Copy of Caracteristici Profile Si Table Lindab 26.03.09

Z12

0 Dimensiuni sectionale

h (mm) c (mm) t (mm) G (kg/m)

Z120/1.0 120 47 41 16.2 1.0 0.93 3.0 1.9

Z120/1.2 120 47 41 16.8 1.2 1.13 3.0 2.2

Z120/1.5 120 47 41 17.7 1.5 1.42 3.0 2.8

Z120/2.0 120 47 41 19.3 2.0 1.91 3.0 3.7

Z120/2.5 120 47 41 20.9 2.5 2.40 3.0 4.7

Caracteristici geometrice ale sectiunii brute

Z120/1.0 220 58.50 61.51 493012 8428 8016 63 47.3

Z120/1.2 268 58.50 61.50 597254 10210 9711 114 47.2

Z120/1.5 338 58.50 61.50 747323 12775 12152 227 47.1

Z120/2.0 456 58.52 61.49 997971 17055 16231 555 46.8

Z120/2.5 576 58.53 61.47 1244143 21257 20240 1107 46.5

Solicitarea de incovoiere dupa axa y-y cu talpa b1 solicitata la compresiune

Z120/1.0 68.68 51.33 387557 5643 7551

Z120/1.2 64.58 55.43 519255 8041 9369

Z120/1.5 60.85 59.15 707204 11622 11956

Z120/2.0 59.59 60.42 971656 16307 16083

Z120/2.5 59.27 60.73 1221472 20609 20113


Z120/1.0 69.97 50.04 405317 5793 8101

Z120/1.2 66.15 53.86 539023 8149 10009

b1 (mm) b2 (mm) tn (mm) ri (mm)

A (mm2) zG.1 (mm) zG.2 (mm) Iy (mm4) Wy.1 (mm3) Wy.2 (mm3) It (mm4) iy (mm)

zGef.i1 (mm) zGef.i2 (mm) Iy.ef (mm4) Wy.ef.1 (mm3) Wy.ef.2 (mm3)


y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

Z12

0

Z120/1.5 63.51 56.49 713638 11237 12633

Z120/2.0 62.28 57.73 977478 15696 16933

Z120/2.5 62.03 57.97 1226009 19765 21149

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C12



C120/1.0 120 47 41 16.2 1.0 0.93 3.0 1.9

C120/1.2 120 47 41 16.8 1.2 1.13 3.0 2.2

C120/1.5 120 47 41 17.7 1.5 1.42 3.0 2.8

C120/2.0 120 47 41 19.3 2.0 1.91 3.0 3.7

C120/2.5 120 47 41 20.9 2.5 2.40 3.0 4.7


C120/1.0 220 14.07 58.50 61.51 493012 8428 8016 64094 63 47.3 17.1

C120/1.2 268 14.23 58.50 61.50 597254 10210 9711 78008 114 47.2 17.1

C120/1.5 338 14.46 58.50 61.50 747323 12775 12152 98293 227 47.1 17.1

C120/2.0 456 14.87 58.52 61.49 997971 17055 16231 132903 555 46.8 17.1

C120/2.5 576 15.11 58.53 61.47 1244143 21257 20240 167603 1107 46.5 17.1

Caracteristici geometrice ale sectiunii transversale eficace

Solicitarea de compresiune

C120/1.0 106 16.21 60.60 59.41 68.68 51.33 387557 5643 7551

C120/1.2 155 17.05 60.18 59.82 64.58 55.43 519255 8041 9369

C120/1.5 228 17.29 58.95 61.05 60.85 59.15 707204 11622 11956

C120/2.0 354 16.96 58.60 61.41 59.59 60.42 971656 16307 16083

C120/2.5 490 16.52 58.56 61.44 59.27 60.73 1221472 20609 20113

69.97 50.04 405317 5793 8101

66.15 53.86 539023 8149 10009

63.51 56.49 713638 11237 12633

62.28 57.73 977478 15696 16933

62.03 57.97 1226009 19765 21149


A (mm2) yG (mm) zG.1 (mm) zG.2 (mm) Iy (mm4) Wy.1 (mm3) Wy.2 (mm3) Iz (mm4) It (mm4) iy (mm) iz (mm)


Aef (mm2) yGef.c (mm) zGef.c1 (mm) zGef.c2 (mm) zGef.i1 (mm) zGef.i2 (mm) Iy.ef (mm4) Wy.ef.1 (mm3) Wy.ef.2 (mm3)



