Page 60 - A9vbtxtc_9jk3vl_5b4.tmp.pdf
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L1
                                                                                                      L2     R

                                                                      d2                                    d1





                                                                              30
                                                                                °
                                d
                                 1


        d1(e8)  L2     L1   d2(h6)   Z     R      Uncoated Code     Price (Euro)    Coated Code      Price (Euro)
           3     5     40     3      4     0,50  FE0300K4C05A05B040                FE0300K4C05A05N040
           4     7     50     4      4     0,50  FE0400K4C07A05B050                FE0400K4C07A05N050
           5     8     50     5      4     0,50  FE0500K4C08A05B050                FE0500K4C08A05N050
           6     8     57     6      4     0,50  FE0600K4C08A05B057                FE0600K4C08A05N057
           6     8     57     6      4     1,00  FE0600K4C08A10B057                FE0600K4C08A10N057
           8    11     63     8      4     0,50  FE0800K4C11A05B063                FE0800K4C11A05N063
           8    11     63     8      4     1,00  FE0800K4C11A10B063                FE0800K4C11A10N063
           8    11     63     8      4     1,50  FE0800K4C11A15B063                FE0800K4C11A15N063
           8    11     63     8      4     2,00  FE0800K4C11A20B063                FE0800K4C11A20N063
          10     13    72     10     4     0,50  FE1000K4C13A05B072                FE1000K4C13A05N072
          10     13    72     10     4     1,00  FE1000K4C13A10B072                FE1000K4C13A10N072
          10     13    72     10     4     1,50  FE1000K4C13A15B072                FE1000K4C13A15N072
          10     13    72     10     4     2,00  FE1000K4C13A20B072                FE1000K4C13A20N072
          12     16    83     12     4     0,50  FE1200K4C16A05B083                FE1200K4C16A05N083
          12     16    83     12     4     1,00  FE1200K4C16A10B083                FE1200K4C16A10N083
          12     16    83     12     4     1,50  FE1200K4C16A15B083                FE1200K4C16A15N083
          12     16    83     12     4     2,00  FE1200K4C16A20B083                FE1200K4C16A20N083
          14     16    83     12     4     0,50  FE1400K4C16A05B083                FE1400K4C16A05N083
          14     16    83     12     4     1,00  FE1400K4C16A10B083                FE1400K4C16A10N083
          14     16    83     12     4     1,50  FE1400K4C16A15B083                FE1400K4C16A15N083
          14     16    83     12     4     2,00  FE1400K4C16A20B083                FE1400K4C16A20N083
          16     19    92     16     4     0,50  FE1600K4C19A05B092                FE1600K4C19A05N092
          16     19    92     16     4     1,00  FE1600K4C19A10B092                FE1600K4C19A10N092
          16     19    92     16     4     1,50  FE1600K4C19A15B092                FE1600K4C19A15N092
          16     19    92     16     4     2,00  FE1600K4C19A20B092                FE1600K4C19A20N092

       d2  Vc x 0,8  Vc x 1  HRC     HRC
                                                 INOX
                                                                                              TITAN
                                                             GG
                                                                                    CU
                                                                         AL
                                                                                                        < 52 HRC
       d1                P           P M K N N S H
       a        a         20-30      30-40
        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 =d 1   1.0070-2    1.7225      1.4505     0.8055      3.2382     2.0598      3.7065     1.3333
                 p
       a e = d 1  a e  0,5 Vc=120 m/dk. Vc=90 m/dk.  Vc=65 m/dk. Vc=130 m/dk. Vc=320 m/dk. Vc=200 m/dk. Vc=50 m/dk.  Vc=50 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  0,01612739 205xZ 0,019 9554 180xZ  0,017 6900 120xZ 0,04513800 620xZ 0,034 33970 1150xZ 0,037  21233 785xZ 0,012 5300 65  xZ 0,010 5300 53xZ
            4    2,0  2,0  0,021 9554 205xZ 0,025 7166 180xZ  0,023 5175 120xZ 0,06010350 620xZ 0,045 25477 1150xZ 0,049  15925 785xZ 0,016 3975 65  xZ 0,013 3975 53xZ
            5    2,5  2,5  0,027 7643 205xZ 0,031 5732 180xZ  0,029 4140 120xZ 0,075 8280 620xZ 0,056 20382 1150xZ 0,062  12740 785xZ 0,020 3180 65  xZ 0,017 3180 53xZ
            6    3,0  3,0  0,032 6369 205xZ 0,038 4777 180xZ  0,035 3450 120xZ 0,090 6900 620xZ 0,068 16985 1150xZ 0,074  10617 785xZ 0,025 2650 65  xZ 0,020 2650 53xZ
            8    4,0  4,0  0,043 4777 205xZ 0,050 3583 180xZ  0,046 2587 120xZ 0,120 5175 620xZ 0,090 12739 1150xZ 0,099  7962 785xZ 0,033 1987 65  xZ 0,027 1987 53xZ
           10    5,0  5,0  0,053 3822 205xZ 0,063 2866 180xZ  0,058 2070 120xZ 0,150 4140 620xZ 0,110 10191 1150xZ 0,123  6370 785xZ 0,041 1590 65  xZ 0,033 1590 53xZ
           12    6,0  6,0  0,064 3185 205xZ 0,075 2389 180xZ  0,070 1725 120xZ 0,180 3450 620xZ 0,140  8492 1150xZ 0,148  5308 785xZ 0,049 1325 65  xZ 0,040 1325 53xZ
           14    7,0  7,0  0,075 2730 205xZ 0,088 2047 180xZ  0,081 1478 120xZ 0,210 2957 620xZ 0,160  7279 1150xZ 0,173  4550 785xZ 0,057 1136 65  xZ 0,047 1136 53xZ
           16    8,0  8,0  0,086 2389 205xZ 0,100 1791 180xZ  0,093 1294 120xZ 0,240 2588 620xZ 0,180  6369 1150xZ 0,197  3981 785xZ 0,065  994 65  xZ 0,053  994 53xZ
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