Page 14 - A9vbtxtc_9jk3vl_5b4.tmp.pdf

L1
L2

d2 d1

30
°
d
1

d1(e8) L2 L1 d2(h6) Z Uncoated Code Price (Euro) Coated Code Price (Euro)
3 16 65 3 4 FE0300G4C16A00B065 FE0300G4C16A00N065
4 18 65 4 4 FE0400G4C18A00B065 FE0400G4C18A00N065
5 20 65 5 4 FE0500G4C20A00B065 FE0500G4C20A00N065
6 24 68 6 4 FE0600G4C24A00B068 FE0600G4C24A00N068
8 38 88 8 4 FE0800G4C38A00B088 FE0800G4C38A00N088
3 20 100 3 4 FE0300G4C20A00B100 FE0300G4C20A00N100
4 26 100 4 4 FE0400G4C26A00B100 FE0400G4C26A00N100
5 26 100 5 4 FE0500G4C26A00B100 FE0500G4C26A00N100
6 40 100 6 4 FE0600G4C40A00B100 FE0600G4C40A00N100
8 45 100 8 4 FE0800G4C45A00B100 FE0800G4C45A00N100
10 45 100 10 4 FE1000G4C45A00B100 FE1000G4C45A00N100
12 45 100 12 4 FE1200G4C45A00B100 FE1200G4C45A00N100
14 45 100 14 4 FE1400G4C45A00B100 FE1400G4C45A00N100
16 45 100 16 4 FE1600G4C45A00B100 FE1600G4C45A00N100
18 45 100 18 4 FE1800G4C45A00B100 FE1800G4C45A00N100
20 45 104 20 4 FE2000G4C45A00B104 FE2000G4C45A00N104

8 40 130 8 4 FE0800G4C40A00B130 FE0800G4C40A00N130
10 50 130 10 4 FE1000G4C50A00B130 FE1000G4C50A00N130
12 50 130 12 4 FE1200G4C50A00B130 FE1200G4C50A00N130
14 50 130 14 4 FE1400G4C50A00B130 FE1400G4C50A00N130
16 60 130 16 4 FE1600G4C60A00B130 FE1600G4C60A00N130
18 60 130 18 4 FE1800G4C60A00B130 FE1800G4C60A00N130
20 60 130 20 4 FE2000G4C60A00B130 FE2000G4C60A00N130
10 65 165 10 4 FE1000G4C65A00B165 FE1000G4C65A00N165
12 65 165 12 4 FE1200G4C65A00B165 FE1200G4C65A00N165
14 65 165 14 4 FE1400G4C65A00B165 FE1400G4C65A00N165
16 75 165 16 4 FE1600G4C75A00B165 FE1600G4C75A00N165
18 75 165 18 4 FE1800G4C75A00B165 FE1800G4C75A00N165
20 75 165 20 4 FE2000G4C75A00B165 FE2000G4C75A00N165
25 75 165 25 4 FE2500G4C75A00B165 FE2500G4C75A00N165

d2 Vc x 0.8 Vc x 1 HRC HRC
TITAN
AL
GG
INOX
CU
< 52 HRC
d1 P P M K N N S H
20-30
30-40
a a
p p
1.0050-2 1.5864 1.4405 0.6035 3.2151 2.1247 3.7035 1.3255
a e 1.0060-2 16580 1.4460 0.7080 3.2373 2.0580 3.7055 1.3265
a p a =d1 1.0070-2 1.7225 1.4505 0.8055 3.2382 2.0598 3.7065 1.3333
p
a e=d1 a e 0.5 Vc=100 m/dk. Vc=80 m/dk. Vc=55 m/dk. Vc=120 m/dk. Vc=300 m/dk. Vc=190 m/dk. Vc=45 m/dk. Vc=45 m/dk.
d1 ap ae fz n Vf fz n Vf fz n Vf fz n Vf fz n Vf fz n Vf fz n Vf fz n Vf
3 1.5 1.5 0.01510616 160 XZ 0.015 8492 130XZ 0.020 5838 115XZ 0.043 12738 550 XZ 0.036 31846 1150 XZ 0.03720170 755 XZ 0.012 4777 55 XZ 0.011 4777 50 XZ
4 2.0 2.0 0.020 7962 160 xZ 0.020 6370 130xZ 0.026 4379 115xZ 0.058 9554 550 xZ 0.048 23885 1150 xZ 0.05015127 755 xZ 0.015 3582 55 xZ 0.014 3582 50 xZ
5 2.5 2.5 0.025 6370 160 xZ 0.025 5100 130xZ 0.033 3503 115xZ 0.072 7643 550 xZ 0.060 19108 1150 xZ 0.06212102 755 xZ 0.019 2866 55 xZ 0.017 2866 50 xZ
6 3.0 3.0 0.030 5308 160 xZ 0.030 4250 130xZ 0.039 2919 115xZ 0.086 6369 550 xZ 0.072 15923 1150 xZ 0.07510085 755 xZ 0.023 2388 55 xZ 0.021 2388 50 xZ
8 4.0 4.0 0.040 3981 160 xZ 0.040 3185 130xZ 0.053 2189 115xZ 0.115 4777 550 xZ 0.092 11942 1150 xZ 0.100 7564 755 xZ 0.031 1791 55 xZ 0.028 1791 50 xZ
10 5.0 5.0 0.050 3185 160 xZ 0.050 2550 130xZ 0.066 1751 115xZ 0.144 3821 550 xZ 0.120 9554 1150 xZ 0.125 6051 755 xZ 0.038 1433 55 xZ 0.035 1433 50 xZ
12 6.0 6.0 0.060 2654 160 xZ 0.060 2123 130xZ 0.079 1460 115xZ 0.173 3185 550 xZ 0.144 7962 1150 xZ 0.150 5042 755 xZ 0.046 1194 55 xZ 0.042 1194 50 xZ
14 7.0 7.0 0.070 2275 160 xZ 0.070 1820 130xZ 0.092 1251 115xZ 0.202 2730 550 xZ 0.168 6824 1150 xZ 0.175 4322 755 xZ 0.054 1024 55 xZ 0.049 1024 50 xZ
16 8.0 8.0 0.080 1990 160 xZ 0.080 1592 130xZ 0.105 1095 115xZ 0.230 2388 550 xZ 0.193 5971 1150 xZ 0.200 3782 755 xZ 0.062 896 55 xZ 0.056 896 50 xZ
18 9.0 9.0 0.090 1760 160 xZ 0.090 1415 130xZ 0.118 973 115xZ 0.259 2123 550 xZ 0.217 5308 1150 xZ 0.225 3362 755 xZ 0.070 796 55 xZ 0.063 796 50 xZ
20 10.0 10.0 0.100 1592 160 xZ 0.100 1275 130xZ 0.131 875 115xZ 0.288 1910 550 xZ 0.241 4777 1150 xZ 0.250 3025 755 xZ 0.078 716 55 xZ 0.070 716 50 xZ
25 12.5 12.5 0.130 1274 160 xZ 0.130 1020 130xZ 0.164 700 115xZ 0.360 1528 550 xZ 0.300 3822 1150 xZ 0.312 2420 755 xZ 0.086 573 55 xZ 0.087 573 50 xZ