Perfiles de Acero Chilenos

8/19/2019 Perfiles de Acero Chilenos

1/72

ANGULOS PLEGADOSALAS IGUALES

Propiedades Para Diseño

Secciòn Total

Designación L

L H * peso eArea E!e " # " $ E!e % # % E!e U # U E!e & # & Pandeo 'le(o#Torsional

A I ) i ($ i i "o Io + ! ,---.

c/ * 0g12/ // // c/3 c/4 c/5 c/ c/ c/ c/ c/ c/ c/4 c/4

L 3- * 4678 200 14 59.8 2310 162.0 6.22 5.74 7.94 3.78 -6.00 10.60 0.683 13.50 51000

4,74 14 52.8 2060 144.0 6.25 5.65 7.97 3.82 0.61 10.80 0.675 13.60 34500

597: 12 45.6 1800 125.0 6.28 5.55 8.00 3.86 -6.26 10.90 0.668 13.60 21900

5-7, 10 38.4 1530 105.0 6.31 5.46 8.03 3.90 -6.39 11.00 0.661 13.70 12800L ,;


2/72

ANGULOS PLEGADOS

ALAS DESIGUALESPropiedades Para Diseño

Secciòn TotalDesignación L

L H* * peso eArea E!e " # " E!e % # % E!e U # U E!e & # &

A I ) i $ I ) i ( i i

c/ *c/ 0g12/ // c/3 c/4 c/5 c/ c/ c/4 c/5 c/ c/ c/ c/

L 3-*,9 5978- 14 45.8 1860 137.0 6.38 6.41 915 81.9 4.47 3.84 7.14 3.11

5,7,- 12 39.6 1630 119.0 6.41 6.30 802 71.3 4.50 3.75 7.17 3.15

3673- 10 33.4 1390 100.0 6.45 6.20 684 60.3 4.53 3.66 7.20 3.19

3,73- 8 26.9 1130 81.4 6.48 6.11 560 48.9 4.56 3.57 7.23 3.23

L ,;


3/72

=ANALES PLEGADASALAS NO ATIESADAS

Propiedades Para Detallar

Designación Di/ensiones Distancias >e?a!e Gra/il

= H * peso e a T 0 g, c / n g

c/ * 0g12/ // // // // // // // // // //

= 5-* 4574- 100 12 88.0 228 36.0 36.0 14 100.0 25.0 60

567;- 10 90.0 240 30.0 30.0 12 100.0 20.0 60

387;- 8 92.0 252 24.0 24.0 10 100.0 15.0 60

3676- 75 8 67.0 252 24.0 24.0 10 75.0 15.0 503-75- 6 69.0 264 18.0 18.0 8 75.0 15.0 50

,;7-- 5 70.0 270 15.0 15.0 7 75.0 15.0 50

,97,- 50 5 45.0 270 15.0 15.0 7 50.0 15.0 30

,37,- 4 46.0 276 12.0 12.0 30

,-7;- 3.5 46.5 279 10.5 10.5 30

87,8 3 47.0 282 9.0 9.0 60

= 39* 537;- 100 10 90.0 190 30.0 30.0 12 100.0 20.0 60

3676- 8 92.0 202 24.0 24.0 10 100.0 15.0 50

3579- 75 8 67.0 202 24.0 24.0 10 75.0 15.0 50

,;78- 6 69.0 214 18.0 18.0 8 75.0 15.0 50

,97,- 5 70.0 220 15.0 15.0 7 75.0 15.0 30

,57,- 50 5 45.0 220 15.0 15.0 7 50.0 15.0 30,-76- 4 46.0 226 12.0 12.0 30

875- 3.5 46.5 229 10.5 10.5 30

:7-, 3 47.0 232 9.0 9.0 30

67;, 2.5 47.5 235 7.5 7.5 50

= 3-* 3-75- 75 8 67.0 152 24.0 24.0 10 75.0 15.0 50

,976- 6 69.0 164 18.0 18.0 8 75.0 15.0 50

,57,- 5 70.0 170 15.0 15.0 7 75.0 15.0 30

,,7,- 50 5 45.0 170 15.0 15.0 7 50.0 15.0 30

87-, 4 46.0 176 12.0 12.0 30

;785 3.5 46.5 179 10.5 10.5 30

67:5 3 47.0 182 9.0 9.0 30

97;5 2.5 47.5 185 7.5 7.5 30476, 2 48.0 188 6.0 6.0 30

= ,;


4/72



Designación Di/ensiones Distancias >e?a!e Gra/il

= H * peso e a T 0 g, c / n g

c/ * 0g12/ // // // // // // // // // //

473, 2 48.0 163 6.0 30

= ,9* ,,7,- 75 5 70.0 120 15.0 45.0 7 75 15 50

87-, 4 71.0 126 12.0 50

87,; 50 5 45.0 120 15.0 45.0 7 50 15 30

;744 4 46.0 126 12.0 30

8799 3.5 46.5 129 10.5 30

9766 3 47.0 132 9.0 30

47;4 2.5 47.5 135 7.5 30

57:3 2 48.0 138 6.0 30

= ,3


5/72

Desarrollo S@p7

L S

//

461 21.8

467 26.0

474 32.4

424 42.5430 43.1

434 51.5

384 51.6

387 64.4

388 73.5

390 85.6

417 26.1

424 32.5

374 32.5

380 43.1

384 51.6

334 51.7337 64.5

338 73.5

340 85.7

342 103.0

324 32.6

330 43.2

334 51.7

284 51.9

287 64.4

288 73.7

290 85.8

292 103.0293 128.0

305 43.3

309 51.8

259 51.9

262 64.7

263 73.8

265 85.9

267 103.0

/3


6/72

Desarrollo S@p7

L S

// /3

268 128.0

284 51.9

287 64.6

234 52.0

237 64.8

238 73.9

240 86.0

242 103.0

243 128.0

209 52.2

212 64.9213 74.0

215 86.1

217 103.0

218 129.0

187 65.1

188 74.1

190 86.3

192 103.0

193 129.0

150 86.6

152 103.0

153 129.0

92 105.0

93 130.0


7/72

ANGULOS PLEGADOSESPALDA#ESPALDA

ALAS IGUALES


Secciòn Total

Designación Di/ensiones TL

TL H* peso eArea E!e " # " E!e % # % Pandeo 'le(o#Tor

A i d- d4 d6 d: d,- "o Io

c/* 0g12/ // // c/3 c/ c/ c/ c/ c/ c/ c/ c/

TL 3-* 8578- 5-- 16 91.6 6.22 8.47 8.60 8.67 8.74 8.81 -4.940 11.60 0

:378- 14 79.3 6.25 8.43 8.56 8.63 8.70 8.77 -4.950 11.60 0

;,76- 12 66.7 6.28 8.38 8.52 8.59 8.66 8.72 -4.950 11.60 0

6-73- 10 53.9 6.31 8.35 8.48 8.54 8.61 8.68 -4.960 11.60 0

TL ,;


8/72

ANGULOS PLEGADOS EN =>UALAS IGUALES


Secciòn TotalDesignación Di/ensiones "L

TL H* peso eArea E!e & # & E!e U # U

A i d- d4 d6 d: d,-

c/* 0g12/ // // c/3 c/ c/ c/ c/ c/ c/

"L 4-* 8578- 4-- 16 120.0 7.94 8.96 9.22 9.35 9.47 9.60

:378- 14 106.0 7.97 8.86 9.11 9.24 9.37 9.50

;,76- 12 91.3 8.00 8.75 9.01 9.14 9.26 9.39

6-73- 10 76.7 8.03 8.65 89.10 9.03 9.16 9.29

"L 59* ;,78- 59- 14 91.6 6.95 7.84 8.10 8.23 8.36 4.49

6373- 12 79.3 6.98 7.74 7.99 8.12 8.25 8.38

9374- 10 66.7 7.01 7.63 7.89 8.02 8.14 8.27

4375- 8 53.9 7.03 7.53 7.79 7.91 8.04 8.17"L 5-* 937:- 5-- 12 67.3 5.96 6.72 6.98 7.11 7.24 7.37

4479- 10 56.7 5.99 6.62 6.87 7.00 7.13 7.26

567-- 8 45.9 6.01 6.51 6.77 6.90 7.02 7.15

3;75- 6 34.8 6.04 6.41 6.67 7.79 6.92 7.05

"L 39* 567;- 39- 10 46.7 4.97 5.60 5.86 5.99 6.12 6.25

387;- 8 37.9 4.99 5.50 5.75 5.88 6.01 6.14

3376- 6 28.8 5.02 5.40 5.65 5.78 5.91 6.03

,87-- 5 24.2 5.03 5.35 5.60 5.73 5.85 5.98

"L 3-* 3579- 3-- 8 29.9 3.97 4.48 4.74 4.87 5.00 5.13

,;78- 6 22.8 4.00 4.38 4.63 4.76 4.89 5.02

,97,- 5 19.2 4.01 4.33 4.58 4.71 4.84 4.97

,37,- 4 15.5 4.03 4.28 4.53 4.66 4.79 4.91

"L ,6* ,47,- ,6- 6 18.0 3.18 3.56 3.82 3.95 4.08 4.21

,,78- 5 15.20 3.20 3.51 3.77 3.90 4.03 4.16

8765 4.0 12.30 3.21 3.46 3.72 3.84 3.97 4.10:74: 3.5 10.80 3.22 3.44 3.69 3.82 3.95 4.08

"L ,5* 8796 ,5- 5 12.20 2.58 2.90 3.16 3.29 3.42 3.55

;7;9 4 9.87 2.60 2.85 3.11 3.24 3.37 3.50

67:5 3.5 8.70 2.61 2.82 3.08 3.21 3.34 3.47

97:8 3.0 7.50 2.61 2.80 3.05 3.18 3.31 3.44

"L ,-* 97:; ,-- 4 7.47 1.99 2.24 2.50 2.63 2.76 2.90

97,: 3.5 6.60 1.99 2.21 2.47 2.60 2.74 2.87

474: 3 5.70 2.00 2.19 2.45 2.58 2.71 2.84

57;6 2.5 4.79 2.01 2.16 2.42 2.55 2.68 2.81

"L :* 47-: :- 3.5 5.20 1.58 1.81 2.07 2.20 2.33 2.47

5794 3 4.50 1.59 1.78 2.04 2.17 2.31 2.44

378: 2.5 3.79 1.60 1.76 2.01 2.15 2.28 2.41

374, 2 3.07 1.61 1.73 1.99 2.12 2.25 2.38

"L 6* 3798 6- 3 3.30 1.18 1.38 1.64 1.77 1.91 2.04

37,8 2.5 2.79 1.19 1.35 1.61 1.74 1.88 2.01,7;: 2 2.27 1.20 1.32 1.58 1.72 1.85 1.98

"L 9* ,7:- 9- 2.5 2.29 0.986 1.15 1.41 1.54 1.68 1.82

,74; 2 1.87 0.993 1.12 1.38 1.52 1.65 1.79

"L 4* ,7,9 4- 2 1.47 0.789 0.917 1.18 1.32 1.45 1.59


9/72

ANGULOS PLEGADOS EN =A.ONALAS IGUALES


Secciòn TotalDesignación Di/ensiones

TL H* peso eArea E!e & # & E!e U # U

A i d- d4 d6 d: d,-

c/* 0g12/ // // c/3 c/ c/ c/ c/ c/ c/

BL 3-* 8578- 3-- 16 120.0 7.94 8.09 8.26 8.35 8.44 8.53

:378- 14 106.0 7.97 8.10 8.28 8.36 8.45 8.54

;,76- 12 91.3 8.00 8.11 8.29 8.38 8.46 8.55

6-73- 10 76.7 8.03 8.12 8.30 8.39 8.47 8.56

BL ,;


10/72


ALAS DESIGUALES


Secciòn Total

Designación TL

TL H* * peso eArea E!e " # " E!e % # % Pandeo 'le(o#Torsional

A i d- d4 d6 d: d,- "o Io + .

c/ *c/* 0g12/ // c/3 c/ c/ c/ c/ c/ c/ c/ c/ c/ c/

TL 3-*5- ;,78- 14 91.6 6.38 5.89 6.02 6.09 6.16 6.23 -5.71 10.40 0.699 5.73

6373- 12 79.3 6.41 5.85 5.98 6.05 6.12 6.19 -5.70 10.40 0.699 5.77

9374- 10 66.7 6.45 5.82 5.95 6.01 6.08 6.15 -5.70 10.40 0.699 5.81

4375- 8 53.9 6.48 5.79 5.91 5.98 6.04 6.11 -5.71 10.40 0.699 5.86

TL ,;