G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i

1

b

2

thGef

.i2

z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z10

0

Dimensiuni sectionale


Z100/1.0 100 47 41 16.2 1.0 0.93 3.0 1.7

Z100/1.2 100 47 41 16.8 1.2 1.13 3.0 2.0

Z100/1.5 100 47 41 17.7 1.5 1.42 3.0 2.6

Z100/2.0 100 47 41 19.3 2.0 1.91 3.0 3.4


Z100/1.0 202 48.63 51.38 322969 6642 6287 58 40.0

Z100/1.2 245 48.64 51.36 390778 8035 7608 104 39.9

Z100/1.5 309 48.64 51.36 488069 10034 9503 208 39.7

Z100/2.0 418 48.66 51.35 649641 13352 12652 509 39.4


Z100/1.0 56.19 43.82 260617 4639 5948

Z100/1.2 52.81 47.20 347208 6575 7357

Z100/1.5 50.18 49.82 466669 9300 9367

Z100/2.0 49.54 50.46 633418 12787 12552


Z100/1.0 57.37 42.64 272982 4759 6403

Z100/1.2 54.25 45.75 360955 6654 7889

Z100/1.5 52.41 47.59 472698 9019 9933

Z100/2.0 52.00 48.00 636862 12249 13267





y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2 t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C10



