 31/22
W21x201 | 59.3 (23.0 [23 [0.910| M6] Ya [12.6 |12%/s|1.63 [1% [2.13 [22 [1% | 18 | 5%
x182 | 53.6 [22.7 [22%/4/0.8301 /5| 6 [125 |12/2|1.48 [12 [198 [2/2 [1
x166 | 48.8 [22.5 [221/2[0.750/ Ya | Ys [12.4 |12/s|1.36 [1% |1.86 [2/4 [1%
x147 | 43.2 22.1 [22 [0.720| 9 | Y% [125 |12/2|1.15 [1% [1.65 [2 1%
xt32 | 38.8 21.8 [217/8/0.650| Ye | %s [124 |12/2 [1.04 [1% [1.54 [11%/6|178
x122 | 35.9 [21.7 [21% 0.6001 “e | 6 [12.4 [12% |0.960| /6/1.46 [1/6/18
x111 | 32.6 [21.5 [211/210.550/ %s | %s [12.3 [12% |0.875| Ve [1.38 [1% [18
x101* | 29.8 (21.4 [21% 0.500| Y | Ys [12.3 |12Y4|0.800| */16|1.30 [1/16/1%16 Y Y
* Shapa is elender for compression with £= 50 kei.
9 The actual size, combiration and orientation of fastener components should be compared with the geomety of the cross section
to ensure compatibilty.
” Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.1c.
Y Shape does not meet the //+.y limit for shear in ASC Specification Section 62.1(a) with E, =50 ksi
DIMENSIONS AND PROPERTIES 121
Table 1-1 (continued)
W-Shapes
Properties
W21-W18
Compact Torsional
Nom-| Section Axis X-X Axis Y-Y Properties
inal | Criteria fs | lo
Wi J Cw
blo 1 s[|r]z 1 s|r]|z
Mb/ft| 2tr | tu in.4 in9 | im | im? in [| in3 | in. | in3 | ín. | in in£
93| 4.53/32,3 | 2070 | 192 8.70| 221 92.9 | 22.1 [1.84 | 34.7 | 2.24/20.7 9940
83| 5.00/36.4 | 1830 171 8.67| 196 81.4 | 195 |183| 305 | 221|20.6 8630
73| 5.60/41.2 | 1600 | 151 8.64| 172 706 | 17.0 |1.81| 26.6 | 2.19/20.5 7410
68| 6.04/43.5 | 1480 140 8.60| 160 647 | 157 [180| 24.4 | 2.17|20.4 6760
62| 6.70/46.9 | 1330 | 127 8.54| 144 575 | 14.0 [1.77 | 21.7 | 2.15/20.4 5960
55| 7.87|50.0 | 1140 110 8.40| 126 48.4 | 11.8 |1.73| 18.4 | 2.11/20,3 4980
48 | 9.47|53.5 959 93.0 | 8.24| 107 38.7 9.52| 1.66 | 14.9 | 2.05|20.2 3950
57| 5.04/46,3 | 1170 111 8.35| 129 30.6 9.35| 1.35| 14.8 | 1.68|20.5 1.77 319
50| 6.10/49.4 | 984 945 | 8.18| 110 249 | 7.64/130| 122 | 1.64/20.3 1.14 2570
44| 7.22/53.5 | 843 81.6 | 8.05] 95.4 | 20.7 | 6.37|1.26| 10.2 | 1.60/20.3 0.770 2110
311| 2.19/10.4 | 6970 | 624 8.72| 754 795 [132 [|295|207 3.53/19.6 | 176 76200
283| 2.38/11.3 | 6170 | 565 8.61| 676 704 [118 [2.91 |185 3.47/19.4 | 134 65900
258 | 2.56/12.5 | 5510 514 8.53| 611 628 [107 2.88 [166 3.42/19.2 | 103 57600
234 | 2.76/138 | 4900 | 466 8.44| 549 558 95.8 |285/149 3.37119.0 78.7 50100
211| 3.02/15.1 | 4330 | 419 8.35| 490 493 85.3 | 2.82 [132 3.32 118.8 58.6 43400
192| 3.27|16.7 | 3870 380 8.28| 442 440 76.8 |279|119 3.28|18.7 44.7 38000
175| 3.58/18.0 | 3450 | 344 8.20| 398 391 58.8 | 2.76 /106 3.24|18,4 33.8 33300
158 | 3.92/19.8 | 3060 310 8.12| 356 347 61.4 [274| 948 | 3.20/18.3 25.2 29000
143| 4.25/22.0 | 2750 | 282 8.09| 322 311 55.5 [2.72 | 85.4 | 3.17/18,2 19.2 25700
130| 465|23.9 | 2460 256 |8.03| 290 |278 |499|270| 76.7 | 3.13/181 | 145 | 22700
119| 531/24,5 | 2190 231 7.90| 262 253 44.9 |2.69| 69.1 | 3.13|17.9 10.6 20300
106 | 5.96/27.2 | 1910 204 7.84| 230 220 39,4 | 2.66 | 60.5 | 3.10/17.8 7.48 17400
97| 6.41|30.0 | 1750 188 7.82| 211 201 36.1 |2.65| 55.3 | 3.08|17.7 5.86 15800
86| 7.20/33.4 | 1530 166 1.77| 186 15 31.6 | 2.63| 48.4 | 3.05/17.6 4.10 13500
76| 8.11|37.8 | 1330 | 146 7.73| 163 152 27.6 |2.61| 42.2 | 3.02117.5 2.83 11700
71| 4.71/32.4 | 1170 127 7.50| 146 60.3 | 15.8 |1.70| 24.7 | 2.05|17.7 3.49 4700
65| 5.06/35.7 | 1070 117 7.49| 133 548 | 14.4 [1.69| 22.5 | 2.03/17.7 2.73 4240
60| 5.44|38,7 984 | 108 7.47| 123 50.1 | 13.3 [1.68 | 20.6 | 2.02117.5 2.17 3850
55 | 5.98/41.1 890 98.3 | 7.41/ 112 449 | 11.9 [1.67 | 18.5 | 2.00/17.5 1.66 3430
50| 6.57|45.2 | 800 88.9 | 7.38| 101 40.1 | 10.7 |1.65| 16.6 | 1.93|17.4 1.24 3040
46| 501/4456 | 712 78.8 | 7.25] 90.7 | 225 | 7.43/1.29| 11.7 | 1.58/17.5 1.22 1720
40| 5.73/50.9 | 612 68.4 | 7.21] 784 | 19.1 6.35| 1.27 | 10.0 | 1.55/17.4 0.810 1440
35| 7.06|53.5 510 57.6 | 7.04| 665 153 5.12/1.22| 8.06| 1.51|17.3 0.506 1140
1-22 DIMENSIONS AND PROPERTIES
pr kt ke
y —i
PONY Table 1-1 (continued)
e o? W-Shapes
=— Dimension:
—A ensions
Le]
Web Flange Distance
Area, | Depth, | . - Work
Shape A d Thickness, | 4, | Width, | Thickness, k ra
ta 2 bi to TkeTKka Gago
in? in. in. in. in. in. in. | in. | in | in. in.
W16x100 | 29.4 [17.0 [17 [0.585| %6 | 6 [10.4 | 10%s | 0.985|1 1.39 [18 [1/8 [13V4| 5
x89 28.2 116.8 |16%/4/0.525| 12 Ya [10.4 |10% |0.875| Ve |1.28 [1Y4 [1/18
xT7 22.6 116.5 [161/2[0.455| 7/15 | Ys [10.3 | 104 |0.760| Ya |1.16 [18 [1/16
x67% | 19.6 16.3 [16%] 0.395| Ya | %s [10.2 | 104 |0.665| /16|1.07 [1% |1 Y
W16x57 16.8 (16.4 [160.430] 7/h6 | Ya | 7.12|718 |0.715| W6|1.12 [182 | Ye [13%| 31/22
x50* 14.7 [16.3 [16s|0.380| Ys | Ys | 7.07|7Y8 [|0.630| Ys [1.03 [1%16 | “Ns
x45% | 13.3 [16.1 [16/9/0.345| Ye | Ys | 7.047 0.565| 16 |0.967|1Va 16
x40" | 11.8 [16.0 [16 [0.305| 416 | Ys | 7.00/7 0.505| Yz |0.907|1%16 | “6
x36% | 10.6 [15.9 [157//0.205| %s | %s | 6.99/7 0.430| Ve [0.83211V | Ya | Y
W16x31% 9.13|15.9 [15/0/0.275| Ya | Ye | 5.53|52 [0.440| “/1e |[0.842/1/8 | Ya [135%0| 312
x26%% | 7.68/15.7 |15%)/0.250/ Ya | Ye | 5.50|5%2 |0.345| Ye |0.747|1/16 | Ya [13%8| 3%
W14x730" [215 (22.4 |223/8|3.07 [3116 [196 [17.9 [177 |4.91 [418/16|5.51 [6Y16 [2/4 | 10 [3-712-32
x665” [196 [21.6 [21%8/2.83 [21V16/17/6 [17.7 |17%/5| 4.52 [42 [5.12 [5%/6| 25/8 13-71/2-39|
x605" [178 [20.9 [207/s|2.60 [2% [19/16 [17.4 |17%/8|4.16 [496 |4.76 [5/15 [2/2 3-71/2-3
x550" 162 [20.2 |201/4|2.38 [2% [196 [17.2 [174 [3.82 [319/6|4.42 [58 |2%8
x500” [147 [19.6 [19%8/2.19 [236 [1/8 [17.0 [17 [3.50 [32 [4.10 [46|2%/6
x455” [134 [19.0 [19 [2.02 168 |167 [3.21 [3% [3.81 [4/2 [2/4
x420" 125 [18,7 [18%)|1.88 [1778 | "%6|16,7 | 16% |3.04 [316 [3.63 |4%/16 [2/8
x398N [117 [18,3 |18/411.77 [1% | 7e |16.6 [16% |2.85 |27/ [3.44 [4/8 [2/8
x370" |io9 [17.9 [1771.66 [11/16] /6|16.5 | 162 |2.66 [2/16 |3.26 [3%/6|2'/16
x342% (101 [17.5 [1721.54 [1% | 61164 [16% [2.47 [2Y2 [3.07 [3% [2
x311* | 91.4 17.1 [171.41 [1756 | %% [162 [10% [2.26 [2% [2.86 [3% [1
x283" | 83.3 [16.7 [16% 1.29 [1556 | WMs[161 |16V [2.07 [28 [2.67 [32 [172
x257 | 75.6 [16.4 [16%/1.18 [1% | [16.0 |16 [1.89 [1% [249 [3/6 [1/6
x233 | 68.5 [16.0 [16 [1.07 [16 | %s [15.9 [1578 [1.72 [1% [232 [3 [1%
x211 | 62.0 [15.7 [15 0.980/1 Y [158 [15% [1.56 [1%o [2.16 [28 [1/0
x193 | 56.8 15.5 [15/2[0.890/ e | “6 [15.7 |15%/:|1.44 [1/6 [2.04 [2/4 [1/6
x176 | 51.8 [15.2 [15/4/0.830/ 1Y16| 710 [15.7 [15% |1.31 [1% |1.91 [2/8 [1%
x159 | 46.7 [15.0 [15 |0.745| % | Ye [156 [15% /1.19 [196 [1.79 [2/2 [1%
x145 | 42.7 [14.8 |143/0/0.680| /16| S/o [15.5 [152 |1.09 [110 |1.69 [2/0 [190 | Y
ro
* Shapa is elender for compression with £= 50 kei.
9 The actual size, combiration and orientation of fastener components should be compared with the geomety of the cross section
to ensure compatibilty.
” Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.1c.
Y Shape does not meet the //+.y limit for shear in ASC Specification Section 62.1(a) with E, =50 ksi
DIMENSIONS AND PROPERTIES 1-23
Table 1-1 (continued)
W-Shapes
Properties
W16-W14
Compact Torsional
Nom-| Section Axis X-X Axis Y-Y Properties
inal | Criteria fs | lo
Wi J Cw
blo 1 s[|r]z 1 s|r]|z
Mb/ft| 2tr | tu in.4 in9 | im | im? in [| in3 | in. | in3 | ín. | in in£
100| 5.29/24,3 | 1490 | 175 7.10| 198 186 35.7 |2.51| 54.9 | 2.92|16.0 7.73 11900
89| 5:92127.0 | 1300 | 155 7.05| 175 163 314 |249| 481 | 288|15.9 5.45 10200
77| 6.77/31.2 | 1110 134 7.00| 150 138 26.9 [247 | 41.1 | 2.85/15,7 3.57 859
67| 7.70/35.9 | %4 117 6.96| 130 119 232 |246| 355 | 2.82115.6 2.39 7300
57| 4.98|33.0 | 758 92.2 | 6.72| 105 431 | 121 |1.60| 18.9 | 1.92[15.7 222 2560
50| 5.61137.4 | 659 81.0 | 6.68] 920 | 372 | 10.5 [1.59| 16.3 | 1.89/15.7 1.52 2270
45| 6.23/41.1 586 72.7 | 6.65| 823 328 9.34 1.57| 145 | 187|15.5 111 1990
40| 6.93|46.5 518 64.7 | 6.63| 730 28.9 8.25| 1.57 | 12.7 | 1.86/15.5 0.794 1730
36| 8.12|48.1 448 565 | 651] 640 | 245 | 7.00/152| 10.8 | 1.83/15.5 0.545 1460
31| 6.28/51.5 375 47.2 | 6.41| 540 124 4.49 1.17| 7.03| 1.42115.5 0.461 739
26| 7.97/56.8 | 301 38.4 | 6.26] 44.2 9.59| 3.49 1.12| 5.48| 1.38/15.4 0.262 569
730| 182| 3.71114300 1280 |8.17h1660 [4720 [527 |460|816 | 5.68|17.5 [1450 | 362000
665 | 1.95| 4.03/12400 1150 7.98/1480 [4170 [472 |4.62 [730 5.57 |17.1 [1120 305000
605| 2.09| 4.39/10800 1040 7.80/1320 [3680 [423 |4.55/652 5.44/16.7 | 869 258000
550 | 2.25| 4.79| 9430 | 931 7.6311180 [3250 [378 4,49 [583 5.35/16.4 | 669 219000
500 | 2.43| 5.21| 8210 | 838 7.48/1050 [2880 [339 |4.43 [522 5.26/16.1 | 514 187000
455| 2.62| 5.56| 7190 | 756 7.33| 936 [2560 [304 | 4.38 |468 5.17/15.8 | 395 160000
426 | 2.75| 6.08| 6600 706 7.26| 869 [2360 [283 4,34 [434 5.11/15.7 | 331 144000
398 | 2.92| 6.44] 6000 | 656 7.16| 801 [2170 [262 4.31 [402 5.05/15.5 | 273 129000
370| 3.10| 6.89 5440 | 607 7.07| 736 [1990 [241 4.27 [370 5.00/15,2 | 222 116000
342| 331| 7.41| 4900 | 558 6.98| 672 [1810 [221 4.24 [338 4.95/15.0 | 178 103000
311| 3.59| 8.09) 4330 | 506 6.88| 603 [1610 [199 |4.20 [304 4.87|14.8 | 136 89100
283| 389| 8.84] 3840 | 459 6.79| 542 [1440 [179 4.17 1274 480/1146 | 104 77700
257 | 4,23| 9.71| 3400 415 6.71| 487 [1290 [161 4,13 /246 4.75114.5 79.1 67800
233| 4621107 | 3010 375 |663| 436 [150 [145 |4.10|227 | 469|143 | 595 | 5900
211| 5.06/11.5 | 2660 | 338 6.55| 390 [1030 [130 |4.07 [198 4.64/14.1 44.6 51500
193| 5.45/12.8 | 2400 310 6.50| 355 931 [119 [4.05|180 4,59/14,1 34.8 45900
176| 5.97/13.7 | 2140 281 6.43| 320 838 [107 4.02 [163 4.55/13.9 26.5 40500
159| 6.54/15.3 | 1900 254 6.38| 287 748 96.2 | 4.00 [146 4.51/13.8 19.7 35600
145| 7.11116.8 | 1710 232 6.33| 260 677 87.3 | 3.98 [133 4,47 113,7 15.2 31700
1-26 DIMENSIONS AND PROPERTIES
tr Li K
y —i
PONY Table 1-1 (continued)
e o? W-Shapes
tasa Dimensions
a]
b
Web Flange Distance
Area, Depth, [7 . - Work
Shape A d Thickness, | 4, | Width, | Thickness, k elr a
ta 2 bi t Kaos | Koa Gago
in? in. in. in. in. in. in. | in. | in. | in. in.
W12x58 17.0 112.2 [121/4/0.360| “e | 6 [10.0 |10 [0.640| Ye |1.24 [1/2 5/16/94 | 5
x53 15.6 112.1 [12 [0.345| Se | Ne [10.0 [10 [0.575| 16 |1.18 [1/8 | "6 | 9 | 5
W12x50 14.6 12.2 [121/4/0.370| Ye | 3/16 | 8.08| 88 |0.640| Ye |1.14 [12 5/6/94 | 5%
x45 13.1 112.1 [12 [0.335| %6 | 916 | 8.05| 8 0.575| 16 [1.08 [198 | “5/16 V V
x40 11.7 [11.9 [12 [0.295| 56 | 36 | 8.01|8 0.515| Ya [1.02 [1%
W12x35% | 10.3 [12.5 |121/2/0.300/ 56 | %/%s | 6.56| 62 |0.520| Yz |0.820/1V15 | Ya [10V8| 312
x30" 8.7912.3 [12%/8/0.260| a | Ys | 652/62 [0.440| 7/16 [0.740/1/8 | *a V v
x26" 7.6512.2 [121/4/0.230| Ys | Ys | 6.49| 672 [0.380| “/s [0.680/1Y10 | a
W12x22" 6.48 12.3 [121/1/0.260| Ya | Ys | 4.03|4 0.425| “/1e [0.725| Mg Ye [10%8| 21/49
x19 5.5712.2 [121/8/0.235| Ya | Ya | 4.01|4 0.350| Ya |0.650| a | Ys
x16" 4.71112.0 [12 |0.220| Ya | Ys | 399|4 0.265| Ya [|0.565| Ys] %5 , |
x14%% | 4.16/11.9 [117/8/0.200| 9/6 | Ye | 3.97|4 0.225| Ya [0.525| %a | Ys
W10x112 | 32.9 [11.4 |1138/0.755| Wa | Se [10.4 [10%.|1.25 |[1V4 [1.75 [115/61 Tal 5
x100 | 29.3 [11.1 |11s/0.680/ "/6| %s [10.3 |10%|1.12 [1% [1.62 [1%/6|1
x88 26.0 (10.8 [107/8|0.605| Sa | 5hs [10.3 | 104 | 0.990|1 1.49 [11/16 | 5/6
xT7 22.7 110.6 [10%|0.530| Ya | Ys [10.2 | 104 [0.870| Ys |1.37 [1% | “s
x68 19.9 (10.4 [10%/0.470| Ya | Ye [10.1 [108 |0.770| Ya |1.27 [1/6 | Ye
x60 17.7 [10.2 |10'/s|0.420| hs | Y. [10.1 [10 |0.680| "/10|1.18 [18 | "6
x54 | 15.8 [10.1 |10'8/0.370/ “e | %/6 [10.0 [10 [0.615| Ys [1.12 [1% | 6
x49 14.4 10.0 [10 [0.3401 %6 | 316 [10.0 [10 [0.560| “16 |1.06 [1/4 3/16
W10x45 13.3 (10.1 [10'/s/0.350| Ys | %6 | 8.02|8 0.620| Ys [1.12 [1% | “6 |7V2 | 52
39 11.5 | 9.92| 97/2/0.315| %6 | 15 | 799|8 0.5301 Y [1.03 [1% | 6 V v
x33 9.71| 9.73| 9%/0.290| 6 | 915 | 7.96| 8 0.435| “M6 |0.935/1V8 | Ya
W10x30 8.84/10.5 |10|0.300| *%6 | 96 | 581| 5%, [0.510| Y. [|0.810/1'/8 16 |8/4 | 29/49
x26 7.61110.3 [10%8/0.260| Ya | Ye | 5.77| 5% [0.440| 716 [0.740/1V16 | Ys y v
x22" 6.49110.2 [10'/8/0.240| Ya | Ye | 5.75/5%a [0.360| “e [0.660] '/M6| “a
W10x19 5.62 10.2 [10'/4/0.250| Ys | Ye | 4.02|4 0.395| Ya [0.695| "o Ye [8% | 21/49
x17% 4.99110.1 [101/9/0.240| Ys | Ys | 4.01|4 0.330| */16 |0.630| e | Ys
x15% 4.41| 9.99/10 [0.230| Ya | Ys | 4.00/4 0.270| Ya [0.5701 “Ao Ys , |
x120 3.54| 9.87| 9/3/0.190| %6 | Ys | 3.96|4 0.210| 16 [0.510] a | Yo
* Shapa is slender for compression with £,=50 ki.
* Shape excseds compact limit for flexure with fy= 50 ksi.
The actual size, combiration and orientation of fastener components should be compared with the geometry of the cross section
to ensure compatibilty.
Y Shape does not meet the h/4, limit for shear in AISC Specification Section G2.1(a) with A, = 50 ksi.
DIMENSIONS AND PROPERTIES 1-27
Table 1-1 (continued)
W-Shapes
Properties
W12-W10
Compact Torsional
om=| Section Axis X-X Axis Y-Y Properties
inal | Criteria Ms | ho
o] a 1 s|r]z is] r]z J Co
IbAt 2% | te | in* | inó | in | in | inó [in3 | in. | in3 | in. | in | ins inó
se 7e82|27.0| 475 | 780 | 528] 86.4 | 107 | 214 [251 | 325 [281 [116 | 210 | 3570
s3 | 8soja81 | 425 | 705 | 528| 77.9 | 958 | 19.2 [248 | 291 [279 [11.5 | 158 | 3160
so 61268 | 391 | 642 |518| 71.9 | 563 | 1391.96 | 213 [225 [116 | 1.71 | 1880
45| 7.00|2986 | 348 | 57.7 | 5.:15| 642| 500 |124 [1.95 | 190 [223 [115 | 1.26 | 1650
40) 7.77[88.6 | 307 | 515 | 5.13] 57.0 | 441 | 11.0 [1.94 | 108 [2:21 [11.4 | 0.906 | 1440
3s 631362 | 285 | 455 | 525 51.2 | 245| 7.47 1.54 | 115 [1.79 [120 | 0.741 | 879
30 7atjars | 238 | 385 | 521| 431| 203 | 624152 | 956/1.77 [119 | 0457 | 720
20 8sajaz.z | 204 | 33.4 | 5.17| 372 | 173 | 534151 | 817/1.75 [118 | 0300 | 607
22 474418 | 156 | 254 | 491| 293 | 466| 2.311 0848| 366/1.04 [119 | 0.293 | 164
to 572462 | 130 | 213 | 4.82] 24.7 | 376| 1.88| 0.822| 208| 1.02 [11.9 | 0.180 | 131
16 753)49.4 | 103 | 171 | 467] 201 | 282] 1.41[0773| 226|0.983/11.7 | 0.103 69
14 8s2|54.3 | 886] 14.9 | 4.62| 17.4| 236| 1:19 0.753| 1.90/0.961|11.7 | 0.0704 804
112 417/04 | 716 | 126 | 4.66| 147 | 236 | 453 [268 | 6092 [3.08 [102 | 15.1 6020
100 4.62/11.6 | 623 | 112 | 4.60 130 |207 | 400 |265 | 61.0 [3.04 10.0 | 10.9 5150
88| 5.18/13.0 | 534 | e8s | 4.54| 113 | 179 | 348 [263 | 53.1 [200 | o81| 7.53 | 4330
77 | 586148 | 455 | 859 | 4.49] 97.6 | 154 [30.1 [250 | 459 [2:95 | 9.73| 511 | 3630
68| 6.58/16.7 | 304 | 757 | 4.44| 853 | 134 |26.4 [259 | 40.1 [202 | 963| 3.56 | 3100
60) 7.41(18.7 | 341 | 667 | 4.39] 746 | 116 |23.0 [257 | 350 [2.58 | 9.52| 248 | 2640
s4 815/22 | 303 | 60.0 |4.37| 666 | 103 |206|256 | 313 [285 | o49| 182 | 2320
49 | 8s3|23.1 | 272 | 545 | 4.35| 604 | 934 | 18.7 [2.54 | 283 [2.54 | 9.44| 1.39 | 2070
45 | 647|225 | 248 | 49.1 | 4.32| 549 | 534 | 13,3 [2.01 | 203 [2.27 | 9.48| 1.51 | 1200
39 7ssjz5.0 | 209 | 421 | 4.27| 468 | 450 | 11.3 |1.98 | 172 [224 | 9.39| 0.976 | 902
33 915|271 | 171 | 350 | 4.19] 368 | 366 | 920/1.94 | 140 [220 | 930| 0583 | 791
30 570/205| 170 | 324 | 438| 366| 167 | 5751.37 | 884/1.60 | 999| 0.622 | 414
20 6s6j340 | 144 | 27.9 | 435] 31.3 | 141 | 4.89) 1.36 | 750/1.58 | 9.86| 0.402 | 345
22 7sof36.9 | 118 | 28.2 | 4.27| 260 | 114| 3.97 1.33 | 6:10/1.55 | 9.84| 0.239 | 275
to 5o9|35.4 | o63| 188 | 4.14| 216 | 420] 2:14 0874 335|1.06 | 9.81| 0.233 | 104
17 6os|36.9 | 819] 162 | 4.05] 18.7 | 3:56] 1.78|0.545| 280|1.04 | 9.77| 0.156 85.1
15 71385 | 689] 138 | 395) 160| 289) 145 0810| 230|1.01 | 972| 0:04 68.3
12 ossjac.o | 538] 10.9 | 3.90| 126 | 2:18] 1:10 0,785| 1.74/0.983| 9.66| 0.0547 509
1-23 DIMENSIONS AND PROPERTIES
pr kt ke
y —i
PONY Table 1-1 (continued)
e o? W-Shapes
=— Dimension:
y - . ensions
Le]
Web Flange Distance
Area, | Depth, | . - Work
k 101
Shape A d Thickness, | 4, | Width, | Thickness, lr lab
ta 2 bi to TkeTKka Gago
in? in. in. in. in. in. in. | in. | in | in. in.
