Perfil Z

Para correas anidables solapadas u otras aplicaciones.

Perfil Z

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
100 60 55 15 1.60 10.61 3.81 3.08 6.83 5.10 64.62 12.66 4.12 36.83 5.39 3.11 37.60 10.64 90.81 1.67 55.09 0.03 0.56
100 60 55 15 2.00 10.61 4.73 3.85 6.81 5.10 79.44 15.57 4.10 45.30 6.65 3.09 46.31 13.01 111.72 1.66 55.07 0.06 0.68
100 60 55 15 2.50 10.61 5.86 4.81 6.79 5.10 97.23 19.06 4.07 55.48 8.17 3.08 56.81 15.83 136.88 1.64 55.04 0.12 0.82
100 60 55 15 3.20 10.61 7.41 6.15 6.75 5.10 120.80 23.67 4.04 69.00 10.22 3.05 70.83 19.48 170.32 1.62 55.00 0.25 1.01

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
120 60 55 15 1.60 10.61 4.13 3.33 6.84 6.11 97.81 16.00 4.87 36.83 5.38 2.99 45.56 12.50 122.14 1.74 61.85 0.04 0.84
120 60 55 15 2.00 10.61 5.13 4.16 6.82 6.11 120.45 19.70 4.85 45.30 6.64 2.97 56.15 15.31 150.43 1.73 61.85 0.07 1.02
120 60 55 15 2.50 10.61 6.36 5.20 6.80 6.11 147.76 24.17 4.82 55.48 8.16 2.95 68.94 18.66 184.58 1.71 61.85 0.13 1.24
120 60 55 15 3.20 10.61 8.05 6.66 6.77 6.11 184.16 30.12 4.78 69.00 10.20 2.93 86.07 23.03 230.13 1.69 61.85 0.27 1.53

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
140 60 55 20 1.60 14.15 4.61 3.71 7.20 7.12 144.48 20.29 5.60 44.34 6.16 3.10 59.77 16.44 172.38 1.89 64.93 0.04 1.45
140 60 55 20 2.00 14.15 5.73 4.63 7.18 7.12 178.21 25.03 5.58 54.59 7.60 3.09 73.74 20.18 212.62 1.88 64.94 0.08 1.78
140 60 55 20 2.50 14.15 7.11 5.79 7.16 7.12 219.07 30.77 5.55 66.95 9.35 3.07 90.68 24.65 261.37 1.86 64.95 0.15 2.17
140 60 55 20 3.20 14.15 9.01 7.41 7.12 7.12 273.84 38.46 5.51 83.43 11.71 3.04 113.44 30.54 326.73 1.84 64.96 0.31 2.68

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
160 60 55 20 1.60 14.15 4.93 3.96 7.21 8.13 196.83 24.22 6.32 44.34 6.15 3.00 68.82 17.87 223.29 1.90 68.92 0.04 1.95
160 60 55 20 2.00 14.15 6.13 4.95 7.19 8.13 243.03 29.90 6.30 54.59 7.59 2.98 84.94 21.95 275.67 1.89 68.94 0.08 2.39
160 60 55 20 2.50 14.15 7.61 6.18 7.17 8.13 299.13 36.80 6.27 66.95 9.34 2.97 104.51 26.84 339.25 1.88 68.96 0.16 2.91
160 60 55 20 3.20 14.15 9.65 7.91 7.13 8.13 374.61 46.09 6.23 83.43 11.70 2.94 130.82 33.29 424.75 1.86 68.98 0.33 3.60

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
180 60 55 25 2.00 17.68 6.73 5.42 7.55 9.13 330.89 36.24 7.01 64.88 8.59 3.10 106.67 27.39 368.38 2.02 70.59 0.09 3.73
180 60 55 25 2.50 17.68 8.36 6.77 7.52 9.13 407.83 44.66 6.98 79.66 10.59 3.09 131.38 33.54 453.94 2.00 70.61 0.17 4.56
180 60 55 25 3.20 17.68 9.97 8.16 7.48 8.12 387.30 47.67 6.23 99.42 13.29 3.16 145.06 39.01 447.72 1.98 67.34 0.34 4.36
180 80 72 25 2.00 17.68 7.47 6.00 9.46 9.19 389.51 42.39 7.22 123.49 13.06 4.07 164.22 45.17 467.83 2.46 64.46 0.10 6.61
180 80 72 25 2.50 17.68 9.28 7.50 9.43 9.19 480.69 52.31 7.20 152.14 16.13 4.05 202.73 55.48 577.34 2.44 64.46 0.19 8.11
180 80 72 25 3.20 17.68 11.15 9.09 9.39 8.18 460.08 56.26 6.42 190.80 20.33 4.14 224.84 63.37 587.51 2.38 60.41 0.38 7.78