C100/1.0 100 47 41 16.2 1.0 0.93 3.0 1.7

C100/1.2 100 47 41 16.8 1.2 1.13 3.0 2.0

C100/1.5 100 47 41 17.7 1.5 1.42 3.0 2.6

C100/2.0 100 47 41 19.3 2.0 1.91 3.0 3.4


C100/1.0 202 15.33 48.63 51.38 322969 6642 6287 60334 58 40.0 17.3

C100/1.2 245 15.49 48.64 51.36 390778 8035 7608 73399 104 39.9 17.3

C100/1.5 309 15.72 48.64 51.36 488069 10034 9503 92425 208 39.7 17.3

C100/2.0 418 16.13 48.66 51.35 649641 13352 12652 124820 509 39.4 17.3



C100/1.0 107 16.59 50.48 49.53 56.19 43.82 260617 4639 5948

C100/1.2 153 17.40 49.32 50.68 52.81 47.20 347208 6575 7357

C100/1.5 228 17.66 49.04 50.96 50.18 49.82 466669 9300 9367

C100/2.0 350 17.31 48.78 51.23 49.54 50.46 633418 12787 12552

57.37 42.64 272982 4759 6403

54.25 45.75 360955 6654 7889

52.41 47.59 472698 9019 9933

52.00 48.00 636862 12249 13267







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i

1

b

2

thGef

.i2

z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

C70



C70/1.0 70 47 41 9.7 1.0 0.93 3.0 1.4

C70/1.5 70 47 41 11.2 1.5 1.42 3.0 2.1


C70/1.0 162 15.78 33.81 36.20 136354 4034 3767 44407 47 29.1 16.6

C70/1.5 248 16.25 33.82 36.18 205437 6074 5678 68549 167 28.8 16.6



C70/1.0 92 13.36 35.27 34.74 39.105 30.90 109056 2789 3530

C70/1.5 197 15.25 34.51 35.49 35.75 34.25 190253 5322 5555

40.135 29.87 114979 2865 3850

37.44 32.56 194827 5204 5984







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z35



Z300/2.0 350 100 92 28.8 2.0 1.91 3.0 9.3

Z300/2.5 350 100 92 30.4 2.5 2.40 3.0 11.6

Z300/3.0 350 100 92 32.0 3.0 2.90 3.0 14.0


Z300/2.0 1131 172.65 177.36 20328617 117748 114621 1375 134.1

Z300/2.5 1424 172.66 177.34 25525614 147837 143936 2733 133.9

Z300/3.0 1724 172.66 177.34 30813550 178464 173754 4832 133.9


Z300/2.0 211.79 138.22 14596646 68922 105608

Z300/2.5 198.99 151.01 20673914 103894 136904

Z300/3.0 189.48 160.52 27066147 142844 168615






y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

Z35

0

Z300/2.0 213.86 136.15 14974235 70021 109987

Z300/2.5 201.53 148.47 21106302 104730 142159

Z300/3.0 192.76 157.24 27438513 142345 174501

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C35



C350/2.0 350 100 92 28.8 2.0 1.91 3.0 9.3

C350/2.5 350 100 92 30.4 2.5 2.40 3.0 11.6

C350/3.0 350 100 92 32.0 3.0 2.90 3.0 14.0


C350/2.0 1131 24.78 172.65 177.36 20328617 117748 114621 1569176 1375 134.1 34.8

C350/2.5 1424 25.21 172.66 177.34 25525614 147837 143936 1729099 2733 133.9 34.9

C350/3.0 1724 25.63 172.66 177.34 30813550 178464 173754 2100476 4832 133.9 34.9



C350/2.0 419 30.17 176.03 173.98 211.79 138.22 14596646 68922 105608

C350/2.5 648 32.01 175.48 174.52 198.99 151.01 20673914 103894 136904

C350/3.0 916 33.31 174.58 175.42 189.48 160.52 27066147 142844 168615

213.86 136.15 14974235 70021 109987

201.53 148.47 21106302 104730 142159

192.76 157.24 27438513 142345 174501







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z30



Z300/1.5 300 90 82 28.2 1.5 1.42 3.0 6.2

Z300/2.0 300 90 82 29.8 2.0 1.91 3.0 8.2

Z300/2.5 300 90 82 31.4 2.5 2.40 3.0 10.3

Z300/3.0 300 90 82 33.0 3.0 2.90 3.0 12.4


Z300/1.5 742 147.72 152.28 9938913 67282 65267 499 115.7

Z300/2.0 1001 147.73 152.28 13351251 90379 87679 1217 115.5

Z300/2.5 1260 147.73 152.27 16752346 113398 110017 2420 115.5

Z300/3.0 1527 147.74 152.26 20207204 136775 132715 4279 115.1


Z300/1.5 189.63 109.66 6469606 34117 58997

Z300/2.0 174.28 125.73 10384363 59586 82596

Z300/2.5 163.41 136.59 14556307 89078 106569

Z300/3.0 156.68 143.32 18676675 119203 130315


Z300/1.5 191.99 108.01 6623173 34497 61320





y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

Z30

0

Z300/2.0 176.50 123.01 10656921 60381 86638

Z300/2.5 166.34 133.66 14820664 89099 110883

Z300/3.0 160.87 139.13 18755337 116587 134804

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C30