W8x67 19.7 |9.00| 9 [0.570| %%6| 5416 | 8.28| 84 | 0.935 158 15/16| 5 | 5
x58 17.1 | 8.75| 8%/0.510| Ya Ya 8.22|84 [0.810 1 la
x48 14.1 | 8.50| 8/2/0.400| “e | Ns | 811/88 | 0.685 1 | 6
x40 11.7 | 8.25 8/4/0.360| Ya | %s | 8.07| 8/a [0.560 Va 6
x35 10.3 | 8.12| 8/s/0.310| 516 | Ys | 8.02|8 0.495 1/6 | 6
x31 9.13| 8.00| 8 |0.285| %16 | Ys | 8.00| 8 0.435 We | Y
W38x28 8.25 8.06| 8 |0.285| %s | Ys | 6.54| 62 | 0.465
x24 7.08| 7.93| 77/8/0.245| “a | Ys | 6.50/62 [0.400
15h Ye |6Vs 4
Ye | Ys | 6 4
We8x21 6.16| 8.28| 8'/4/0.250| Ya | Ye | 5.27|5!4 [0.400
x18 5.26 8.14| 8/9/0.230| Ya | Ys | 5.25|54 [0.330
e | Ns 6/2 | 2/9
Bd Ys | 6/2 | 299
Wex15 4.44| 8,11| 8/s/0.245| la | Ys | 4,02 0.315
x13 3.84 7.99] 8 |0.230| Ya | Ys | 4.00 0.255|
4 1 Ys | 6/2 | 2/42
. 4
x10% | 2.96] 7.89| 7"/s[0.170| 6 | Ye | 3:94|4 0.205
6
6
5
Ya | 9 V V
Mho| /2
W6x25 7.34 6.58| 6 0.320| “6 | 16 | 6.08 M0 %s | 4V2 | 32
x20 5.87 6.20| 6/4 0.260/ Ya | Ya | 6.02
x15t 4.43 5.99| 6 |0.230| la | Ys | 5.99
Mg | 0.455'
0.365
0.260
W6x16 4.74| 6.28| 6/4/0.260| Ya | Ys | 4.03|4 0.405
x12 3.55| 6.03| 6 |0.230| Ya | Ya | 4.00|4 0.280
xi 2.68| 5.90| 57/3/0.170| %6 | Ys | 3.94|4 0.215
x8.5 2.52 5.83| 5/3[0.170| Ss | Ye | 394|4 0.195
e | 5 [4/2 | 2/49
W5x19 5.56 5.15| 5/3/0.270| Ys | Ye | 5.03|5 0.430
x16 4.71 5.01| 5 [0.240| Ya | Ye | 5.00|5 0.360
Wax13 3.83 4,16| 4'3|0.280| a | Ye | 4.06|4 0.345
fo] 1/16 | 32 | 23/49
Ya | 76 31 | 2/82
Y | [Ze | 2109
* Shapa is slender for compression with £,=50 ki.
* Shape excseds compact limit for flexure with fy= 50 ksi.
The actual size, combiration and orientation of fastener components should be compared with the geometry of the cross section
to ensure compatibilty.
DIMENSIONS AND PROPERTIES 131
Table 1-2 (continued)
M-Shapes
Properties
p M-SHAPES
Compact Torsional
Nom Section Axis X-X Axis Y-Y mln Properties
me Criteria s | Mo y y c.
mla|r]s]r[z 1]s[]r]z Sel '
I/ft_ 2t | te | in%[in3[ in. | in3 | in* | in3 | in. | in3 | in. in. in4 in
12.4 | 8.22[74.8|89.3 [14.2 |4.96/16.5 [2.01 |1.07 | 0.744|1.68 |0.933/12.3 |0.000283/0.0493 [76.0
11.6 | 8.20/74.8|80.3 [12.8 |4.86|15.0 |1.51 |0.864| 0.667| 1.37 |0.852|12.3 |0.000263|0.0414 [57.1
11.8 6.81/62.5/72.2 [12.0 |4.56/14.3 |1.09 |0.709| 0.559|1.15 [0.731/11.8 |0.000355/0.0500 [37.7
10.8 7.30/69.2|66.7 [11.1 |4.58/13.2 1.01 |0.661| 0.564|1.07 |0.732|11.8 [0.000300|0.0393 [35.0
10 9.03|74.7|61.7 [10.3 |4.57/12.2 1.03 |0.636| 0.592|1.02 |0.768|11.8 [0.000240|0.0292 [35.9
9 6.53|58.4|39.0 | 7.79|3.83| 9.22 0.672| 0.500| 0.503|0.809|0.850| 9.79|0.000411/0.0314 [16.1
8 7.39/65.0/34.6 | 6.95/3.82| 8.20 0.593 0.441| 0.500|0.711|0.546| 9.77|0.000328|0.0224 [14.2
7.5 | 7.77/71.0|33.0 | 6:60|3.85| 7.770.562 0.418| 0.503| 0.670|0.546| 9.82 |[0.000289|0.0187 [13.5
6.5 6.03|53.8|18.5 | 4.63|3.11| 5.43 0.376 0.329| 0.443|0.529|0.563| 7.81 |0.000509|0.0184 | 5.73
6.2 6.44/56.5|17.6 | 4.39/3.10| 5.15 0.352 0.308| 0.439|0.495|0.560| 7.82|0.000455|0.0156 | 5.38
4.4 5.39/47.0| 7.23| 2.41|2.36| 2.80 0.180 0.195| 0.372|0.311|0.467| 5.83|0.000707|0.00990| 1.53
3.7 7.75|54.7| 5.96| 2.01/2.34| 2.33 0,173| 0.173| 0.298| 0.273|0.499| 5.79|0.000459|0.00530| 1.45
18.9 6.01/11.2[24.2 | 9.67|2.08/11.1 [8.70 [3.48 | 1.25 [5.33 [1.44 | 4.58|0.00709 [0.313 [45.7
6 11.9 |22.0| 4.72| 2.48|1.64| 2.74 1.47 10.771| 0.915|1.18 |1.04 | 3.64/0.00208 [0.0184 | 4.87
4.08 6.62|26.4| 3.53| 1.77/1.67| 2.00 0.325| 0.289| 0.506| 0.453/0.593/ 383|0.00218 |0.0147 | 1.19
3.45 8.65|33.9| 2.86| 1.43/1.68| 1.60 0.248| 0.221| 0.496| 0.346|0.580| 3.87|0.00148 |0.00820| 0.930
32 8.65/33.9| 286| 1.43|1.68| 1.60 0.248| 0.221| 0.496|0.346|0.580| 3.87|0.00148 [0.00820| 0.930
2.9 8.65/23.6| 1.50| 1.00/1.28| 1.12 0,248| 0.221| 0.521|0,344|0,597| 2.87|0.00275 |0.00790| 0.511
1-32 DIMENSIONS AND PROPERTIES
Table 1-3
S-Shapes
Dimensions
Web Flange Distance
Shape ae Der, Thickness, | ty | Width, | Thickness, |, |, [Workable
tu 2 br t Gage
in? in. in. in. in. in. in. in.
sasxrz1 [355 [245 | 24% | 0.800| 110 | 76 | 8.05 8 [109 [11 [2 — | 20%
x1068 [31.1 [24,5 | 2412 | 0.620| Ye She | 7.87 | 7/s | 1.09 | 16 |2 2012
4
4
s24100 |29.3 [24.0 | 24 |0.745| Ya | Ys |7.25| 7 | 0.870| e | 1% 20/2| 4
x90 26.5 [240 | 24 [|0.625| Ye | Yes | 7.13 | 7/s | 0.870| e | 1% 20/2| 4
x80 23.5 (24.0 | 24 0.500 | Ya Ya [7.00] 7 0.870| Ys 1% 20V2 4
4
4
S20x96 28.2 [20.3 | 204 | 0.800| “6 | “56 | 7.20 | 7. | 0.920| /s | 1% 164
x86 25.3 [20.3 | 204 | 0.660 | Vis | Ya |7.06| 7 0.920| "6 | 1% 16%
S20x75 220 [200 | 20 0.635 | %/a 5/6 | 6.39 | 6% | 0.795| Yi | 1% 16%. | 3199
x66 19.4 [20.0 | 20 0.505 | Ya Ya [6.26 | 6. | 0.795| */6 | 1% ES
S18x70 20.5 (18.0 | 18 0.711 | 6 | Ye | 6.25| 6: | 0.691| 1/6 | 1 15 31/29
x54,7 [16.0 [18.0 | 18 0.461 | 756 | Ya | 6.00| 6 0.691| l/s | 1% 15 31/29
S15x50 14.7 [15.0 | 15 0.550 | %s | %/e | 5.64 | 5% | 0.622| Ye | 1% 12/4 | 3129
x429 [12.6 [15.0 | 15 0.411| 76 | Ya |5.50| 52 | 0.622| Ye | 1% 124 | 322
S12x50 147 [120 | 12 0.687 | Vis | Ya | 5.48 | 5 | 0.659| is | 17/56 9 | 39
x40.8 |11.9 [120 | 12 0.462 | 756 | Ya | 5.25| 5. | 0.659| 1/6 | 1756 9/8 39
S12x35 10.2 [12.0 [| 12 0.428 | "6 | Ya |5.08| SV | 0.544] Ye | 1%6 9 | 39
31.8 9.31/120 | 12 0.350 | e Ys | 5.00 | 5 0.544 | Ye | 1%%6 9 39
S10x35 10.3 [10,0 [| 10 0.594 | 5 She | 4.94 | 5 0.491| Ya 1 Tila | 23/49
x25.4 7.45|10.0 | 10 0.311|% | Ns | 4.66 | 4% | 0.491| Ya 1 Ta | 219
S8x23 6.76| 8.00| 8 0.441 | 756 | Ya | 417| 4 [0.425] 6 |1 6 21/49
x18.4 5.40| 8,00 0.271| Ya Ye [| 4.00| 4 0.425| e |1 6 21/49
S6x17.25 | 5.05| 6,00
x125 3.56| 6.00
0.465| 6 | Ya | 3.57 | 3%, | 0.359| Ye | 4] —
0.232 | Ya Ye [3.33| 3% | 0.359| Ye Yi | 4] —
S5x10 2.93| 5,00 0.214| %0 | Ye | 3.00| 3 0.326| Yi 34 3
x77 226| 400 0.193|%%6 | Ya |266| 2%/s | 0.293| Yi Sa 2M| —
S3x7.5 2.20| 3,00
x5.7 1.66| 3,00
0.349 | a Ys | 2.51 | 2/2 | 0.260| Ya 5/8 W| —
8
6
6
5
S4x9.5 2.79| 4.00| 4 0.326| 6 | Ys | 2.80 | 2% | 0.293| 16 la 2 =
4
3
3 0.170| 6 | Ye | 2.33| 2%/s | 0.260| Ya e Wa| —
%The actual size, combination and orientation of fastener components should be compared with the geometry of the
cross section to ensure compatibility.
— Indicates flange is too narrow to establish a workable gage.
DIMENSIONS AND PROPERTIES 1-33
Table 1-3 (continued)
S-Shapes
Properties
S-SHAPES
Compact Torsional
Nom- | Section Axis X-X Axis Y-Y Properties
inal pelado ts | ho
Criteria
Wi y Cu
a] on | 1 s]|riz pis]r]z
IbAt | 2tr | tu in.4 inó_| in. in3 in% | inS | in. | in3 | in. | in in+ in.£
121 3.569|25.9 |3160 [258 9.43|306 [830 (20.6 [1.53 [36.3 [1.94 [234 [128 11400
106 [3.81|334 |2940 [240 9.71|279 [768 (19.5 |1.57 [33.4 |1.93 [23,4 [10.1 10500
100 [4.16|27.8 |2380 [199 9.01[239 [474 (13.1 [1.27 [24.0 [1.66 [231 | 7.59 | 6350
90 |4.09|33.1 |2250 [187 921/1222 [447 (1125 [1.30 [224 [1.66 [23,1 | 6.05 5980
80 4.02|41.4 |2100 175 9,47 |204 420 [12.0 |1.24 [20.8 |1.67 [23,1 | 4.89 5620
96 3.91|21.1 |1670 165 7.71|198 499 [139 [1.33 [249 |1.71 [194 | 8.40 4690
86 |3.84|256 [1570 [155 7.89/183 [466 (132 [1.36 [23.1 (1.71 [19.4 | 6.65 4370
75 4.02|26.6 |1280 128 7.62 1152 295 9.25 [1.16 [16.7 [1.49 [19.2 | 4.59 2720
66 3.93|33.5 |1190 19 7.83|139 275 8.78 [1.19 [15.4 [1.49 [19.2 | 3.58 2530
70 |452|215 | 923 [103 6.70/124 [240 7.69 |1.08 [14.3 [1.42 [17.3 | 4.10 1800
54.7 |4.34|33.2 | 801 89.0 |7.07|104 [20.7 6.91 [1.14 [121 [1.42 [17.3 | 233 1550
50 4.53|22.7 | 485 64.7 |5.75| 77.0 |15.6 5.53 |1.03 [10.0 [1.32 [144 | 2.12 805
429 [4421304 | 446 | 59.4 |5.95| 692 [143 | 5.19 [1.06 | 9.08 [1.31 [144 | 1:54 | 737
50 |4.16/13.7 | 303 50.6 | 4.55| 609 [15.6 5.69 [1.03 [10.3 |1.32 [11.3 | 2.77 501
40.8 |3.98| 20.6 | 270 45.1 |4.76| 52.7 [135 5.13 [1.06 | 8.86 |1.30 [11.3 | 1.69 433
35 |457|231 | 228 | 381 |4.72| 446 | 984 | 388 [o.e80| 6:80 [1.22 [11.5 | 105 | 323
31.8 |4.60|283 | 217 36.2 |4.83| 418 | 9.33 | 3.73 |1.00 | 6.44 [1.21 [11.5 | 0.878 | 306
35 [5.03|13.4 | 147 29.4 |3.78| 354 | 830 | 3.36 [0.899| 6.19 |1.16 | 9.51] 1.29 188
254 (4.75/256 | 123 | 246 |4.07| 283 | 673 | 289 [o.950| 4.99 |1.14 | 951| 0.603 | 152
23 [|491/14.1 64,7 | 16.2 |3.09| 192 | 4.27 | 2.05 |0.795| 3.57 [|0.999| 7.58| 0.550 61.2
18.4 |4.71/229 57.5 | 14.4 [3,26| 165 | 369 | 1.84 [0.827| 3.18 [0.985| 7.58| 0.335 52.9
17.25|4.97| 967| 262 | 8.74|228| 105 | 229 | 1.28 [0.673| 2.35 [0.859] 564| 0371 | 182
125 |4.54/19.4 22.0 7.34|2.45| 8.45| 180 | 1.08 |0.702| 1.86 [0.831] 5.64| 0.167 14.3
10 4.61|16.8 123 4.90|2.05| 5.66| 1.19 | 0.795/0.638| 1.37 |0.754| 4.67| 0.114 6.52
9.5 |4.77| 8.33| 6.76| 3.38| 1.56| 4.04| 0.887 0.635/0.564| 1.13 [0.698| 3.71| 0.120 3.05
7.7 |4,54|14.1 6.05| 3.03|1.64| 3.50/ 0.748 0.562|0.576| 0.970/0.676| 3.71] 0.0732 2.57
7.5 |4.83| 5.38 29 1.94/1.15| 235| 0.578| 0.461/0.513| 0.821|0.638| 2.74| 0.0896 1.08
5.7 |4.48|11.0 250| 1.67|1.23| 194| 0.447| 0.383/0.518| 0.656/0.605| 2.74| 0.0433 0,838|
1-36 DIMENSIONS AND PROPERTIES
xp EL pe
t o Table 1-5
TI a AX
, C-Shapes
1 - z
do» e Dimensions
MZ
PNA
Web Flange Distance
Area, | Depth, s " Average Work-
Shape | A ines a ns lr ae | e | o
ta 2 bi th Gage
m2] in in. in. in. in. in [ in. | in. | in [in
C15x50 [14.7 [15.0 | 15 [0.716| 16 | Ye |3.72| 3% | 0.550 Ye | 1/8 |12/8| 2/4 [1.17 [14.4
x40 [11.8 [15.0 | 15|0.520| Ye | Ya |3.52| 3V2 [0.850 | Ys | 176 |12/8| 2 1.15 [14.4
x33.9|10.0 [15.0 | 15 [0.400| Ys | %6 | 3.40| 3% | 0.650 Ye | 17/15 | 12/8| 2 1.13 [14.4
C12x30 | 8.81/12.0 | 12 |0.510| Ya | Ya |3,17| 38 [0.501 | Ya | 18 9%4 | 14 [1.01 [11.5
x25 | 7.24/12.0 | 12 [0.387| Ys | %s | 3.05| 3 0.501 | Ya | 1Ya 9/4 | 1/49 [1.00 [11.5
x20.7| 6.08/12.0 | 12 [0.282| Ns | %6 | 2.94 | 3 0.501 | Ya | 18 9%a | 1/42 [0.983|11.5
C10x30 | 8.81|10.0 | 10 [0.673| /16 | Ye | 3.03| 3 0.436 16 1/49 |0.924| 9.56
x25 | 7.35/10.0 | 10 |0.525| Ya | Ya |2.89| 2/8 | 0.436 | “15 1/49 |0.911| 9.56
x20 | 5.87/10.0 | 10 [0.379| Ys | h6|2.74| 24 | 0.436 16 1/4 [0.894| 9.56
x15.3| 4.48|10.0 | 10 [0.240| Ys | Ys |2.60| 2Ys | 0.436 “16 1/2 [0.868| 9.56
C9x20 5.87| 9.00| 9 |0.448| 7/16 | Ya | 2.65| 2%8 [0.413 16
x15 4.40| 9.00 0.285| 5 | Ys | 249| 2/2 [0.413 7/16 | 1
x13,4 | 3,.94| 9.00 0.233| Y | Ys [2.43| 2% [0.413 “/6 | 1 7 1%81 [0.814| 8.59
1/2 |0.850| 8.59
1%21 [0.825| 8.59
SS 000
C8x18.75| 5.51| 8.00
x13.75| 4.03| 8.00
x11.5 | 3.37| 8.00
C7x14.75| 4.33| 7.00
x12.25| 3.59| 7.00
9.8 2.8/| 1.00
0.487| Ya | Ya |2.53| 2/2 [0.390 Ye 1546 | 6/8 | 1/29 [0.800| 7.61
0.303| %s | 6 | 2.34 | 2% | 0.300 | Ya | 1%6| 68 | 18% [0.774| 7.61
0.220| Ya | Ye |2.26| 24 | 0.390 | Ye | "%M6| 68 | 1%8% |0.756| 7.61
0.419| 76 | Ya |2.30| 2V4 | 0.366 | Ye | Ve | 5/4| 1/49 |0.738| 6.63
0.314| 50 | Yo | 2.19 | 2 | 0.366 | Yo | a 54 | 1/49 [0,722| 6.63
0.2101 Y6 | Ye | 2.09| 28 [0.366 Ye 7/8 5/4 | 1/42 [0.698| 6.563
9
9
8
8
8
7
7
1
C6x13 3.82| 6.00| 6 |0.437| 76 | Y |2.16| 28 [0.343 | 6 | %6| 4%Y8| 1%8% [0.689| 5.66
x10.5 | 3.07| 6.001 6 [0.314] %6 | %6 | 2.03 | 2 0.343 | Yi6 | 1Y%6| 4Ys| 1/89 [0.669| 5.66
x8.2 2.39 6.001 6|0.200/ %s | a |1.92| 178 [0.343 Ys | /6| 4Y8| 1/8% |0.643| 5.66
5
5
4
4
4
4
3
3
3
3
059 2.64| 5.00
x6.7 1.97| 5.00
0.325| %s | %s | 1.89| 178 [0.320 Ys | Ya 32 | 1/22 [0.616| 4.68
0.190| 6 | Ys |1.75| 1% | 0.320 | Yo | Ya 3/2 | — |0.584| 4.68
C4x7.25 | 2.13| 4.00
x6.25 | 1.77| 4.00
x5.4 1.58| 4.00
x4.5 1.38| 4.00
0.321| 6 | 6 [1.12 | 1%, [0.296 Ys | Ya 2V2 | 15 0.563| 3./0
0.247| Ya | Ye |1.65| 1% | 0.272 Yo | Ya 22. | — [0.546| 3.73
0.184| Ns | Ye | 1.58| 1% | 0.296 Yi | a 2/2 | — [0.528| 3.70
0.125| Ye | is | 1.58| 1% [0.206 Yi | Ya 2/2 | — |0.524| 3.70
C3x6 1.76| 3.00
x5 1.47| 3.00
x4.1 1.20| 3.00
3.5 1.09| 3.00
0.355| Ys | 346 | 1.60| 1% | 0.273 Ya Mis | 18 | — [0.519| 2.73
0.258| 4 | Ys | 1.50| 12 [0.273 | Ya "hs | 178 | — [0.496| 2.73
0.170|%s | Ye |1.41| 1% |0.273| Ya | WMs| 1% | — |0.469| 2.73
0.132| Ye | 6 | 1.37| 1% [0.273 Ya Who | 18 | — [0.456| 2.73
9 The actual size, combination and orientation of fastener components should be compared with the geometry of the
cross section to ensure compatibility.
— Indicates flango is too narrow to establish a workable gago.
DIMENSIONS AND PROPERTIES 137
Table 1-5 (continued)
C-Shapes
Properties
C-SHAPES
e Torsional Properties
Nom- [Shar Axis X-X Axis Y-Y
inal | Ct, lez
r
“w elrTsIr]z|1]is]rixlzI[» A
lb/ft in. | in* ]in¿ [im | in2] in in | in. | in. [m2] im. | m4] nó [in
so 0583[404 [53.8 [524/685 [110 3.77 |0.865/0.790|8.14 [0.490 265 [492 — |5.49| 0.937
40 O767|348 [46.5 [543|575 | 9.17 3.84 |0.883|0.778|6.84 | 0.892 1.45 [410 — |5.71| 0.927
33.9 0.896/315 [42.0 |5.61/50.8 | 8.07 3.09 | 0.901|0.788|6.19 |0.332|1.01 |358 5.94 | 0.920
30 O6t8li62 [27.0 [420|338 | 512 2.05 |0.752|0.674|4.32 [0.367 0.861 [151 — |4.54| 0.919
25 0.746|144 24,0 [4.43/29.4 | 4,45 1.87 [0.779| 0.674/3.82 [0.306| 0.538 | 130 4.72| 0.909
20.7 087o|128 [21.5 |[461|256 | 386 1.72 |0.797|0.698|3.47 |0.253| 0.369 [112 — |4.98| 0.899
30 O368l103 [20.7 [3.43|267 | 393 1.65 | 0.658| 0.649 3.78 |0.441|1.22 | 79.5 |3.63| 0.921
25 /0494| 911 [18.2 [352|23.1 | 334 1.47 |0.675|0.617|3.18 |0.367| 0.687 | 68.3. | 3.76| 0.912
20 /0636| 78.9 [15.8 [3.67|19.4 | 280 1.31 |0.690|0.606|2.70 [0.2041 0.368 | 56.9 |3.93| 0.900
15.3 0,796| 67.3 (13.5 |[3.88/159 | 2.27 1.15 |0.711|0.634|2.34 |0,224/0.209 | 45.5 |4.19| 0.884
20 0515 609 [13.5 [322|169 | 241 1.17 | 0.640 0.583/2.46 |0.326| 0.427 | 39.4 |3.46| 0.899
15 0681| 510 [113 [340/136 | 191 1.01 [0.659| 0.586/2.04 [0.245| 0.208 | 31.0 [|3.69| 0.882
13.4 0,742| 47.8 [10.6 |3.48/126 | 1.75 0.954| 0.666| 0.601|1.94 |0.219/0.168 | 28.2 |3.79| 0.875
18.75 0.431| 43.9 (11.0 |[2.82/139 | 1.97 1.01 |0.598| 0.565/2.17 |0.344/0.434 | 25.1 3.05 | 0.894
13.75 0.604| 36.1 | 9.02|299| 11.0 | 152 0.848 0.613|0,554|1.73 [0.252 0.186 | 19.2 |3.26| 0.874
11.5 0697| 32.5 | 8.14[3.11| 9.63| 131 10.775] 0.623|0.572|1.57 [0.211 0.130 | 16.5 | 3.41| 0.852
14.75 0441| 27.2 | 7.78|251| 9.75| 137 0.772 0.551|0.532|1.63 |0.309| 0.267 | 13.1 |2.75|0.875
12.25 0.538| 24.2 | 6:.02|259| 8.46| 1.16 0.606 0.558|0,525|1.42 0.257 0.161 | 11.2 |2.86| 0.852
9.8 0.64/| 21.2 | 6.0/12./2| 7/.19| 0.95/ 0.61/| 0.5/8| 0.541|1.26 | 0.205/ 0.0996| 9.15 | 3.02 | 0.845
13 /0380| 17.3 | 5.78|2.13| 729] 1.05 0.638 0.524/0.514/1.35 [0.318 0.237 | 7.19 | 2,37| 0.858
10.5 /0.486| 15.1 | 5.04|2.22| 6.18| 0.860 0.561| 0.529| 0.500|1.14 | 0.256| 0,128 5.91 | 2.48 | 0.842
8.2 0599| 13.1 | 4,35/2.34| 5.16| 0.687 0.488|0.536| 0.512|0.987| 0.199] 0.0736 4.70 | 2.65 0.824
9 0.427| £8.89| 3.56/184| 439| 0.624 0,444| 0.486| 0.478|0.913| 0.264| 0.109 293 |2.10| 0.815
6.7 0552| 7.48| 2.99|1.95| 3:55| 0.470 0.372| 0.489| 0.484| 0.757| 0.215] 0.0549] 2.22 | 2.26 0.790
1.25 0.386| 4.58| 2.29/1.4/| 284| 0.425 0.33/| 0.44/| 0.459| 0.695| 0.266| 0.081/| 1.24 [| 1./5| 0./6/
6.25 0.434| 4.00| 2.00|1.50| 2.43| 0.345 0.284|0.441|0.435| 0.569| 0.221| 0.0487| 1.03 |1.79| 0.764
5.4 0501| 385| 1.92|1.56| 229| 0.312 0.277| 0.444| 0.457|0.565| 0.231| 0.0399] 0.921| 1.88 0.742
4.5 /0.587| 3.65| 1.83|1.63| 2.12| 0.289 0.265| 0.457| 0.493|0.531| 0,321/0.0322| 0.871| 2.01 | 0.710
6 0.322| 2.07| 1.38/1.09| 1.74| 0,300 0.263| 0.413| 0.455/0.543| 0.294| 0.0725] 0.462| 1.40| 0.690
5 0392| 185| 1.23/1.12| 152| 0.241 0.228| 0.405| 0.438| 0.464| 0.245| 0.0425| 0.379| 1.45 0.673
4.1 0.461| 1.65| 1.10|1.18| 1.32| 0.191 0.196| 0.398| 0.437| 0.30| 0.262| 0.0269] 0.307| 1.53| 0.655
3.5 0493| 157| 1.04/1.20| 1.24| 0.169 0.182| 0.394| 0.443| 0.364| 0.296] 0.0226] 0.276| 1.57 0.646
1-38 DIMENSIONS AND PROPERTIES
gy EL je
4
' y Table 1-6
A ES
, MC-Shapes
! s :
do» br Dimensions
MZ
PNA
Web Flange Distance
Area, | Depth, | : Average Work-
Shapo A q > [Triokness, | ta | Width, | prado, [| Moe | de | o
tu 2 bs t Gago
m2 [im in [im.[ in in. in | in. | in. | in | in.