11/72


ALAS DESIGUALES


Secciòn Total

Designación TL

TL H* * peso eArea E!e " # " E!e % # % Pandeo 'le(o#Torsional

A i d- d4 d6 d: d,- "o Io + .

c/ *c/* 0g12/ // c/3 c/ c/ c/ c/ c/ c/ c/ c/ c/ c/

TL ,9*4- ;,78- 14 91.6 4.47 9.04 9.19 9.26 9.33 9.40 -3.14 10.60 0.912 -0.119

6373- 12 79.3 4.50 8.99 9.14 6.21 9.28 9.35 -3.15 10.50 0.911 -0.0529374- 10 66.7 4.53 8.95 9.09 9.16 9.23 9.30 -3.16 10.50 0.910 0.013

4375- 8 53.9 4.56 8.90 9.04 9.11 9.18 9.25 -3.17 10.50 0.909 0.075

TL ,3


12/72

,---.

c/4

59800

38100

2220

11500

32300

18900

9800

4180

15600

8090

3460

2020

6550

2810

1640

847

2230

1310

676

455

1020

527

355

225

420

284

180

105

212

135

79

41

108

64

33

48

25


13/72

,---.

c/4

59800

38100

2220011500

23200

18900

98000

4180

15600

8090

3460

2020

6550

2810

1640

847

2230

1310

676

455

1020

527

355

225

420

284

180

105

212

135

79

41

108

64

33

48

25


14/72

G>ACILESPE>'ILES ANGULOS

PLEGADOS % LACINADOS

Designación Ang@los Plegados Ang@los La/inados

H ò Espesor Gra/iles Di/etros Gra/il Di/etro

e /a(7 g g, g3 d /a(7 d /in7 g d /a(7

// // // // // // // // //

39 3.0 15 - - 6 - 15 6

5- 3.0 19 - - 6 - 19 8

59 3.5 22 - - 6 - - -

4- 4.0 25 - - 8 - 25 10

49 4.5 30 - - 8 - - -

9- 5.0 30 - - 10 - 30 10

99 6.0 35 - - 10 - - -

6- 6.0 35 - - 12 - - -

69 6.0 40 - - 14 - 35 16;- 6.0 40 - - 16 - - -

;9 8.0 50 - - 16 - - -

:- 8.0 50 - - 16 - 45 22

8- 8.0 55 - - 20 - - -

,-- 10.0 60 - - 24 - 55 27

,39 12.0 70 60 40 24 14 - -

,9- 14.0 80 70 50 27 18 - -

,;9 16.0 90 80 60 27 20 - -

3-- 18.0 100 90 70 30 24 - -


15/72


Propiedades Para el Diseño

Seccion TotalDesignación Di/ensiones = $ =

= H * peso eArea E!e (#( E!e $#$

A I ) i I ) i

c/ * 0g12/ // // c/ c/c/3 c/4 c/5 c/4 c/5

= 5-* 4574- 100 12 55.30 6670 445.0 11.00 459.0 61.50 2.88567;- 10 46.70 5750 383.0 11.10 396.0 52.40 2.91

387;- 8 37.90 4750 317.0 11.20 328.0 42.90 2.94

3676- 75 8 33.90 3900 260.0 10.70 143.0 24.10 2.05

3-75- 6 25.80 3040 202.0 10.80 112.0 18.60 2.08

,;7-- 5 21.70 2580 172.0 10.90 95.1 15.80 2.09

,97,- 50 5 19.20 2030 136.0 10.30 29.0 6.98 1.23

,37,- 4 15.50 1660 111.0 10.40 24.0 5.71 1.24

,-7;- 3.5 13.60 1470 97.9 10.40 21.3 5.04 1.25

87,8 3 11.70 1270 84.8 10.40 18.6 4.37 1.26

= 39* 537;- 100 10 41.70 3700 296.0 9.41 375.0 51.20 3.00

3676- 8 33.90 3070 246.0 9.52 311.0 41.90 3.03

3579- 75 8 29.90 2480 199.0 9.12 136.0 23.70 2.13,;78- 6 22.80 1940 155.0 9.23 107.0 18.30 2.16

,97,- 5 19.20 1650 132.0 9.28 90.9 15.50 2.18

,57,- 50 5 16.70 1280 102.0 8.75 28.0 6.89 1.30

,-76- 4 13.50 1050 83.7 8.81 23.2 5.63 1.31

875- 3.5 11.80 926 74.1 8.84 20.6 4.98 1.32

:7-, 3 10.20 803 64.2 8.87 17.9 4.31 1.33

67;, 2.5 8.54 677 54.2 8.90 15.2 3.63 1.33

= 3-* 3-75- 75 8 25.90 1440 144.0 7.46 128.0 23.10 2.22

,976- 6 19.80 1130 113.0 7.56 100.0 17.80 2.25

,57,- 5 16.70 967 96.7 7.61 85.5 15.10 2.26

,,7,- 50 5 14.20 729 72.9 7.17 26.7 6.75 1.37

87-, 4 11.50 600 60.0 7.23 22.1 5.52 1.39;785 3.5 10.10 532 53.2 7.26 19.6 4.88 1.39

67:5 3 8.70 462 46.2 7.29 17.1 4.23 1.40

97;5 2.5 7.29 390 39.0 7.32 14.5 3.56 1.41

476, 2 5.87 316 31.6 7.34 11.8 2.88 1.42


16/72

=ANALES PLEGADAS

ALAS NO ATIESADASPropiedades Para el Diseño


= H * peso eArea E!e (#( E!e $#$

A I ) i I ) i

c/ * 0g12/ // // c/ c/c/3 c/4 c/5 c/4 c/5

= ,;


17/72

'le(iòn

"

c/ c/ c/

ia

it

2.530 3.94 0.4002.440 3.94 0.333

2.350 3.94 0.267

1.590 2.87 0.200

1.510 2.88 0.150

1.460 2.88 0.125

0.840 1.79 0.083

0.797 1.80

0.775 1.81

0.754 1.81

2.670 3.98

2.580 3.98 0.400

1.750 2.93 0.3201.670 2.93 0.240

1.620 2.93 0.180

0.929 1.85 0.150

0.885 1.86 0.100

0.864 1.86

0.842 1.87

0.821 1.87

1.960 2.98 0.300

1.870 2.97 0.225

1.830 2.97 0.188

1.050 1.91 0.125

1.000 1.920.983 1.92

0.962 1.92

0.940 1.92

0.919 1.93


18/72

'le(iòn

"

c/ c/ c/

ia

it

2.000 2.99 0.257

1.960 2.99 0.214

1.130 1.94 0.143

1.080 1.94

1.060 1.95

1.040 1.95

1.020 1.95

0.995 1.95

2.110 2.99 0.250

2.060 2.99

1.220 1.97 0.167

1.170 1.97

1.150 1.97

1.130 1.97

1.110 1.97

1.090 1.97

1.340 1.99 0.200

1.290 1.99

1.270 1.99

1.240 1.99

1.220 1.99

1.200 1.98

1.440 2.00

1.410 2.00

1.390 1.99

1.370 1.99

1.340 1.99

1.140 1.60

1.120 1.60

1.090 1.59

0.742 1.00

0.718 1.00


19/72

=ANALES PLEGADAS

ESPALDA#ESPALDAALAS NO ATIESADAS

Propiedades Para el Diseñ

Seccion TotalDesignación Di/ensiones I=

= H * peso e

Area E!e %#%

A I )i

d- d4 d6 d: d,-

c/ * 0g12/ // // c/ c/ c/ c/ c/c/

3

c/

4

c/

5

I= 5-* :67:- 200 12 111.00 1630.0 163.0 3.83 3.97 4.04 4.11 4.18

;575- 10 93.40 1350.0 135.0 3.80 3.93 4.00 4.07 4.14

9879- 8 75.80 1070.0 107.0 3.76 3.89 3.96 4.03 4.10

9573- 150 8 67.80 458.0 61.0 2.60 2.73 2.79 2.86 2.93

4-79- 6 51.60 341.0 45.4 2.57 2.69 2.76 2.82 2.89

547-- 5 43.40 283.0 37.7 2.56 2.67 2.74 2.80 2.87

5-7,- 100 5 38.40 85.2 17.0 1.49 1.61 1.68 1.75 1.82

3475- 4 30.90 67.6 13.5 1.48 1.59 1.66 1.73 1.80

3,75- 3.5 27.20 59.0 11.8 1.47 1.59 1.65 1.72 1.79

,:74- 3 23.40 50.4 10.1 1.47 1.58 1.64 1.71 1.78

I= 39* 6979- 200 10 83.40 1350.0 135.0 4.02 4.15 4.22 4.29 4.36

9573- 8 67.80 1070.0 107.0 3.98 4.11 4.18 4.25 4.324678- 150 8 59.80 456.0 60.8 2.76 2.89 2.96 3.03 3.10

597:- 6 45.60 340.0 45.4 2.73 2.86 2.92 2.99 3.06

5-7,- 5 38.40 283.0 37.7 2.72 2.84 2.90 2.97 3.04

3673- 100 5 33.40 84.9 17.0 1.60 1.72 1.79 1.86 1.93

3,73- 4 26.90 67.5 13.5 1.58 1.70 1.77 1.84 1.91

,:76- 3.5 23.70 58.9 11.8 1.58 1.69 1.76 1.83 1.91

,67-- 3 20.40 50.3 10.1 1.57 1.69 1.75 1.82 1.89

,574- 2.5 17.10 41.9 8.4 1.57 1.68 1.74 1.81 1.88

I= 3-* 4-7;- 150 8 51.80 455.0 60.7 2.96 3.10 3.17 3.24 3.32

5,7,- 6 39.60 340.0 45.3 2.93 3.06 3.13 3.20 3.27

3673- 5 33.40 282.0 37.7 2.91 3.04 3.11 3.18 3.25

3375- 100 5 28.40 84.6 16.9 1.73 1.86 1.92 2.00 2.07,:7-- 4 22.90 67.3 13.5 1.71 1.84 1.90 1.97 2.05

,978- 3.5 20.20 58.8 11.8 1.71 1.83 1.89 1.96 2.04

,57;- 3 17.40 50.3 10.1 1.70 1.82 1.89 1.95 2.02

,,79- 2.5 14.60 41.8 8.36 1.69 1.81 1.88 1.94 2.01

873, 2 11.70 33.4 6.68 1.69 1.80 1.87 1.93 2.00


20/72

=ANALES PLEGADAS

ESPALDA#ESPALDA

ALAS NO ATIESADASPropiedades Para el Diseñ

Seccion TotalDesignación Di/ensiones I=

= H * peso e

Area E!e %#%

A I )i

d- d4 d6 d: d,-

c/ * 0g12/ // // c/ c/ c/ c/ c/c/3 c/4 c/5

I= ,;