C300/1.5 300 90 82 28.2 1.5 1.42 3.0 6.2

C300/2.0 300 90 82 29.8 2.0 1.91 3.0 8.2

C300/2.5 300 90 82 31.4 2.5 2.40 3.0 10.3

C300/3.0 300 90 82 33.0 3.0 2.90 3.0 12.4


C300/1.5 742 23.32 147.72 152.28 9938913 67282 65267 756944 499 115.7 31.9

C300/2.0 1001 23.74 147.73 152.28 13351251 90379 87679 1023860 1217 115.5 32

C300/2.5 1260 24.15 147.73 152.27 16752346 113398 110017 1293100 2420 115.5 32

C300/3.0 1527 24.56 147.74 152.26 20207204 136775 132715 1569176 4279 115.1 32.1



C300/1.5 240 27.48 150.49 149.51 189.63 110.37 6469606 34117 58617

C300/2.0 436 30.31 150.84 149.17 174.28 125.73 10384363 59586 82596

C300/2.5 666 31.52 149.97 150.03 163.41 136.59 14556307 89078 106569

C300/3.0 915 31.98 148.31 151.69 156.68 143.32 18676675 119203 130315

191.99 108.01 6623173 34497 61320

176.50 123.01 10656921 60381 86638

166.34 133.66 14820664 89099 110883

160.87 139.13 18755337 116587 134804







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z25



Z250/1.5 250 74 66 23.7 1.5 1.42 3.0 5.1

Z250/2.0 250 74 66 25.3 2.0 1.91 3.0 6.8

Z250/2.5 250 74 66 26.9 2.5 2.40 3.0 8.5

Z250/3.0 250 74 66 28.5 3.0 2.90 3.0 10.3


Z250/1.5 613 122.70 127.30 5656738 46102 44436 412 96.1

Z250/2.0 827 122.71 127.30 7596910 61912 59680 1006 95.8

Z250/2.5 1042 122.72 127.28 9529058 77649 74867 2001 95.6

Z250/3.0 1263 122.73 127.27 11489396 93615 90276 3540 95.4


Z250/1.5 149.28 100.72 4147616 27784 41180

Z250/2.0 137.18 112.83 6494434 47344 57562

Z250/2.5 130.24 119.76 8800193 67569 73482

Z250/3.0 126.54 123.46 11002020 86945 89114


Z250/1.5 151.57 98.43 4277640 28222 43459





y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

Z25

0

Z250/2.0 140.05 109.96 6646442 47459 60447

Z250/2.5 134.50 115.50 8842852 65746 76561

Z250/3.0 130.97 119.03 11029831 84216 92664

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C25



C250/1.5 250 74 66 23.7 1.5 1.42 3.0 5.1

C250/2.0 250 74 66 25.3 2.0 1.91 3.0 6.8

C250/2.5 250 74 66 26.9 2.5 2.40 3.0 8.5

C250/3.0 250 74 66 28.5 3.0 2.90 3.0 10.3


C250/1.5 613 18.95 122.70 127.30 5656738 46102 44436 412804 412 96.1 25.9

C250/2.0 827 19.35 122.71 127.30 7596910 61912 59680 558902 1006 95.8 26

C250/2.5 1042 19.76 122.72 127.28 9529058 77649 74867 706385 2001 95.6 26

C250/3.0 1263 20.17 122.73 127.27 11489396 93615 90276 857566 3540 95.4 26.1



C250/1.5 235 23.91 122.65 127.35 149.28 100.72 4147616 27784 41180

C250/2.0 404 25.33 119.65 130.36 137.18 112.83 6494434 47344 57562

C250/2.5 597 25.83 118.11 131.89 130.24 119.76 8800193 67569 73482

C250/3.0 803 25.64 118.36 131.64 126.54 123.46 11002020 86945 89114

151.57 98.43 4277640 28222 43459

140.05 109.96 6646442 47459 60447

134.50 115.50 8842852 65746 76561

130.97 119.03 11029831 84216 92664







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z20



Z200/1.2 200 74 66 20.3 1.2 1.13 3.0 3.5

Z200/1.5 200 74 66 21.2 1.5 1.42 3.0 4.4

Z200/2.0 200 74 66 22.8 2.0 1.91 3.0 5.9

Z200/2.5 200 74 66 24.4 2.5 2.40 3.0 7.4


Z200/1.2 425 97.88 102.12 2636928 26939 25823 181 78.8

Z200/1.5 535 97.89 102.11 3307851 33792 32395 360 78.6

Z200/2.0 722 97.91 102.10 4437041 45320 43460 878 78.4

Z200/2.5 910 97.92 102.08 5558441 56765 54452 1747 78.2


Z200/1.2 124.68 75.33 1760347 14119 23370

Z200/1.5 116.83 83.17 2517285 21547 30267

Z200/2.0 106.67 92.38 3879691 36371 41999

Z200/2.5 101.87 98.13 5248689 51523 53487


Z200/1.2 126.80 73.20 1816745 14327 24821





y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

Z20

0

Z200/1.5 118.77 81.23 2609179 21968 32121

Z200/2.0 109.93 90.08 3993339 36328 44333

Z200/2.5 105.57 94.43 5289685 50106 56017

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C20



C200/1.2 200 74 66 20.3 1.2 1.13 3.0 3.5

C200/1.5 200 74 66 21.2 1.5 1.42 3.0 4.4

C200/2.0 200 74 66 20.8 2.0 1.91 3.0 5.9