MC18x58 17.1 [18.0 [18 |0.700| 1/16 | Ye | 4.20 | 4/4 |0.625| Ye [176 [158 | 2/2 [1.35 [17.4
x51.9 153 |18.0 [18 |0.600| Ya |%s| 4.10 | 4s [0.625 | Ye [176 1.35 [17.4
x45.8 13.5 |18.0 |18[0.500| 2 | Ys |4.00|4 |0.625| Y [1716 | | 1.34 [17.4
x427 126 |18.0 |18 [0.450] 7/6 | Ya |3.05|4 [|0.625|%2 [1716 1.34 [17.4
MC13x50 147 [12.0 [13 [0.787|/0|7/h6| 4.41 | 4%/ | 0.610 | a [1716 |10Vs | 2/2 [1.41 [12.4
x40 11.7 [13.0 [13 |0.560| 5 [%6| 4.19 | 4/e [0.610 | Ye [176 1.38 [12.4
x35 10.3 [13.0 [13 |0.447| 7/16 | Ya | 4.07 | 48 [0.610 | Ye [176 , | 1.35 [12.4
x318 9.35|13.0 [13 |0.375| Ya [Y6|4.00|4 [0.610|% [176 1.34 [12.4
MC12x50 147 [12.0 [12 |0.835| /:6| 7/16 | 4.14 4Ye [0.700 | 1/16 [1%/16 | 9s | 22 [1.87 [11.3
x45 132 [12.0 [12 |0.710|"/6|Ye | 4.01 4 [0.700 |" [1% | 1.35 [11.3
x40 118 [12.0 [12 |0.590| 15 | %6| 3.89 | 3//% | 0.700 | "/16 [1%/16 1.33 [11.3
x35 10.3 [12.0 [12 |0.465| 10 | Ya | 3.77 | 33/: | 0.700 | 1/16 [15/16 1.30 [11.3
x31 9.12|12.0 [12 |0.370| Ye |*%6| 3.67 | 3/8 | 0.700 | "/16 [19/16 2 (1.28 [11.3
MC12x14.3 4.18/12.0 [12 [|0.250| Ya |Ye [2.12 2/e/0.313| %6 | Ya [102 | 1/42 |0.672|11.7
MC12x10.6 3.10|12.0 [12/|0.190| 6 | Ve | 1.50 1/2 [0.309 |%s | Ya [10/2| — [0.478|11.7
MC10x41.1 121 [10.0 |10/0.796| /:6| 7/6 | 4.32 | 4/s 0.575 | Ys |1%6 | 7% | 2/2 [1.44 | 9.43
x33.6 9.87|10.0 [10 |0.575| 6 |%6| 4.10 | 4/8 |0.575| %6 [1%/6 | 7% | 2/22 [1.40 | 9.43
x28.5 8.37|10.0 [10 |0.425| 7/10 | Ya |3.95|4 |0.575|%06 [1%/6 | 7% | 2/21 [1.35 | 9.43
MC10x25 7.34|10.0 [10 |0.380| Ye |%6| 3.41 |3Y8 |0.575| %6 [1%6 | 7/8 | 2% [1.17 | 9.43
x22 6.45/10.0 [10 |0.290| 56 |6| 3.32 3% | 0.575 | %6 [1356 | 7/8 | 2% [1.14 | 9.43
MC10x8.4% 2.46|10.0 [10 |0.170| Ys | Ye |1.50|1/2|0.280| Ya | Y | 8/2 | — [0.486| 9.72
x6.5* 1.95|10.0 [10 /0.152| Ye || 1.17 | 1 [0.202 |%%6 | 6 | 8 | — [0.363| 9.80
MC9x25.4 7.47| 9.00 | 9|0.450| 7/16 | Ya | 3.50 |3/2 |0.550| %6 [1% | 6/2 | 2% [1.20 | 8.45
23.9 7.02 | 2.00| 9|0.400| Ys | Y6| 3.45 | 3/2 [0.550 | Y6 |[11s 6% | 29% [1:18 | 8.45
MC8x22.8 6.70| 8.00
x21.4 6.28| 8.00
0,427 | /16 | Ya | 3.50 3/2 |0.525| Y2 [1%6 | 58 | 2% [1.20 | 7.48
0.375| Ya |Y6| 3.45 3/2 [0.525 | Ya [196 | 5% | 29 [1,18 | 7.48
0,400 | Ya [Y6|3.03,3 [0.500 | Ya [11e 5% | 29 [1.03 | 7.50
0,353| Ye [16| 2.988 3 [0.500 | Y2 [1%8 | 22 [1.02 | 7.50
MC8x20 5.87| 8.00
x18.7 5.50| 8.00
> o» o
MC8x8.5 250| 8.00 0.179|Y16 | Ve | 1.87 | 1/8 |0.311|%6 | 'Yi5| 6% | 1/82 [0.624| 7.69
< Shape is slender for compression with F, - 36 ksi,
9 The actual size, combination and orientation of fastener components should be compared with the geometry of the
cross section lo ensure compatibiiy.
— Indicates flange is too narrow to establish a workable gage.
DIMENSIONS AND PROPERTIES 141
Table 1-6 (continued)
MC-Shapes
Properties
MC7-MC3
e Torsional Properties
Nom-[Shear| Axis X-X Axis Y-Y
inal Ctr, , 2 -
ñ
"we Ts]Ir]z[| 1 s]Trixiz]o O
lb/ft in. | inó | in2 [im] in2[ 0 in2[ im. [ im. im? | in. [ in4] ins in.
227 101 | 474 [135 [267/164 | 724 283 [1.04 [1.04 538 [0.477 [0625 | 583 [3.53|0.659
t01 115 | 431 [123 [277/145 | 606 255 [1.04 [1.08 4.85 [0.579 [o.407 | 493 [3.70|0.688
18 117 | 297 | os9[237|11.7 | 568 247 [105 |1.12 4.68 [0.644 [o.379 | 346 [3.46/0.563
153 116 | 253 | 8.44/238| 991| 491 201 [1.05 [1.05 3.85 [0.511 [o.223 | 30.0 [3.41|0.579
163 0930| 260 | 8e.66|233|104 | 377 182 [0887|0927 3.47 [0.465 [o336 | 221 [3.11|0.643
15.1 0.982| 24.9 | 8.30|2.37| 9.83| 3.46 1.73 |0.883|0.940 3.30 [0.543 [0.285 20.5 [|3.18|0.634
12 0725| 187 | 6.24[230| 7.47| 185 103 [0.724/0.704 1.97 [0.294 [o:155 | 113 [280|0.740
7 /0583| 11.4 | 3.81[234| 4,50| 0.603 0439|0.537/0.501 0.865 0.174 [0.0464| 4.00 |2.63|0.880|
6.5 0.612| 11.0 | 3.66|2.38| 4.28| 0.565 0,422[0.539| 0.513! 0.836|0.191 [0.0412 3.75 [2.68 [0.824
133 0.643| 8.85| 4.43/148| 553| 2:13 129 [0.727|0.849 2.40 [0.508 [o373 | 4.84 [2.23|0.550
7.1 0574| 2.72| 181|1.14| 224| 0.666 0518|0.562| 0.653, 0.998 0.414 [0.0928] 0.915|1.76|0.516|
142 DIMENSIONS AND PROPERTIES
Table 1-7
Angles
Properties
Axis X-X Flexural-Torsional
Properti
Kk | wi | Area, - —
Shape A 1 s r y z Y J Cm To
in. | Ib/ft | in? | in4 in. 3 in. in. in? in. in. + in.£ in.
L8x8x1Ys | 1/4 [569 [168 [98.1 [175 [241 [240 [316 |1.05 [7.13 325 4.29
xl 1% [510 [151 [891 [158 |243 [236 [285 |0.944|5.08 23.4 4.32
Xle [1% |450 [133 [79.7 [140 [245 |231 [253 0.831 | 3.46 16.1 4.36
xl [1% |389 [115 [699 [122 [246 |226 [220 0.719|2.21 10.4 4.39
xa [1/4 [32.7 | 9.69 [59.6 [103 |248 |2.21 |186 | 0.606|1.30 6.16 4.42
Xi | 1% [296 | 8.77 [54.2 933 [249 |219 [168 | 0.548|0.961 455 4.43
xl |1/8 |26.4 | 7.84 [48,8 8.36 [249 |2.17 [151 0.490 | 0.683 3.23 4.45
L8x6x1 We |442 [131 [80.9 [151 [249 [265 [273 [1.45 [4.34 [163 3.88
xle [1% [391 [115 [724 [134 [250 |260 [243 1.43 | 2.96 113 3.92
Xla | 1 [338 | 9.99 [63.5 [11.7 [252 |255 [21.1 1.34 |1.90 7.28 3.95
xs [1 [285 | 8.41 [54.2 986 [254 [250 [179 |1.27 [1.12 4.33 3.98
Xe | 1/16 [25.7 | 7.61 [49.4 89 [255 [248 [162 |1.24 [0.823 | 3,20 3.99
xl 1 23.0 | 680 [44.4 801 [255 |246 |146 |120 [0.584 228 4.01
xihe | 'h6|20.2 | 5.99 [39,3 7.06 [256 |243 |129 |1.15 [0.396 1.55 4.02
L8x4x1 Ye [37.4 [111 [69.7 [140 [251 [303 |243 |2.45 |3.68 129 3.75
xile [1% [33.1 | 9.79 [626 [125 |253 [299 [21.7 [241 [251 8,89 3.78
la [1 [28.7 | 849 [550 [109 (255 [294 |189 [2.34 [1.61 5.75 3.80
xa |1V8 |242 | 7.16 [47.0 9.20 [256 |289 [16.1 2.27 (0.955 3.42 3.83
xh6 | 1/5 |21.9 | 6.49 [42.9 8.34 [257 |286 |146 |2.23 [0.704 253 3.84
xl 1 19.6 | 580 [38.6 748 [258 |284 [131 [220 [0.501 1.80 3.86
xhe | '/6|17.2 | 511 [34.2 659 [259 [281 [116 [2.16 [0.340 | 1,22 3.87
Lixaxé/a | 1/a [26.2 | 7.74 [37.8 839 [221 |250 |148 1.84 | 1.47 3,97 3.31
xs [1% [221 | 6,50 [324 712 [223 |245 [125 |1.80 [0.868 | 2,37 3.34
xl 1 17.9 | 5.26 [26.6 5.79 [2.25 |240 [102 1.74 |0.456 1.25 3.37
xhe | /6|15.7 | 4.63 [23.6 511 [226 |238 903 | 1.71 (0.310 0.851 3.38
le 7/s [13.6 | 4.00 [20.5 442 [227 [2.35 7.81 | 1.67 [0.198 | 0.544 3.40
L6xex1 Y [37.4 [110 [35.4 855 [1./9 |186 |154 | 0.91//| 3.68 9,24 3.18
xlle [1% [33.1 | 9.75 [31.9 761 [181 |181 [137 |0.813|2.51 641 3.21
la | 1 [28.7 | 8:46 [28.1 6.64 [1.82 |1.77 [119 |0.705|1.61 4.17 3.24
xa | 1/8 [242 | 7.13 [24.1 564 [184 [1.72 [10.1 0.594 | 0.955 250 3.28
Xhe | 1/6 |21.9 | 6.45 [22.0 5.12 [1.85 |1.70 9.18 | 0.538 | 0.704 1.85 3.29
xY 1 196 | 577 [19.9 459 [186 [167 822 | 0.481 | 0.501 1,32 3.31
xhe | '6|17.2 | 5.08 [17.6 4.06 [1.86 [1.65 7.25 |0.423|0.340 | 0.899 3.32
la 7/z [149 | 4.38 [15.4 351 |187 [1.562 6.27 |0.365/0.218 | 0.575 3.34
xhe | H6|12.4 | 3.67 [13,0 295 [1.88 |1.60 5.26 | 0.306 | 0.129 0.338 3.35
Note: For workable gages, refer to Table 1-7A. For compaciness criteria, refer to Table 1-78.
DIMENSIONS AND PROPERTIES 1-43
Table 1-7 (continued)
Angles
Properties L8-L6
Axis Y-Y Axis Z-Z As
Shape 1 Ss r x z Xp 1 s r | Tan [f=36
a Ksi
in inó in, in. inó in. in ind in.
L8x8x1Vs | 98.1 [17.5 | 241 | 240 | 316 | 105 407 [120 | 156 |1.00 1.00
x1 [8er | 158 | 243 | 236 | 285 | 0.944 |368 [11.0 156 | 1.00 | 1.00
xls [787 [140 | 245 | 231 [253 | 0831 327 [100 |157 |1.00 1.00
xa | 699 [122 2.46 226 | 220 0.719 | 28.5 890 | 157 |1.00 | 1.00
xls | 596 [10.3 2.48 221 | 186 0.605 | 24.2 7.72 | 158 |1.00 | 0.997
ho | 54.2 9.33 | 2.49 219 [168 0.548 | 21.9 7.09 158 1.00 | 0.959
xl | 48.8 8.36 | 2.49 217 (151 0.490 | 19.8 6.44 | 159 [1.00 | 0.912
L8x6x1 38.8 8.92 | 1.72 165 [162 0.819 | 21.3 7.60 | 128 | 0.542 | 1.00
xls | 34.9 7.94 | 1.74 160 [144 0.719 | 18.9 6.71 128 | 0.546 | 1.00
él [308 | 692 | 175 | 156 [125 | 0624 166 | 582 | 129 [0.550 1.00
xls | 26.4 5.88 | 1.77 151 (105 0.526 | 14.1 4.91 129 0.554 | 0,997
xeho | 241 | 534 | 178 | 149 | 952 | 0476 128 | 445 [130 [0.556 0.959
xl | 21.7 4.79 | 1.79 1.46 852 | 0.425 [11.5 3.98 | 1.30 | 0.557 | 0.912
x'h6 | 19.3 4.23 | 1.80 1.44 750 | 0.374 | 10.2 3.51 131 | 0.559 | 0,850
L8x4x1 116 3.94 | 1.03 1.04 773 | 0.694 | 7.83 3.48 | 0844 | 0.247 | 1.00
xls | 10.5 3.51 1.04 0.997 | 6.77 | 0.612 | 6.97 3.06 0.846 | 0.252 | 1.00
Xla 9.37 | 3.07 | 1.05 0.949| 582 | 0.531 | 6.14 265 | 0.850 | 0.257 | 1.00
xl 8.11 2.62 | 1.06 0.902 | 4.86 | 0.448 | 5.24 224 | 0.856 | 0.262 | 0.997
Xeho | 7.44 | 238 | 107 | 0878| 439 | 0406 4.78 | 203 | 0859 | 0.264 | 0.259
xl 6.75 2:15 | 1.08 0.854 | 3:91 0.363 | 4.32 1.82 0.863 | 0.266 | 0.912
x'h6 | 6.03 | 1.90 | 1.09 0.829| 3.42 | 0.319 | 3.84 1.61 0.867 | 0.268 | 0.850
L7x4x%/a 9.00 3.01 1.08 1.00 560 | 0553 | 563 257 0855 | 0,324 | 1.00
xl 7.79 | 256 | 1.10 0.958 | 4:69 | 0.464 | 4.81 2.16 | 0.860 | 0.329 | 1.00
xlz | 648 | 210 | 1:11 | 0910| 377 | 0376 394 | 1.76 | 0866 | 0.334 | 0.965
xh6 | 5.79 1.86 | 1.12 0.8986 | 3.31 0.331 | 3.50 1.55 0.869 | 0.337 | 0.912
xl 5.06 | 1.61 | 1.12 0.861 | 284 | 0.286 | 3.04 1,34 | 0.873 | 0.339 | 0.840
L6x6x1 35,4 8.55 | 1.79 186 | 154 0.917 [149 5.70 117 100 | 1.00
xls | 31.9 7.61 | 1.81 181 [13.7 0.813 | 13.3 5.18 | 1.17 |1.00 | 1.00
Xl | 281 6.64 | 182 177 (119 0.705 | 11.6 463 | 117 |1.00 | 1.00
xls | 24.1 5.64 | 1.84 1.72 (101 0.594 | 9.81 4.04 1.17 1.00 | 1.00
Xh6 | 22.0 5.12 | 1.85 1.70 9.18 | 0.538 | 8.90 3.73 | 118 |1.00 | 1.00
x/2 | 19.9 4.59 | 1.86 1.67 8.22 | 0.481 | 8.06 3.40 | 1.18 |1.00 | 1.00
X'he | 176 | 406 | 186 | 155 | 725 | 0423 705 | 3/05 [1:18 [1.00 | 0.973
xls | 15.4 3.51 1.87 1.62 6.27 | 0.365 | 6.21 2.69 1.19 1.00 | 0.912
xh6 | 13.0 295 | 1.88 1.50 5.26 | 0.305 | 5.20 230 | 1.19 |1.00 | 0.826
Note: For workable gages, refer to Table 1-7A. For compactness criteria, refer to Table 1-78.
1-46 DIMENSIONS AND PROPERTIES
Table 1-7 (continued)
Angles
Properties
Axis X-X Flexural-Torsional
Area, Properties
k We , - =
Shape A 1 s r y zZ|Y% y Cm To
in. | Ib/ft | in? | in% | in3 in. in. in? in. in. + in.£ in.
Lax3/axV2 7/ [119 | 350 | 5.30 | 192 [1.23 [1.24 3.46 | 0.500 | 0.301 0.302 2.03
e 34 | o.10| 268 | 4,15 | 148 [1.25 [1.20 266 |0.427/0.132 | 0,134 2.06
xhe | "s| 7.70| 2.25 | 3.53 | 1.25 [1.25 [1.17 224 | 0.400/0.0782 | 0.0798 | 2.08
xXx 5% | 6.20| 1.82 | 2.89 | 1.01 [126 [1.14 181 | 0.360/0.0412 | 0,0419 [2.09
Laxaxle [1 13.6 | 399 | 6.01 | 228 [1.23 [1.37 4.08 | 0.808 | 0.529 0.472 1.91
xa 7/g [11.1 | 325 | 5.02 | 187 [1.24 [1.32 3.36 | 0.750| 0.281 0,255 1.94
e 3% | 850| 249 | 3.94 | 1.44 [1.26 [1.27 260 |0.680/0.123 | 0,114 1.97
Xhe | "/s| 7.20| 2.09 | 3.36 | 1.22 [1.27 [1.25 2.19 |0.656| 0.0731 | 0.0676 [1.98
xs 5 | 580| 1.69 | 2.75 | 0.988| 1.27 [1.22 1.77 | 0.620|0.0386 | 0.0356 | 1.99
1323 V2x 2 7 [11.1 | 3:25 | 3.63 | 148 [1.05 |1.05 2.66 | 0.464 | 0.281 0.238 1.87
X'he | "/h6| 9.80| 2.89 | 3.25 | 1.32 [1.06 [1.03 236 |0.413/0.192 | 0,164 1.89
o 3% | 850| 250 | 2.86 | 1.15 | 1.07 [1.00 2.06 |0.357|0.123 | 0.106 1.90
Xhe | "hs | 7.20| 2.10 | 2.44 | 0.969 1.08 [0.979 | 1.74 | 0.300/0.0731 | 0.0634 [1.92
xl 5 | 580| 1.70 | 2.00 | 0.787| 1.09 [0.954 | 1.41 | 0.243|0.0386 | 0.0334 |1.93
L3/x3x 2 7/ [10.2 | 3.02 | 3.45 | 145 [107 [1.12 261 |0.480/0.260 | 0.191 1.75
Xhe | hs | 9.10| 267 | 3.10 | 1.29 | 1.08 |1.09 232 | 0.449/0.178 | 0,132 1.76
la 3% | 780 | 2.32 | 2.73 | 1.12 |1.09 [1.07 2.03 | 0.407 | 0.114 0.0858 | 1.78
Xhe | '/s| 6.60| 1.95 | 2.33 | 0.951| 1.09 |1.05 | 1.72 | 0.380/0.0680 | 0.0512 [1.79
Va 5/ | 540| 1.58 | 1.92 | 0.773/ 1.10 [1.02 1.39 | 0.340|0.0360 | 0.0270 [1.80
13/2202 7 | 9.40 | 2.77 | 3.24 | 141 [108 |1.20 252 |0.730/0.234 | 0,159 1.56
«le | Y | 720| 2:12 | 256 | 109 11.10 [1.15 | 196 | 0.673|0.103 | 0.0714 |1.69
xhe | "hs| 6.:10| 1.79 | 2.20 | 0.925/1.11 [1.13 1.67 | 0.636/0.0611 | 0.0426 [1.71
/ 5 | 490| 1.45 | 1.81 | 0.753/ 1.12 [1.10 1.36 |0.600|0.0322 | 0.0225 [1.72
L3xax/2 7f | 940| 276 | 220 | 106 | 0895 |0.929 | 191 | 0.460| 0.230 0,144 1.59
xhe | "hs | 8.30| 2.43 | 1.98 | 0.946 0.903 |0.907 | 1.70 | 0.405|0.157 | 0,100 1.60
la 3% | 720| 2:11 | 1.75 | 0825| 0910 [0.884 | 1.48 | 0.352| 0.101 0.0652 [1.52
xhe | "hs| 6.:10| 1.78 | 1.50 | 0.699| 0.918 | 0.860 | 1.26 | 0.297|0.0597 | 0.0390 |1.64
/ Se | 490| 1.42 | 1.23 | 0.569| 0.926 [0.835 | 1.02 | 0.240|0.0313 | 0.0208 | 1.85
xo | %s6| 3.71| 1.09 | 0.948| 0.433 0.933 [0.812 | 0.774| 0.182| 0.0136 | 0.00899 | 1.87
L3x2/9/2 7 | 8.50| 2.50 | 2.07 | 1.03 | 0.910 [0.995 | 186 | 0.500| 0.213 0.112 1.46
xihe | B/hs| 760| 222 | 1.87 | 0921/0917 [0.972 | 166 | 0.463|0.146 | 0.0777 [1.48
le %% | 6.60| 1.93 | 1.65 | 0.803| 0.924 [0.949 | 1.45 | 0.427|0.0943 | 0.0507 | 1.49
«he | "hs | 5.60| 1.63 | 1.41 | 0.681 0.932 |0.925 | 1.23 | 0.392| 0.0560 | 0.0304 [1.51
xa Se | 450| 1.32 | 1.16 | 0.555| 0.940 [0.900 | 1.000| 0.360| 0.0296 | 0.0161 [1.52
xhe | | 3.39| 1.00 | 0.899| 0.423| 0.947 |0.874 | 0.761| 0.333| 0.0130 | 0.00705 | 1.54
Note: For workable gages, refer to Table 1-7A. For compaciness criteria, refer to Table 1-78.
DIMENSIONS AND PROPERTIES 1-47
Table 1-7 (continued)
Angles
Properties L4-L3
Axis Y-Y Axis Z-Z Qs
Shape I Ss r Xx z % I Ss r | Tan |F,=36
a Ksi
in% | in in. in. in. inf in in.