21/72

o

=@ad7 =

'le(iòn E!e $#$

) i

c/ c/ c/

ia

it

c/

5

5.24 0.800 709.00 8.010

5.14 0.666 613.00 8.100

5.04 0.534 509.00 8.200

3.63 0.400 353.00 6.250

3.55 0.300 277.00 6.340

3.52 0.250 236.00 6.390

2.17 0.166 144.00 4.340

2.14 119.00 4.380

2.13 106.00 4.410

2.11 91.80 4.430

5.33 0.800 523.00 7.920

5.23 0.640 435.00 8.0103.79 0.480 299.00 6.130

3.70 0.360 236.00 6.220

3.66 0.300 201.00 6.270

2.28 0.200 122.00 4.270

2.25 0.100 101.00 4.320

2.23 89.30 4.340

2.21 77.70 4.360

2.20 65.80 4.390

3.98 0.600 246.00 5.960

3.87 0.450 194.00 6.060

3.82 0.376 166.00 6.110

2.41 0.250 99.20 4.1802.37 82.10 4.230

2.35 73.00 4.250

2.33 63.60 4.270

2.31 53.90 4.300

2.30 43.80 4.320


22/72

o

=@ad7 =

'le(iòn E!e $#$

) i

c/ c/ c/

ia

it

c/5

3.97 0.514 173.00 5.960

3.92 0.428 148.00 6.000

2.48 0.286 87.90 4.120

2.44 72.90 4.170

2.42 64.90 4.190

2.40 56.50 4.220

2.38 47.90 4.240

2.36 39.00 4.260

4.02 0.500 131.00 5.880

3.96 108.00 5.930

2.57 0.334 76.70 4.050

2.52 63.60 4.100

2.50 56.70 4.120

2.48 49.50 4.140

2.46 42.00 4.170

2.43 34.20 4.190

2.67 0.400 65.40 3.960

2.61 54.40 4.010

2.59 48.60 4.030

2.56 42.40 4.050

2.54 36.00 4.080

2.51 29.40 4.100

2.72 45.20 3.890

2.69 40.40 3.910

2.66 35.40 3.940

2.63 30.10 3.960

2.60 24.60 3.990

2.17 21.90 3.120

2.14 18.80 3.150

2.11 15.40 3.170

1.39 6.76 1.920

1.36 5.650


23/72

=A.ONES PLEGADOS>E=TANGULA>ES % =UAD>ADOS


Designación Secciòn Total

=a@d7 H * * peso eArea E!e (#( E!e $#$

A I ) i I

c/ * 0g12/ // c/c/3 c/4 c/5 c/4

=@ad739*39* 9879- 8 75.80 7310 585.0 9.82 7310.04973- 6 57.60 5670 453.0 9.92 5670.0

5:7-- 5 48.40 4800 384.0 9.97 4800.0

3-* 9573- 8 67.80 6140 491.0 9.52 4350.0

4-79- 6 51.60 4780 382.0 9.62 3390.0

547-- 5 43.40 4050 324.0 9.67 2880.0

,9* 4678- 8 59.80 4970 397.0 9.11 2250.0

597:- 6 45.60 3880 311.0 9.22 1770.0

5-7,- 5 38.40 3300 264.0 9.28 1510.0

,-* 5,7,- 6 39.60 2990 239.0 8.69 708.0

3673- 5 33.40 2550 204.0 8.75 609.0

=@ad73-*3-* 4678- 8 59.80 3620 362.0 7.78 3620.0

597:- 6 45.60 2830 283.0 7.88 2830.05-7,- 5 38.40 2410 241.0 7.92 2410.0

3475- 4 30.90 1970 197.0 7.97 1970.0

,9* 4-7;- 8 51.80 2880 288.0 7.46 1840.0

5,7,- 6 39.60 2270 227.0 7.56 1460.0

3673- 5 33.40 1930 193.0 7.61 1240.0

3,73- 4 26.90 1580 158.0 7.66 1020.0

,-* 3674- 6 33.60 1700 170.0 7.11 576.0

3375- 5 28.40 1460 146.0 7.17 496.0

,:7-- 4 22.90 1200 120.0 7.23 410.0

=@ad7,9*,9* 3674- 6 33.60 1140 153.0 5.83 1140.0

3375- 5 28.40 981 131.0 5.88 981.0

,:7-- 4 22.90 807 108.0 5.93 807.0,57;- 3 17.40 622 83.0 5.98 622.0

,-* 3,7;- 6 27.60 833 111.0 5.49 443.0

,:75- 5 23.40 718 65.8 5.55 383.0

,478- 4 18.90 594 79.2 5.60 318.0


24/72

=A.ONES PLEGADOS>E=TANGULA>ES % =UAD>ADOS


Designación Secciòn Total

=a@d7 H * * peso eArea E!e (#( E!e $#$

A I ) i I

c/ * 0g12/ // c/c/3 c/4 c/5 c/4

,,75- 3 14.40 460.00 61.40 5.65 247.00

9* ,474- 5 18.40 455.00 60.70 4.98 77.40

,,7;- 4 14.90 381.00 50.80 5.05 65.90

:786 3 11.40 298.00 39.80 5.11 52.50

=@ad7,-*,-* ,;7-- 6 21.60 310.00 62.10 3.79 310.00

,474- 5 18.40 270.00 54.10 3.84 270.00

,,7;- 4 14.90 226.00 45.20 3.89 226.00

:786 3 11.40 177.00 35.40 3.94 177.00

9* ,-79- 5 13.40 158.00 31.50 3.44 52.10

:798 4 10.90 134.00 26.80 3.50 44.80

676- 3 8.41 106.00 21.30 3.56 36.00

479- 2 5.74 7409.00 15.00 3.61 25.60

=@ad79*9* 6796 5 8.35 26.80 10.70 1.79 26.80

9749 4 6.95 23.60 9.44 1.84 23.60

4739 3 19.40 7.76 1.89 19.40

3785 2 3.74 14.10 5.65 1.94 14.10


25/72

) i

c/c/5

585.00 9.82453.00 9.92

384.00 9.97

435.00 8.01

339.00 8.11

288.00 8.16

299.00 6.13

236.00 6.22

201.00 6.27

142.00 4.23

122.00 4.27

362.00 7.78

283.00 7.88241.00 7.92

197.00 7.97

246.00 5.96

194.00 6.06

199.00 6.11

136.00 6.15

115.00 4.14

99.20 4.18

82.10 4.23

153.00 5.83

131.00 5.88

108.00 5.9383.00 5.98

88.60 4.00

76.70 4.05

63.60 4.10


26/72

) i

c/c/5

49.50 4.14

31.00 2.05

26.40 2.10

21.00 2.15

62.10 3.79

54.10 3.84

45.20 3.89

35.40 3.98

20.80 1.97

17.90 2.02

14.40 2.07

10.30 2.11

10.70 1.79

9.44 1.84

7.76 1.69

5.65 1.94


27/72

=ANALES PLEGADASALAS ATIESADAS



=A H * peso = eArea E!e (#( E!e $#$ 'le(iòn

A I ) i I ) i "

c/ * 0g12/ // // // c/ c/ c/ c/ c/

ia

it

c/3 c/4 c/5 c/4 c/5

=A 5-* 397-- 100 35 6.0 31.80 4170 278.0 11.40 404.0 57.40 3.56 2.960 4.67 0.200

3,7,- 35 5.0 26.90 3560 237.0 11.50 351.0 49.90 3.62 2.970 4.71 0.167

,67:- 30 4.0 21.30 2860 191.0 11.60 274.0 38.30 3.58 2.840 4.64

,478- 75 25 4.0 18.90 2360 157.0 11.20 124.0 22.10 2.56 1.880 3.44

,57,- 25 3.5 16.70 2100 140.0 11.20 112.0 19.90 2.59 1.880 3.47,,75- 25 3.0 14.40 1820 121.0 11.20 98.7 17.50 2.62 1.880 3.49

=A 39* ,87,- 100 35 5.0 24.40 2310 185.0 9.74 331.0 49.00 3.69 3.240 4.73 0.200

,973- 30 4.0 19.30 1860 149.0 9.81 259.0 37.60 3.66 3.110 4.66

,575- 75 25 4.0 16.90 1520 122.0 9.48 118.0 21.70 2.64 2.070 3.48

,,7;- 25 3.5 14.90 1350 108.0 9.51 106.0 19.60 2.67 2.080 3.50

,-7,- 25 3.0 12.90 1180 94.1 9.55 93.7 17.30 2.69 2.080 3.53

:75, 20 2.5 10.60 969 77.5 9.57 73.1 13.20 2.63 1.950 3.43

=A 3-* ,,7;- 75 25 4.0 14.90 895 89.5 7.64 110.0 21.30 2.71 2.320 3.51

,-74- 25 3.5 13.20 796 79.6 7.77 99.1 19.20 2.74 2.330 3.53

:786 25 3.0 11.40 694 69.4 7.80 87.4 16.90 2.77 2.330 3.55

;755 20 2.5 9.34 573 57.3 7.84 68.4 12.90 2.71 2.200 3.45

9783 20 2.0 7.54 467 46.7 7.87 56.3 10.60 2.73 2.200 3.47

=A ,;


28/72

=ANALES PLEGA

ESPALDA#ESPALALAS ATIESAD

Propiedades Para el

Seccion TotDesignación Di/ensiones I=A

I=A H * peso = e

Area E!e %#%

A I )i

d- d4 d6

c/ * 0g12/ // // // c/ c/ c/c/3 c/4 c/5

I=A 5-* 397-- 200 35 6.0 64 1370.0 137.0 4.63 4.76 4.83

3,7,- 35 5.0 54 1170.0 117.0 4.68 4.81 4.87

,67:- 30 4.0 43 893.0 89.3 4.57 4.70 4.76

,478- 150 25 4.0 38 382.0 50.9 3.17 3.30 3.36

,57,- 25 3.5 33 341.0 45.5 3.20 3.32 3.38

,,75- 25 3.0 29 299.0 39.8 3.22 3.34 3.40

I=A 39* ,87,- 200 35 5.0 49 1170.0 117.0 4.91 5.04 5.11

,973- 30 4.0 39 893.0 89.3 4.80 4.93 5.00

,575- 150 25 4.0 34 382.0 50.9 3.36 3.48 3.55

,,7;- 25 3.5 30 341.0 45.5 3.41 3.54 3.60

,-7,- 25 3.0 26 299.0 39.8 3.40 3.53 3.59

:75, 20 2.5 21 227.0 30.3 3.27 3.40 3.46

I=A 3-* ,,7;- 150 25 4.0 30 382.0 50.9 3.57 3.71 3.77

,-74- 25 3.5 26 341.0 45.5 3.60 3.73 3.80

:786 25 3.0 23 299.0 39.8 3.62 3.75 3.82

;755 20 2.5 19 227.0 30.3 3.49 3.62 3.68

9783 20 2.0 15 186.0 24.8 3.51 3.64 3.70

I=A ,;


29/72

=ANALES PLEGAESPALDA#ESPAL

ALAS ATIESAD

Propiedades Para elSeccion Tot

Designación Di/ensiones I=A

I=A H * peso = e

Area E!e %#%

A I )i

d- d4 d6

c/ * 0g12/ // // // c/ c/ c/c/3 c/4 c/5

I=A ,3


30/72

AS

DA S

iseño

al=@ad7 =A

'le(iòn E!e $#$

) id: d,-

c/ c/ c/ c/ c/

ia

it

c/5

4.90 4.97 6.07 0.400 396.0 7.89

4.94 5.01 6.10 0.334 336.0 7.91

4.83 4.90 5.93 274.0 8.01

3.43 3.49 4.27 193.0 6.18

3.45 3.51 4.28 171.0 6.19

3.47 3.53 4.30 148.0 6.20

5.18 5.25 6.30 0.400 288.0 7.70

5.07 5.14 6.12 235.0 7.80

3.62 3.69 4.43 164.0 6.03

3.67 3.74 4.44 145.0 6.04

3.66 3.73 4.45 126.0 6.06

3.53 3.59 4.28 106.0 6.14

3.85 3.92 4.62 136.0 5.84

3.87 3.94 4.63 121.0 5.85

3.89 3.96 4.64 105.0 5.86

3.75 3.82 4.45 88.3 5.95

3.77 3.84 4.46 71.5 5.96

3.98 4.05 4.73 122.0 5.72

4.00 4.07 4.74 108.0 5.73

4.02 4.09 4.75 93.9 5.75

3.88 3.95 4.55 79.2 5.84

3.90 3.97 4.56 64.1 5.85

4.15 4.22 4.86 95.5 5.59

4.17 4.24 4.87 83.1 5.61

2.62 2.70 3.11 63.6 3.88

2.64 2.72 3.12 56.8 3.90

2.66 2.74 3.13 49.6 3.91

2.68 2.76 3.14 42.0 3.92

2.55 2.63 2.96 34.2 4.00


31/72

ASDA

S

iseño al

=@ad7 =A

'le(iòn E!e $#$

) id: d,-

c/ c/ c/ c/ c/

ia

it

c/5

2.75 2.83 3.23 54.4 3.78

2.77 2.85 3.24 48.6 3.79

2.79 2.87 3.24 42.4 3.80

2.81 2.88 3.25 36.0 3.812.66 2.75 3.06 29.4 3.90

2.92 3.00 3.38 40.4 3.65

2.94 3.02 3.38 35.4 3.66

2.96 3.03 3.38 30.2 3.67

2.82 2.90 3.17 24.6 3.77

2.36 2.44 2.66 22.0 2.93

2.38 2.46 2.66 18.8 2.94

2.40 2.48 2.66 15.4 2.95


32/72

&IGAS SOLDADAS

SE>IE INPropiedades Para el Diseño

Designación Di/ensiones Sección total

IN H * peso e tArea E!e (#( E!e $#$

A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

IN ,-- * 5937- 400 40 14 449.0 829000 16600 43.00 42700 2130.0 9.75

5337- 35 14 420.0 746000 14900 42.60 37400 1870.0 9.54

5-47- 32 14 387.0 696000 13900 42.40 34200 1710.0 9.393:-7- 28 14 356.0 627000 12500 42.00 29900 1490.0 9.16