C200/2.5 200 74 66 24.4 2.5 2.40 3.0 7.4


C150/1.2 425 20.45 97.88 102.12 2636928 26939 25823 292865 181 78.8 26.3

C150/1.5 535 20.70 97.89 102.11 3307851 33792 32395 369430 360 78.6 26.3

C150/2.0 714 20.63 97.89 102.12 4390284 44851 42994 482670 869 78.4 26

C150/2.5 910 21.56 97.92 102.08 5558441 56765 54452 632969 1747 78.2 26.4



C150/1.2 151 22.07 100.73 99.27 124.68 75.33 1760347 14119 23370

C150/1.5 230 23.31 98.37 101.63 116.83 83.17 2517285 21547 30267

C150/2.0 381 23.44 95.54 104.47 108.04 91.97 3804572 35216 41370

C150/2.5 581 25.42 94.34 105.66 101.87 98.13 5248689 51523 53487

126.80 73.20 1816745 14327 24821

118.77 81.23 2609179 21968 32121

110.49 89.52 3915112 35436 43737

105.57 94.43 5289685 50106 56017







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z

Z15

0



Z150/1.0 150 47 41 16.2 1.0 0.93 3.0 2.1

Z150/1.2 150 47 41 16.8 1.2 1.13 3.0 2.5

Z150/1.5 150 47 41 17.7 1.5 1.42 3.0 3.2

Z150/2.0 150 47 41 19.3 2.0 1.91 3.0 4.2

Z150/2.5 150 47 41 20.9 2.5 2.40 3.0 5.3


Z150/1.0 248 73.33 76.68 831768 11344 10848 72 57.9

Z150/1.2 302 73.33 76.68 1008829 13758 13157 128 57.8

Z150/1.5 380 73.34 76.66 1264545 17242 16495 256 57.7

Z150/2.0 514 73.35 76.66 1693982 23096 22099 625 57.4

Z150/2.5 648 73.30 76.64 2118786 28906 27646 1245 57.2


Z150/1.0 87.96 62.05 628591 7147 10131

Z150/1.2 82.88 67.13 847672 10228 12628

Z150/1.5 78.10 71.90 1163028 14892 16176

Z150/2.0 74.75 75.26 1645264 22012 21863

Z150/2.5 74.29 75.71 2077969 27971 27446


Z150/1.0 89.38 60.63 655987 7340 10820

Z150/1.2 84.63 65.37 877818 10372 13429

Z150/1.5 81.11 68.89 1172280 14453 17017

Z150/2.0 78.00 72.01 1649358 21147 22906

Z150/2.5 77.34 72.66 2086522 26979 28716





y

h

z

b2

c

G2

tz

cr

z1b

iG1

zG

ef.i1

t

2hG

ef.i2

z

2

y

t

e11b

1h

z

eff

e12

c

b

b

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

t

hz

2

b1

z Gef

.i2

t

e21

1

z

h

b

Gef

.i1

y

e22b

c eff

c

C15



C150/1.0 150 47 41 16.2 1.0 0.93 3.0 2.1

C150/1.2 150 47 41 16.8 1.2 1.13 3.0 2.5

C150/1.5 150 47 41 17.7 1.5 1.42 3.0 3.2

C150/2.0 150 47 41 19.3 2.0 1.91 3.0 4.2

C150/2.5 150 47 41 20.9 2.5 2.40 3.0 5.3


C150/1.0 248 12.54 73.33 76.68 831768 11344 10848 68678 72 57.9 16.6

C150/1.2 302 12.70 73.33 76.68 1008829 13758 13157 83627 128 57.8 16.6

C150/1.5 380 12.92 73.34 76.66 1264545 17242 16495 105453 256 57.7 16.7

C150/2.0 514 13.32 73.35 76.66 1693982 23096 22099 142776 625 57.4 16.7

C150/2.5 648 13.70 73.30 76.64 2118786 28906 27646 180300 1245 57.2 16.7



C150/1.0 105 15.73 75.77 74.24 87.96 62.05 628591 7147 10131

C150/1.2 154 16.55 75.16 74.85 82.88 67.13 847672 10228 12628

C150/1.5 227 16.83 73.87 76.13 78.10 71.90 1163028 14892 16176

C150/2.0 257 16.56 73.36 76.65 74.75 75.26 1645264 22012 21863

C150/2.5 499 16.09 73.28 76.72 74.29 75.71 2077969 27971 27446

89.38 60.63 655987 7340 10820

84.63 65.37 877818 10372 13429

81.11 68.89 1172280 14453 17017

78.00 72.01 1649358 21147 22906

77.34 72.66 2086522 26979 28716







G

b2

y

zz

t

h

G2

G1

c

y

i

b

c

1

z

r

b

t

Gef

.i1z

z Gef

.i2 h 2 t

z

h1

be11

y

c

2

b

c

e12

eff

zG

ef.i1

b

2

thGef

.i2z

1

c

y

t

1

e21b

h

z

eff

e22

c

b

t c e1

b b

e2

h t

c

be21 be22

e2e1h

t 21

e11 e12

zz

Ge f

. c2

Ge f

. c1

y

z


t (mm)

LVP20ND/0.4 1035 0.4 0.324LVP20ND/0.5 1035 0.5 0.417LVP20ND/0.6 1035 0.6 0.509LVP20ND/0.7 1035 0.7 0.602LVP20ND/0.7 1035 0.7 0.602


LVP20ND/0.4 4 388 6.49LVP20ND/0.5 5 499 6.49LVP20ND/0.6 6 609 6.49LVP20ND/0.7 7 720 6.49LVP20ND/0.7 7 720 6.49

Caracteristici geometrice ale sectiunii transversaleeficace din incovoiere (ondula superioara in compresiune)

LVP20ND/0.4 8.54 9.46 15.28LVP20ND/0.5 7.93 10.07 21.47LVP20ND/0.6 7.47 10.53 27.87LVP20ND/0.7 7.15 10.85 34.32LVP20ND/0.7 7.65 10.35 32.22

