Output of 2FILE, English version 
================================ 
release 3.7 


F I N I S H I N G   S E Q U E N C E   F O R   S Q U A R E   28 

          Filename: square28.two

20 SQ     33.58114  1.013  area 1125.784   speed 7141   ang 91 

21 LDI     b1t    h1t    b1r    h1r    r     maxw   gap   dnom   dwor   [mm]
           49.38 37.80   48.44 37.36   0.84  48.63 2.00   240    219.5 
  ang 105  ang2 112                          46.77
          cE3    area   slip   speed   revs  temp  K 22  P 23   M 531    N
          71     932.6  1.022  8620    733   1000   213   221    5208    400 
    R% 17.16     mm^2          mm/s    rpm    øC   N/mm^2  kN    N m     kW
          bite angle = 17.0 degrees                % C Mn Cr: 1  1  1 
          HSC \ KSC: 80 \ 3 ; h \ span: 300 \ 800 mm             CONT
          compound stress in rolls: 40 N/mm^2, or 4 kg/mm^2

22 FIN     lt            lr    sdiag   r     maxw   gap   dnom   dwor   [mm]
          28.36         28.36  39.43   0.61  39.85 1.00   240    215.9 
  ang 90.5  ang3 94                          39.28
          cE3    area   slip   speed   revs  temp  K 19  P 15   M 340    N
          63     803.9  1.016  10000   870   1010   188   147    3330    303 
    R% 13.80     mm^2          mm/s    rpm    øC   N/mm^2  kN    N m     kW
          bite angle = 16.5 degrees                       lamk = 1.4 
          HSC \ KSC: 80 \ 3 ; h \ span: 300 \ 800 mm             RPF = 1 
          compound stress in rolls: 28 N/mm^2, or 2.8 kg/mm^2


  This is a finishing sequence for squares. You can use it to replace a
  finishing sequence for rounds having the same entry SQ area. Just run 
  your billet-to-round roll pass design program with exactly this data:

    finished round diameter = 32.52886 mm
    finishing speed =  9.427 m/s

  If you use DESFILE, don't forget to launch it through the secret door: 
  when asked for the proper parameters set both of them to 1.1; this way
  all the definite passes in the stretching mill will be squares.