3;87- 350 32 14 355.0 621000 12400 41.80 22900 1310.0 8.03

39:7- 28 14 328.0 561000 11200 41.40 20000 1140.0 7.81

3437- 25 14 308.0 516000 10300 40.90 17900 1020.0 7.62

3367- 22 14 288.0 470000 9400 40.40 15700 900.0 7.40

3,97- 20 14 274.0 439000 8790 40.00 14300 818.0 7.22

3-97- 18 14 261.0 408000 8170 39.60 12900 736.0 7.03

,847- 16 14 248.0 377000 7540 39.00 11500 655.0 6.80

IN 8- * 53:7- 400 40 12 418.0 647000 14400 39.30 42700 2130.0 10.10

38:7- 35 12 380.0 561000 12900 39.10 37300 1870.0 9.92

3:-7- 32 12 356.0 541000 12000 39.00 34100 1710.0 9.79

3997- 28 12 325.0 486000 10800 38.70 29900 1490.0 9.583947- 350 32 12 324.0 481000 10700 38.50 22900 1310.0 8.40

3557- 28 12 297.0 433000 9620 38.20 20000 1140.0 8.21

3,;7- 25 12 277.0 396000 8810 37.80 17900 1020.0 8.03

3-37- 22 12 257.0 360000 7990 37.40 15700 899.0 7.83

,8,7- 20 12 243.0 335000 7440 37.10 14300 817.0 7.67

,:-7- 18 12 230.0 310000 6880 36.70 12900 736.0 7.49

,;-7- 16 12 216.0 284000 6320 36.30 11400 6540.0 7.28

IN :- * 39-7- 350 35 10 318.0 391000 9780 35.10 25000 1430.0 8.87

3547- 32 10 298.0 364000 9090 35.00 22900 1310.0 8.77

3,37- 28 10 270.0 326000 8160 34.70 20000 1140.0 8.60

,867- 25 10 250.0 298000 7450 34.50 17900 1020.0 8.45

,:-7- 22 10 230.0 269000 7630 34.20 15700 899.0 8.28,;;7- 300 25 10 225.0 260000 6510 34.00 11300 750.0 7.07

,657- 22 10 208.0 236000 5900 33.70 9910 660.0 6.91

,947- 20 10 196.0 21900 5480 33.40 9010 600.0 6.78

,497- 18 10 184.0 202000 5060 33.10 8110 540.0 6.63

,567- 16 10 173.0 185000 4630 32.70 7210 480.0 6.46

,3;7- 14 10 161.0 168000 4200 32.30 6310 420.0 6.25


33/72

&IGAS SOLDADAS

SE>IE INPropiedades Para el Diseño



A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

IN ;- * 3537- 350 35 8 295.0 288000 8220 31.20 25000 1430.0 9.20

3,67- 32 8 275.0 267000 7640 31.20 22900 1310.0 9.12

,847- 28 8 248.0 239000 68300 31.10 20000 1140.0 8.99,;:7- 25 8 227.0 218000 6220 31.00 17900 1020.0 8.87

,637- 22 8 206.0 196000 5600 30.80 15700 898.0 8.73

,987- 300 25 8 202.0 189000 5410 30.60 11300 750.0 7.46

,497- 22 8 184.0 171000 4870 30.40 9900 660.0 7.33

,567- 20 8 173.0 158000 5410 30.20 9000 600.0 7.22

,367- 18 8 161.0 145000 4150 30.00 8100 540.0 7.09

,,;7- 16 8 149.0 132000 3780 29.70 7200 480.0 6.94

,-:7- 14 8 138.0 119000 3400 29.40 6300 420.0 6.76

IN 6- * ,:47- 300 32 8 235.0 165000 5510 26.50 14400 960.0 7.83

,667- 28 8 212.0 148000 4940 26.50 12600 840.0 7.72

,937- 25 8 194.0 135000 4510 26.40 11300 750.0 7.62

,587- 22 8 176.0 122000 4060 26.30 9900 660.0 7.49,387- 20 8 165.0 113000 3760 26.10 9000 600.0 7.39

,3,7- 250 22 8 154.0 103000 3450 25.40 5730 459.0 6.09

,,47- 20 8 145.0 95800 3190 25.70 5210 417.0 6.00

,-67- 18 8 135.0 88200 2940 25.50 4690 375.0 5.89

98.5 16 8 125.0 80400 2680 25.30 4170 330.0 5.77

8-78 14 8 116.0 72600 2420 25.00 3650 292.0 5.61

:57: 12 8 106.0 64600 2150 24.70 3130 250.0 5.43

IN 9- * ,:37- 350 28 8 232.0 115000 4610 22.30 20000 1140.0 9.30

,667- 25 8 211.0 105000 4200 22.30 17900 1020.0 9.20

,9-7- 22 8 190.0 94300 3770 22.30 15700 898.0 9.09

,537- 300 22 8 168.0 81800 3270 22.00 9900 660.0 7.67

,357- 20 8 157.0 75600 3030 22.00 9000 600.0 7.58,,47- 18 8 145.0 69400 2780 21.90 8100 540.0 7.47