LV

P20ND

Lu (mm) tn (mm)

G (kg/m2) A (mm2/mm) zGc (mm)

zGefc (mm) zGeft (mm) Iyef (mm4/mm)

1035t

18

90115

1.6

5021.8

6521.521.8

25

13.7

18

90115

1.6

5021.8

6521.521.8

25

13.7


65 25 11565 25 11565 25 11565 25 11565 25 115


11.51 19.94 3.0711.51 25.66 3.9511.51 31.32 4.8311.51 37.03 5.7111.51 37.03 5.71

Caracteristici geometrice ale sectiunii transversale Caracteristici geometrice ale sectiunii transversaleeficace din incovoiere (ondula superioara in compresiune) eficace din incovoiere (ondula inferioara in compresiune)

1.79 1.62 12.402.71 2.13 12.093.73 2.65 11.834.80 3.16 11.624.21 3.11 11.83

b1 (mm) b2 (mm) bt (mm)

zGt (mm) Iy (mm4/mm) Wy.c (mm3/mm)

Wy.efc (mm3/mm) Wy.eft (mm3/mm) zGefc (mm)

1035

t

18

90115

1.6

5021.8

6521.521.8

25

13.7

18

90115

1.6

5021.8

6521.521.8

25

13.7


h (mm)

18 318 318 318 318 3


1.73 2502.23 2502.72 2503.22 2503.22 350

Caracteristici geometrice ale sectiunii transversaleeficace din incovoiere (ondula inferioara in compresiune)

5.60 16.08 1.30 2.875.91 22.46 1.86 3.806.17 29.15 2.46 4.726.38 36.14 3.11 5.666.17 34.47 2.91 5.59

ri (mm)

Wy.t (mm3/mm) fyb (N/mm2)

zGeft (mm) Iyef (mm4/mm) Wy.efc (mm3/mm) Wy.eft (mm3/mm)

1035

t


t (mm)

LTP20ND/0.4 1035 0.4 0.324LTP20ND/0.5 1035 0.5 0.417LTP20ND/0.6 1035 0.6 0.509LTP20ND/0.7 1035 0.7 0.602LTP20ND/0.7 1035 0.7 0.602


LTP20ND/0.4 4 388 11.51LTP20ND/0.5 5 499 11.51LTP20ND/0.6 6 609 11.51LTP20ND/0.7 7 720 11.51LTP20ND/0.7 7 720 11.51


LTP20ND/0.4 12.40 5.60 16.08LTP20ND/0.5 12.09 5.91 22.46LTP20ND/0.6 11.83 6.17 29.15LTP20ND/0.7 11.62 6.38 36.14LTP20ND/0.7 11.83 6.17 34.47

LT

P20ND

Lu (mm) tn (mm)



1035

t

11590

506521.8

18

21.5 21.8

13.7 1.6

25

11590

506521.8

18

21.5 21.8

13.7 1.6

25


65 25 11565 25 11565 25 11565 25 11565 25 115


6.49 19.94 1.736.49 25.66 2.236.49 31.32 2.726.49 37.03 3.226.49 37.03 3.22


1.30 2.87 8.541.86 3.80 7.932.46 4.72 7.473.11 5.66 7.152.91 5.59 7.65




1035

t

11590

506521.8

18

21.5 21.8

13.7 1.6

25

11590

506521.8

18

21.5 21.8

13.7 1.6

25


h (mm)

18 318 318 318 318 3


3.07 2503.95 2504.83 2505.71 2505.71 350


9.46 15.28 1.79 1.6210.07 21.47 2.71 2.1310.53 27.87 3.73 2.6510.85 34.32 4.80 3.1610.35 32.22 4.21 3.11

ri (mm)



1035

t

11590

506521.8

18

21.5 21.8

13.7 1.6

25

11590

506521.8

18

21.5 21.8

13.7 1.6

25

LV

P20


t (mm)

LVP20/0.4 1035 0.4 0.324LVP20/0.5 1035 0.5 0.417LVP20/0.6 1035 0.6 0.509LVP20/0.7 1035 0.7 0.602LVP20/0.7 1035 0.7 0.602


LVP20/0.4 4 387 6.29LVP20/0.5 5 498 6.29LVP20/0.6 6 608 6.29LVP20/0.7 7 719 6.29LVP20/0.7 7 719 6.29


LVP20/0.4 9.83 8.17 12.49LVP20/0.5 9.35 8.65 17.57LVP20/0.6 8.93 9.07 22.95LVP20/0.7 8.56 9.44 28.76LVP20/0.7 8.93 9.07 27.14