L4x3/2x!/2 3.76 | 150 | 1.04 | 0.994 0.438 | 1.79 1.17 | 0.716 | 0.750 | 1.00
xl 2.96 | 1.16 | 1.05 | 0.947 0.335 | 1.39 0.938 | 0.719 | 0.755 | 1.00
xhs | 252 0.980| 1.06 0.923 0.281 1,16 0.811 | 0.721 | 0.757 | 0.997
xs 2.07 0.794| 1.07 0.897 0.228 | 0.953 | 0.853 | 0.723 | 0.759 | 0.912
Lax3x/s 2.85 1.34 | 0.845 | 0.867 245 | 0.499 | 1.59 1.13 D.631 | 0.534 | 1.00
xl 2.40 | 1.10 | 0.858 | 0.822 1.99 | 0.406 | 1.30 0.927 | 0.633 | 0.542 | 1.00
xl 1.89 | 0.851| 0.873 | 0.775 1.52 | 0.311 | 1.00 0.705 | 0.636 | 0.551 | 1.00
Xhs | 1.62 | 0.721| 0.880 | 0.750 1.28 | 0.261 | 0.849 | 0.591 | 0.638 | 0.554 | 0.997
xl 1.33 0.585| 0.887 | 0.725 1.03 | 0.211 D.692 | 0.476 | 0.639 | 0.558 | 0.912
13123 V2x/2 3.63 1.48 | 1.05 1.05 2.56 | 0.464 | 1.51 1.01 D.679 | 1.00 | 1.00
xihs | 3.25 | 132 | 1.06 | 1.03 2.36 | 0.413 | 1.33 0.920 | 0.681 | 1.00 | 1.00
Sa 2.86 | 1.15 | 1.07 1.00 2.06 | 0.357 | 1.17 0.821 | 0.683 | 1.00 | 1.00
xXh6 | 244 | O969| 1.08 | 0979 174 | 0.300 | 0.984 | 0.714 | 0.685 | 1.00 |1.00
xl 2.00 0.787| 1.09 0.954 1.41 0.243 | 0.802 | 0.598 | 0.688 | 1.00 | 0.965
L3/23x1/2 2.32 1.09 | 0.877 | 0.869 1.97 | 0.431 1,15 0.851 | 0.618 | 0.713 | 1.00
x'hs | 209 | 0.971| 0.885 | 0.846 1.75 | 0.381 | 1.02 0.774 | 0.620 | 0.717 | 1.00
xs 1.84 | 0.847| 0.892 | 0.823 1.52 | 0.331 | 0.894 | 0.692 | 0.622 | 0.720 | 1.00
x'hs | 158 | 0718| 0.900 | 0.798 128 | 0.279 | 0.758 | 0.502 | 0.624 | 0.722 | 1.00
Xx 1.30 0.585| 0.908 | 0.773 1.04 | 0.226 | 0.622 | 0.487 | 0.628 | 0.725 | 0.965
L31/2x2V2x1/2 1.36 | 0.756| 0.701 | 0.701 1.39 | 0.396 | 0.781 | 0.649 | 0.532 | 0.485 | 1.00
xls 1.09 | 0.589| 0.716 | 0.655 1.07 | 0.303 | 0.609 | 0.496 | 0.535 | 0.495 | 1.00
x3h6 | 0.937| 0.501| 0.723 | 0.632 0.900| 0.256 | 0.518 | 0.419 | 0.538 | 0.500 | 1.00
x!/; | 0.775| 0.410| 0.731 | 0.507 0.728| 0.207 | 0.426 | 0.340 | 0.541 | 0.504 | 0.965
L3x3x1/2 2.20 | 1.06 | 0.895 | 0.929 1.91 | 0.460 | 0.922 | 0.703 | 0.580 | 1.00 | 1.00
x'hs | 1.98 | 0.946| 0.903 | 0.907 1.70 | 0.405 | 0.817 | 0.639 | 0.580 | 1.00 | 1.00
xX/ 175 0825| 0.910 | 0.884 148 | 0.352 | 0,716 | 0.570 | 0.581 | 1.00 | 1.00
xh6 | 1.50 0.699| 0.918 | 0.860 1.26 | 0.297 | 0.606 | 0.496 | 0.583 | 1.00 | 1.00
xl: | 123 | 0569| 0.926 | 0.8365 1.02 | 0.240 | 0.490 | 0.415 | 0.585 | 1.00 |1.00
xs | 0.948| 0.433| 0.933 | 0.812 0.774 | 0.182 | 0.373 | 0.326 | 0.586 | 1.00 | 0.912
13x2V2x1/2 1.29 | 0.736| 0.718 | 0.746 1.34 | 0.417 | 0.665 | 0.568 | 0.516 | 0.666 | 1.00
xhs | 1.17 0.656| 0.724 | 0.724 1:19 | 0.370 | 0.594 | 0.517 | 0.516 | 0.671 | 1.00
xl 1.03 0.573| 0.731 | 0.701 1.03 | 0.322 | 0.514 | 0.463 | 0.517 | 0.675 | 1.00
xóhs | 0.888| 0.487| 0.739 | 0.677 0.873| 0.272 | 0.435 | 0.404 | 0.518 | 0.679 | 1.00
x/ 0.734| 0.397| 0.746 | 0.653 0.707 | 0.220 | 0.355 | 0.327 | 0.520 | 0.683 | 1.00
Xhs | 0.568| 0.303| 0.753 | 0.627 0.536| 0.167 | 0.271 | 0.247 | 0.521 | 0.687 | 0.912
Note: For workable gages, refer to Table 1-7A. For compactness criteria, refer to Table 1-7B.
1-43 DIMENSIONS AND PROPERTIES
Table 1-7 (continued)
Angles
Properties
Axis X-X Flexural-Torsional
Area, Properties
k We , - =
Shape A 1 s r y z Y J Cm To
in. | Ib/ft | in? | in% | in3 in. in. in? in. in. + in.£ in.
L3x2x/2 hs | 7.70| 2.26 | 1.92 | 1.00 [0922 [1.08 1.78 |0.740/0.192 | 0.0908 [1.39
e 3/6 | 5.90| 1.75 | 1.54 | 0.779| 0.937 |1.03 1.39 | 0.667|0.0855 | 0.0413 [1.42
xhe fe | 5.00| 1.48 | 1.32 | 0.662| 0.945 [1.01 1.19 | 0.632 | 0.0510 | 0.0248 | 1.43
xXx %s| 4.10| 1.20 | 1.09 | 0.541| 0.953 [0.980 | 0.969| 0.600| 0.0270 | 0.0132 |1.45
he Ye | 3.07 | 0.917| 0.847| 0.414| 0.961 |0.952 | 0.743| 0.555 | 0.0119 | 0.00576 | 1.46
12/22 V2d/2 3% | 770| 226 | 1.22 | 0.716| 0.735 [0.803 | 1.29 | 0.452/0.188 | 0.0791 |1.30
e 5 | 590| 1.73 | 0.972| 0.558| 0.749 [0.758 | 1.01 | 0.346|0.0833 | 0.0362 | 1.33
Xhe | %s| 5.00| 1.46 | 0.837| 0.474| 0.756 |0.735 | 0.853| 0.292 | 0.0495 | 0.0218 [1.35
xs Y | 4,10| 1.19 | 0.692| 0.387| 0.764 |0.711 | 0.695| 0.238|0.0261 | 0.0116 | 1.36
xhe 7h6 | 3.07 | 0.901| 0.535| 0.295 0.771 |0.587 | 0.529| 0.180|0.0114 | 0,00510 | 1.38
12/28 fe | 530| 1.55 | 0.914| 0.546| 0.766 | 0.826 | 0.982| 0.433 0.0746 | 0.0268 |1.22
xóho | %o| 450| 1.32 | 0.790| 0.465| 0.774 |0.803 | 0.839| 0.388 | 0.0444 | 0.0162 [1.23
7 Ye | 362| 1.07 | 0.656| 0.381| 0.782 |0.779 | 0.688| 0.360 | 0.0235 | 0.00868 | 1.25
he 7h6 | 2.75| 0.818| 0.511| 0.293| 0.790 |0.754 | 0.529| 0.319|0.0103 | 0.00382 | 1.26
12/2110 Va Y. | 3.19| 0.947| 0.594| 0.364| 0.792 |0.866 | 0.644| 0.606 | 0.0209 | 0.00694 | 1.19
he 7h6 | 2.44 | 0.724| 0.464| 0.280| 0.801 |0.839 | 0.497| 0.589 | 0.00921| 0.00306 | 1.20
Laa 5 | 470| 1.37 | 0.476| 0.348| 0.591 [0.632 | 0.629| 0.343| 0.0658 | 0.0174 [1.05
xhe %6| 3.92 | 1.16 | 0.414| 0.298| 0.598 | 0.609 | 0.537| 0.290| 0.0393 | 0.0106 |1.06
xa Y | 3:19| 0.944| 0.346| 0.244| 0.605 [0.588 | 0.440| 0.236 | 0.0209 | 0.00572 | 1.08
he 7h6 | 2.44 | 0.722| 0.271| 0.188| 0.612 |0.561 | 0.338| 0.181 | 0.00921| 0.00254 | 1.09
xVe | Y | 1.65| 0.491| 0.189| 0.129 0.620 [0.534 | 0.230| 0.123 | 0.00293| 0.000789| 1.10
Table 1-7A
Workable Gages in Angle Legs, in.
- 9 |teg]s|7|6|5|s 3] a 2] 2 |1% 1% )|10|1%)| +
iy lg jar a fav] [2] 2 [1% 1% | 1% 1 7 | o | 3% | o
"la [(3 22m 2
a ga a 321
Noto: Other gagos ere permitted to suit specific requirements subject to clearances and edge distance limitetions.
DIMENSIONS AND PROPERTIES 1551
Table 1-8 (continued)
WT-Shapes
Properties
WT22-WT2
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y | Properties
e Criteria y :
Unlal|r]s r]y]|z]w|51]s]r]iz dd 2 "
Mort] 2 | te [in [02 im | in | in | ino | in | im | in | in? nó | in
167.5 | 4,50 | 21.4 | 2170 [131 | 6.63 | 5.53 | 234 [1,54 | 600 | 75,2|349|118 | 0.824 | 37,2 | 43
145 [5.02 |25.2| 1830 [111 6.54 | 5,26 | 196 [1.35 | 521 | 65.9|349|102 | 0.630 | 254 | 27!
131 5.57 | 27.6 | 1640 | 994 6.53 | 5.19 | 176 |1.22 | 462 58.6 | 347 | 90.9| 0.525 | 18.6 20
115 | 6.45 | 30.3 | 1440 | 886 6.53 | 5.17 | 157 [1.07 | 398 | 50.5[343| 783| 0.436 | 12.4 | 13
296.5 | 2.58 | 12.0 | 3310 |209 6.16| 5.66 | 379 [2.61 [1260 [151 [|380|240 | 1.00 | 221 234
251.5| 2.98 | 13.6 | 2730 [174 6.07 | 5.38 | 314 [2.25 [1020 [124 | 3,72 | 197 1.00 | 138 1400
215.5 | 3.44 | 15.4 | 2290 [148 6.01 | 5.18 | 266 [1.95 | 843 [104 [|365|164 | 1.00 | 88.2 | 88
198.5 | 3.66 | 16.8 | 2070 [134 5.96 | 5.03 | 240 [1,81 | 771 95,7 | 363 | 150 | 1.00 70.6 | 67
186 |3.93 | 17.5|1930|126 5.95| 4.98 | 225 [1.70 | 709 | 88.3| 360 [138 | 1.00 57.7 | 55
181 3.99 | 18,1| 1870 |122 5.92| 4.91 | 217 |1.66 | 691 86.3 | 360 | 135 | 0.991 54.2 51
162 | 4.40 | 20.1 | 1650 [108 5.88 | 4.77 | 192 [1.50 | 609 | 76.6| 357 [119 | 0.89 | 39.6 | 36%
148.5 | 4.80 | 21.4 | 1500 | 989 5.87 | 4.71 | 176 [1.38 | 546 | 69.0| 354 [107 | 0.824 | 30.5 | 27
138.5 | 5.03 | 23.9 | 1360 | 88.6 5.78 | 4.50 | 157 |1.29 | 522 65.9 | 358 | 102 | 0.697 | 25.7 21
124.5| 5.55 | 26.3/1210| 794 5.75| 441 | 140 [116 | 463 58.8|355| 908| 0.579 | 19.0 15
107.5 | 6.45 | 30.0 | 1030 | 68.0 5.71 | 4.28 | 120 [1.01 | 398 | 50.5| 354 | 77.8| 0.445 | 12.4 | 10
99.5|7.39|207| 988 | 665 581| 4.47 | 117 [0.929| 347 | 441|345| 682| 0.454 912| £
19 |2.45|14.6|2270 [153 6.27 | 5.94 | 275 [2.33 | 401 64.9 | 264 [106 | 1.00 85.4 | 7%
165.5 | 2.86 | 16.7 | 1880 [128 6.21 | 5.74 | 231 [2.00 | 322 | 529| 257 | 85.7 | 1.00 52.5 | 48
163.5 | 2.85 | 17.3 | 1840 |125 6,19| 5.66 | 224 [1.98 | 320 52.7| 2.58 | 850| 1.00 51.4 44
147 [3.11 | 19,1 | 1630 [111 6.14 | 5.51 | 199 |1.80 | 281 46.7|255| 75.0| 0.940 | 38.2 32%
139 |331|195|1550/106 —6:14| 551 | 191 [171 | 261 435|252| 699| 0.920 | 324 | 28%
132 |3.45 | 20.8 | 1450 | 992 6.11 | 5.41 | 178 [1.63 | 246 | 41.3|252| 66.0| 0.854 | 279 | 23
1175/|377|239/1260 | 857 6.04 | 517 | 153 [145 | 222 37.3| 254 | 590| 0.697 | 206 15
105.5 | 4.17 | 26.3 | 1120 | 76.7 6.01 | 5.08 | 137 [1.31 | 195 33.0|251| 521| 0.579 | 15.2 a“
91.5| 4.92 | 30.0 | 955| 65.7 5.98| 4.97 | 117 [1.13 | 165 | 28.0|249| 440| 0.445 | 965| 7
83.5 | 5.76 | 29,7 | 899 | 63,7 6.05| 5.19 | 115 [1.10 | 141 23.9| 240 | 37.8| 0.454 6.99 | 6%
745|7.11[30.3| 815| 59.7 6.10| 5.45 | 108 [1.72 | 114 | 194|229| 309| 0.436 466| 5
1-52
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Shape peas Dor ThicknesS, | ty | py, Wdth, | Thickness, k DA
lu 2 br 1 fos | Kar | Gago
in? in. in. in. | in? in. in. in | in | in.
wriexs26" [06.2 [20.5 | 201 (1.97 |2 140.4 [17.6 [17% 3,54 [310 [4.49 [410] 7%
x264,5" [77.8 [19.9 [19 |1.61 [1% | “Noj320 117.2 [1714291 | 2'%/6|3,86 | 4/6
22435) [71,7 [19.7 [19% |1.50 |1V | Ys [205 [17.1 [1710 |268 | 21Mo| 3.63 |4
x2205* [64.9 [19.4 [19% 11.36 [1% | "/6|26.4 [17.0 [17 [244 | 2/6 [3.39 |3/
x197.5* [58.1 [19.2 |191/ [1.22 [1% “e [23.4 (16,8 [16% [2,20 2/6 [3.15 [3/6
x180.5" [53.0 [19.0 [19 [1.12 [18 3/16 [21.3 [16,7 [16% |201 |2 2.96 [36
x165 |48,4 [18.8 | 187 [1,02 |1 2 [19.2 [16,6 [16% |185 | 17 [2.80 | 31/s
x151 [44,5 [18,7 [18% 0.945| | Y2 [17.6 [16.7 [16% |168 | 11%6| 2:63 |3
x1410 [415 [18.6 [18% |0.885| Ye | Mo [164 [16.6 [165% [1.57 | 196 [2.52 [2%
x131% [38,5 [18.4 |18V|0.840| /6| “/6 [15.5 [16.6 [1612 [1.44 | 17/16 [2.39 | 2/4
x123,5% [36.3 [18.3 | 18%[0.800| | “/6 [14.7 [16.5 [161 [1.35 | 1%. [2.30 [258
21155" [34.1 [18,2 [18% /0.760| Y | Ye [189 [105 [16% |1.20 | 1% [221 [2/0 | Y
Wwri8x128" [37.6 [18.7 [18% [0.960| %/%6| Y2 [18.0 [12.2 [12 [1.73 [19% [2.48 [2/8 | 5%
x116" [340 [186 [18% [0.870] Ye | e [161 [121 [12% [1.57 | 1% | 2.32 |2/%
x105” [30.9 [18.3 |18Y[0.830] /6| “/6 [15,2 [12.2 [128 [1.36 | 1 [2.11 |2%/6
x97* 28.5 [18.2 [181 [0.765] Ya | Ya [14.0 [121 [128 [126 | 1V4 [201 [26
as [268 [18,2 [18 /0.725| Ya | Ye [13.2 [121 [121 [1.18 | 1% |1.93 [28
x850 25.0 [18.1 [181 [0.680| 1/16| Ya [123 [12.0 [12 [1:10 1/8 [1.85 [2
x80" 23.5 [18.0 [18 [0.650| Ys | %6 [11.7 [12.0 [12 [1.02 [1 1.77 [156
x750 22.1 [17.9 [17/ [0.625| “Ye | Ys [11.2 [12.0 [12 [0940| 16|1.69 [178
x67.5%4 [19.9 [17.8 [173% [0.600] %o | %%|10.7 [120 12 [0790] "6/1.54 [150] Y
WT16.5x193.5* [57.0 [18.0 |18 [1.26 |11a e [226 (16.2 [16 |2.28 | 2/4 [3.07 [8/6 | 5*2
x177 [521 [17.8 [17%%|1.:16 [196 | Ya [206 [161 [16% [209 | 2/6 [2.88 | 25%
x159 [46.8 [17.6 [17% |1.04 [15 | %s [183 [16.0 [16 [189 | 17% |2:68 [2%
x145,5" [42.8 [17.4 [172 [0.960| /6| Ya [167 [15.9 [15% |1.73 | 1%% [2.52 |2s
x131.,5" [38,7 [17.3 [174 [0.870] Ye | “16 [15.0 [15.8 [15% |1.57 | 1% [2.36 [2/6
x1205" [35.6 [17.1 |17/2[0.830| “/6| '/6 [14.2 [15.9 [158 [1.40 | 1% [2.19 [2/4
x1105" [326 [17.0 [17 [0.775| Ya | Ye [131 [15.8 [15% |1.28 | 1 [2:06 | 2s
x100.5" [29.7 [16.8 |167/8 [0.715] 'Yw6| Ye [12.0 [15.7 [15% [1.15 |1/e [1.94 [2 Y
< Shape is slender for compression with F,— 50 ksi.
» Flange thickness greater than 2 in. Special requirements may apply per AISC Specification Section A3.1c.
y Shear sirenglh controlled by buckling effects (Gy < 1.0) will: Fy=50 ksi.
DIMENSIONS AND PROPERTIES 153
Table 1-8 (continued)
WT-Shapes
Properties
WT18-WT16.:
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y | Properties
e Criteria y _
Unlal|r]s r]y]|z]w|51]s]r]iz dd 2 "
Mort] 2 | te [in [02 im | in | in | ino | in | im | in | in? nó | in
326 |248|10.4| 3160 [208 — 574| 535 [383 [273 [1610 [184 |41o|200 | 1.00 | 205 [307%
264,5 | 2.96 | 12.4 | 2440 [164 — 5:60| 4.96 [208 [2.26 [1240 [145 |400|227 | 1.00 [163 [1600
243.5 | 3,19 | 13,1 | 2220 | 150 5.57 | 4.84 [272 [2.10 [1120 [131 3.96 | 206 1.00 | 128 125
220.5 | 3.48 | 14.3 | 1980 [134 — 5:52 | 4.69 [242 [1.91 | 997 [117 [392 |184 | 1.00 | 96 | 912
197.5 | 3.83 | 157 | 1740 [119 547 | 4.53 [213 [1.73 | 877 [104 [388162 | 1.00 | 707 | 65%
1805 | 4,16 | 17.0 | 1570 [107 —543| 4.42 [192 [159 | 786 | o4.0|385|146 | 1.00 | 541 | 49
165 |440|18.4| 1410 | 970 530|430|173 [146 | 711 | 8e55|383|132 | 0.978 | 420 | 37:
151 4.96 | 198 | 1280 | 88.8 5.37 | 4.22 [158 |1.33 | 648 77.8 | 382 | 120 0.905 | 32.1 28:
141 529|210|1190| 826 536| 416 |146 |1.25 | 599 72.2 | 380 |112 0.844 | 26.3 23
131 [|575|219|1110| 775 536| 4:14 [137 [1.16 | 545 | 65.8|376|102 | 0709 | 208 | 182
1285/61 |229|1040 | 733 536| 4:12 |129 [1:10 | 507 | 614|374| 048] 0748 | 173 | 15
115.5| 6.54 | 23,9| 978| 69.1 5.36| 4.10 /122 [1.03 | 470 57.0 | 3,71 | 88.0| 0.697 143 12
128 3.53 | 195|1210| 87.4 5.66 | 4.92 [156 |1.54 | 264 43.2|265| 68.5| 0.920 | 26.4 20:
116 3.86|214|1080 | 785 563| 482 [140 |1.40 | 234 38.6|262| 609| 0.824 197 15
105 |448|220| 085 | 731 565| 4.87 [131 [1.27 | 206 | 33.8|258| 534] 0794 | 139 | 115
o7 | asi |238| o01| 670 562| 480120 [118 | 187 | 309|256| 488| 0702 | 111 | 0%
91 5.12|25.1| 845 | 63.1 5.62 | 4.77 [113 [1.11 174 28.8| 255 | 453| 0.635 9.20 T
85 |547|266| 786 | 589 5:61| 4.73 105 [1.04 | 160 | 266|253| 418| 0.566 | 7:51 | 6%
8o |588|27.7| 740| 558 5:61| 4.74 100 [o.980| 147 | 24.6|250| 386| 0.522 | 6:17 | 5
75 |637|28.6| 698 | 531 5:62| 4.78 | 955|0.923| 135 | 225|247| 354| 0489 | 504 | 4
67.5 |7.56|20,7| 637 | 497 566| 496 | 90.1|1.28 | 113 | 18:9|288| 208| 0454 | 348 | 3:
193.5| 3.55 | 14.3 | 1460 [107 — 5.07 | 4.27 [193 [1.76 | s10 [100 [377|156 | 100 | 739 | 612
17 385|153|1320 | 98 503| 415|174 |162 | 729 90.6 | 374 | 141 1.00 57.1 46
159 4.23 |16.9|1160 | 858 4.99| 4.02 [154 |1.46 | 645 80.7 | 3,71 | 125 1.00 42.1 33:
1455 | 4.50 | 18.1 | 1060 | 783 496| 3.93 |140 [1.35 | 581 | 73.1|368|113 | 0.091 | 325 | 25
181.5|5.03|10.9| 943 | 702 483| 3.03 |125 [1.28 | 517 | 65.5|365|101 | 0900 | 24.3 | 18€
1205|5.66 | 20.6| 872 | 658 496| 3.84 |116 [1.12 | 466 | 58.8|362| 908| 0.864 | 18.0 | 14
110.5|6.20/|21.9| 799| 608 4.95| 3.81 [107 [1.03 | 420 53.2 | 3,59 | 821| 0.799 13.9 a
1005| 6,85 | 23.5 | 725| 555 4.25| 3.77 | 97.8|0.940| 375 | 47.6|356| 733] 0718 | 104 | 8
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Shape peas Dor Thickness, | 4, | y, | MWiath, | Thiekness, k DA
lu 2 br t Kaos | Kacr | Gage
in. in. in. | in? in. in. in | in | in.
WT13.5x64,5% 13.8 [137/ [0.610] Ys | Yo| 8.43 [10.0 [10 [1,10 |1V8 [1.70 [2 EY
x57" 13,6 [13% 10.570| %e | %16 | 7,78 [10.1 [108 [0.930 '%16| 1.53 [119/16
510 13.5 [1312 |0.515| Ve | Ya | 6:98 [10.0 [10 [0830 13|1.43 |1%/
xa7o 13.8 [13,5 [132 [0.490] Yz | Ys | 6.60 [10.0 [10 [0745| Y [1.34 [1%
x420 12,4 [13,4 [13% [0.460] Vie | Ya | 6.14 [10.0 [10 [0640 Ye [1.24 [1%s
wri2xtes? [54.5 [14.0 [14 [1.52 [1/2 | Y [21.3 (13,7 [13% |272 [2% [93.22 [3% | 5%
x167.5'" [49.1 [13.8 |13%/,|1.38 [1% | '/6/19.0 [13.5 [1312 |248 | 2/2 [2.98 |3%s
x1537 [44,9 [19.6 |13%|1,26 [174 e [171 [13,4 [13% |228 | 2/4 [2,78 [38
x139.5" [41.0 [13.4 [1391116 [1% | Ys [155 [13,3 [1314 |2.09 | 2/16 [2.59 |3
x125 [36.8 [13,2 [130/1.04 [116 | Yo [13.7 [13.2 [131 |1.89 | 17/ [2.39 | 2%
x1145 [33.6 [13.0 [13 [0.960| "/6| Ve [125 [13.1 [1318 [1.73 | 1%/ [2.23 [2/8
x103,5 [30.3 [12.9 [127 |0.870| Ye | “6 [11.2 [13.0 [13 [157 |1%s [2.07 [212
x96 [28.2 [12.7 [12% /0.810| %o| “6 [103 [13.0 [13 [146 | 17/6 |1.96 | 2%
x88g [258 [126 [12% |0.750| Ya | Ye | 0.47 [12.9 [127% [1.34 | 156 |1.84 [2%
x81 23.9 [12.5 |12/2 [0.705| /6| Ye | 8.81 [13.0 [13 [1.22 | 1/4 [1.72 [218
x730 21.5 [12.4 [12% [0.650] Ya | Ys | 8.04 [12.9 [127/ [1.09 | 11/15 [1.59 [2
65.5 [19.3 [12.2 [12/40.605| Ye | %%6| 7.41 [12.9 [12% [0.960| 1%15|1.46 |17/8
x58.5% [17.2 [121 [12/2[0.550| Ys | Ys | 6.67 112.8 [12%/ |0.850| “e [1.35 [1%
x52" 15.3 [12.0 [12 [0.500| Yz | Ya | 6.02 [12.8 [12% |0.750| “Y [1.25 [1%
Wwr12x51.5% [151 [12.3 [121% [0.550| Ye | Ns | 6.75 | 9.00| 9 [oss0 1 [1.48 [1% | 5%
xa70 13.8 [12.2 [12 [0.515] Ya | Ya | 6.25 | 9.07| 9a[0.875| 7s [1.38 [1% V
420 12.4 [12.1 [12 [0.470| Ya | Ya | 5.66 | 9.02] 9 [0770 Y% |1.27 [116
x38e [112 [12.0 [12 [0440| Vie | Ye | 528 | 899 9 [0680 We|1.:18 [196 | 5192
x340 [10.0 [11.9 [117 |0.415| Ve | Ya | 492 | 8.97] 9 [0585 %s |1.09 [1/2 | 5%
WT12x31" 9.11/11.9 [1177 |0.430| e | Ya | 5:10 | 7.04 7 [0590 %s|109 [1% | 3%
27,804 | 8.10/11.8 [119% /0.395| Ye | %s| 4.65 | 7.011 7 [0505 Ya [1.01 [1/6 | 31
* Shape is slender for compression with F,— 50 ksi.