,-97- 16 8 133.0 63100 2520 21.70 7200 480.0 7.35

887: 250 18 8 127.0 59000 2360 21.50 4690 375.0 6.07

8373 16 8 117.0 53700 2150 21.40 4170 333.0 5.96

:476 14 8 108.0 48400 1930 21.20 3650 292.0 5.82

;;7- 12 8 98.1 42900 1720 20.90 3130 250.0 5.65


34/72

&IGAS SOLDADASSE>IE IN




A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

IN 49 * ,9;7- 300 28 8 200.0 79000 3510 19.90 12600 840.0 7.95

,457- 25 8 182.0 72100 3200 19.90 11300 750.0 7.86

,387- 22 8 164.0 65000 2890 19.90 9900 660.0 7.76

,3-7- 20 8 153.0 60100 2670 19.80 9000 600.0 7.68

,,37- 250 22 8 142.0 54900 2440 19.60 5730 458.0 6.34

,-47- 20 8 133.0 50900 2260 19.60 5210 417.0 6.26

8676 18 8 123.0 46700 2080 19.50 4690 375.0 6.17

:87, 16 8 113.0 42600 1890 19.40 4170 333.0 6.06

:379 200 18 8 105.0 38300 1700 19.10 2400 240.0 4.78

;679 16 8 97.4 35000 1560 19.00 2140 214.0 4.68

;-79 14 8 89.8 31600 1410 18.80 1870 187.0 4.56

6474 12 8 82.1 28200 1250 18.50 1600 160.0 4.42

IN 4- * ,4-7- 300 25 8 178.0 55700 2780 17.70 11300 750.0 7.95

,367- 22 8 160.0 50200 2510 17.70 9900 660.0 7.85

,,,7- 20 6 142.0 45700 2280 16.00 9000 600.0 7.97

,-87- 250 22 8 138.0 42300 2120 17.50 5730 458.0 6.43

8979 20 6 122.0 38500 1920 17.80 5210 417.0 6.54

:;7: 18 6 112.0 35300 1760 17.80 4690 375.0 6.47

:-7, 16 6 102.0 32000 1600 17.70 4170 333.0 6.39

;57; 200 18 6 93.8 28700 1430 17.50 2400 240.0 5.06

6;76 16 6 86.1 26100 1300 17.40 2130 213.0 4.98

6,79 14 6 78.3 23400 1170 17.30 1870 187.0 4.88

9974 12 6 70.6 20700 1040 17.10 1600 160.0 4.76

4875 10 6 62.8 18000 898 16.90 1330 133.0 4.61

IN 59 * ,5;7- 300 25 8 174.0 41500 2370 15.40 11300 750.0 8.04

,357- 22 8 156.0 37500 2140 15.50 9900 660.0 7.95

,-87- 20 6 139.0 34200 1950 15.70 9000 600.0 8.06

,-67- 250 22 8 134.0 31500 1800 15.30 5730 458.0 6.53

857, 20 6 119.0 28700 1640 15.60 5210 417.0 6.63

:974 18 6 109.0 26400 1510 15.60 4690 375.0 6.56

;;7: 16 6 99.1 23900 1370 15.50 4170 333.0 6.49

;,75 200 18 6 90.8 21400 1220 15.40 2400 240.0 5.14

6973 16 6 83.1 19500 1110 15.30 2130 213.0 5.07

987, 14 6 75.3 17500 999 15.20 1870 187.0 4.98

957- 12 6 67.6 15400 883 15.10 1600 160.0 4.87

4678 10 6 59.8 13400 763 14.90 1330 133.0 4.72


35/72





A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

IN 5- * ,-37- 250 22 8 130.0 22400 1490 13.10 5730 458.0 6.63

8-7; 20 6 116.0 20500 1370 13.30 5210 417.0 6.71

:57, 18 6 106.0 18800 1260 13.30 4690 375.0 6.66

;974 16 6 96.1 17100 1140 13.30 4170 333.0 6.59

687- 200 18 6 87.8 15300 1020 13.20 2400 240.0 5.23

6378 16 6 80.1 13900 925 13.20 2130 213.0 5.16

967: 14 6 72.3 12500 831 13.10 1870 187.0 5.08

9-7; 12 6 64.6 11000 734 13.10 1600 160.0 4.98

4476 10 6 56.8 95100 634 12.90 1330 133.0 4.85

4,75 150 12 6 52.6 8520 268 12.70 675 90.1 3.58

567; 10 6 46.8 7410 494 12.60 563 75.1 3.47

5373 8 6 41.0 6260 417 12.40 451 60.1 3.31

IN 39 * ;37; 200 20 6 92.6 11100 886 10.90 2670 267.0 5.37

6676 18 6 84.8 10200 816 11.00 2400 240.0 5.32

6-79 16 6 77.1 9290 743 11.00 2130 213.0 5.26

9474 14 6 69.3 8350 668 11.00 1870 187.0 5.19

4676 12 5 59.3 7280 583 11.10 1600 160.0 5.19

4574 150 14 6 55.3 6400 512 10.80 788 105.0 3.77

5;7, 12 6 47.3 5580 447 10.90 675 90.0 3.78

5376 10 6 41.3 4830 386 10.80 563 75.0 3.68

3;7; 100 12 6 35.3 3880 311 10.50 200 40.0 2.38

347; 10 6 31.5 3390 271 10.40 167 33.4 2.30

3,7; 8 6 27.7 2880 230 10.20 134 26.7 2.20

,:7: 6 6 23.9 2350 188 9.91 100 20.0 2.05

IN 3- * 9-7, 150 18 6 63.8 4710 471 8.59 1010 135.0 3.98

4976 16 6 58.1 4310 431 8.61 900 120.0 3.94

4,7, 14 5 52.3 3890 389 8.63 788 105.0 3.88

5973 12 5 44.8 3410 341 8.73 675 90.0 3.88

5-76 10 5 39.0 2950 295 8.70 563 75.0 3.80

397; 100 12 5 32.8 2350 235 8.47 200 40.0 2.47

337: 10 5 29.0 2050 205 8.41 167 33.4 2.40

,87: 8 5 25.2 1730 173 8.30 134 26.7 2.30

,67: 6 5 21.4 1410 141 8.11 100 20.0 2.16

,57: 5 4 17.6 1180 117 8.19 83 16.7 2.18


36/72

'le(iòn Sold7

S/in

c/ c/ //

ia

it

11.30 1.600 10

11.20 1.400 8

11.10 1.280 810.90 1.120 8

9.60 1.120 8

9.45 0.980 8

9.31 0.875 8

9.15 0.770 8

9.02 0.700 6

8.88 0.630 6

8.72 0.560 6

11.60 1.780 10

11.40 1.560 8

11.30 1.420 8

11.20 1.240 89.82 1.240 8

9.68 1.090 8

9.56 0.972 8

9.41 0.856 8

9.30 0.778 6

9.18 0.700 6

9.03 0.622 6

10.10 1.530 8

10.00 1.400 8

9.90 1.220 8

9.80 1.090 8

9.67 0.962 88.32 0.938 8

9.20 0.825 8

8.11 0.750 6

8.01 0.675 6

7.89 0.600 6

7.75 0.525 6


37/72

'le(iòn Sold7

S/in

c/ c/ //

ia

it

10.30 1.750 8

10.20 1.600 8

10.10 1.400 810.00 1.250 8

9.92 1.100 8

8.53 1.070 8

8.43 0.943 8

8.36 0.857 6

8.27 0.771 6

8.17 0.686 6

8.05 0.600 6

8.86 1.600 8

8.75 1.400 8

8.66 1.250 8

8.56 1.100 88.48 1.000 6

7.06 0.917 8

7.00 0.833 6

6.92 0.750 6

6.83 0.667 6

6.73 0.583 6

6.60 0.500 5

10.40 1.960 8

10.30 1.750 8

10.20 1.540 8

8.70 1.320 8

8.62 1.200 68.54 1.080 6

8.45 0.960 6

7.05 0.900 6

6.97 0.800 6

6.87 0.700 6

6.75 0.600 5


38/72

'le(iòn Sold7

S/in

c/ c/ //

ia

it

8.99 1.870 8

8.89 1.670 8

8.78 1.470 8

8.71 1.330 6

7.27 1.220 8

7.20 1.110 6

7.13 1.000 6

7.04 0.889 6

5.63 0.800 6

5.56 0.711 6

5.47 0.622 6

5.36 0.533 5

8.99 1.870 8

8.88 1.650 8

8.88 1.500 6

7.36 1.370 8

7.36 1.250 6

7.29 1.120 6

7.22 1.000 6

5.78 0.900 6

5.72 0.800 6

5.64 0.700 6

5.56 0.600 5

5.45 0.500 5

9.11 2.140 8

9.00 1.890 8

8.98 1.710 6

7.46 1.570 8

7.45 1.430 6

7.38 1.290 6

7.30 1.140 6

5.86 1.030 6

5.79 0.914 6

5.72 0.800 6

5.63 0.686 5

5.53 0.571 5


39/72

'le(iòn Sold7

S/in

c/ c/ //

ia

it

7.58 1.830 8

7.56 1.670 6

7.48 1.500 6

7.40 1.330 6

5.95 1.200 6

5.88 1.070 6

5.81 0.933 6

5.72 0.800 5

5.62 0.667 5

4.22 0.600 5

4.14 0.500 5

4.02 0.400 5

6.14 1.600 6

6.06 1.440 6

5.99 1.280 6

5.91 1.120 6

5.86 0.960 5

4.39 0.840 6

4.35 0.720 6

4.27 0.600 6

2.84 0.480 6

2.77 0.400 6

2.69 0.320 6

2.58 0.240 6

4.64 1.350 6

4.57 1.200 6

4.50 1.050 6

4.45 0.900 5

4.37 0.750 5

2.92 0.600 5

2.85 0.500 5

2.77 0.400 5

2.67 0.300 4

2.66 0.250 4


40/72

&IGAS SOLDADAS

SE>IE INPropiedades Para Detallar

Designación Di/ensiones Di/ensiones

IN H * peso e tDistancias >e?a!e

a T 0 0, g, c / n

c/ * 0g12/ // // // // // // // // // // //

IN ,-- * 5937- 400 40 14 193 900 50 17 85 9 210 55

5337- 35 14 193 914 43 15 75 9 210 50

5-47- 32 14 193 920 40 15 75 9 210 453:-7- 28 14 193 928 36 15 70 9 210 40

3;87- 350 32 14 168 920 40 15 75 9 185 45

39:7- 28 14 168 928 36 15 70 9 185 40

3437- 25 14 168 934 33 15 65 9 185 40

3367- 22 14 168 940 30 15 65 9 185 35

3,97- 20 14 168 948 26 13 60 9 185 35

3-97- 18 14 168 952 24 13 60 9 185 30

,847- 16 14 168 956 22 13 60 9 185 30

IN 8- * 53:7- 400 40 12 194 800 50 16 85 8 210 55

38:7- 35 12 194 814 43 14 75 8 210 50

3:-7- 32 12 194 820 40 14 75 8 210 45

3997- 28 12 194 828 36 14 70 8 210 403947- 350 32 12 169 820 40 14 75 8 185 45

3557- 28 12 169 828 36 14 70 8 185 40

3,;7- 25 12 169 834 33 14 65 8 185 40

3-37- 22 12 169 840 30 14 65 8 185 35

,8,7- 20 12 169 848 26 12 60 8 185 35

,:-7- 18 12 169 852 24 12 60 8 185 30

,;-7- 16 12 169 856 22 12 60 8 185 30

IN :- * 39-7- 350 35 10 170 714 43 13 75 7 185 50

3547- 32 10 170 720 40 13 75 7 185 45

3,37- 28 10 170 728 36 13 70 7 185 40

,867- 25 10 170 734 33 13 65 7 185 40

,:-7- 22 10 170 740 30 13 65 7 185 35,;;7- 300 25 10 145 734 33 13 65 7 160 40

,657- 22 10 145 740 30 13 65 7 160 35

,947- 20 10 145 748 26 11 60 7 160 35

,497- 18 10 145 752 24 11 60 7 160 30