Lu (mm) tn (mm)



1035

b =115

b =65

90t

1

r

h =

18

50

b =252


65 25 11565 25 11565 25 11565 25 11565 25 115


11.71 20.83 3.3111.71 26.80 4.2611.71 32.71 5.2011.71 38.68 6.1511.71 38.68 6.15


1.27 1.53 12.631.88 2.03 12.302.57 2.53 12.043.36 3.05 11.833.04 2.99 12.04




1035

b =115

b =65

90

t

1

r

h =

18

50

b =252


h (mm)

18 318 318 318 318 3


1.78 2502.29 2502.79 2503.30 2503.30 350


5.37 16.82 1.33 3.135.70 23.48 1.91 4.125.96 30.46 2.53 5.116.17 37.75 3.19 6.125.96 36.02 2.99 6.04

ri (mm)



1035

b =115

b =65

90

t

1

r

h =

18

50

b =252

LT

P2

0


t (mm) h (mm)

LTP20/0.4 1035 0.4 0.324 65 25 115 18 3LTP20/0.5 1035 0.5 0.417 65 25 115 18 3LTP20/0.6 1035 0.6 0.509 65 25 115 18 3LTP20/0.7 1035 0.7 0.602 65 25 115 18 3LTP20/0.7 1035 0.7 0.602 65 25 115 18 3


LTP20/0.4 4 387 11.71 6.29 20.83 1.78 3.31 250LTP20/0.5 5 498 11.71 6.29 26.80 2.29 4.26 250LTP20/0.6 6 608 11.71 6.29 32.71 2.79 5.20 250LTP20/0.7 7 719 11.71 6.29 38.68 3.30 6.15 250LTP20/0.7 7 719 11.71 6.29 38.68 3.30 6.15 350


LTP20/0.4 12.63 5.37 16.82 1.33 3.13 9.83 8.17 12.49 1.27 1.53LTP20/0.5 12.30 5.70 23.48 1.91 4.12 9.35 8.65 17.57 1.88 2.03LTP20/0.6 12.04 5.96 30.46 2.53 5.11 8.93 9.07 22.95 2.57 2.53LTP20/0.7 11.83 6.17 37.75 3.19 6.12 8.56 9.44 28.76 3.36 3.05LTP20/0.7 12.04 5.96 36.02 2.99 6.04 8.93 9.07 27.14 3.04 2.99

Lu (mm) tn (mm) b1 (mm) b2 (mm) bt (mm) ri (mm)

G (kg/m2) A (mm2/mm) zGc (mm) zGt (mm) Iy (mm4/mm) Wy.c (mm3/mm) Wy.t (mm3/mm) fyb (N/mm2)

zGefc (mm) zGeft (mm) Iyef (mm4/mm) Wy.efc (mm3/mm) Wy.eft (mm3/mm) zGefc (mm) zGeft (mm) Iyef (mm4/mm) Wy.efc (mm3/mm) Wy.eft (mm3/mm)

90

b =65

b =1151035

h =

18 t

1

r

50

b =252


t (mm)

LVP45ND/0.5 900 0.5 0.417LVP45ND/0.6 900 0.6 0.509LVP45ND/0.7 900 0.7 0.602LVP45ND/0.7 900 0.7 0.602


LVP45ND/0.5 5 471 18.77LVP45ND/0.6 6 574 18.77LVP45ND/0.7 7 679 18.77LVP45ND/0.7 7 679 18.77


LVP45ND/0.5 23.42 19.58 119.07LVP45ND/0.6 21.95 21.05 159.55LVP45ND/0.7 21.24 21.76 198.59

LV

P45

ND

Lu (mm) tn (mm)



900

LVP45ND/0.7 22.28 20.72 184.27L

VP

45 ND

133180

43

103

7726

1.71

2526

15.98

47


77 47 18077 47 18077 47 18077 47 180


24.23 161.06 8.5824.23 196.56 10.4724.23 232.44 12.3824.23 232.44 12.38


5.08 6.08 29.087.27 7.58 27.539.35 9.13 26.40




900

8.27 8.89 27.53

133180

43

103

7726

1.71

2526

15.98

47


h (mm)

43 343 343 343 3


6.65 2508.11 2509.59 2509.59 350


13.92 108.51 3.73 7.8015.47 149.66 5.44 9.6716.60 192.67 7.30 11.61

ri (mm)



900

15.47 176.94 6.43 11.44

133180

43

103

7726

1.71

2526

15.98

47

LV

P45


t (mm)