' The actual size, combiration and orientation of fastener components should be compared with the geomety of the
cross section lo ensure compalibiily.
' Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.10.
* Shear strength controlled by buckling effects (C, < 1.0) with A,=50 ksi.
DIMENSIONS AND PROPERTIES 1-57
Table 1-8 (continued)
WT-Shapes
Properties
WT13.5-WT1:
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y | Properties
e Criteria y _
Unlal|r]s r]y]|z]w|51]s]r]iz dd 2 "
Mort] 2 | te [in [02 im | in | in | ino | in | im | in | in? nó | in
645|455 [226 [328 [31.0 413| 3.39 | 551 [0.045| 022 [184 | 221 | 28.8 | 0.763 | 555 | 244
57 |541 [239 [280 [283 4:15| 3.42 | 50.4 |0.832| 793 [158 | 218 | 24.5 | 0.697 | 365 | 174
51 6.03 |26.2 | 258 [253 414 | 3,37 | 45,0 |0.750| 696 |139 |215| 21.7 | 0.583 263 | 124
41 |670|276 [239 [238 4.16| 3.41 | 424 |0.692| 620 [124 | 2:12 | 19.4 | 0.525 | 201 | 10%
42 |7.78|201 [216 [212 4:18| 3.48 | 30.2 [0.621 | 528 [10.6 | 207 | 165 | 0.473 | 140 | 75
185 2.51 | 9.20/779 |74.7 3.78 | 3.57 [140 1.99 |581 85.1 | 3,27 [133 1.00 |100 1553
167.5| 273 |10.0 [686 [663 3.73| 3.42 [123 [182 [513 [759 [323 [119 [100 | 756 (405
153 |294|108 [611 [594 360 | 3,20 11o [167 [460 [586 [320 |107 | 100 | 584 [305
1305 | 3:18 |11.6 [546 [536 3.65| 3.18 | 988 [1,54 [412 [619 |3:17| 263 | 100 | 451 [230
125 3.49 [12.7 |478 [47.2 3.61 | 3.05 | 86.5 |1.39 [362 54.9 | 3,14 | 85.2 | 1.00 33,2 [165
mas|379|135 [431 [422 358| 296|781 [1.28 [326 [49.7 [3:11 | 77.0 | 100 | 255 [125
1085 | 4.14 [148 [382 [383 355| 2.87 | 60.3 [1.17 [280 [44.4 | 308 | 68.5 | 1.00 | 101 [01%
96 4.43 |15.7 [350 [352 3.53| 2.80 | 63.5 |1.09 |265 40.9 | 3.07 | 63.1 | 1.00 15.3 72
88 481|168 [319 [322 351| 274 | 57.8 |1.00 |240 372 | 304 | 57.3 | 1.00 119 554
er |531|177 [203 [208 350| 2.70 | 533 [0921 [221 [342 |305| 525 | 1.00 | 922 | 434
73 [592 [191 [264 [272 350| 266 482 [o.883|105 [303 |30| 465 | 0940 | 670 | 31%
65.5| 6.70 /20.2 [238 |24.8 3.52| 2.65 | 43.9 [0.750 |170 26.5 | 2.97 | 40.7 | 0.885 4.74 | 23;
585 |7.53 [220 [212 [223 351 | 262 | 30.2 |0.672|149 [282 | 294 | 85.7 | 0.794 | 335 | 16
se |850|240 [189 [200 351 | 259 | 351 [0.600 [130 [203 | 291 | $12 | 0.692 | 235 | 114
51.5| 4.59 |224 [204 |22.0 3.67 | 3.01 | 39,2 [0.841 | 59.7 [13.3 | 1.99 | 20.7 | 0.773 3.53 | 12
47 |518|237 [185 [203 367| 299 | 361 |0764| 545 [120 |198 | 187 | 0.707 | 262 | 9!
42 |586|257 [166 [183 367| 297 | 32.5 |0.685| 472 [105 |195| 16.3 | 0.605 | 184 | 6%
38 6.61 |273 [151 [169 368| 300 | 30.1 |0.6622| 413 | 918|192| 143 | 0.537 1.34 5
34 7.66 |28.7 |137 [15.6 3.70| 3.06 | 27.9 [0.560 | 35.2 | 7.85| 187 | 12.3 | 0.486 0.932| 41
31 5.97 (27.7 [131 [156 3.79| 3.46 | 28,4 [1.28 | 172 | 490| 138 | 7.85| 0.522 0.850| 3.
27.5| 6.94 [299 [117 |14.1 3.80| 3.50 | 25.6 [1.53 | 145 | 4,.15| 1,34 | 6.85| 0.448 0.588| 2:
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Shape peas Dor ThicknesS, | ty | py, Wdth, | Thickness, k DA
lu 2 br 1 fos | Kar | Gago
in. in. in. | in? in. in. in | in | in.
WT10.5x100.5 [29.6 [11.5 [11V2 [0.910] "/0| 2 [10.5 [12.6 [12% [1.63 [1% [2.13 [22 EY
x91 26.8 [11.4 [11 /0.830| */16| “16 | 9.43 [12.5 [12 [1.48 | 1/2 [1.98 [2%
83 [24.4 [11.2 [1114|0.750| Ya | Yo | 8.43 [12.4 [12% [1.36 | 1% |1.86 [2%
x735 [21.6 [11.0 [11 [0,720| Ya | Ys | 7.94 112.5 (122 [1,15 | 1/e [165 |2
x66 19.4 [10.9 |107/ [0.650| Ye | Ys | 7.09 [12.4 [12% [1,04 | 1/6 [1.54 [1196
x61 17.9 [10,8 |107/s [0.600| Ye | %16 | 6.50 [12.4 [128 [0.960 "%16| 1.46 [119/16
x55.5% [16,3 [10.8 |10%/|0,550| Ye | Ys | 5.92 [12.3 [12% [0.875 e [1.38 [1%
x50.5% [14.9 [10.7 [10% |0.500| Y2 | Ya | 5:34 [12.3 [121 [0.800 196|1.30 | 1116
WT10.5x46.5" [13,7 [10.8 [10%/4|0.580/ Ye | Y6| 6.27 | 8.42| 8% [0.930 '%16|1.43 [1% 5/2
x41.5 [12.2 [10.7 [10%/|0.515| Ye | Ya | 552 | 8.36| 8% |0.835| 13/6| 1.34 | 112
x36.5% [10,7 [10.6 [10% [0.455] “16 | Va | 483 | 8.30 8% |0.740| Ys [1.24 [1/6
x340 10.0 [10.6 [10% [0.430] Vie | Ya | 4.54 | 8.27| 8 |0685| 116 |1.19 [1%
x310 9.13/10.5 [10% |0.400| Ye | | 4.20 | 8.24] 8% [0615 Y [1.12 |1%6
x27.50 | 8.10/10.4 [10% |0.375| Ye | Ys | 3.90 | 8.22] 80522 Ya |1.02 [196
x24%" | 7.07|10.3 [1014 [0.350] Ye | Ys | 3.61 | 8.14] 88 |0.430| 7/16 | 0.930] 1/s
WT10.5x28.5" | 8.37[10.5 [102 |0.405| Ye | Y6| 4.25 | 6.56| 6. [0.650 Ye [1.15 [1% 3/2
x250 7.36|10.4 |10% [0.380] Ye | Yi | 3.95 | 6.53| 62 [0.535 %s [1.04 [114 31/29
220 6.49/10.3 |10%s [0.350] Ye | Ys | 3.62 | 6.50/ 62 [0.450 7/16 |0.950| 1/8 312
WI9x1555" [45.8 [11.2 [115 [1.52 [1/2 | Ya [17.0 [12.0 [12 [274 | 2/ [3.24 |3//6 5
141.5" [41.7 [10.9 [107% [1.40 [1% | "W%o/153 [11.9 [117% [250 | 2% [3.00 [3%
x129' [38.0 [10.7 [10% [1.28 |1a e [13.7 [11.8 [11% |230 | 2/6 [2.70 |3
x1177 [343 [10.5 [10% |1.:16 [196 | Ye [122 [11.7 [11% ]|[211 | 2 [251 [2%
x1055 [31.2 [10.3 [10% [1.06 [1/16 | Ys [11.0 [11.6 [11/2 [1.91 | 11%6|2.31 |2%%6
x096 28.1 [10.2 [108 [0.960| %/6| Ye | 9.77 [11.5 [1112 [1.75 | 19/ [2.15 [2/56
x87.5 [25.7 [10.0 [10 [o.890| Ye | “6 | 8.92 [11.4 [11% [1.59 | 1%6 | 1.99 [2/56
x79 [23.2 | 9.86| 9/[0.810| "Y6| “56 | 7.99 [11.3 [111 [1.44 | 17/6 |1.84 | 2%
x71.5 [21.0 | 9.75| %/14|0.730| Ya | Ys | 7.11 [11.2 [114 [132 | 1% [1.72 [2/6
x65 19.2 | 9.63| 9% [0.670| 1is| Ya | 6.45 [11.2 [11V [1.20 | 19/18 [1.60 [2/6
x59.5 [17.6 | 9.49| 9/[0.655| Ye | %6| 6.21 [11.3 [111% [1.06 | 1/6 [1.46 | 11%
x53 [156 | 9.27| Pa|o.590| Y | | 553 [11.2 [11M [0940 1556|1.34 | 113%
x485 [14.2 | 9.30/ 9/4[0.535| Ye | Yo | 4.97 [11.1 [1118 0.870| e [1.27 [1%
x430 12.7 | 9.20| 9 [0.480] Ya | Ya | 4.41 [11.1 [118 |0.770| 9% [1.17 [1%
xa8e [11.1 | 911| 9[0.425| Ve | Ya | 3.87 [11.0 [11 [o680| 1%0|1.08 |1%o
* Shape is slender for compression with £,— 50 ksi.
' Shape exczeds compact limit for flexure with £y = 50 ksi.
9 The aclual size, combiration and orientation of fastener components should be compared wit the geomeby of the
cross section to ensure compatibiity.
' Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.1c.
' Shear strength controlled by buckding effects (C, < 1.0) with F,=50 ksi.
DIMENSIONS AND PROPERTIES 161
Table 1-8 (continued)
WT-Shapes
Properties
WT9-WT8
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y | Properties
e Criteria y _
Unlal|r]s r]y]|z]w|51]s]r]iz dd 2 "
Mort] 2 | te [in [02 im | in | in | ino | in | im | in | in? nó | in
355|471 (187 | 782|112 274| 226 200 [o.683| 30.1 | 7.89|170| 123 | 0.9061 | 174 | 3%
32.5|5.06 [204 | 70,7 [10.1 272| 220 | 18.0 [0.629] 274 | 7.22|169 | 11.2 | 0.875 | 136 | 34
30 5.44 (220 | 64.7| 9.29 271| 2.16 | 16.5 |0.583| 25.0 | 6.63| 168 | 10,3 | 0,794 1.08 2
27.5|5.98 (232 | 595| 8.63: 271| 2.16 | 15.3 [0.538] 225 | 5:97|167| 9.26| 0.733 | 0830| 14
25 |657|254 | 535| 7.79 270| 2:12 | 13.8 [0.489] 200 | 5:35|165| 8:28] 0.620 | 0619| 1:
23 5.01 [25.1 52.1 | 7.77 2.77 | 2.33 | 13,9 |0.558| 113 | 371|1.29| 5.84| 0.635 0.609 e
20 |573|284 | 448| 6.73 276| 229 | 120 |0.489| 955| 317|127| 4:97] 0.496 | 0404| 0%
175|7.06|205 | 401| 6.21 279| 230 | 11,2 [0.450] 767| 256| 122 | 402 0.460 | 0252| 0:
so |529|145 | 768|114 228| 1.76 20.7 [0.708| es1 [17.9 | 251 | 27.4 | 100 | 385 | 10:
445|5.92 (160 | 672|101 227| 170 | 181 [o631| 813 [157 | 249 | 240 | 100 | 272 | 7:
38.5| 6.77 |18.2 | 56.9| 8.59 2.24 | 1.63 | 15.3 [0.549| 69.2 [13,4 | 247 | 20.5 | 0.986 1.78 4
385|7.70 (207 | 486| 7.6 222| 1.56 | 12.0 |0.481| 595 [11.6 | 246 | 17.7 | 0.859 | 1:19 | 34
28.5 | 4.98 [19.1 48.7| 777 241| 1.94 | 138 |0.589| 216 | 606|160| 9.42| 0.940 110 1
25 |561|214 | 423| 6.78 240| 189 | 120 |0.521| 186 | 526|159| 8.15| 0.824 | 0760| 1%
225|623 (234 | 378| 610 239| 186 | 108 |0.471| 164 | 467|157| 722 0723 | 0555| 0%
20 6.93|263 | 33,1| 5.35 2.37 | 1.81 9,43|0.421| 144 | 412|156| 6.36| 0.579 0.396| 0.t
18 |8:12|269 | 30.6| 5.05 241| 188 | 8.93/0378| 122 | 350|152| 542 0.553 | 0272| 0:
15.5| 6.28 |289 | 27.5| 464 245| 2.02 | 8.27/0.413| 6.20| 224| 117 | 3.51] 0.479 0.230| 0.
13 7.97 (314 | 23.5| 4.09 247|2.09| 7.36/0.372| 4.79| 1.74|1.12| 2.73| 0.406 0.130| 0.%
1-62
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Shape peas Dor ThicknesS, | ty | py, Wdth, | Thickness, k DA
lu 2 br 1 fos | Kar | Gago
in? in. in. in. | in? in. in. in | in | in.
WI7x365" [07 [11,2 [11% [3.07 [30 [1%o [34.4 [17.9 [17% |4.91 | 415%50|5.51 |6%6 | 7/22
x3325" [97,8 [10.8 [107 [2.83 [21/5/1716 [30.6 [17,7 [17% |4.52 [4/2 [5.12 [56] 71/22
x3025' [89.0 [10.5 | 101/ [2.60 [2% [1% [27.1 [17.4 [17% |4:16 | 4%%50 14.76 [5/0 | 7Y2
x275" [80.9 [10.1 |10'/ [2.38 [28 |1%6 [24.1 [17.2 [174 [3.82 | 3%%16| 4,42 | 58
x250" [73.5 | 9.80/ %/%|[2.19 [2/6 [1V [21.5 [17.0 [17 [350 [32 [4.10 [4%
x227.5* [66,9 | 9.51| 9/2 [2.02 |2 1 192 [16.8 [167% |321 | 3 [3.81 | 4/2
1213" [627 | 9.34| 9% |1,88 [178 15/6117.5 [16,7 [16% |3,04 | 31/16 | 3,63 | 45/16
x199" [58.4 | 9,15| 9/8|1.77 [1% | e [162 [16.6 [10% [285 | 2/8 [3.44 | 48
x185" [54.4 | 8.06] 9 [1.66 [1M/0| We14.8 [16.5 [161% [266 | 216 | 3.26 | 315
x171 [50.3 | 8.77| 8%/|1.54 [1% | 613.5 [16.4 [16% |2.47 | 2/2 [3.07 | 3%
x1555' [45.7 | 8.56| 8 [1.41 [176 | Ya [121 [162 [16% |226 | 2/4 [2.86 [3%
x141.5* [41.6 | 8.37| 8%|1.29 [1% | "/epios [16.1 [10% [2.07 | 2/10 |2.67 | 3%
x1285 [37.8 | 8.19| 8/4|1.18 [1/6 | Ys | 9.62 [16.0 [16 [189 |17e [2.49 [3/6
x1165 [34.2 | 8.02| 8 [1.07 [10 | Y%o| 8.58 [15.9 [15% |1.72 | 1%/. [2.32 [3
x1055 |31.0 | 7.86| 77/s [0.980|1 Ye | 7.70 [15.8 [15% |1,56 |1%6 [2.16 [2/8
%06.5 [28.4 | 7.74| 7/|0.890| Ye | “o | 6:89 [15.7 [15% |1.44 | 17/o | 2.04 | 2%%
x88 25.9 | 7.61| 7%|0.830| “/6| “6 | 6.32 [15,7 [15% |1.31 | 1%6 [1.91 | 2%
x79.5 |23.4 | 7.40| 7/2[0.745| Ya | Ys | 5.58 [15.6 [15% [1.19 | 196 [1.79 [212
x725 [21.3 | 7.39 7%[0.680| "/6| Ys | 5.03 [15.5 [152 |1.09 | 1116 [1.69 | 2%/8 Y
WT7x66 19.4 | 7.33| 7%/s|0.645| “e | *%16 | 4.73 14.7 [14% |1.03 |1 1.63 [2/6 | 5%
»60 17.7 | 7.24| 7/+[0.590| o | “1 | 4.27 [14.7 [14% [0.940 1%0|1.54 | 2
x54.5 [16.0 | 7.16| 7/3[0.525| Y2 Ya | 3.76 [14.6 [14% [0.860 7s [1.46 |2/6
x49.5f [14.6 | 7.08| 7/9/0.485| Y2 | Ya | 3.43 [14.6 [145% [0.780] Y |1.28 | 210
xa45t 13.2 | 7.01| 7 [0.440| ie | Ya | 3.08 14.5 [142 |0.710 "/6|1.31 [2 Y
WT7x41 12.0 | 7.16| 7/s [0.510 Yz | Ya | 365 10.1 108 |0.855 e [1.45 [16 | 5V
x37 10.9 | 7.09| 7Y8[0.450| Ve | Ya | 3.19 [10.1 [108 [0.785| 1%16|1.38 [1%
x34 10.0 | 7.02| 7 [0.415| /1e | Ya | 2.91 [10.0 [10 [|0720| Y [1.31 [1%
80.50 | 8.06 6:05| 7 [0.375| Y | Yo | 260 |10.0 [10 [065 % [124 [12 | Y
WI7x26.5% | 7.80] 6.96| 7 [0.370| Ye | %6 | 2:58 | 8.06] 8 [0660 "5o 125 [1% | 5%
x24o 7.07| 6.90| 67% /|0.340| %o | Y%e| 234 | 803] a [0595| % |1.:19 [1/6 V
x21.5% | 6.311 6.83| 67/s[0.305| /16 | Yo | 2.08 | 8.00| 8 [0530| Y2 [1.12 |1%s
* Shape is slender for compression with £,— 50 ksi.
' Shape exczeds compact limit for flexure with £y = 50 ksi.
9 The aclual size, combiration and orientation of fastener components should be compared wit the geomeby of the
cross section to ensure compatibiity.
' Flange thickness greater than 2 in. Special requirements may apoly per AISC Specification Section A3.1c.
DIMENSIONS AND PROPERTIES 1-63
Table 1-8 (continued)
WT-Shapes
Properties
WT7
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y "| Properties
e Criteria y 0
Unlal|r]s r]y]|z]w|51]s]r]iz 5-8 "
Mort | 2 | te [in4 in in | im | in? in. | in | in? | im. | im int | in
365 | 182] sesi7eo [os4 262 [3.47 [211 [3.00 [zo [4 [450 los [100 [714 — [250
3825 | 195] 382l622 [s21 252 [325 [182 [2.77 oso [36 [452 [ses |1.00 [555 [e20
302.5 | 2.09| 4.04(524 [70.6 243 [3.05 [157 2.55 [1840 [211 4.55 (326 1.00 [430 12930
215 | 225 424442 [09 234 [285 [130 [235 foso [ise [4.49 [292 [100 31 [2180
250 | 243 447|375 [527 226 |267 [117 [216 fas ise [4.43 [por [1.00 [54 [620
2275 | 262 471|821 [459 219 [251 [102 [199 [280 fis2 [438 [234 [1.00 foo fiz10
213 | 275 497|287 [ata 214 [240 | 01.7 |1.88 [1180 [41 [4.34 [217 [100 [164 [001
199 2392| 5.17/257 [37.6 2.10 [230 | 82.9 [1.76 [1090 [131 4.31 [201 1.00 [135 801
185 3:10| 540/229 [339 205 [219 | 744 [165 | 994 [121 4.27 [185 1.00 [110 640
im | 331 569|203 [304 201 [209 | 66.2 [1.54 | 903 [m1o [424 [teo [1.00 | 883 | 502
1555 | 359] 607|176 [267 196 |197 | 57.7 |141 | 807 [904 [420 [152 [100 [675 | 375
141.5 | 389| 649/1153 [235 1.92 [1.85 | 50.4 [1.29 | 722 89.7 |4.17 [137 1.00 | 51.8 281
1285 | 423 692133 [207 188 [175 | 439 |1.18 | 645 [80.7 [4.13 [123 [100 | 393 | 209
1165 | 462 750/16 [182 184 [165 | 30.2 [1.08 | 578 [725 [410 [11o [100 [206 |154
1055 | 506 802102 [162 181 |157 | 33.4 [0.980 | 513 [65.0 [4.07 | 989 [1.00 | 222 [113
96.5 | 545| 8.70| 89.8 [14.4 1.78 [1.49 | 29.4 [0.903 | 466 59.3 [4.05 | 90,1 | 1.00 | 17.3 87.
88 | 597| 917| 805 [130 1.76 [143 | 263 [0.827 | 419 [583.5 [4.02 | 81.3 [1.00 [132 | 65%
795 | 654101 | 70.2 [11.4 173 [1:35 | 228 [0.751 | 374 |48:1 [4.00 | 73.0 [1.00 | 9.84 | 47:
725 | 7111109 | 625 102 1.71 [129 | 202 [0.688 | 388 [43.7 [398 | 662 [100 | 7,56 | 36%
66 | 715/14 | 57.8 | 957 1.73 [129 | 186 [0.658 274 [37.2 [376 | 565 [1.00 | 6.13 | 264
so | 780/1238 | 51.7 | est 171 [124 | 165 [0.602 | 247 [3887 [374 | 512 [1.00 | 467 | 201
545 | 8491136 | 453 | 756 168 [1:17 | 144 [0,548 | 223 [306 [373 | 46.3 [1.00 | 3.55 | 151
49.5 | 934/14.6 | 40.9 | 6.88 1.67 [1.14 | 12.9 [0.500 | 201 27.6 [3.71 | 41.8 | 1.00 2.68 1.
45 [102 [159 | 365 | 616 166 [109 | 11.5 [0455 | 181 [250 [370 | 37.8 [100 | 203 | 8
41 | 5921140 | 412 | 7.14 185 [139 | 182 [0593 | 74:1|14:6 [248 | 224 [1.00 | 253 | 54
37 | 6411158 | 360 | 625 182 [1:32 | 11.5 [0,541 | 669 |13.3 [248 | 20.2 [1.00 | 198 | 4.
34 | 6971169 | 326 | 569 181 [129 | 10.4 [0.4098 | 607 |12:1 [246 | 184 [1.00 | 150 | 3%
30.5 | 7.75/18.5 | 28.9 | 5.07 1.80 |1.25 9.15/0.448| 53,7 [10,7 [2.45 | 16.4 | 0.971| 1.09 2
26.5 | 6.11/188 | 27.6 | 4.94 1.88 |1.38 8.87|0.484| 28.8 | 7.15/1.92 | 11.0 | 0.956| 0.967 le
24 675/203 | 249 | 449 188 |135 8.00/0.440| 257 | 6401.91 9.80| 0.880 | 0.723 1
215 | 754/224 | 219 | 398 186 [1:31 | 7.05/0305| 226| 5:65/189 | 8.64|0.773| 0.522 | 0%
1-66
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Area, | Depth, - . . k Work-
Shape A a Thiianoss, 17 Area o Thiciness, able
w 2 . 1 Kaos | Kaer | Gage
in. in. | in? in. in. in | in | in.