,567- 16 10 145 756 22 11 60 7 160 30

,3;7- 14 10 145 760 20 11 55 7 160 25


41/72

&IGAS SOLDADAS

SE>IE INPropiedades Para Detallar



a T 0 0, g, c / n

c/ * 0g12/ // // // // // // // // // // //

IN ;- * 3537- 350 35 8 171 614 43 12 75 6 185 50

3,67- 32 8 171 620 40 12 75 6 185 45

,847- 28 8 171 628 36 12 70 6 185 40,;:7- 25 8 171 634 33 12 65 6 185 40

,637- 22 8 171 640 30 12 65 6 185 35

,987- 300 25 8 146 634 33 12 65 6 160 40

,497- 22 8 146 640 30 12 65 6 160 35

,567- 20 8 146 648 26 10 60 6 160 35

,367- 18 8 146 652 24 10 60 6 160 30

,,;7- 16 8 146 656 22 10 60 6 160 30

,-:7- 14 8 146 660 20 10 55 6 160 25

IN 6- * ,:47- 300 32 8 146 520 40 12 75 6 160 45

,667- 28 8 146 528 36 12 70 6 160 40

,937- 25 8 146 534 33 12 65 6 160 40

,587- 22 8 146 540 30 12 65 6 160 35,387- 20 8 146 548 26 10 60 6 160 35

,3,7- 250 22 8 121 540 30 12 65 6 135 35

,,47- 20 8 121 548 26 10 60 6 135 35

,-67- 18 8 121 552 24 10 60 6 135 30

98.5 16 8 121 556 22 10 60 6 135 30

8-78 14 8 121 560 20 10 55 6 135 25

:57: 12 8 121 566 17 9 55 6 135 25

IN 9- * ,:37- 350 28 8 171 428 36 12 70 6 185 40

,667- 25 8 171 434 33 12 65 6 185 40

,9-7- 22 8 171 440 30 12 65 6 185 35

,537- 300 22 8 146 440 30 12 65 6 160 35

,357- 20 8 146 448 26 10 60 6 160 35,,47- 18 8 146 452 24 10 60 6 160 30

,-97- 16 8 146 456 22 10 60 6 160 30

887: 250 18 8 121 452 24 10 60 6 135 30

8373 16 8 121 456 22 10 60 6 135 30

:476 14 8 121 460 20 10 55 6 135 25

;;7- 12 8 121 466 17 9 55 6 135 25


42/72





a T 0 0, g, c / n

c/ * 0g12/ // // // // // // // // // // //

IN 49 * ,9;7- 300 28 8 146 378 36 12 70 6 160 40

,457- 25 8 146 384 33 12 65 6 160 40

,387- 22 8 146 390 30 12 65 6 160 35

,3-7- 20 8 146 398 26 10 60 6 160 35

,,37- 250 22 8 121 390 30 12 65 6 135 35

,-47- 20 8 121 398 26 10 60 6 135 35

8676 18 8 121 402 24 10 60 6 135 30

:87, 16 8 121 406 22 10 60 6 135 30

:379 200 18 8 96 402 24 10 60 6 110 30

;679 16 8 96 406 22 10 60 6 110 30

;-79 14 8 96 410 20 10 55 6 110 25

6474 12 8 96 416 17 9 55 6 110 25

IN 4- * ,4-7- 300 25 8 146 334 33 12 65 6 160 40

,367- 22 8 146 340 30 12 65 6 160 35

,,,7- 20 6 147 348 26 9 60 5 160 35

,-87- 250 22 8 121 340 30 12 65 6 135 35

8979 20 6 122 348 26 9 60 6 135 35

:;7: 18 6 122 352 24 9 60 6 135 30

:-7, 16 6 122 356 22 9 60 6 135 30

;57; 200 18 6 97 352 24 9 60 6 110 30

6;76 16 6 97 356 22 9 60 6 110 30

6,79 14 6 97 360 20 9 55 6 110 25

9974 12 6 97 366 17 8 55 6 110 25

4875 10 6 97 370 15 8 55 6 110 20

IN 59 * ,5;7- 300 25 8 146 284 33 12 65 6 160 40

,357- 22 8 146 290 30 12 65 6 160 35

,-87- 20 6 147 298 26 9 60 5 160 35

,-67- 250 22 8 121 290 30 12 65 6 135 35

857, 20 6 122 298 26 9 60 5 135 35

:974 18 6 122 302 24 9 60 5 135 30

;;7: 16 6 122 306 22 9 60 5 110 30

;,75 200 18 6 97 302 24 9 60 5 110 30

6973 16 6 97 306 22 9 60 5 110 30

987, 14 6 97 310 20 9 55 5 110 25

957- 12 6 97 316 17 8 55 5 110 25

4678 10 6 97 320 15 8 55 5 110 20


43/72





a T 0 0, g, c / n

c/ * 0g12/ // // // // // // // // // // //

IN 5- * ,-37- 250 22 8 121 240 30 12 65 6 135 35

8-7; 20 6 122 248 26 9 60 5 135 35

:57, 18 6 122 252 24 9 60 5 135 30

;974 16 6 122 256 22 9 60 5 135 30

687- 200 18 6 97 252 24 9 60 5 110 30

6378 16 6 97 256 22 9 60 5 110 30

967: 14 6 97 260 20 9 55 5 110 25

9-7; 12 6 97 266 17 8 55 5 110 25

4476 10 6 97 270 15 8 55 5 110 20

4,75 150 12 6 72 266 17 8 55 5 85 25

567; 10 6 72 270 15 8 55 5 85 20

5373 8 6 72 274 13 8 50 5 85 15

IN 39 * ;37; 200 20 6 97 198 26 9 60 5 110 35

6676 18 6 97 202 24 9 60 5 110 30

6-79 16 6 97 206 22 9 60 5 110 30

9474 14 6 97 210 20 9 55 5 110 25

4676 12 5 98 216 17 8 55 4 110 25

4574 150 14 6 72 210 20 9 55 5 85 25

5;7, 12 6 73 216 17 8 55 4 85 25

5376 10 6 73 220 15 8 55 4 85 20

3;7; 100 12 6 48 216 17 8 55 4 60 25

347; 10 6 48 220 15 8 55 4 60 20

3,7; 8 6 48 224 13 8 50 4 60 15

,:7: 6 6 48 230 10 6 45 4 60 15

IN 3- * 9-7, 150 18 6 72 152 24 9 60 5 85 30

4976 16 6 72 156 22 9 60 5 85 30

4,7, 14 5 72 160 20 9 55 5 85 25

5973 12 5 73 166 17 8 55 4 85 25

5-76 10 5 73 170 15 8 55 4 85 20

397; 100 12 5 48 166 17 8 55 4 60 25

337: 10 5 48 170 15 8 55 4 60 20

,87: 8 5 48 174 13 8 50 4 60 15

,67: 6 5 48 180 10 6 45 4 60 15

,57: 5 4 48 182 9 6 45 4 60 15


44/72

Gra/il S@p7

g S

// /3

140 10.1

140 11.1

140 11.7140 12.8

140 12.1

140 13.1

140 13.9

140 14.9

140 15.6

140 16.5

140 17.3

140 10.3

140 11.3

140 12.1

140 13.2140 12.5

140 13.6

140 14.6

140 15.7

140 16.6

140 17.6

140 18.7

140 11.9

140 12.7

140 14.0

140 15.2

140 16.5140 15.7

140 17.0

140 18.1

140 19.2

140 20.5

140 22.0


45/72

Gra/il S@p7

g S

// /3

140 12.0

140 12.9

140 14.3140 15.6

140 17.2

140 16.2

140 17.8

140 19.0

140 20.4

140 22.0

140 23.9

140 12.9

140 14.3

140 15.6

140 17.2140 18.4

140 18.0

140 19.2

140 20.6

140 22.2

140 24.0

140 26.2

140 13.1

140 14.4

140 15.9

140 16.5

140 17.7140 19.2

140 20.8

140 19.9

140 21.5

140 23.4

140 25.7


46/72

Gra/il S@p7

g S

// /3

140 13.3

140 14.6

140 16.1

140 17.4

140 16.8

140 18.1

140 19.5

140 21.1

90 20.4

90 22.0

90 23.9

90 26.1

140 14.2

140 15.7

140 17.9

140 16.4

140 18.7

140 20.3

140 22.3

90 21.5

90 23.5

90 25.8

90 28.6

90 32.2

140 13.8

140 15.3

140 17.3

140 15.9

140 18.1

140 19.7

140 21.7

90 20.8

90 22.8

90 25.1

90 28.0

90 31.7


47/72

Gra/il S@p7

g S

// /3

140 15.4

140 17.5

140 19.1

140 21.0

90 20.1

90 22.0

90 24.4

90 27.4

90 31.1

90 28.8

90 32.3

90 36.8

90 17.7

90 19.3

90 21.3

90 23.6

90 27.7

90 25.0

90 29.3

90 33.4

55 32.1

55 35.9

55 40.9

55 47.4

90 19.7

90 21.6

90 24.0

90 28.1

90 32.3

55 30.6

55 34.6

55 39.8

55 46.9

55 57.2


48/72

&IGAS SOLDADASSE>IE IP



IN H * peso e tArea E!e (#( E!e $#$ 'le

A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

IP ,-- * 5:,7- 400 40 18 486.0 855000 17100 41.90 42700 2140.0 9.38 11.2059,7- 35 18 447.0 773000 15500 41.60 37400 1870.0 9.14 11.00

5557- 32 18 424.0 723000 14500 41.30 34200 1710.0 8.97 10.90

5-87- 28 18 394.0 655000 13100 40.80 29900 1500.0 8.71 10.70

5-:7- 350 32 18 392.0 648000 13000 40.60 22900 1310.0 7.64 9.40

3:;7- 28 18 366.0 589000 11800 40.10 20100 1150.0 7.40 9.22

3;37- 25 18 346.0 545000 10900 39.70 17900 1020.0 7.19 9.07

3967- 22 18 326.0 499000 9990 39.10 15800 901.0 6.95 8.88

3467- 20 18 313.0 469000 9380 38.70 14300 819.0 6.77 8.74

IP 8- * 5947- 400 40 16 451.0 666000 14800 38.40 42700 2130.0 9.73 11.40

5347- 35 16 413.0 600000 13300 38.10 37400 1870.0 9.51 11.20

5-67- 32 16 390.0 560000 12500 37.90 34200 1710.0 9.36 11.10

3:37- 28 16 359.0 506000 11200 37.50 29900 1490.0 9.12 10.903:,7- 350 32 16 358.0 500000 11100 37.40 22900 1310.0 8.00 9.63

36-7- 28 16 331.0 453000 10100 37.00 20000 1140.0 7.78 9.47

3447- 25 16 311.0 417000 9270 36.60 17900 1020.0 7.59 9.32

33:7- 22 16 291.0 380000 8460 36.20 15800 900.0 7.36 9.16

3,:7- 20 16 278.0 356000 7910 35.80 14300 818.0 7.18 9.03

3-;7- 18 16 264.0 331000 7360 35.40 12900 737.0 6.98 8.88

IP :- * 3;57- 350 35 14 347.0 40400 10100 34.10 25000 1430.0 8.49 9.95

39;7- 32 14 327.0 37700 9430 34.00 22900 1310.0 8.36 9.85

3567- 28 14 300.0 340000 8510 33.70 20000 1140.0 8.17 9.70

33-7- 25 14 280.0 312000 7800 33.40 17900 1020.0 7.99 9.57

3-47- 22 14 260.0 284000 7090 33.00 15700 899.0 7.78 9.42

3--7- 300 25 14 255.0 275000 6860 32.80 11300 751.0 6.65 8.10,:;7- 22 14 238.0 250000 6260 32.40 9920 661.0 6.46 7.96