LVP45/0.5 900 0.5 0.417LVP45/0.6 900 0.6 0.509LVP45/0.7 900 0.7 0.602LVP45/0.7 900 0.7 0.602


LVP45/0.5 5 470 18.64LVP45/0.6 6 574 18.64LVP45/0.7 7 679 18.64LVP45/0.7 7 679 18.64


LVP45/0.5 25.84 17.16 98.38LVP45/0.6 24.16 18.83 134.67LVP45/0.7 23.49 19.51 168.19LVP45/0.7 24.17 18.83 159.22

Lu (mm) tn (mm)



133

b =77

b =180

900

35

t

h =

43

b

r

103

b =47t


77 47 18077 47 18077 47 18077 47 180


24.36 163.77 8.7924.36 199.88 10.7224.36 236.37 12.6824.36 236.37 12.68


3.81 5.73 29.285.57 7.15 27.727.16 8.62 26.556.59 8.46 27.72




133

b =77

b =180

900

35

t

h =

43

b

r

103

b =47t


h (mm)

43 343 343 343 3


6.72 2508.21 2509.70 2509.70 350


13.72 110.37 3.77 8.0415.28 152.17 5.49 9.9616.45 196.15 7.39 11.9215.28 179.91 6.49 11.77

ri (mm)



133

b =77

b =180

900

35

t

h =

43

b

r

103

b =47t


t (mm)

LTP45ND/0.5 900 0.5 0.417LTP45ND/0.6 900 0.6 0.509LTP45ND/0.7 900 0.7 0.602LTP45ND/0.7 900 0.7 0.602


LTP45ND/0.5 5 471 24.23LTP45ND/0.6 6 574 24.23LTP45ND/0.7 7 679 24.23LTP45ND/0.7 7 679 24.23


LTP45ND/0.5 29.08 13.92 108.51LTP45ND/0.6 27.53 15.47 149.66LTP45ND/0.7 26.40 16.60 192.67

LT

P45

ND

Lu (mm) tn (mm)



LTP45ND/0.7 27.53 15.47 176.94L

TP

45 ND


77 47 18077 47 18077 47 18077 47 180


18.77 161.06 6.6518.77 196.56 8.1118.77 232.44 9.5918.77 232.44 9.59


3.73 7.80 23.425.44 9.67 21.957.30 11.61 21.24




6.43 11.44 22.28


h (mm)

43 343 343 343 3


8.58 25010.47 25012.38 25012.38 350


19.58 119.07 5.08 6.0821.05 159.55 7.27 7.5821.76 198.59 9.35 9.13

ri (mm)



20.72 184.27 8.27 8.89

LT

P4

5


t (mm) h (mm)

LTP45/0.5 900 0.5 0.417 77 47 180 43 3LTP45/0.6 900 0.6 0.509 77 47 180 43 3LTP45/0.7 900 0.7 0.602 77 47 180 43 3LTP45/0.7 900 0.7 0.602 77 47 180 43 3


LTP45/0.5 5 470 24.36 18.64 163.77 6.72 8.79 250LTP45/0.6 6 574 24.36 18.64 199.88 8.21 10.72 250LTP45/0.7 7 679 24.36 18.64 236.37 9.70 12.68 250LTP45/0.7 7 679 24.36 18.64 236.37 9.70 12.68 350


LTP45/0.5 29.28 13.72 110.37 3.77 8.04 25.84 17.16 98.38 3.81 5.73LTP45/0.6 27.72 15.28 152.17 5.49 9.96 24.16 18.83 134.67 5.57 7.15LTP45/0.7 26.55 16.45 196.15 7.39 11.92 23.49 19.51 168.19 7.16 8.62LTP45/0.7 27.72 15.28 179.91 6.49 11.77 24.17 18.83 159.22 6.59 8.46

Lu (mm) tn (mm) b1 (mm) b2 (mm) bt (mm) ri (mm)

G (kg/m2) A (mm2/mm) zGc (mm) zGt (mm) Iy (mm4/mm) Wy.c (mm3/mm) Wy.t (mm3/mm) fyb (N/mm2)

zGefc (mm) zGeft (mm) Iyef (mm4/mm) Wy.efc (mm3/mm) Wy.eft (mm3/mm) zGefc (mm) zGeft (mm) Iyef (mm4/mm) Wy.efc (mm3/mm) Wy.eft (mm3/mm)

Documents

Copy of Caracteristici Profile Si Table Lindab 26.03.09