WT6x11% 0.260| Ya | Ya | 1.60 | 4.03] 4 [0425| 7/10 [0,725| "/0| 21/49
95" 0,235] Ya | Ya | 1.43 | 4.01| 4 [0350 Ye [0.650| 73
x8* .! 0.220| Ya Yo | 132 | 3.99] 4 [0265 Y. [0.565| 1%6
xi 2.08| 5.96| 6 [0,200] 1 | Ya | 1.19 | 3.97| 4 [0225 Ye [0,525] Y
WT5x56 16.5 | 5.68| 5% /0.755| Ya | Ye | 4.29 [10.4 [10% [1.25 | 1/4 [1.75 [11W%6| 5
x50 14.7 | 5.55| 5/2: [0.680| "e| Ye | 3.77 [10.3 [10% [1,12 | 1V8 [1.62 [11%
44 13.0 | 5.42] 5Y/0.605| Ye | %1s | 3.28 [10.3 [10 [0.990| 1 1.49 [1/16
38.5 [11.3 | 5.30| 5/+|0,530| Ya | Va | 2.81 [10.2 [10% |0.870| e [1.37 [1%
x34 10.0 | 5.20| 5/4 |0.470| Ya Ya | 2.44 [10,1 [108 |0,770| Y. [1.27 [17/56
30 8.84| 5.11| 5/|0,420| Ve | Ys | 2.15 [10.1 [100 |0.680| 110|1.18 [1%
x27 7.90| 5.05| 5 [0.370] Ye | %s| 1.87 [10.0 [10 [0615 Ye [1.12 [1%6
24.5 7.21| 4.099| 5 [0.340] Ys | Ys | 1.70 [10.0 [10 [0560 %s [1.06 |1%s
WT5x22.5 6.63| 5.05| 5 [0.350] Ye | Yi | 1.77 | e.02| 8 [0620 Y [1.12 [1%
x19.5 5.73| 4.96| 5 [0.315] 6 | Ys | 1.58 | 7.99] 8 [0530 2 [1.03 [1%6
x16.5 4.85| 4.87| 4/9 [0.2901 o | Yo | 1.41 | 7.96| 8 [|0.435| 7/15 | 0.935| 11s
WT5x15 4,42| 5.24| 5,[0,300| 6 | Ys | 1.57 | 5.81| 5%Y%|0.510| Y. [0.810|11s 2/9
x130 3.81| 5.17| 5V8s|0.260| Ya | Ya | 1.34 | 5.77| 5%|0.440 7/6 |0.740| 116 V
x110 3.24| 5.09| 5Vs[0.240| Ya | Ya | 1.22 | 5.75| 5%|0.360 Ys [0.660| 1%0
WT5x9.5" 2.81| 5.12| 5 |0.250| Ya Ve | 1.28 | 4.02| 4 [0395 Ys |0.695| “%/6| 21/49
xB5" 2,50| 5.06| 5 [0.240] Ya | Ya | 121 | 401| 4 [0330 Ys |0.630| 7a
x75% 2.21| 5.00| 5 [0.230] Ya | Ye | 1.15 | 4.001 4 [0270 Y. [0.570 "6
x6n 1.77| 4.94| 4/|0.:190| 6 | Va | 0.938] 396 4 [0210| Ys [0.510| Ys
WT4x33.5 9.84| 4.50| 42 [0.570] %s | is | 2.57 | 8.28| 8 [0.935| 1%/16|1.33 [1% 52
29 8.54| 4.38| 4%Y|0.510| Ya Ya | 223 | 8,22| 8wjogl0 %6|1.20 [12
24 7.05| 4.25| 411 [0,400| Ye Y | 1.70 | 8.11| 8V [0685 16 |1.08 | 1%
x20 5.87| 4.13| 4/8 [0.360] Ye | “1 | 1.49 | 8.07| 88 [0.560 %6 |0.954| 1/4
x17.5 5.14| 406| 4 [0.310] Ys | Ys| 126 | 8.02 8 [0495 Y. |0.889| 1%
x15.5/ 4.56| 4.00| 4 [0.285| Y%6 | Yi | 1.14 | 8.00| 8 |0.435| 7/16 | 0.829| 118
WT4x14 4,12| 4.03| 4 [0.285| Ye | Ys | 1.15 | 6.54/ 6/2 |0.465| 716 [0.859] "/i6| 312
x12 3.54| 3.97| 4 [0.245| Ya e | 0.971 6.50| 6% [0.400 Ye [0.794| 7 3/2
< Shape is slender for compression with F,— 50 ksi.
Shape excseds compact limit for flexure with Fy = 50 ksi.
9 The aclual size, combiration and orientation of fastener components should be compared wit the geomeby of the
cross section to ensure compatibiity.
* Shear strength controlled by buckling effects (C, < 1.0) with F,=50 Ksi.
DIMENSIONS AND PROPERTIES 1-67
Table 1-8 (continued)
WT-Shapes
Properties
WT6-WT4
Compact a Torsional
Nom- | Section Axis X-X Axis Y-Y "| Properties
e Criteria y 0
Tala[|]s r]y[Tz]+*e| 1] s]r[z 5-8 ”
Mort] 2 | te [in [02 im | in | in | ino | in | im | in | in? int | in
+1 | azalos7 [11.7 | 259 190 [163 | 463jo4o2| 233| 1.15 [0.847| 1.83 | 0.707| 0,146 | 01:
95 | 5721259 | 10.1 | 228 190 [165 | 4:11/0348| 188| 0.930|0.821| 1.49 | 0.597 | 0.0899] 0.0
8 753|27.3 8.70| 2.04 1.92 [1.74 3.72|0.639| 1.41| 0.706/0.773| 1.13 | 0.537 | 0.0511/ 0.0%
7 [882298 | 767 183 192 [175 | 3.32/0.760| 1.18| 0593/0753 0.947| 0.451| 0.0350] 0.0%
56 | 417| 752| 286 | 6.40 1.32 [121 | 134 [0.701 118 [226 [257 [346 |100 | 750 [169
50 462| 8.16/ 24.5 | 5.56 1.29 [1.13 | 11.4 [0.711 [103 [20.0 [2.65 [30.5 | 1.00 5.41 11.9
44 | 518| 896| 208 | 4.77 127 [1058 | 0.65/0.631| 893 [174 [253 (265 [100 | 3.75 | 80%
385 | 586/100 | 17.4 | 405 1,24 [0990] 8os|o,5s5s| 768 [151 [250 [229 [100 | 255 | 53
34 | 658/11 | 149 | 349 122 [0932 685/0.493| 66.7 [132 [258 [200 [100 | 1.78 | 38:
30 741/12.2 [129 | 3.04 1.21 [0.884| 5.87/0.438| 58.1 [11.5 [2.57 [17.5 | 1.00 1.23 24
27 | 8151136 | 111 | 264 119 |os36| 5.05|0.395| 51.7 [103 [256 [156 [100 | 0.909 | 17
245 | g93/14.7 | 10.0 | 239 1.18 [0807] 4.520.361 | 46.7 | 934 [254 [14.1 [100 | 0.698 | 13:
225 | 647/144 | 10.2 | 247 124 [0907 465/0413 | 26.7 | 665 [201 [10.1 [100 | 0.758 | 09
195 | 753/1157 | 884] 216 124 [0876 3.09|0.359| 225 | 564 [1.98 | 8.57 | 1.00 | 0.487 | 08
165 | 9.15/16.8 7.71| 1.93 1.26 |0.8689| 3.48/0.305| 18.3 | 4.60 [1.94 | 7.00 | 1.00 0.291 0.3!
15 5.70117.5 9.28| 2.24 1.45 [1.10 4.01/0.380| 8.35| 2.87 [1.37 | 4.41 | 1.00 0.310 | 0.2
13 | 656|199 | 786| 191 144 [105 | esoJo.330| 705| 2.44 [1.36 | 8:75 | 0.900| 0.201 | 01:
1 | 7oe|212 | 688| 172 146 [107 | sozjo.282| 571| 1.99 [1.33 | s.05 | 0.882| 0.119 | 0.1
95 | 509/20.5 6.68| 1.74 1.54 |1.28 3,10/0.349| 2.15| 1.07 |0.874| 1.67 | 0.870| 0.116 | 0.0:
85 | 608 211 | 606 162 156 [132 | 290/0311| 178| 0887/0844 1.40 | 0.839| 0.0776| 00
75 | 7411217 | 545 150 157 [137 | 271|0305| 145| 0728/0810 1.15 | 0.809| 0.0518] 00:
6 943|26.0 435| 122 157 |136 2.20/0.322| 1.09| 0551/0.785| 0.859| 0.592 | 0.0272 0.0;
385 | 443| 789| 10.9 | 3.05 1.05 [0936] 6.20/0,504 | 443 107 [2:12 [163 [100 | 251 | 35
29 507| 8.59| 9.12| 2.61 1.03 [0.874| 5.25/0.520| 37.5 | 9.13 [2.10 [13.9 | 1.00 1.66 2.2
24 592|10.6 6.85| 1.97 0.986|0.777| 3.94/0.435| 30.5 | 7.51 [2.08 [11.4 | 1.00 0.977 | 1.3
20 | 7211115 | 573| 1.69 0988/0735] 325/0364 | 245 | 6.08 [2.04 | 9.24 | 1.00 | 0.558 | 07
175 | e10/131 | 480| 143 0968 0688 271/0321 | 213 | 531 [203 | 805 | 100 | 0584 | 04
155 | 919/14.0 4.28| 1.28 0.969|0.668| 2.39/0.285| 18.5 | 4.64 [2.02 | 7.03 | 1.00 0.267 | 0.3;
14 703/14.1 4.231 1.28 1.01 [0./34| 2.38/0.315| 108 | 3.31 [1.62 | 5.04 | 1.00 0.268 | 0.2
12 8.12|16.2 3.53| 1.08 0.999/0.695| 1.98|0.272| 9.14| 2.81 [1.61 | 4.28 | 1.00 0.173 | 0.1.
1-68
DIMENSIONS AND PROPERTIES
Table 1-8 (continued)
WT-Shapes
Dimensions
Stem Flange Distance
Area,| Depth, o . . k Work-
Shape A a Thiianoss, 17 Area o Thiciness, able
w 2 . 1 Kaos | Kaer | Gage
in? in. in. in. | in? in. in. in | in | in
WT4x10.5 3.08| 4,14| 4%s[0,250| Ya | Va | 1.04 | 5.27| 54 [0400 Ys [0.700| 7 210
9 2.63| 4.07| 480,230] Ya | /e | 0.936| 5.25| 5/4 [0,330 6 |0.630| '/16| 2%/4%
WT4x7.5 222| 4.06| 4 [0.245] Ya | Ya | 0.993 4.02 4 [0315 Ys [0.615] 16] 21/49
65 1.92| 4.00| 4 [0.230| Ya | Ys | 0.919] 4.00] 4 [0255 Ye [0.555] a V
5 1.48| 3.95] 4 [0.170] %6 | Vs | 0.671| 3.94 4 [0205 6 |0.505| Ve
WT3x12.5 3.67| 3.19| 31/ [0,320] Ys | Yi | 1.02 | 6.08| 68 [0.455 7/6 [0.705] 1/6] 32
x10 2.94| 3.10| 3 |0.260| Ya a | 0.806] 6.02| 6 [0.365 Ys [0.615| 7s y
x751 2.21| 3.00| 3 [0.230| Ya Ye | 0.689] 599) 6 [0260| Ye [0.510/ Ya
WT3x8 2.37| 3.14| 31/s|0.260| Ya o | 0.816] 4.03| 4 [0.405 Y [0.655| 7 29
»6 1.78| 3.02| 3 |0.230| Ys | Ys | 0.693] 4.00 4 [0280 Y. |0.530| “a
x45! 1.34| 2.95| 3 [0.170] Ge | Ye | 0.502 3.94 4 [0215 Ys |0.465| We
x4.25 1.26| 2.92| 2/8 |0.170| “6 | Vs | 0.496| 3,94 4 [0.195 Ys [0.445] e
WT2.5x9.5 2.78| 2.58| 2/8 0.270] Ya | Ye | 0.695 5.03] 5 [0.430 7/16 [0.730| '/16| 2%
2 2.25| 2.51| 22 |0.240| Ya /s | 0.601| 5.00| 5 [0.2601 Ys |0.660| Ys 2%
WT2x6.5 1.91| 2.08| 21/s|0.280| Ya Vs | 0.582 4.06| 4 [0345 Ys |0.595| Ys 2
< Shape is slender for compression with F,— 50 ksi.
' Shape exczeds compact limit for flexure with £y = 50 ksi.
9 The aclual size, combiration and orientation of fastener components should be compared wit the geomeby of the
cross section to ensure compatibiity.
DIMENSIONS AND PROPERTIES
Table 1-9 (continued)
MT-Shapes
Properties
MT-SHAPES
Compact
Section
Criteria
Torsional
Properties
br
d
1b/ft
6,2
5.9
5.4
45
3.75
3.25
3.1
22
1.85
9,45
2
8,22
8,29
6.82
7.31
2.03
6,53
7.39
1.77
6.03
6.44
5.38
7.75
6.01
11.9
le
40.4
40.3
33.9
37.4
40.2
31.8
35.3
38.4
29.6
31.0
26.3
30.2
791
14.6
5.62
3,47
3.08
291
1.57
1.50
0.579
0.483
1.05
0.208
0.894
0.836
0.558
0.533
0.268
0.226
0.528
0.133
2.01
2.03
1.96
1.96
1.62
1.62
1.63
1.29
1.29
0.949
0.945
0.617
0.493
0.241
0.808
0.809
D.759
D.472
0.497
0.190
0.174
0.276
0.112
0.0248 | 0,0284
0.0205 | 0.026€
0.0249 | 0.0337
0.0196 | 0,0250
0.0145 | 0.0202
0.0158 | 0.013€
0.0112 | 0.009€
0.00932| 0.007€
0.00917| 0.004€
0.00778| 0.004€
0.00494| 0.0012
0.00265| 0.0007
0.156 | 0.0732
0.00919| 0.001€
172 DIMENSIONS AND PROPERTIES
gy Table 1-10
Na | ST-Shapes
tw
Y Dimensions
Y
Stem Flange Distance
Shape pe pen Thickness, | tu | y, | Widtr, | Thickness, |, [Workable
t 2 b, t Gage
inZ in. in [im [m2] im. in. in_| im
ST12x60.5 [17.8 [12.3 |12'/s| 0.800 | '%/16 | 7/15 [9.80 [8.05 | 8 1.09 | 16 | 2
x53 [156 [12.3 [121/4| 0.620 [Ya | Ys [7.60 |7.87 | 7/8 | 1.09 | 115 | 2
ST12x50 147 [120 [12 [0.745 [Ys | Ys [8.94 [7.25 | 714 | 0.870 | 7/a Pl
x45 [132 [120 [12 [0.625 [e | Ys |7,50 [7.13 | 718 | 0.870 | “/a Y
x40* [11.7 [120 [12 0.500 |'/2 | Ya [6.00 |7.00 | 7 0.870 | 7/a Y
ST10x48 14.1 [10.2 |10' | 0.800 [16 | 1/15 [8.12 [7.20 | 7/4 | 0.920| "Ms | 1%
x43 [127 [10.2 [10'/s | 0.660 |'1/16 | Ya [6.70 |7.06| 7 0.920 | Ms | 1%
ST10x37.5 |11.0 [10.0 [10 0.625 [Ye | Ys |6.35 | 6.39 | 6%s | 0,795 | 1/6 | 15/2 31/29
x33 9.70 |10.0 |10 0.505 |'/2 | Ya [5:05 | 6.26 | 6/4 | 0.795 | Ys | 1% 31/29
ST9x35 [10,3 9.00|9 0.711 |/6| Ye [6.40 [6.25 | 6!/s | 0.691 | /6 | 1/2 3114
x27.35| 8.02 | 9.009 0.461 [1/16 | a |4.15 [6.00 | 6 0.691 | Mo | 1/2 31/20
SS
ST7.5x25 | 7.34 | 7.50|712 | 0.550 [6 | 6 [4.13 | 5.64 | 5% | 0.622 | Ye [1/8 | 3/2
x21.45| 6.30 | 7.50/7/2 [0.411 [*/16 | Ya [3.08 | 5.50 | 5/2 | 0.622 | */a Pl 31/29
ST6x25 7.33 | 6.00|8 0.687 | '/1s| Ye [4,12 [5.48 | 5l/2 | 0.659 | Ms | 17/6 39
x20.4 | 596 | 6.00 0.462 |/15 | Ya [2.77 [5.25 | 5/4 | 0.659 | M6 | 17/6 39
ST6x17.5 | 5.12 | 6.00 0.428 |/15 | a [2.57 [5.08 | 5'/s | 0.544 | %6 | 1%6 | 3%
x15.9 | 465 | 6.00 0.350 [e | “16 [2:10 [5.00 | 5 0.544 | %10 1/6 39
6
6
6
ST5x17.5 | 5,14 | 5.00|5 0.594 |5/s | /16 [2.97 [4.94 | 5 0.491 | 12 1/s 29149
x12.7 | 372 | 5.00/5 0.311 [16 | Y [1.56 | 4.66 | 4%8 | 0.491 | 12 1 219
4
4
3
3
0.441 [1/15 | Ya |1.76 | 4.17 | 4le | 0.425 | 7/16 1 21/49
0.271 |'/s | Ye [1.08 |4.00| 4 0.425 | 7/16 1 21/49
ST4x11.5 | 3.38 | 4.00
x9.2 2.70 | 4.00
ST3x8.6 | 2.53 | 3.00
x6.25 | 183 | 3.00
0.465 [/15 | a [1.40 | 3.57 | 3% | 0.359 | */a Bo =-
0.232 |'/s | Ye [0.696| 3.33 | 3%o | 0.359 | Ya Bo =
ST2.5x5 1.46 | 2.50/21/2 | 0.214 [16 | Ys |0.535| 3.00 | 3 0.326 | 5/16 Ya =
ST2x4.75 | 1.40 | 2.002 0.326 |%/15 | “1 |0.652| 2.80 | 2% | 0.293 | %/16 | Ya =
x3.85 | 1,13 | 2.00/2 0.193 [15 | Ye |0.386| 2.66 | 2%a | 0.293 | 5/16 Y =
ST1.5x3.75 | 1,10 | 1.50|112 | 0.349 [Ys | Y15 [0.524| 2.51 | 2/2 | 0.260 | */a a =
x2.85 | 0.830| 1.50|1'2 | 0.170 [16 | Ye |0,255| 2.33 | 2% | 0.260 | !/a Sa =
< Shapeis slender for compression with f, = 35 ksi
0 The actual size, combination ard orientation of fastener components should be compared with the geometry of the cross section
lo ensure compalibiily.
— Indicates flange is too narrow to establish a workable gage.
DIMENSIONS AND PROPERTIES
1-73
Table 1-10 (continued)
ST-Shapes
Properties
ST-SHAPES
Nom-|
inal
wt
Compact
Section
Criteria
br
d
s
Yo
I
Axis Y-Y
Torsional
Properties
y
Cu
1b/ft
2
te
in4
in3
in¿
ins
in3
in3
in+
in
60.5
53
50
45
40
43
43
37.5
33
35
27.35|
25
21.45
25
20.4
17.5
159
17.5
12.7
115
9.2
8.6
6.25|
4.75|
3.85
3.75|
2.85
3.69
3.61
4,17
4.10
4.02
3.91
3.84
4.02
3.94
4.52
4,34
4.53
4.42
417
3.98
4.67
4.60
5.03
4.75
491
471
497
4,64
4,60
4,78
4,54
4.83
4.48
15.4
198
16.1
192
240
127
154
157
198
127
195
136
182
873
130
140
171
8.42
16.1
9.07
148
6.45
129
117
6.13
104
430
8.82
259
216
215
190
162
143
124
1109
929
845
62.3
40.5
329
25.1
18.9
17.2
148
125
7.79
5.00|
3.49
2.12
1.26
0.571
0.462.
0.307|
0.200|
0.114|
130,1
(24,1
(26.3
22.6
18.6
[20,3
17.2
115.8
129
14.0
9.60
7.72
5.99
6.04
4.27
3.95
3.30
3.62
2.05
176
1:14
1.02
0.547
0.348
0319
0.198
0.187
0.0970|
3.18 [3.13
3.15 |3.07
3.10 [2.81
2.87 [2.94
2.79 [2.51
235 [2.25
2.29 [2.01
1.85 [1.84
1.78 [1.58
1.83 [1.65
1.78 [1.51
1.56 |1.56
1.45 [1.20
1,22 [1.15
1.14 [0.942
0.915| 0.915
0.831| 0.692
0.677 | 0.570
0.575| 0.553
0.522 | 0.448
0.426 | 0.432
0.3/0|0.329
54,5
143,3
47.5
41.11
[33.6
[36.9
140
10.8
11.0
TT
7:12
5.94
6.58
3.70
3.19
207
185
101
0.650|
0.592
0.381
0.351
0.196|
1.26
1.02
216
1.42
0.909
1.35
0.972
1.34
0.841
1.78
0.737
0.825
0.505
0.758
0.577
0.543
0.480
0.673
0.403
0.439
0.335
0.394
0.271
0.239
0.250
0.204
0.219
01/11
41.5
38.4
123.7
22.3
¡21.0
(25.0
(23.3
14.8
113.7
12.0
110.4
7.79
7.13
7.79
6.74
4,92
4.66
4.15
3.36
2.13
1.34
1,14
0.901|
0.597|
0.444
0.374|
0.289|
0.223|
10.3
9.76
6.55
6.27
6.93
6.59
4.62
4.39
3,84
2.76
2.59
2.84
2.57
1.94
1.87
1.68
1.44
1.02
0.922|
0.642|
0.541
0.398]
0.317|
0.281
0.230|
0.,192|
1.53
1.57
1.27
1.30
1.34
1.33
1.36
1.16
1.19
1.08
1.14
1.03
1.06
1.03
1.06
0.980
1.00
0.899
0.950
0.795
0.827
0.673
0.702
0.638
0.564
0.576
0.513
0.518
118.1
116.7
112.0
11.2
10.4
12.5
11.6
8.36
7.70
77
6.06
4.99
4.54
5.16
4.43
3.40
3.22
3.10
2.49
1.84
1.59
1.17
0.930]
0.686]
0.565]
0.485]
0.411
0.328]
1.00
1.00
1.00
1.00
0.876
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
6.38
5.05
3.76
3.01
2.44
4.16
3.30
2.28
1.78
2.02
1.16
1.05
0.765
1.36
0.342
0.524
0.438
0.633
0.300
0.271
0.167
0.181
0.0830
0.0568
0.0590
0.0364
0.0432
0.0216
127.5
115.0
119.5
12.1
6.94
115.0
9.17
7.21
4.02
7.03
2.26
2.02
0.995
1.97
0.787
0.556
0.364
0.725
0.173
0.168
0.0642
0.0772
0.0197
0.01000|
0.00995|
0.00457|
0.00496|
0.00189|
176 DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
ELA Rectangular HSS
Dimensions and Properties
Y
Design Axis X-X
Wall [Nominal| Area,
Shape Thick- | Wi A
pi moss, £ bt ht 1 s r Z
in. 1b/ft in? in4 in$ in. in3
HSS14x10x8 0.581 93.34 | 25.7 14.2 211 687 98.2 5.17 |120
xa 0.465 76.07 | 20.9 18.5 27.1 573 81.8 5.23 98.8
le 0.349 58.10 | 16.0 25.7 37.1 447 63.9 5.29 76.3
hs | 0.291 48.88 | 13.4 31.4 45.1 380 54,3 5.32 64,6
xa 0.233 39.43 | 10.8 39.9 57.1 310 44.3 5.35 52.4
HSS14x6x"8 0.581 76.33 | 21.0 7.33 21.1 478 68.3 4.77 88,7
y 0.465 62.48 | 17.2 9.90 27.1 402 57.4 4.84 73.6
xa 0,349 47.90 | 13.2 14.2 31.1 317 45.3 4.91 57.3
hs | 0.291 40.35 | 11.1 17.6 45.1 271 38.7 4.94 48.6
xa 0.233 32.63 8.96 22.8 57.1 222 31.7 4.98 39.6
x/6 | 0.174 24.73 6.76 31.5 71.5 170 24.3 5.01 30.1
HSS14x4x/0 0.581 67.82 | 18.7 3.88 21.1 373 53.3 4.47 73,1
xl 0.465 55.66 | 15.3 5.60 21.1 317 45.3 4,55 61.0
le 0.349 42.79 | 11.8 8.46 37.1 252 36.0 4.63 47.8
xhs | 0.291 36.10 9.92 10.7 45.1 216 30.9 4.67 40.6
xa 0.233 29,23 8.03 14.2 57.1 178 25.4 4.71 33,2
X/6 | 0.174 22.18 6.06 20.0 77.5 137 19.5 4.74 25.3
HSS12x10xV2 | 0.465 | 69.27 | 19.0 18.5 228 | 395 65.9 4.56 | 788
xa 0.349 53.00 | 14.6 25.7 31.4 310 51.6 4.61 61.1
xs | 0.291 44.60 | 12.2 31.4 38.2 264 44.0 4.64 51./
xls 0.233 36.03 9.90 39.9 48.5 216 36.0 4.67 42,11
HSS12x8x"/8 0.581 76.33 | 21.0 10.8 17.7 397 66.1 4.34 82.1
xa 0.465 62.46 | 17.2 14.2 22.8 333 55.6 4.41 68.1
la 0.349 47.90 | 13,2 19.9 31.4 262 43.7 4.47 53,0
Xhs | 0.291 40.35 | 11.1 24,5 38.2 | 224 37.4 4.50 | 449
xls 0.233 32.63 8.96 31.3 48.5 184 30.6 4.53 36.6
xs | 0.174 24,13 6./6 43.0 66.0 140 23.4 4.56 218
HSS12x6x"8 0.581 67.82 | 18.7 7.33 17.7 321 53.4 4,14 68,8
xl 0.465 55.66 | 15.3 9.90 22.8 2m1 45.2 4.21 57.4
xle | 0.349 | 42.79 | 11.8 14.2 314 | 215 35.9 4.28 | 448
xhs | 0.291 36,10 9.92 17.6 38.2 184 30.7 4.31 38.1
xs 0,233 29.23 8.03 22.8 48.5 151 25.2 4.34 31.1
xs | 0.174 22.18 6.06 31.5 66.0 116 19.4 4.38 23,7
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES 1-77
Table 1-11 (continued)
Rectangular HSS
Dimensions and Properties
HSS14-HSS12
Axis Y-Y Workable Flat Torsion
Surface
Shape 1 s r z [Depth [Width | y c Arsa
in.4 in? in. in3 in. in. in in? tt
HSS14x10x*/ | 407 815 3.98 95.1 11% | 7/6 | 832 146 3.83
x/2 [341 68.1 4.04 78.5 11% 7% | 685 120 3.87
Xle |267 53.4 4.09 60.7 12/16 | 8%6 | 528 91.8 3.90
he |227 455 4.12 51.4 12/16 | 8% | 446 77.4 3.92
x/s [186 37.2 4.14 418 128 8/s | 362 62.6 3.93
HSS14x6x%8 [124 41.2 2.43 48.4 1/6 | 36 | 334 83.7 3,17
xY2 [105 35.1 2.48 40.4 11% 3%. | 279 69.3 3.20
le 84.1 28.0 2.53 316 12/56 | 4/6 | 219 53.7 3.23
x<he | 723 241 2.55 26.9 12% | 4%s | 186 45.5 3,25
xs 59.6 19.9 2.58 220 1278 4 152 36.9 3,27
xs | 459 153 2.61 16.7 1% | 5% | 116 28.0 3.28
HSS14x4x3/0 47.2 23.6 159 28.5 11% 148 52.6 2.83
xXx 41.2 20.6 1.64 241 11% _ 127 44.1 2.87
le 33.6 16.8 1.69 19.1 12 2Y 102 34.6 2.90
xXh6 29.2 14.6 1.72 16.4 12% 28 87.7 29.5 2.92
xs 244 122 1.74 13.5 12/8 2 72.4 24.1 2.93
x 19.0 9.48 1.77 10.3 1318 318 55.8 18.4 2.95
HSS12X10x 1/2 [298 597 | 396 | 696 | 9% | 7% | 545 [102 3.53
lo [234 46.9 4.01 540 10%0 | 8% | 421 78.3 3.57
xs [200 40.0 4.04 45./ 10%/6 | 8% | 356 66.1 3.58
x/ [164 32.7 4.07 37.2 107 8 289 53.5 3.60
HSs12x8x%8 [210 525 3.16 61.9 | 5Y6 | 454 97.7 3.17
xY/2 [178 44.4 3.21 515 77 5 | 377 80.4 3,20
le [140 35.1 3.27 40.1 10% | 6% | 293 62.1 3.23
xo [120 30.1 | 329 | 341 [10% | 6% | 248 52.4 3.25
x/ 98.8 247 3.32 27.8 107 6 202 425 3.27
XNe 15.1 18.9 3.35 21,1 11 18 153 32.2 3.28
HSS12x6x/8 [107 35.5 2.39 421 Sh | 3/6 | 271 71,1 2.83
x/ 91.1 30.4 2.44 35.2 es 3Ya | 227 59.0 2.87
xls | 729 | 243 | 249 | 277 [10% | 4% | 178 45.8 2.90
Xhe | 62.8 20.9 2.52 23.6 10%6 | 4%6 | 152 38.8 2.92
xs 51.9 173 2.54 19.3 107/8 4 124 31.6 2.93
xhe | 40.0 13.3 257 147 11% | 5%: 94.6 24.0 2.95
— Indicates flat depth or width is too small to establish a workable flat
173 DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
ELA Rectangular HSS
Dimensions and Properties
Y
Design Axis X-X
Wall [Nominal| Area,
Shape Thick- Mt. A bt ht
ness, £ ! $ r z
in. Mt in2 inó inó in. in?