,;:7- 20 14 226.0 234000 5840 32.10 9020 601.0 6.31 7.86

,687- 18 14 215.0 217000 5430 31.80 8120 541.0 6.15 7.73

,6-7- 16 14 204.0 200000 5010 31.40 7220 481.0 5.96 7.59


49/72

&IGAS SOLDADAS

SE>IE IPPropiedades Para el Diseño



A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

IP ;- * 3937- 350 35 12 321.0 296000 8460 30.40 25000 1430.0 8.83 10.20

3567- 32 12 300.0 276000 7880 30.30 22900 1310.0 8.73 10.10

3,97- 28 12 273.0 248000 7090 30.10 20000 1140.0 8.56 9.94

,887- 25 12 253.0 227000 6480 29.90 17900 1020.0 8.41 9.82

,:57- 22 12 233.0 205000 5860 29.70 15700 899.0 8.22 9.69

,;87- 300 25 12 228.0 198000 5670 29.50 11300 751.0 7.03 8.34

,697- 22 12 211.0 180000 5140 29.20 9900 661.0 6.86 8.21

,967- 20 12 199.0 168000 4790 29.00 9010 601.0 6.73 8.12

,4;7- 18 12 188.0 155000 4430 28.70 8110 541.0 6.57 8.01

,5:7- 16 12 176.0 142000 4060 28.40 7210 481.0 6.40 7.88

,387- 14 12 165.0 129000 3690 28.00 6310 421.0 6.19 7.74

IP 6- * 3-,7- 300 32 12 256.0 170000 5680 25.80 14400 961.0 7.50 8.72

,:57- 28 12 233.0 154000 5120 25.70 12600 841.0 7.35 8.59

,;-7- 25 12 216.0 141000 4690 25.50 11300 751.0 7.22 8.49

,967- 22 12 199.0 127000 4250 25.30 9910 661.0 7.06 8.36

,4;7- 20 12 187.0 119000 3950 25.20 9010 601.0 6.94 8.27

,587- 250 22 12 177.0 109000 3640 24.80 5740 459.0 5.70 6.88

,5,7- 20 12 167.0 102000 3390 24.70 5220 417.0 5.59 6.79

,347- 18 12 158.0 94200 3140 24.40 4700 376.0 5.46 6.70

,,67- 16 12 148.0 86600 2890 24.20 4170 334.0 5.31 6.59

,-87- 14 12 139.0 78800 2630 23.80 3650 292.0 5.13 6.46

IP 9- * ,:87- 350 28 10 240.0 117000 4660 22.00 20000 1140.0 9.12 10.40

,;57- 25 10 220.0 106000 4260 22.00 17900 1020.0 9.01 10.20

,9;7- 22 10 200.0 95900 3840 21.90 15700 899.0 8.88 10.10

,587- 300 22 10 178.0 83400 3330 21.70 9900 660.0 7.47 8.62

,5-7- 20 10 166.0 77300 3090 21.60 9000 600.0 7.36 8.53

,3,7- 18 10 154.0 71100 2840 21.50 8100 540.0 7.24 8.44

,,37- 16 10 143.0 64800 2590 21.30 7200 480.0 7.10 8.34

,-;7- 250 18 10 136.0 60600 2420 21.10 4690 375.0 5.86 6.95

8879 16 10 127.0 55400 2220 20.90 4170 334.0 5.74 6.86

837- 14 10 117.0 50100 2000 20.70 3650 292.0 5.58 6.75

:479 12 10 108.0 44700 1790 20.40 3130 250.0 5.39 6.61


50/72

iòn Sold7

S/in

c/ //

it

1.600 101.400 8

1.280 8

1.120 8

1.120 8

0.980 8

0.875 8

0.770 8

0.700 6

1.780 10

1.560 8

1.420 8

1.240 81.240 8

1.090 8

0.972 8

0.856 8

0.778 6

0.700 6

1.530 8

1.400 8

1.220 8

1.090 8

0.962 8

0.938 80.825 8

0.750 6

0.675 6

0.600 6


51/72

iòn Sold7

S/in

c/ //

it

1.750 8

1.600 8

1.400 8

1.250 8

1.100 8

1.070 8

0.943 8

0.857 6

0.771 6

0.686 6

0.600 6

1.600 8

1.400 8

1.250 8

1.100 8

1.000 8

0.917 8

0.833 6

0.750 6

0.667 6

0.583 6

1.960 8

1.750 8

1.540 8

1.320 8

1.200 6

1.080 6

0.960 6

0.900 6

0.800 6

0.700 6

0.600 5


52/72

=OLUCNAS SOLDADASSE>IE IP



IN H * peso e tDistancias

a T 0 0, g, c /

c/ * 0g12/ // // // // // // // // // //

IP ,-- * 5:,7- 400 40 18 191.0 900 50 19 85 11.0 210

59,7- 35 18 191.0 914 43 17 75 11.0 210

5557- 32 18 191.0 920 40 17 75 11.0 210

5-87- 28 18 191.0 928 36 17 70 11.0 210

5-:7- 350 32 18 166.0 920 40 17 75 11.0 185

3:;7- 28 18 166.0 928 36 17 70 11.0 185

3;37- 25 18 166.0 934 330 17 65 11.0 185

3967- 22 18 166.0 940 30 17 65 11.0 185

3467- 20 18 166.0 948 26 15 60 11.0 185

IP 8- * 5947- 400 40 16 192.0 800 50 18 85 10.0 185

5347- 35 16 192.0 814 43 16 75 10.0 185

5-67- 32 16 192.0 820 40 16 75 10.0 185

3:37- 28 16 192.0 828 36 16 70 10.0 185

3:,7- 350 32 16 167.0 820 40 16 75 10.0 185

36-7- 28 16 167.0 828 36 16 70 10.0 185

3447- 25 16 167.0 834 33 16 65 10.0 185

33:7- 22 16 167.0 840 30 16 65 10.0 185

3,:7- 20 16 167.0 848 26 14 60 10.0 185

3-;7- 18 16 167.0 852 24 14 60 10.0 185

IP :- * 3;57- 350 35 14 168.0 714 43 15 75 9.0 185

39;7- 32 14 168.0 720 40 15 75 9.0 185

3567- 28 14 168.0 728 36 15 79 9.0 185

33-7- 25 14 168.0 734 33 15 65 9.0 185

3-47- 22 14 168.0 740 30 15 65 9.0 185

3--7- 300 25 14 143.0 734 33 15 65 9.0 160

,:;7- 22 14 143.0 740 30 15 65 9.0 160

,;:7- 20 14 143.0 748 26 13 60 9.0 160

,687- 18 14 143.0 752 24 13 60 9.0 160

,6-7- 16 14 143.0 756 22 13 60 9.0 160


53/72

=OLUCNAS SOLDADAS

SE>IE IPPropiedades Para Detallar



a T 0 0, g, c /

c/ * 0g12/ // // // // // // // // // //

IP ;- * 3937- 350 35 12 169.0 614 43 14 75 8.0 185

3567- 32 12 169.0 620 40 14 75 8.0 185

3,97- 28 12 169.0 628 36 14 70 8.0 185

,887- 25 12 169.0 634 33 14 65 8.0 185

,:57- 22 12 169.0 640 30 14 65 8.0 185

,;87- 300 25 12 144.0 634 33 14 65 8.0 160

,697- 22 12 144.0 640 30 14 65 8.0 160

,967- 20 12 144.0 648 26 12 60 8.0 160

,4;7- 18 12 144.0 952 24 12 60 8.0 160

,5:7- 16 12 144.0 656 22 12 60 8.0 160

,387- 14 12 144.0 660 20 12 55 8.0 160

IP 6- * 3-,7- 300 32 12 144.0 520 40 14 75 8.0 160

,:57- 28 12 144.0 528 36 12 70 8.0 160

,;-7- 25 12 144.0 534 33 14 65 8.0 160

,967- 22 12 144.0 540 30 14 65 8.0 160

,4;7- 20 12 144.0 548 26 12 60 8.0 160

,587- 250 22 12 119.0 540 30 14 65 8.0 135

,5,7- 20 12 119.0 548 26 12 60 8.0 135

,347- 18 12 119.0 552 24 12 60 8.0 135

,,67- 16 12 119.0 556 22 12 60 8.0 135

,-87- 14 12 119.0 560 20 12 55 8.0 135

IP 9- * ,:87- 350 28 10 170.0 428 36 13 70 7.0 185

,;57- 25 10 170.0 434 33 13 65 7.0 185

,9;7- 22 10 170.0 440 30 13 65 7.0 185

,587- 300 22 10 145.0 440 30 13 65 7.0 160

,5-7- 20 10 145.0 448 26 11 60 7.0 160

,3,7- 18 10 145.0 452 24 11 60 7.0 160

,,37- 16 10 145.0 456 22 11 60 7.0 160

,-;7- 250 18 10 120.0 452 24 11 60 7.0 135

8879 16 10 120.0 456 22 11 60 7.0 135

837- 14 10 120.0 460 20 11 55 7.0 135

:479 12 10 120.0 466 17 10 55 7.0 135


54/72

>e?a!e Gra/il S@p7

n g S

// //

55 140 9.34

50 140 10.10

45 140 107.00

40 140 11.50

45 140 10.90

40 140 11.70

40 140 12.40

35 140 13.10

35 140 13.70

55 140 9.50

50 140 10.40

45 140 11.00

40 140 11.90

45 140 11.30

40 140 12.20

40 140 13.00

35 140 13.90

35 140 14.50

30 140 15.30

50 140 10.90

45 140 11.60

40 140 12.60

40 140 13.50

35 140 14.60

40 140 13.80

35 140 14.80

35 140 15.60

30 140 16.40

30 140 17.30

/3


55/72

>e?a!e Gra/il S@p7

n g S

// // /3

50 140 11.00

45 140 11.80

40 140 12.90

40 140 14.00

35 140 15.20

40 140 14.40

35 140 15.60

35 140 16.50

30 140 17.50

30 140 18.60

25 140 19.90

45 140 11.80

40 140 13.00

40 140 14.00

35 140 15.20

35 140 16.20

35 140 15.70

35 140 16.60

30 140 17.60

30 140 18.70

25 140 20.00

40 140 12.60

40 140 13.80

35 140 15.20

35 140 15.60

35 140 16.70

30 140 18.00

30 140 19.40

30 140 18.50

30 140 19.90

25 140 21.50

25 140 23.40


56/72

=OLUCNAS SOLDADASSE>IE HN




A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

HN 9- * 4637- 500 50 22 588.0 266000 10600 21.3 104000 4170 13.30 15.70

5:-7- 40 20 484.0 224000 8980 21.5 83400 3330 13.10 15.20

5567- 35 18 427.0 201000 8060 21.7 72900 2920 13.10 15.00

5-67- 32 16 390.0 187000 7460 21.9 66700 2670 13.10 14.90

3687- 28 14 342.0 166000 6650 22.0 58300 2330 13.10 14.803467- 25 14 313.0 152000 6070 22.0 52100 2080 12.90 14.60

3357- 22 14 284.0 137000 5470 22.0 45800 1830 12.70 14.50

3-:7- 20 14 264.0 127000 5060 21.9 41700 1670 12.60 14.30

,837- 18 14 245.0 116000 4650 21.8 37500 1500 12.40 14.20

,;;7- 16 14 226.0 106000 4230 21.6 33300 1330 12.20 10.00

HN 49 * 54,7- 450 40 20 434.0 160000 7120 19.2 60800 2700 11.80 13.90

5-,7- 35 18 383.0 144000 6410 19.4 53200 2360 11.80 13.70

3;97- 32 16 350.0 134000 5940 19.6 48600 2160 11.80 13.60

34,7- 28 14 307.0 119000 5310 19.7 42500 1890 11.80 13.40

3,47- 25 12 273.0 108000 4810 19.9 38000 1690 11.80 13.30

,847- 22 12 247.0 97400 4330 19.9 33400 1490 11.60 13.20

,:-7- 20 12 229.0 90200 4010 19.8 30400 1350 11.50 13.10,667- 18 12 212.0 82700 3680 19.8 27300 1220 11.40 12.90

,937- 16 12 194.0 75100 3340 19.7 24300 1080 11.20 12.80

,587- 14 12 177.0 67400 3000 19.5 21300 945 11.00 12.60

HN 4- * 5-,7- 400 40 20 384.0 110000 5480 16.9 42700 2130 10.50 12.50

3667- 35 18 339.0 98900 4950 17.1 37300 1870 10.50 12.30

3457- 32 16 310.0 91900 4600 17.2 34100 1710 10.50 12.20

3,47- 28 14 272.0 82400 4120 17.4 29900 1490 10.50 12.00

,8-7- 25 12 242.0 74700 3740 17.6 26700 1330 10.50 12.00

,;37- 22 12 219.0 67500 3370 17.6 23500 1170 10.40 11.80

,6-7- 20 12 203.0 62500 3120 17.5 21300 1070 10.20 11.70

,4;7- 18 12 188.0 57400 2870 17.5 19200 960 10.10 11.60

,597- 16 12 172.0 52200 2610 17.4 17100 854 9.96 11.40,357- 14 12 157.0 46900 2340 17.3 14900 747 9.77 11.30