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
200 60 55 25 2.00 17.68 7.13 5.73 7.56 10.14 424.18 41.84 7.71 64.88 8.59 3.02 119.30 28.87 460.19 2.01 73.16 0.10 4.69
200 60 55 25 2.50 17.68 8.86 7.16 7.53 10.14 523.25 51.61 7.69 79.66 10.58 3.00 146.99 35.38 567.54 2.00 73.19 0.18 5.74
200 60 55 25 3.20 17.68 11.25 9.17 7.50 10.14 657.36 64.84 7.65 99.42 13.26 2.97 184.35 44.01 712.77 1.98 73.23 0.38 7.13
200 80 72 25 2.00 17.68 7.87 6.31 9.47 10.20 496.71 48.70 7.94 123.49 13.04 3.96 183.50 48.38 571.82 2.48 67.69 0.10 8.35
200 80 72 25 2.50 17.68 9.78 7.89 9.44 10.20 613.46 60.14 7.92 152.14 16.11 3.94 226.60 59.46 706.14 2.47 67.71 0.20 10.24
200 80 72 25 3.20 17.68 12.43 10.10 9.41 10.20 772.00 75.68 7.88 190.80 20.28 3.92 285.11 74.30 888.51 2.44 67.73 0.42 12.78

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
220 80 72 25 2.00 17.68 8.27 6.63 9.48 11.21 619.65 55.28 8.66 123.49 13.03 3.86 202.78 51.16 691.99 2.49 70.32 0.11 10.31
220 80 72 25 2.50 17.68 10.28 8.28 9.45 11.21 765.80 68.32 8.63 152.14 16.09 3.85 250.47 62.89 855.05 2.47 70.34 0.21 12.66
220 80 72 25 3.20 17.68 13.07 10.60 9.42 11.21 964.63 86.05 8.59 190.80 20.26 3.82 315.25 78.63 1076.80 2.45 70.37 0.45 15.79

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
240 80 72 25 2.00 17.68 8.67 6.94 9.49 12.22 759.15 62.13 9.36 123.49 13.02 3.77 222.07 53.60 829.04 2.49 72.48 0.12 12.50
240 80 72 25 2.50 17.68 10.78 8.67 9.46 12.22 938.73 76.83 9.33 152.14 16.08 3.76 274.33 65.92 1024.96 2.47 72.51 0.22 15.35
240 80 72 25 3.20 17.68 13.71 11.10 9.43 12.22 1183.40 96.85 9.29 190.80 20.24 3.73 345.39 82.45 1291.75 2.45 72.54 0.47 19.17

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
260 80 72 25 2.00 17.68 9.07 7.25 9.49 13.23 915.99 69.26 10.05 123.49 13.01 3.69 241.35 55.78 983.70 2.48 74.28 0.12 14.92
260 80 72 25 2.50 17.68 11.28 9.07 9.47 13.23 1133.23 85.68 10.02 152.14 16.07 3.67 298.20 68.62 1216.76 2.47 74.31 0.24 18.33
260 80 72 25 3.20 17.68 14.35 11.61 9.44 13.23 1429.60 108.08 9.98 190.80 20.22 3.65 375.52 85.86 1534.54 2.45 74.34 0.49 22.90

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
280 80 72 25 2.00 17.68 9.47 7.57 9.50 14.23 1090.97 76.65 10.73 123.49 13.00 3.61 260.63 57.75 1156.71 2.47 75.80 0.13 17.57
280 80 72 25 2.50 17.68 11.78 9.46 9.48 14.23 1350.32 94.87 10.70 152.14 16.05 3.59 322.07 71.06 1431.40 2.46 75.82 0.25 21.59
280 80 72 25 3.20 17.68 14.99 12.11 9.44 14.23 1704.52 119.75 10.66 190.80 20.21 3.57 405.66 88.95 1806.37 2.44 75.86 0.51 26.99

D Bi Bj d t=r A a g xg yg lx Wx rx ly Wy ry lxy lx2 ly2 r min q Jt Cw*
mm mm mm mm mm mm cm2 Kg/m cm cm cm4 cm3 cm cm4 cm3 cm cm4 cm4 cm4 cm [°] cm4 cm6
300 80 72 25 2.00 17.68 9.87 7.88 9.51 15.24 1284.91 84.31 11.41 123.49 12.99 3.54 279.91 59.55 1348.85 2.46 77.09 0.13 20.45
300 80 72 25 2.50 17.68 12.28 9.85 9.48 15.24 1590.98 104.39 11.38 152.14 16.04 3.52 345.94 73.29 1669.83 2.44 77.11 0.26 25.15
300 80 72 25 3.20 17.68 15.63 12.61 9.45 15.24 2009.42 131.84 11.34 190.80 20.19 3.49 435.80 91.77 2108.46 2.42 77.15 0.53 31.44

Nombre Descripción
D mm Alto total (interior)
Bi=Bj mm Ancho Total
A mm Labio total
t mm Espesor
r mm Radio interior
a cm2 Sección
g Kg/m Peso
xg = yg cm Posición centro de gravedad
Ix = Iy cm4 Inercia eje x / y
 
Nombre Descripción
Wx = Wy cm3 Módulo resistente eje x / y
rx = ry cm Radio de giro eje x / y
Ixy Producto de inercia
Ix2 = Iy2 Inercia según ejes principales de inercia
r min: Radio de giro minimo
q [º] Inclinación ejes principales de inercia
Jt cm4 Inercia a torsión pura
Cw cm6 Módulo de alabeo (* Multiplicar por 1000)