HSS12x4x8 0.581 59.32 | 16.4 3.88 17.7 245 40.8 3.87 55.5
xa 0.465 48.85 | 13.5 5.60 228 210 34.9 3.95 46,7
xls | 0.349 | 37.69 | 104 8.46 | 314 | 168 28.0 4.02 | 36.7
hs | 0.291 | 31.84 | 876 | 107 38.2 | 144 24.1 4.06 | 31.3
xa 0.233 25.82 7.10 14.2 48.5 19 19.9 4.10 25.6
xs | 0.174 19.63 5.37 20.0 66.0 91.8 15.3 4.13 196
HSS12x3/2Ys 0.349 36.41 | 10.0 7.03 31.4 156 26.0 3.94 34.7
xs | 0.291 30.78 8.46 9.03 38.2 134 224 3.98 29.6
HSs12x3x/16 | 0.291 29.72 8.17 7.31 38.2 124 20.7 3.90 | 27.9
xls | 0.233 | 24:12 | 6:63 9.88 | 485 | 103 17.2 3.94 | 229
xs | 0,174 18.35 5.02 14.2 66.0 79.6 13.3 3.98 175
HSSt2x2x%/16 | 0.291 | 27.59 | 7.59 387 | 382 | 104 174 3.711 | 245
xla | 0.233 | 2242 | 6.17 5.58 | 485 | 869 | 145 3.75 | 20.1
xl | 0.174 17.08 4.67 8.49 66.0 67.4 11.2 3.80 | 155
HSS10x8xY8 0.581 67.82 | 18.7 10.8 14.2 253 50.5 3.68 62.2
xl 0.465 55.66 | 15.3 14.2 18.5 214 42.7 3.73 51.9
xs | 0.349 | 4279 | 118 19.9 257 | 169 33.9 3.79 | 405
xs | 0.291 | 36:10 | 992 | 24,5 31.4 | 145 29.0 3.82 | 34.4
xa 0.233 29.23 8.03 31.3 39.9 19 23.8 3.85 28.1
xo | 0.174 22.18 6.06 43.0 54.5 91.4 18.3 3.88 21.4
HSS10x6x%/8 0.581 59.32 | 16.4 733 14.2 201 40.2 3.50 51.3
xl 0.465 48.85 | 13.5 9.90 18.5 171 34.3 3.57 43.0
xls | 0.349 | 37.69 | 10.4 142 25.7 | 137 27.4 3.63 | 33.8
e | 0.291 | 3184 | 876 | 1786 314 | 118 23,5 3.66 | 288
xa 0.233 25.82 7.10 22.8 39.9 96.9 19.4 3.69 23.6
xs | 0.174 19.63 5.37 31.5 54.5 74.6 14.9 3.73 18.0
HSS10x5xY8 0.349 35.13 9.67 113 25.7 120 24.1 3.53 30.4
xs | 0.291 29.72 8.17 14.2 31.4 104 20.8 3.56 26.0
xl | 0.233 | 24:12 | 663 | 185 39.9 | 858 | 17.2 3.60 | 21.3
x/16 | 0.174 | 18,35 | 502 | 257 545 | 0662 | 13.2 3.63 | 163
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES 1-31
Table 1-11 (continued)
Rectangular HSS
Dimensions and Properties
HSS10-HSS9
Axis Y-Y Workable Flat Torsion
Surface
Shape 1 s r z [Depth [Width | y c Arsa
A in? in. in3 in. in. in in? tt
HSS10x4x"/8 33.5 168 1.54 206 The| — 95.7 36.7 2.17
xl 29.5 147 1.59 176 la = 82.6 31.0 2.20
xls 243 12.1 1.64 140 EN | 2/6 66.5 24,4 2.23
he 21.2 10.6 1.67 121 8% 2% 57.3 20.9 2.25
xs 177 8.87 | 1.70 10.0 8/8 2/8 47.4 17.1 2.27
xs | 139 693 | 172 7.66 es | 3% 36.5 13.1 2.28
xls 9.65 4.83 1.75 5.26 hs | 3/6 25.1 8.90 2.30
HSS10x3V2X1/2 214 12.2 1.39 147 Pla _ 63.2 26.5 2.12
le 17.8 10.2 1.44 118 8%Hh6 | — 51.5 21.1 2.15
xXh6 15.6 8.92 1.46 10.2 Es = 44.5 18.0 2.17
x/ 13.1 751 1.49 8.45 8 = 37.0 14.8 2.18
xs | 103 589 | 151 6.52 Ss | 2/16 28.6 11.4 2.20
xa 722 412 1.54 4.48 Whe | 21 19.8 775 2.22
HSS10x3x3/8 12.4 8.28 1.22 9.73 86 | — 37.8 17.7 2.07
xXh6 11.0 7.30 1.25 8.42 8% = 33.0 15,2 2.08
xs 9.28 6.19 | 1.28 6.99 87/e = 27.5 125 2.10
x 7.33 4.89 1.30 5.41 96 | 26 21.5 9.64 2.12
xa 5.16 3.44 1.33 3.74 he | 2 149 6.61 2.13
HSS10x2x 3/0 4.70 4.70 | 0.787 5.76 8% 15.9 11.0 1.90
Xhe 4.24 4.24 0.812 5.06 8% = 14.2 9.56 1.92
xY 3.67 3.67 0.838 4.26 8 = 12.2 7.99 1.93
hs 297 297 | 0.864 3.34 | — 9.74 6.22 1.95
xs 2.14 2.14 | 0.890 2.33 Yhs| — 6.90 4.31 1.97
HSs9x7x%Ys [117 33,5 2.68 40.5 6% | 4/6 | 235 62.0 2.50
xilz [100 287 | 273 | 340 | 6% | 4% | 197 51.5 2.53
xo 80.4 23.0 2.78 26.7 7h6 | 5% | 154 40.0 2.57
xXhs | 69.2 19.8 2.81 228 Ple 58 131 33.9 2.58
x/ 57.2 16.3 2.84 18.7 Tie 5/8 107 27.6 2.60
Ns | 44,1 12.6 2.87 14.3 8 | 6 81.7 20.9 2.62
— Indicates flat depth or width is too small to establish a workable flat
1-82 DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
ELA Rectangular HSS
Dimensions and Properties
Y
Design Axis X-X
Wall | Nominal | Area,
Shape Thick- | We. A
pi Tie, ee lom 1 s , z
in [Mort | in mó | nó | im | ins
HSSOX5xÍ/S | 0.581 | 5081 | 14.0 561 | 125 | 133 | 296 | 3.08 | 385
xile | 0.465 | 42.05 | 11.6 775 | 164 | 115 | 255 | 3:14 | 825
le 0.349 32.58 8.97 11.3 228 92.5 20.5 3.21 25.7
6 | 0,291 27.59 7.59 14.2 27.9 79.8 17.7 3,24 220
xl | 0.288 | 2242 | 6.17 | 185 | 356 | 661 | 147 | 3:27 | 181
són | 0.174 | 1708 | 467 | 257 | 487 | 511 | 114 331 | 138
HSSOXSxV2 | 0.465 | 35.24 | 974 | 3.45 | 164 | 808 | 180 | 288 | 246
xó/e | 0.349 | 27.48 | 758 | 560 | 228 | 663 | 147 | 296 | 197
es | 0,291 23.34 6.43 731 27.9 57.7 12.8 3.00 16.9
xs 0.233 19.02 5.24 9.88 35.6 48.2 10.7 3.04 140
só | 0.174 | 1453 | 398 | 142 | 487 | 376 | 835 | 3.07 | 108
HSS8x6xÍ/O | 0.581 | 5081 | 140 7as | 108 | 114 | 285 | 285 | 361
Xil2 | 0.465 | 42.05 | 116 9s0 | 142 | 982 | 246 | 291 | 305
e 0.349 32.58 8.97 14.2 19.9 79.1 19.8 2.97 24.1
xs | 0291 | 27.59 | 759 | 176 24.5 58.3 | 17.1 3.00 | 20.6
xi | 0.233 | 2242 | 617 | 228 | 313 | 566 | 142 | 3.03 | 169
xóne | 0.174 | 17.08 | 467 | 315 | 430 | 437 | 109 | 3.06 | 130
HSSExAxÍ/S | 0.581 | 4230 | 11.7 388 | 108 | 820 | 205 | 264 | 274
xilz | 0.465 | 3524 | 974 | 560 | 142 | 718 | 179 | 271 | 285
le 0.349 21.48 1.58 8.46 19.9 58./ 14./ 2.18 18.8
xs | 0,291 23.34 6.43 10.7 24.5 51.0 12.8 2.82 16.1
xi | 0.233 | 19.02 | 524 | 142 | 313 | 425 | 106 | 285 | 133
xó6 | 0.174 | 1453 | 398 | 200 | 4380 | 381 | 827 | 288 | 102
xl 0.116 9.86 2.70 31.5 66.0 22.9 5.73 2.92 7.02
HSSEXExV/2 | 0.465 | 3184 | 881 | 345 | 142 | 586 | 146 | 258 | 200
e 0.349 24.93 6.88 5.60 19.9 48.5 121 2.65 16.1
xs | 0,291 21.21 5.85 131 24.5 424 10.6 2.69 139
xi | 0.238 | 17.32 | 4.77 | 988 | 313 | 355 | 888 | 273 | 115
xXóne | 0.174 | 1325 | 363 | 142 | 430 | 278 | 6% | 277 | 887
xls 0.116 9.01 2.46 22.9 66.0 19,3 4.83 2.80 6.11
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES 1-83
Table 1-11 (continued)
Rectangular HSS
Dimensions and Properties
HSS9-HSS8
Axis Y-Y Workable Flat Torsion
Surface
Shape 1 s r z [Depth Width | y c Arsa
in.4 in? in. in3 in. in. in in? tt
HSS9X5x"/8 52.0 208 1.92 253 6% | 2/6 | 128 42.5 2.17
xl 45.2 18.1 1.97 215 6 Y 109 35.6 2.20
xls 36.8 14,7 2.03 171 Ths| 36 86.9 27.9 2.23
he 32.0 12.8 2.05 146 7% 3% 74.4 23.8 2.25
xs 26.6 10.6 2.08 120 Ta 3/8 61.2 19.4 2.27
xs | 20.7 828 | 210 925 8% | 4% 46.9 14.8 2.28
HSS9x3x 1/2 13.2 8.81 1.17 10.8 (7 = 40.0 19.7 1.87
le m2 745 | 121 8.80 The| — 33.1 15.8 1.90
he 9.88 6.59 1.24 7.63 75 = 28.9 13.6 1.92
xs 8.38 5.59 1.27 6.35 Te = 24.2 11.3 1.93
3 6.64 442 | 129 4.92 8 | 2 18.9 8.66 1.95
HSS8x6x/ 723 24.1 227 29.5 5% | 3% | 150 46.0 2.17
xXx 62.5 208 2.32 249 54 3Ys 127 38.4 2.20
le 50.6 16.9 2.38 19.8 6% | 4%s | 100 30.0 2.23
xXhs | 438 14.6 2.40 16.9 6% 4/8 85.8 25.5 2.25
xs 36.4 121 2.43 139 67/e Ae 70.3 20.8 2.27
xs | 28.2 9.39 | 2.46 10.7 Tio | 5% 53.7 15.8 2.28
Hssexax/ | 266 | 133 | 151 | 166 | 56] — | 703 | 287 1.83
xY 23.6 13 1.56 143 54 61.1 24.4 1.87
xl 19.6 9.80 1.61 15 6 | 26 49.3 19.3 1.90
he 17.2 8.58 1.63 9.91 6% 2 42.6 16.5 1.92
x/ 14.4 721 1.66 8.20 07 2/8 35.3 13.6 1.93
Ns | 113 565 | 1.69 6.33 The | 3h 27.2 10.4 1.95
x/3 7.90 3.95 171 4.36 The | 3/6 18.7 7.10 1.97
HSS8x3x!/2 | 11.7 781 | 115 | 964 | 5% | — | 343 | 174 1.70
xo 10.0 6.63 1.20 7.88 6% | — 28.5 14.0 1.73
Xhe 8.81 5.81 1.23 6.84 6% = 24.9 12.1 1./5
x/ 7.49 499 | 1.25 5.70 67 = 20.8 10.0 1.77
6 5.94 3.96 1.28 4,43 Tho| 2/6 16.2 7.68 1.78
Xx 4.20 2.80 1.31 3.07 The | 2h 11.3 5.27 1.80
— Indicates flat depth or width is too small to establish a workable flat
1-86 DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
ELA Rectangular HSS
Dimensions and Properties
Y
Design Axis X-X
Wall [Nominal| Area,
Shape Thick- Mt. A b/t ht
ness, £ ! s r z
in. 1b/ft in? in4 in$ in. in3
HSS6x4x 1/2 0.465 28.43 7.88 5.60 9.90 34.0 1.3 2.08 146
le 0.349 22.37 6.18 8.46 14.2 28.3 9.43 2.14 11.9
xi | 0.291 19.08 5.26 10.7 17.6 24.8 8.27 2.17 10.3
xa 0.233 15.62 4.30 14.2 22.8 20.9 8.96 2.20 8.53
xs | 0.174 11.97 3.28 20.0 31.5 16.4 5.46 2.23 6.60
xa 0.116 8.16 2.23 315 48.7 114 3.81 2.26 4.56
HSS6x3x 12 0.465 25.03 6.95 3.45 9.90 26.8 8.95 1.97 12.1
Xle 0,349 19.82 5.48 5.60 14.2 22.7 7.57 2.04 9.90
hs | 0.291 16.96 4.68 7.31 17.6 20.1 5.69 2.07 8.61
xa 0.233 13.91 3.84 9.88 22.8 17.0 5.66 2.10 7.19
x/6 | 0.174 10.70 2.93 14.2 31.5 13.4 4.47 2.14 5.59
x8 0.116 7.31 2.00 22.9 48.7 9.43 3.14 2.17 3.87
HSS6x2x%/8 0,349 17.27 4.78 2.13 14.2 17.1 35.1 1.89 793
hs | 0.291 14,83 4.10 3.87 17.6 15.3 5.11 1.93 6.95
xa 0.233 12.21 3.37 5.58 22.8 13.1 4.37 1.97 5.84
xs | 0.174 9.42 2.58 8.49 31.5 10.5 3.49 2.01 4,58
x8 0.116 6.46 1.77 14.2 48.7 7.42 2.47 2.05 3.19
HSS5x4x/2 | 0.465 | 25.03 | 6.95 5.60 775 | 21.2 8.49 1.75 | 109
le 0.349 19.82 5.48 8.46 11.3 17.9 7.17 1.81 8.96
xs | 0.291 16.96 4.68 10./ 14.2 15.8 5.32 1,84 1.19
xls 0.233 13.91 3.84 14.2 18.5 13.4 5.35 1.87 6.49
X/s | 0.174 10.70 2.93 20.0 25.7 10.6 4.22 1.90 5.05
xa 0.116 7.31 2.00 31.5 40.1 7.42 2.97 1.93 3.50
HSS5x3x1/2 0.465 21.63 6.02 3.45 7.75 16.4 6.57 1.65 8.83
Xle | 0,349 | 17.27 | 4.78 5.60 | 11.3 14.1 5.65 1.72 7.34
hs | 0.291 14,83 4.10 7.31 14.2 126 5.03 1.75 6.42
xa 0.233 12.21 3.3/ 9.88 18.5 10./ 4.29 1.18 5.38
xs | 0.174 9.42 2.58 14.2 25.7 8.53 3.41 1.82 4,21
x8 0.116 6.46 1.77 22.9 40.1 6.03 2.41 1.85 2.93
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES 1-87
Table 1-11 (continued)
Rectangular HSS
Dimensions and Properties
HSS6-HSS5
Axis Y-Y Workable Flat Torsion
Surface
Shape 1 5 r Z | Depth | Width | y c Area
in.4 in? in. in3 in. in. in in? tt
HSS6x4xX"/2 178 8.89 | 150 110 Sa _ 40.3 17.8 1.53
pS 14.9 7A7 | 155 8.94 46 | 2% 32.8 14.2 1.57
xXh6 13.2 6.58 1.58 7.75 4/8 28 28.4 12.2 1.58
xXx 11.1 5.56 1.61 6.45 Lila 2 23.6 10.1 1.60
6 8.76 438 | 1.63 5.00 5 | 3/6 18.2 7.74 1.62
xs 6.15 3.08 | 166 346 56 | 3% 12.6 5.30 1.63
HSS6x3x 1/2 8.69 5.79 | 1.12 7.28 3 = 23.1 12.7 1.37
le 7.48 4399 | 1.17 6.03 4/6 | — 19.3 10.3 1.40
he 6.67 A45 1.19 5.27 45 = 16.9 8.91 1.42
xs 5.70 3.80 1.22 4.41 4le = 14.2 7.39 1.43
3 4.55 3.03 | 1.25 3.45 5 | 2/6 1.1 5.71 1.45
xls 3.23 215 | 1.27 240 56 | 2/6 7.73 3.93 1.47
HSS6x2x 8 2.7 2.77 | 0.760 3.46 4/6 | — 8.42 6.35 1.23
he 2.52 2.52 0.785 3.07 458 = 7.60 5.58 1.25
x/ 2.21 2.21 0.810 2.61 £/e = 6.55 4.70 1.27
xX<he 1.80 1.80 | 0.836 207 56 | — 5.24 3.68 1.28
x/3 1.31 1.31 0.861 1.46 56 | — 3.72 2.57 1.30
HSS5x4x/2 | 14.9 743 | 146 | 935 | 2% | — | 303 | 145 1.37
pS 126 6.30 | 1.52 7.67 3h | 2% 24.9 11.7 1.40
Xhe 11.1 5.57 1.54 6.6/ 3 2 z1./ 10.1 1.42
xY 9.46 A.73 157 5.57 3/e 2 18.0 8.32 1.43
hs 7.48 3.74 1.60 4.34 46 | 36 14.0 6.41 1.45
xs 5.27 264 | 1.62 3.01 4h | 3 9.66 4.39 1.47
HSS5x3x!/2 7.18 4.78 | 1.09 6.10 2 = 17.6 10.3 1.20
xl | 625 | 416 | 114 | 510 | 3%] — | 149 | 844 | 12
xXhe 5.60 3.73 1.17 4.48 3% = 13.1 7.33 1.25
x/ 4.81 3.21 1.19 3.11 3/8 = n./0 6.10 1,27
3 3.85 257 | 1.22 296 46 | 2% 8.64 4.73 1.28
x/3 2.75 1.83 1.25 207 Ah | 2/6 6.02 3.26 1.30
— Indicates flat depth or width is too small to establish a workable flat
1-88 DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
ELA Rectangular HSS
Dimensions and Properties
Y
Design Axis X-X
Wall [Nominal| Area,
Shape Thick- Mt. A b/t ht
ness, £ ! s r z
in. 1b/ft in? in4 in$ in. in3
HSS5x2"/2xV4 0,233 11.36 3.14 1.73 18.5 9.40 3.76 1.73 4,83
xs | 0.174 8.78 2.41 11.4 25.7 7.51 3.01 1.77 3.79
xa 0.116 6.03 1.65 18.6 40.1 5.34 2.14 1.80 2.65
HSS5x2x%/8 0,349 14.72 4.09 2.73 11.3 10.4 4,14 1.59 5.71
xo | 0.291 12,70 3.52 3.87 14.2 9.35 3.74 1.63 5.05
xs 0,233 10.51 2.91 5.58 18.5 8.08 3.23 1.67 4.27
xs | 0.174 8.15 2.24 8.49 25.7 6.50 2.60 1.70 3.37
x8 0.116 5.61 1.54 14.2 40.1 4.65 1.86 1.74 2.37
HSS4x3xVs | 0.349 14.72 | 4.09 5.60 8.46 7.93 3.97 1.39 5.12
x/6 | 0.291 12.70 3.52 7.31 10.7 7.14 3.57 1.42 4,51
xls 0,233 10.51 2.91 9.88 14.2 6.15 3.07 1.45 3.81
6 | 0.174 8.15 2.24 14.2 20.0 4.93 2.47 1.49 3.00
xl8 0.116 5.61 1.54 22.9 31.5 3.52 1.76 1.52 211
HSS4x2/0<V8 | 0.349 13.44 | 3.74 4.16 8.46 6.77 3.38 1.35 4,48
xs | 0.291 11.64 3.23 5.59 10.7 6.13 3.07 1.38 3.97
xa 0,233 9.66 2.67 7.73 14.2 5.32 2.66 1.41 3.38
x/6 | 0.174 7.51 2.06 11.4 20.0 4.30 2.15 1.44 2.67
xls | 0.116 5.18 | 142 | 186 31.5 3.09 1.54 1.47 1.88
HSS4x2x%/a 0.349 12.17 3.39 2.73 8.45 5.60 2.80 1.29 3.84
xs | 0.291 10.58 2.94 3.87 10.7 5.13 2.56 1.32 3.43
x/ | 0.233 8.81 | 244 5.58 | 142 4.49 2.25 1.36 2.94
xs | 0.174 6.87 1.89 8.49 20.0 3.66 1.83 1,39 2.34
xa 0.116 4.75 1.30 14.2 31.5 2.65 1.32 1.43 1.66
HSS3/22 Ye 0.349 12.17 3.39 416 7.03 4.75 2.72 1.18 3.59
xhs | 0.291 10.58 2.94 5.59 9.03 4.34 2.48 1.22 3.20
xa 0.233 8.81 2.44 773 120 3.79 2.17 1.25 274
xs | 0.174 6.87 1.89 11.4 17.1 3.09 1.76 1.28 2.18
xa 0.116 4.75 1.30 18.6 27.2 2.23 1.28 1.31 1.54
HSS31/2x2xV4 0.233 7.96 2.21 5.58 12.0 3.17 1.81 1.20 2.36
xs | 0.174 6.23 1.71 8.49 17.1 2.61 1,49 1.23 1,89
xa 0.116 4.33 1.19 14.2 27.2 1.90 1.09 1.27 1.34
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES
Table 1-11 (continued)
Rectangular HSS
Dimensions and Properties
HSS3V2-HSS2
Axis Y-Y Workable Flat Torsion
Surface
Shape 1 s r z [Depth [Width | y c Arsa
in.4 in? in. in3 in. in. in in? tt
HSS31/2x1V/2x1/4 0.638 0.851| 0.569 1.06 2 _ 1.79 1.88 0.767
/s 0.544 0.725| 0.594 0.867 | 2Mhi5| — 1.49 1.51 0.784
xs | 0411 | 05e8| 0619 | 0630| 2%] — 1.09 | 108 | 0.800
HSS3x2V2x9/16 2.18 1.74 | 0,908 2.20 = = 4.34 3.39 0.833
xk | 193 | 154 | 0085 | 190 | — | — 3.74 | 287 | 0.850
xXhe 1.59 1.27 | 0.963 1.52 Phs| — 3.00 2.27 0.867
xs 1.16 0.931| 0.990 1.09 Yhs| — 2.13 1.59 0.883
HSS3x2x"/16 1.24 1.24 | 0.725 1.58 _ _ 2.87 2.60 0.750
xs 11 1.11 | 0.751 1.38 - - 2.52 2.23 0.767
ho | 0832 | 0932| 0778 | 112 | 2% | — 2.05 | 1.78 | 0.784
x/a 0.692 0.692| 0.804 0803 | 2/6| — 1.47 1.25 0.800
Hssax1Vx/ | 0543 | 0725| 0559 | 0911| 1 | — 144 | 158 | 0683
hs | 0467 | 0.622| 0.584 | 0752| 2% | — 121 | 128 | 0700
xl 0.355 0.474| 0.610 0550 | 2/6 | — 0.886 | 0.920 0.717
HSS3x1x3/16 0.173 0.345| 0.380 0432 | Me | — 0.526 0.792 0.617
x/3 0.138 0.276| 0.405 0325 | 26| — 0.408 0.585 0.633
HSS21/2x2x!/4 0.930 0.930| 0.731 1.17 - - 1.90 1.82 0.683
ST 0.786 0.786| 0.758 0.956 1.55 1.46 0.700
xa | 0589 | 0589| 0.785 | 069% | — | — 112 | 10 | 0717
HSS21/2x1V2x1/4 0.449 0.599| 0.546 0.764 | — - 1.10 1.29 0.600
ho | 0390 | 0520| 0572 | 0636 | — | — 0.929| 1.05 | 0617
xs 0.300 0.399| 0.597 0469| — = 0.687 0.759 0.633
HsS2adx/s | 0.143 | 0285| 0374 | 0360| — | — 0.412| 0648| 0.534
xs 0.115 0.230| 0.399 0274| — _ 0.322 0.483 0.550
HsS2Vx2x/N6 | 0.713 | 0713| 0.747 | 0817 | — | — 132 | 130 | 0659
xs 0.538 0.538| 0.774 0639| — = 0.957 0.927 0.675
HSS2x1V2x%/16 0.313 0.417| 0.554 0521| — _ 0.664 0.822 0.534
xs 0.244 0.325| 0.581 0.389 | — - 0.496 | 0.599 0.550
HSS2x1x%/6 0.112 0.225| 0.365 0288 | — = 0.301 0.505 0.450
xs 0.0922| 0.184| 0.390 0.223| — _ 0.238 0.380 0.467
— Indicates flat depth or width is too small to establish a workable flat
1-92 DIMENSIONS AND PROPERTIES
Table 1-12
Square HSS Lo — A
Dimensions and Properties
HSS16-HSS8 :
Design .