HN 59 * 3537- 350 35 18 295.0 64300 3680 14.8 25000 1430 9.20 10.90

3,37- 32 16 270.0 59900 3430 14.9 22900 1310 9.21 10.80

,:67- 28 14 237.0 53900 3080 15.1 20000 1140 9.19 10.70

,667- 25 12 211.0 49000 2800 15.2 17900 1020 9.20 10.60

,9-7- 22 12 191.0 44300 2530 15.2 15700 899 9.08 10.40

,547- 20 10 171.0 40600 2320 15.4 14300 817 9.14 10.40

,347- 18 10 157.0 37300 2130 15.4 12900 735 9.04 10.30


57/72





A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

,,57- 16 10 144.0 33900 1940 15.4 11400 653 8.92 10.20

,-37- 14 10 130.0 30500 1740 15.3 10000 572 8.77 10.00

8,79 12 10 117.0 26900 1540 15.2 8580 490 8.58 9.88

HN 5- * ,:-7- 300 32 16 230.0 36400 2430 12.6 14400 961 7.92 9.44

,987- 28 14 202.0 32900 2190 12.8 12600 840 7.90 9.29

,4,7- 25 12 180.0 30000 2000 12.9 11300 750 7.91 9.19

,3:7- 22 12 163.0 27200 1820 12.9 9900 660 7.80 9.05

,,97- 20 10 146.0 25000 1670 13.1 9000 600 7.85 9.00

,-67- 18 10 134.0 23000 1540 13.1 8100 540 7.76 8.90

8373 16 8 117.0 20700 1380 13.3 7200 480 7.83 8.86

:57- 14 8 106.0 18500 1240 13.2 6300 420 7.72 8.75

;578 12 8 94.1 16300 1090 13.2 5400 360 7.58 8.62

647; 10 8 82.4 14100 939 13.1 4500 300 7.39 8.48

HN 39 * ,5,7- 250 28 14 167.0 18200 1460 10.4 7300 584 6.61 7.92

,,;7- 25 12 149.0 16700 1330 10.6 6510 521 6.61 7.81

,-67- 22 12 135.0 15200 1220 10.6 5730 459 6.52 7.67

897- 20 10 121.0 14000 1120 10.8 5210 417 6.56 7.62

:;74 18 10 111.0 13000 1040 10.8 4690 375 6.49 7.52

;679 16 8 97.4 11700 933 10.9 4170 333 6.54 7.47

6:78 14 8 87.8 10500 839 10.9 3650 292 6.45 7.37

9;7; 12 6 73.6 9080 726 11.1 3130 250 6.52 7.33

9-7, 10 6 63.8 7810 625 11.1 2600 208 6.39 7.22

4374 8 6 54.0 6500 520 11.0 2080 167 6.21 7.08

HN 3- * 8-75 200 25 10 115.0 7990 799 8.34 3330 333 5.38 6.46

:,75 22 10 104.0 7320 732 8.41 2930 293 5.32 6.33

;974 20 10 96.0 6850 685 8.45 2670 267 5.27 6.24


58/72





A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

6874 18 10 88.4 6350 635 8.47 2400 240 5.21 6.15

6-7: 16 8 77.4 5750 575 8.61 2130 213 5.25 6.09

947: 14 8 69.8 5190 519 8.63 1870 187 5.17 6.00

467- 12 6 58.6 4520 452 8.79 1600 160 5.23 5.95

5878 10 6 50.8 3900 390 8.77 1330 133 5.12 5.84

557: 8 6 43.0 3260 326 8.71 1070 107 4.98 5.72


59/72

iòn Sold7

S/in

c/ //

it

5.00 10

4.00 10

3.50 8

3.20 8

2.80 82.50 8

2.20 8

2.00 6

1.80 6

1.60 6

4.00 10

3.50 8

3.20 8

2.80 8

2.50 8

2.20 8

2.00 61.80 6

1.60 6

1.40 6

4.00 10

3.50 8

3.20 8

2.80 8

2.50 8

2.20 8

2.00 6

1.80 6

1.60 61.40 6

3.50 8

3.20 8

2.80 8

2.50 8

2.20 8

2.00 6

1.80 6


60/72

iòn Sold7

S/in

c/ //

it

1.60 6

1.40 6

1.20 5

3.20 8

2.80 8

2.50 8

2.20 8

2.00 6

1.80 6

1.60 6

1.40 6

1.20 5

1.00 5

2.80 8

2.50 8

2.20 8

2.00 6

1.80 6

1.60 6

1.40 6

1.20 5

1.00 5

0.80 5

2.50 8

2.20 8

2.00 6


61/72

iòn Sold7

S/in

c/ //

it

1.80 6

1.60 6

1.40 6

1.20 5

1.00 5

0.80 5


62/72





a T 0 0, g, c /

c/ * 0g12/ // // // // // // // // // //

HN 9- * 4637- 500 50 22 239.0 380 60 21 95 13.0 260

5:-7- 40 20 240.0 400 50 20 85 12.0 260

5567- 35 18 241.0 414 43 17 75 11.0 260

5-67- 32 16 242.0 420 40 16 75 10.0 2603687- 28 14 243.0 428 36 15 70 9.0 260

3467- 25 14 243.0 434 33 15 65 9.0 260

3357- 22 14 243.0 440 30 15 65 9.0 260

3-:7- 20 14 243.0 448 26 13 60 9.0 260

,837- 18 14 243.0 452 24 13 60 9.0 260

,;;7- 16 14 243.0 456 22 13 60 9.0 260

HN 49 * 54,7- 450 40 20 215.0 350 50 20 85 12.0 235

5-,7- 35 18 216.0 364 43 17 75 11.0 235

3;97- 32 16 217.0 370 40 16 75 10.0 235

34,7- 28 14 218.0 378 36 15 70 9.0 235

3,47- 25 12 219.0 384 33 14 65 8.0 235

,847- 22 12 219.0 390 30 14 65 8.0 235,:-7- 20 12 219.0 398 26 12 60 8.0 235

,667- 18 12 219.0 402 24 12 60 8.0 235

,937- 16 12 219.0 406 22 12 60 8.0 235

,587- 14 12 219.0 410 20 12 55 8.0 235

HN 4- * 5-,7- 400 40 20 190.0 300 50 20 85 12.0 210

3667- 35 18 191.0 314 43 17 75 11.0 210

3457- 32 16 192.0 320 40 16 75 10.0 210

3,47- 28 14 193.0 328 36 15 70 9.0 210

,8-7- 25 12 194.0 334 33 14 65 8.0 210

,;37- 22 12 194.0 340 30 14 65 8.0 210

,6-7- 20 12 194.0 348 26 12 60 8.0 210

,4;7- 18 12 194.0 352 24 12 60 8.0 210,597- 16 12 194.0 356 22 12 60 8.0 210

,357- 14 12 194.0 360 20 12 55 8.0 210

HN 59 * 3537- 350 35 18 166.0 264 43 17 75 11.0 185

3,37- 32 16 167.0 270 40 16 75 10.0 185

,:67- 28 14 168.0 278 36 15 70 9.0 185

,667- 25 12 169.0 284 33 14 65 8.0 185

,9-7- 22 12 169.0 290 30 14 65 8.0 185

,547- 20 10 170.0 298 26 11 60 7.0 185


63/72

=OLUCNAS SOLDADAS

SE>IE HNPropiedades Para Detallar



a T 0 0, g, c /

c/ * 0g12/ // // // // // // // // // //

,347- 18 10 170.0 302 24 11 60 7.0 185

,,57- 16 10 170.0 306 22 11 60 7.0 185

,-37- 14 10 170.0 310 20 11 55 7.0 1858,79 12 10 170.0 316 17 10 55 7.0 185

HN 5- * ,:-7- 300 32 16 142.0 220 40 16 75 10.0 160

,987- 28 14 143.0 228 36 15 70 9.0 160

,4,7- 25 12 144.0 234 33 14 65 8.0 160

,3:7- 22 12 144.0 240 30 14 65 8.0 160

,,97- 20 10 145.0 248 26 11 60 7.0 160

,-67- 18 10 145.0 252 24 11 60 7.0 160

8373 16 8 146.0 256 22 10 60 6.0 160

:57- 14 8 146.0 260 20 10 55 6.0 160

;578 12 8 146.0 266 17 9 55 6.0 160

647; 10 8 146.0 270 15 9 55 6.0 160

HN 39 * ,5,7- 250 28 14 118.0 178 36 15 70 9.0 135,,;7- 25 12 119.0 184 33 14 65 8.0 135

,-67- 22 12 119.0 190 30 14 65 8.0 135

897- 20 10 120.0 198 26 11 60 7.0 135

:;74 18 10 120.0 202 24 11 60 7.0 135

;679 16 8 121.0 206 22 10 60 6.0 135

6:78 14 8 121.0 210 20 10 55 6.0 135

9;7; 12 6 122.0 216 17 8 55 5.0 135

9-7, 10 6 122.0 220 15 8 55 5.0 135

4374 8 6 122.0 224 13 8 50 5.0 135

HN 3- * 8-75 200 25 10 95.0 134 33 13 65 7.0 110

:,75 22 10 95.0 140 30 13 65 7.0 110

;974 20 10 95.0 148 26 11 60 7.0 1106874 18 10 95.0 152 24 11 60 7.0 110

6-7: 16 8 96.0 156 22 10 60 6.0 110

947: 14 8 96.0 160 20 10 55 6.0 110

467- 12 6 97.0 166 17 8 55 5.0 110

5878 10 6 97.0 170 15 8 55 5.0 110

557: 8 6 97.0 174 13 8 50 5.0 110


64/72

>e?a!e Gra/il S@p7

n g S

// //

65 140 6.40

55 140 7.78

50 140 8.83

45 140 9.6940 140 11.10

40 140 12.10

35 140 13.30

35 140 14.30

30 140 15.40

30 140 16.80

55 140 7.80

50 140 8.84

45 140 9.71

40 140 11.10

40 140 12.50

35 140 13.8035 140 14.90

30 140 16.10

30 140 17.50

25 140 19.30

55 140 7.82

50 140 8.86

45 140 9.73

40 140 11.10

40 140 12.50

35 140 13.80

35 140 14.90

30 140 16.1030 140 17.60

25 140 19.30

50 140 8.89

45 140 9.75

40 140 11.10

40 140 12.50

35 140 13.80

35 140 15.50

/3


65/72

>e?a!e Gra/il S@p7

n g S

// // /3

30 140 16.80

30 140 18.40

25 140 20.3025 140 22.70

45 140 9.79

40 140 11.10

40 140 12.50

35 140 13.90

35 140 15.50

30 140 16.90

30 140 19.30

25 140 21.50

25 140 24.10

20 140 27.60

40 140 11.2040 140 12.60

35 140 13.90

35 140 15.60

30 140 16.90

30 140 19.40

25 140 21.50

25 140 25.70

20 140 29.70

15 140 35.00

40 90 13.00

35 90 14.50

35 90 15.6030 90 17.00

30 90 19.40

25 90 21.60

25 90 25.80

20 90 29.70

15 90 35.10


66/72

PILOTES SOLDADOS

SE>IE PHPropiedades Para el Diseño



A I ) i I ) i

c/ * 0g12/ // // // c/ c/ c/

ia

c/3 c/4 c/5 c/4 c/5

PH 49* 38:7- 400 32 32 380.0 127000 5660 18.30 34200 1710.0 9.50 11.70

3637- 28 28 334.0 114000 5070 18.50 29900 1500.0 9.46 11.50

3597- 25 25 300.0 104000 4610 18.60 26700 1340.0 9.44 11.40

3-:7- 22 22 365.0 92900 4130 18.70 23500 1180.0 9.41 11.30

,8-7- 20 20 242.0 85500 3800 18.80 21400 1070.0 9.40 11.20

,;37- 18 18 219.0 77900 3460 18.90 19200 961.0 9.38 11.20

,957- 16 16 195.0 70000 3110 19.00 17100 854.0 9.36 11.10

PH 4-* 3-67- 350 25 25 262.0 70500 3530 16.40 17900 1020.0 8.26 10.10

,:37- 22 22 232.0 63300 2170 16.40 15800 900.0 8.23 9.97

,667- 20 20 212.0 58400 2920 16.60 14300 818.0 8.22 9.91

,9-7- 18 18 192.0 53200 2660 16.70 12900 736.0 8.20 9.84

,547- 16 16 171.0 48000 2400 16.80 11400 654.0 8.18 9.77

,,:7- 14 14 150.0 42500 2130 16.80 10000 572.0 8.17 9.70

,-,7- 12 12 129.0 36900 1850 16.90 8580 490.0 8.15 9.64

PH 59* ,967- 300 22 22 199.0 40800 2330 14.30 9930 662.0 7.06 8.63

,457- 20 20 182.0 37700 2150 14.40 9020 601.0 7.04 8.56

,387- 18 18 165.0 34400 1970 14.50 8120 541.0 7.02 8.50

,,97- 16 16 147.0 31100 1780 14.50 7210 481.0 7.01 8.43

,-,7- 14 14 129.0 27600 1580 14.60 6310 420.0 6.99 8.36

:;73 12 12 111.0 24000 1370 14.70 5400 360.0 6.97 8.30

;57- 10 10 93.0 20300 1160 14.80 4500 300.0 6.96 8.23

PH 5-* ,,87- 250 20 20 152.0 22600 1500 12.20 5230 418.0 5.86 7.22

,-:7- 18 18 138.0 20700 1380 12.30 4700 376.0 5.85 7.15

8679 16 16 123.0 18700 1250 12.30 4180 334.0 5.83 7.09

:47: 14 14 108.0 16700 1110 12.40 3650 292.0 5.81 7.02

;57, 12 12 93.1 14600 970 12.50 3130 250.0 5.80 6.96

6,73 10 10 78.0 12300 823 12.60 2610 209.0 5.78 6.89

PH 39* ;;76 200 16 16 98.9 10200 812 10.10 2140 214.0 4.65 5.74

6:74 14 14 87.1 9080 727 10.20 1870 187.0 4.64 5.67

987- 12 12 75.1 7960 637 10.30 1600 160.0 4.62 5.61

4879 10 10 63.0 6780 542 10.40 1340 134.0 4.60 5.55

587: 8 8 50.7 5540 443 10.50 1070 107.0 4.59 5.49


67/72

iòn Sold7

S/in

c/ //

it

2.840 8

2.490 8

2.220 8

1.960 8

1.780 6

1.600 6

1.420 6

2.190 8

1.920 8

1.750 6

1.570 6

1.400 6

1.220 6

1.050 5

1.890 8

1.710 6

1.540 6

1.370 6

1.200 6

1.030 5

0.857 5

1.670 6

1.500 6

1.330 6

1.170 6

1.000 5

0.833 5

1.280 6

1.120 6

0.960 5

0.800 5

0.640 5


68/72

PE>'ILES TSOLDADOS




A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

T 39 * ,-:7- 350 28 18 138.0 6140 307.0 6.67 10000 572.0 8.52

,--7- 25 18 128.0 6080 307.0 6.89 8940 511.0 8.36

837; 22 18 118.0 5990 306.0 7.12 7870 450.0 8.16

:;7, 300 25 16 111.0 5360 272.0 6.95 5630 375.0 7.12

:-74 22 16 102.0 5280 271.0 7.18 4960 330.0 6.95

;67- 20 16 96.8 5210 270.0 7.33 4510 300.0 6.82

6:73 250 22 14 86.9 4560 236.0 7.24 2870 229.0 5.74

6479 20 14 82.2 4500 235.0 7.40 2610 209.0 5.63

6-7: 18 14 77.5 4420 234.0 7.55 2350 188.0 5.51

T 3- * :-78 300 25 16 103.0 2790 174.0 5.21 5630 375.0 7.39

;473 22 16 94.5 2770 174.0 5.41 4950 330.0 7.24

687; 20 16 88.8 2740 174.0 5.56 4500 300.0 7.12637; 250 22 14 79.9 2390 152.0 5.47 2870 229.0 5.99

987- 20 14 75.2 2370 152.0 5.62 2610 209.0 5.89

9975 18 14 70.5 2340 151.0 5.76 2350 188.0 5.77

4:74 200 20 12 61.6 2000 129.0 5.70 1340 234.0 4.66

4974 18 12 57.8 1970 129.0 5.84 1200 120.0 4.56

4379 16 12 54.1 1940 128.0 5.98 1070 107.0 4.45

T ,;


69/72

PE>'ILES TSOLDADOS




A I ) i I ) i

c/ * 0g12/ // // // c/ c/c/3 c/4 c/5 c/4 c/5

T ,9 * 9,79 250 20 12 65.6 905 74.1 3.71 2600 208.0 6.30

4;7: 18 12 60.8 901 74.2 3.85 2340 188.0 6.21

447- 16 12 56.1 894 74.2 3.99 2080 167.0 6.10

5:76 200 18 10 49.2 745 61.6 3.89 1200 120.0 4.94

5976 16 10 45.4 739 61.6 4.03 1070 107.0 4.85

537; 14 10 41.6 729 61.5 4.19 934 93.4 4.743;75 150 16 8 34.7 582 49.0 4.10 450 60.1 3.60

397- 14 8 31.9 574 48.9 4.24 394 52.6 3.52

337: 12 8 29.0 562 48.7 4.40 338 45.1 3.41

T ,3


70/72

PE>'ILES TSOLDADOS


Designación Sección total

IN H * peso=onstante Pandeo 'le(o#Torsional

. =aSold7

"o Io ! S/in

c/ * 0g12/ c/ c/ c/ //c/4 c/4

T 39 * ,-:7- -3.62 11.40 0.899 6.13 302.0 8670.0 8

,--7- -3.96 11.50 0.882 6.28 228.0 6820.0 8

837; -4.35 11.70 0.861 6.44 171.0 5380.0 8

:;7, -4.05 10.70 0.858 7.07 189.0 4450.0 8

:-74 -4.45 10.90 0.835 7.22 139.0 3550.0 8

;67- -4.75 11.10 0.816 7.33 113.0 3070.0 6

6:73 -4.59 10.30 0.802 7.88 111.0 2200.0 8

6479 -4.90 10.50 0.783 7.99 88.6 1920.0 6

6-7: -5.24 10.70 0.761 8.10 70.6 1700.0 6

T 3- * :-78 -2.72 9.44 0.917 4.44 182.0 3680.0 8

;473 -3.01 9.53 0.900 4.59 132.0 2760.0 8

687; -3.24 9.60 0.886 4.70 106.0 2280.0 6637; -3.12 8.69 0.871 5.43 106.0 1670.0 8

987- -3.35 8.80 0.855 5.53 84.0 1390.0 6

9975 -3.62 8.92 0.836 5.64 66.1 1160.0 6

4:74 -3.51 8.15 0.815 6.22 64.3 774.0 6

4974 -3.78 8.31 0.794 6.32 49.9

Perfiles de Acero Chilenos

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Transcript of Perfiles de Acero Chilenos