Wall | Nom- Area, Work- Torsion Sur-
Sh Thick-| inal [*,* Lis | ro] zo able face
Pee, pili Flat | y | Cc | Area
in. | lb/ft | in? in“ [ in3 | in | im3 | im | in% | in3 | sente
HsS16x16x%%!8 | 0.581 |127.37|35.0 [24.5 [24.5 [1370 [171 6.25 [200 [13% [2170 [276 5.17
xlV2 |0.465|103.30|28.3 [31.4 [31.4 [1130 [141 6.31 [164 [13% [1770 [22% 5.20
X/g (0,349| 78.52|21.5 [42.8 [428 | 873 [109 6.37 [126 |14%6 [1350 [171 5.23
x3h6 0,291| 65.87|18.1 [52.0 [520 | 739 | 923 [6.39 [106 [14% [1140 [144 5.25
HSS14x14x5/s | 0.581|110.25|30.3 [21.1 [21.1 | 897 [128 5.44 (151 11316 [1430 [208 4.50
x!/z 10.465| 82.68/24.6 [27.1 [27.1 | 743 [106 [5.49 [124 [11% [1170 [170 4.53
xls |(0.349| 68.31|18.7 [37.1 [37.1 | 577 | 825 [5.55 | 05.4 [1256 | 900 [130 4.57
x%/6| 0.291| 57.36|15.7 [45.1 [45.1 | 490 | 69.9 [5.58 | 80.5 [12% | 759 [109 4.58
HsS12x12x"/s | 0.581| 93.34/25.7 [17.7 [17.7 | 548 | 914 | 4.62 [109 | 9%6|885 [151 | 3.83
x/2 (0,465| 76.07|20.9 [22.8 [228 | 457 | 762 | 4.68 | 89.6 | Ma | 728 [123 3.87
x/e |0,349| 58,10/16.0 [31.4 [31.4 | 357 | 595 | 4.73 | 69.2 [10% | 561 94.6 | 3.90
x5ho 0.291| 48.86|13.4 [38.2 [38,2 | 304 | 50.7 | 4.76 | 58.6 [10% | 474 79.7 | 3.92
xls [(0.233| 39.43|10.8 |48.5 [48.5 | 248 | 41.4 | 4.79 | 47.6 [1072 | 384 64,5 | 393
x3he 0,174| 20.81| 8.15|66.0 [66.0 | 189 | 31.5 | 4.82 | 36.0 [113/16 | 290 48.6 | 3.95
HSS10x10x'/8 |0.581| 76.33|21.0 [14.2 [14.2 | 304 | 60.8 [3.80 | 73.2 | 796 | 498 [102 3.17
xV2 (0.465| 62.46|17.2 [18.5 [18.5 | 256 | 51.2 [3.86 | 60.7 | 7 | 412 84.2 | 3.20
xs (0,349| 47.90/13.2 [25.7 [25.7 | 202 | 404 [3.92 | 47.2 | 8% | 320 64.8 | 3.23
he 0.291| 40.35/11.1 [31.4 [31.4 | 172 | 345 [3.94 | 40.1 | 8% | 271 | 54.8 | 3.25
xV/4 |(0.233| 32.63| 8.96/39.9 [39.9 | 141 | 28.3 [3.97 | 32.7 | 87 | 220 44,4 | 3.27
xXh6 0,1/4| 24.73| 6./6/54.5 [54,5 | 108 | 216 | 4.00 | 24.8 | 9% | 167 33.6 | 3.28
HSS9x9x%/8 | 0.581| 67.82118.7 [12.5 [125 | 216 | 47.9 [3.40 | 58.1 | 6%6 | 356 | 81.6 | 283
x/2 (0,465| 55.65/15.3 |16.4 [16.4 | 183 | 406 [3.45 | 48.4 | 6. | 296 67.4 | 2.87
xls (0.349| 42.79|11.8 [22.8 [228 | 145 | 322 [3.51 | 37.8 | 7%6 | 231 52.1 | 290
xóhe| 0.291| 36.10| 9.92|27.9 [27.9 | 124 | 27.6 [3.54 | 32.1 | 7% | 196 44.0 | 2.92
xls (0.233| 29.23| 8.03/35.6 [35.6 | 102 | 22.7 [3.56 | 26.2 | 7/a | 159 | 35.8 | 2.93
x3he 0,174| 22.18| 6.06|48.7 [48.7 78.2| 17.4 [3.59 | 20.0 | 8% | 121 27.1 | 2.95
x/8 (0,116| 14.96| 4.09//4.6 [74.6 535| 119 [3.62 | 13.6 | 8716 | 820| 18.3 | 297
HSS8x8x"/8 | 0.581| 59.32|16.4 [10.8 [10.8 | 146 | 365 [2.99 | 44,7 | 5% | 244 63.2 | 250
xY2 (0.465| 48.85/13.5 [14.2 [14.2 | 125 | 31.2 [3.04 | 37.5 | 5%. | 204 52.4 | 2.53
xls |0.349| 37.69/10.4 [19.9 [19.9 | 100 | 249 [3.10 | 29,4 | 66 | 160 | 40.7 | 2.57
x3h6 0.291| 31.84| 8.76|24.5 [24,5 85.6| 21.4 [3.13 | 25.1 | 6% | 136 34,5 | 2.58
x!a 10,233| 25.82| 7.10/31.3 [31.3 | 70.7| 17.7 [3.15 | 20.5 | 678 | 111 28.1 | 2.60
x3h6|0.174| 18.63| 5.37|43.0 [43.0 54.4| 136 [3.18 | 15.7 | 76 | 84.5| 21.3 | 2.62
X/e [0.116| 13.26| 3.62|66.0 [66.0 37.4| 934|3.21 | 10.7 | 76 | 573| 14.4 | 2.63
Note: For compactness criteria, refer to Table 1-12A.
DIMENSIONS AND PROPERTIES 1-93
Table 1-12 (continued)
-— il Square HSS
)) Dimensions and Properties
: HSS7-HSS4V2
'Design| .
Wall | Nom- | pyg,, Work-| Torsion Sur-
Sh Thick-| ¡nal A , I Ss r Z | able face
ape ross, | WA, Dt] it Flat | y | Cc | Area
in | lb/ft 2 in4 | in3 in. in.5 in. in 4 in.S | ft2t
HSS7x7x*/8 |0.581| 50.81|14.0 | 9.05| 9.05| 93.4 | 26.7 |2.58 | 33.1 | 4%6 | 158 41.1 (217
xl/2 (0.465| 42.05/11.6 [12.1 [12.1 | 80.5 | 23,0 [2.63 | 27.9 | 4%a | 133 39.3 | 2.20
X/g (0.349| 32.58| 8.97|17.1 [17.1 | 65.0 | 186 [2.69 | 221 | 5%6| 105 30.7 | 2.23
x3he6 0,291| 27.59| 7.59/21.1 [21.1 | 56.1 | 160 [2.72 | 18.9 | 5%e 89.7 | 26.1 | 225
xl/s (0.233| 22.42| 6.17|27.0 [27.0 | 46.5 | 133 [2.75 | 15.5 | 578 735 | 21.3 | 2.27
x3h6|0.174| 17.08| 4.67/37.2 [37.2 | 36.0 | 103 [2.77 | 11.9 | 6%6| 561 | 16.2 | 228
x/s (0,116| 11.56| 3.16|57.3 [57.3 | 24.8 7.09| 2.80 8.13| 616 | 382 | 11.0 | 2.30
HSS6x6x"/8 |/0.581| 42.30/11.7 | 7.33| 7.33| 55.2 | 184 [2.17 | 23.2 | 3M6 | 94.9 | 33.4 | 1.83
xl/2 (0,465| 35.24| 9.74| 9.90| 9.90| 48.3 | 16.1 [2.23 | 19.8 | 3%a 81.1 | 28,1 | 1.87
X/e (0,349| 27.48| 7.58/14.2 [14.2 | 39.5 | 132 [2.28 | 15.8 | 4%6| 646 | 22.1 | 1.90
x3h6|0.291| 23.34| 6.43|17.6 [17.6 | 34.3 | 11.4 [2.31 | 13.6 | 4% 55.4 | 18.9 | 1.92
xl/4 (0.233| 19.02| 5.24/22.8 [22.8 | 28.6 954| 2.34 | 11.2 | 4% 456 | 15.4 | 1.93
x3he 0,174| 14,53| 3.98|31.5 [31.5 | 223 742| 2.37 863| 5% | 350 | 11.8 | 1.95
xs (0,116| 2.85| 2.70/48.7 [48.7 | 15.5 5.15| 2.39 5.92| 516 | 239 8.03| 1.97
HSS52x5'/2é/8 | 0.349| 24.93| 6.88/12.8 [12.8 | 29.7 | 108 | 2.08 | 13.1 | 3/1w5| 490| 18.4 | 1.73
xóhs 0.291| 21.21| 5.85|15.9 [15.9 | 25.9 9.43| 2.11 | 11.3 | 4 422 | 15.7 [1.75
Xl/4 (0.233| 17.32| 4.77/20.6 [20.6 | 21.7 7.90| 2.13 9.32| 4% 348 | 12.9 | 1.77
x3h6 0.174| 13.25| 3.63|28.6 [28.6 | 17.0 6.17/2.16 7.19] 4Mw| 267 9.85| 1.78
x/f8 (0,116| 2.01| 2.46/44.4 [44.4 | 11.8 4.30| 2.19 4.95) 418/5| 18,3 6.72| 1.80
HSSox5x/2 (0.465| 28.43| /.88| 7.15| 7./5| 26.0 | 104 [1.82 | 13.1 | 2% 44.6 | 18./ | 1.53
xl (0,349| 22.37| 6.18/11.3 [11.3 | 21.7 8.68| 1.87 | 10.5 | 3%6| 36,1 | 14.9 | 1.57
x2h6 0.291| 19.08| 5.26/14.2 [14.2 | 19.0 7.62| 1.90 9.16| 3% 312 | 12.8 | 1.58
xs (0,233| 15.62| 4.30/18.5 [18.5 | 16.0 6.41| 1.93 7.51 38 258 | 10.5 | 1.60
xs 0,174| 11.97| 3.28|25.7 [25.7 | 12.6 5.03| 1.96 5.89] 416 | 199 8.08| 1.62
xa (0.116| 8.16| 2.23|40.1 [40.1 8.80| 352| 1.99 4.07| 46 | 137 5.53| 1.63
HSS41/2x4'/2x1/2 |0.465| 25.03| 6.95| 6.68| 6.68| 18.1 8.03| 1.61 10.2 | 214 313 | 14.8 | 1.37
xls (0.349| 19.82| 5.48| 9.89| 9.89| 15.3 6./9| 1.67 8.36 2/15| 25./ | 11.9 | 1.40
x3h6|0.291| 16.96| 4.68/12.5 [12.5 | 13.5 6.00| 1.70 7.27| 3Ve 223 | 10.2 | 1.42
xls (0,233| 13.91| 3.84/16.3 [16.3 | 11.4 5.08| 1.73 6.06| 3% 18.5 8.44| 1.43
x3h6 0,174| 10.70| 2.93|22.9 [22.9 9.02| 4.01| 1.75 4.71| 3U/5| 144 6.49| 1.45
xa (0,116| 7.31| 2.00|35.8 [35.8 6.351 282| 1.78 3.271 31/15 992 4.45| 1.47
Note: For compactness criteria, refer to Table 1-12A.
1-96 DIMENSIONS AND PROPERTIES
Table 1-13
Round HSS
Dimensions and Properties
HSS20-HSS10
Design . >
ness, 21 WE J c
in. | Ibñt | in? inó_[ in2 | im | in2 | i% | m2
HSS20x0.500 | 0.465 | 104.00 | 28.5 43.0 [1360 136 6.91 |177 2720 272
x0.375l| 0.249 | 78.67 | 21.5 57.3 [1040 104 6.95 [135 2080 208
HSS18x0.500 | 0.465 | 93.54 | 25.6 38.7 | 985 109 6.20 [143 1970 219
Xx0.375'| 0.349 | 70.66 | 19.4 51.6 | 754 83.8 6.24 [109 1510 168
HSS16x0.625 | 0.581 | 103.00 | 281 27.5 | 838 105 5.46 [138 1680 209
x0.500 | 0.465 | 82.85 | 22.7 34.4 | 685 85.7 5.49 |112 1370 1m
x0.438 | 0.407 | 72.87 | 199 39.3 | 606 758 5.51 99.0 [1210 152
x0.375 | 0.349 | 62.64 | 17.2 45.8 | 526 65.7 5.53 | 85.5 [1050 131
x0.312'| 0.291 | 52.32| 144 | 55.0 | 443 55.4 | 5.55 | 71.8 | 888 [111
x0.250| 0,233 | 42.09 | 115 68.7 | 359 44.8 5.58 57.9 717 89.7
HSS14x0.625 | 0.581 | 89.36 | 24.5 24.1 | 552 78.9 4.75 [105 1100 158
x0.500 | 0.465 | 7216| 198 30.1 | 453 648 479 852 907 130
x0.375 | 0.349 | 54.62 | 15.0 40.1 349 49.8 4.83 65.1 698 100
x0.312 | 0.291 | 45.65| 125 | 48.1 | 295 421 | 485 | 54.7 | 589 84.2
x0.250'| 0.233 | 36.75 | 10.1 60.1 | 239 34.1 4.87 | 44.2 478 68.2
HSS12.750x0.500 | 0.465 | 65.48 | 17.9 27.4 | 339 53.2 4.35 | 70.2 678 106
x0.375 | 0,349 | 49.61| 136 36,5 | 262 410 4.39 53.7 523 821
x0.250'| 0.233 | 33.41 | 9.16 | 54.7 | 180 28.2 4.43 36.5 359 56.3
HSS10,/50x0.500 | 0.465 | 54./9| 15.0 23.1 199 3/0 3.54 49.2 398 14,1
x0.375 | 0.349 | 41.59 | 11.4 30.8 | 154 28.7 3.58 37.8 309 57.4
Xx0.250 | 0.233 | 28.06 | 7.70 | 46.1 106 19.8 3.72 | 25.8 213 39.6
HSS10x0.625 | 0.581 | 62.64 | 17.2 172 | 191 38.3 3.34 | 51.6 383 76.6
x0.500 | 0.465 | 50.78 | 13.9 21.5 | 159 31.7 3.38 | 42.3 317 63.5
Xx0.375 | 0.349 | 38.58 | 106 | 28.7 | 123 24.7 [3:41 | 325 | 247 49.3
x0.312 | 0.291 | 32.31 | 888 | 34,4 | 105 20.9 3.43 27.4 209 41.9
X0.250 | 0,233 | 26.06| 7.15 | 429 85.3 171 3.45 22.2 ví 34.1
x0.188| 0.174 | 19,72 | 537 | 57.5 64.8 13.0 3.47 16.8 130 25.9
Y Shape exceeds compact limit for flexure with E,= 42 ksi,
DIMENSIONS AND PROPERTIES 1-97
Table 1-13 (continued)
Round HSS
Dimensions and Properties
HSS9.625-
HSS6.875
Design . .
Wall nom Area, ; ; , 2 Torsion
Shape Thiok- | 7 c
ness, £
in. lo/ft in? in 4 in. in. in? in4 in?
HSS9.625x0.500 | 0.465 | 48.77 | 134 20.7 | 141 29.2 3.24 39.0 281 58.5
x0.375 | 0.349 | 37.08 | 10.2 27.6 | 110 22.8 3.28 30.0 219 45.5
x0.312 | 0.291 31.06| 853 | 33.1 93.0 19.3 3.30 25.4 186 38.7
x0.250 | 0.233 | 25.08| 687 | 41.3 75.9 15.8 3.32 20.6 152 31.5
x0.188'| 0.174 | 18.97 | 5.17 | 55.3 57.7 12.0 3.34 15.5 15 24.0
HSS8.625x0.625 | 0.581 | 53.45 | 14.7 148 | 119 27.7 2.85 37.7 239 55.4
x0.500 | 0.465 | 43.43 | 119 18.5 | 100 23.1 2.89 31.0 199 46.2
X0.375 | 0.349 | 33.07 | 907 | 24.7 71718 18.0 2.93 23.9 156 36.1
x0,322 | 0.300 | 28.58| 785 | 28,8 68.1 15.8 2.95 20.8 136 31.6
x0.250 | 0.233 | 22.38| 6.14 | 37.0 54.1 125 2.97 16.4 108 25.1
x0.188| 0.174 | 16.9058| 462 | 49.6 41.3 9.57 | 2.99 12.4 82.5 19.1
HSS7.625x0.275 | 0.349 | 29.05| 7.98 | 21.8 52.9 13.9 2.58 18.5 106 27.8
x0.328 | 0.305 | 25.59| 7.01 | 25.0 471 123 2.59 16.4 94.1 24.7
HSS7.500x0.500 | 0.465 | 37.42 | 103 | 161 | 639 | 170 | 249 | 230 | 128 | 341
x0.375 | 0.349 | 28.56| 7.84 | 21.5 50.2 13.4 2.53 17.9 100 26.8
x0.312 | 0,291 | 23.97 | 659 | 25.8 42.9 11.4 2.55 15.1 85.8 22.9
x0.250 | 0,233 | 19.38| 532 | 32.2 35.2 9.37 | 2.57 12.3 70.3 18.7
x0.188 | 0.174 | 14.70| 400 | 431 | 269 | 7:17 | 259 | 934 | 538 | 143
HSS7x0.500 | 0.465 | 34.74| 955 | 15.1 51.2 146 2.32 19.9 102 29.3
x0.375 | 0.349 | 26.55| 7.29 | 20.1 40.4 116 2.35 15.5 80.9 23.1
xo.312 | 0291 | 2231| 6:13 | 241 | 346 | 988 | 237 | 13.1 | 691 | 198
x0.250 | 0.233 | 18.04| 495 | 30.0 28.4 8.11 2.39 10.7 56.8 16.2
x0.188 | 0,174 | 13.69| 3.73 | 40.2 21.7 621 | 2.41 8.11 43.5 12,4
x0.125| 0.116 9.19| 251 | 60.3 14.9 4.25 | 2.43 5.50 29.7 8.49
HSS6.875x0.500 | 0.465 | 34.07 | 936 | 14.8 48.3 14.1 2.27 19.1 96.7 28.1
X0.375 | 0.349 | 26.06| 7.16 | 19.7 38.2 111 2.31 14.9 76.4 222
x0.312 | 0.291 21.89| 6.02 | 23.6 32.7 9.51 2.33 12.6 65,4 19.0
x0.250 | 0,233 | 17.71| 486 | 29.5 26.8 781 | 2.35 10.3 53.7 15.6
x0.188 | 0.174 | 13.44 | 3.66 | 39.5 20.6 5.99 | 2.37 7.81 41.1 12.0
Y Shape exceeds compact limit for flexure with E,= 42 ksi,
1-93 DIMENSIONS AND PROPERTIES
Table 1-13 (continued)
Round HSS
Dimensions and Properties
HSS6.625-
HSS5
Design - o
mal ay | Aroa, 1 sl rlz Pro
Shape Thick- we. A DIt J c
ness, £
in. lo/ft in2 in in in. inó in4 ini
HSS6.625x0.500 | 0.465 | 32.74| 9.00 | 14.2 42.9 13.0 2.18 17.7 85.9 25.9
x0.432 | 0.402 | 28.60 | 7.86 | 16.5 38.2 11.5 2.20 15.6 76.4 23.1
X0.375 | 0.349 | 25.06| 688 | 19.0 34.0 10.3 2.22 13.8 68.0 20.5
x0.312 | 0.291 | 21.08| 5.79 | 228 29.1 8.79 | 2.24 11.7 58,2 17.6
x0.280 | 0.260 | 18.99 | 5.20 | 25.5 26.4 796 | 2.25 10.5 52.7 15.9
x0.250 | 0.233 | 17.04| 468 | 284 239 722 | 2.26 9.52 47.9 144
x0.188 | 0,174 | 12.94 | 3.53 | 38,1 18.4 5.54 | 2.28 7.24 36.7 11.1
x0.125'| 0.116 8.69| 237 | 57.1 12.6 3.79 | 2.30 4.92 25.1 7.59
HSS6x0.500 | 0.465 | 29,40 | 8.09 | 129 31.2 10.4 1.96 14.3 62,4 20.8
X0.375 | 0.349 | 22.55| 620 | 17.2 248 8.28 | 2.00 11.2 49.7 16.6
x0.312| 0.291 | 18.97 | 522 | 20.6 21.3 Ta | 2.02 9.49 42.6 14.2
x0.280 | 0.260 | 17.12| 4.69 | 23.1 19.3 6.45 | 2.03 8.57 38.7 12.9
x0.250 | 0.233 | 15.37| 422 | 258 17.6 586 | 2.04 775 35.2 117
x0.188 | 0,174 | 11.68| 3.18 | 34.5 13.5 451 | 2.06 5.91 27.0 9.02
x0.125'| 0.116 | 7.85| 2:14 | 51.7 9.28 3.09 | 2.08 4.02 | 18.6 6.19
HSS5.563x0.500 | 0.465 | 27.06 | 7.45 | 12.0 24.4 8.77 | 1.81 12.1 48.8 17.5
X0.375 | 0.349 | 20.80 | 5.72 | 15.9 19.5 7.02 | 1.85 9.50 39.0 14.0
x0.258 | 0.240 | 1463| 401 | 232 142 5.12 | 1.88 6.80 28.5 10.2
x0.188 | 0.174 | 10.80 | 295 | 32.0 10.7 3.85 | 1.91 5.05 21,4 7.70
x0.134 | 0.124 778| 212 | 449 7.84 282 | 1.92 3.67 157 5.64
HSS5.5000.500 | 0.465 | 26.73| 7.36 | 11.8 23.5 8.55 | 1.79 11.8 47.0 171
X0.375 | 0.349 | 20.55| 565 | 158 18.8 6.84 | 1.83 9.27 37.6 13.7
x0.258 | 0.240 | 14.46 | 397 | 229 13.7 5.00 | 1.86 6.64 27.5 10.0
HSS5x0.500 | 0.465 | 24.05 | 662 | 10.8 17.2 6.88 | 1.51 9.60 34,4 13.8
Xx0.375 | 0.349 | 18.54| 5.10 | 143 | 139 5.55 | 1.55 756 | 27.7 | 111
x0.312 | 0.291 | 15.64| 430 | 17.2 12.0 4.79 | 1.67 6.46 24,0 9.58
X0.258 | 0.240 | 13.08| 359 | 208 10.2 4.08 | 1.69 5.44 20.4 8.15
x0.250 | 0.233 | 12.69| 3.49 | 21.5 9.94 3.97 | 1.69 5.30 19.9 7.95
x0.188 | 0.174 9.67 | 264 | 28.7 7.69 3.08 | 1.71 4.05 15.4 6.15
x0.125 | 0.116 6.51 | 1.78 | 43.1 5.31 2:12 | 1.73 2.77 10.6 4,25
Y Shape exceeds compact limit for flexure with E,= 42 ksi,