the light - section wire mill according to the invention includes , as a rule , a preheating chamber , in which a wire billet is preheated before , it is heated , e . g ., in a gravity discharge oven to a rolling temperature . from the oven , the wire billet is transported , after a high - pressure water descaling , to a multiple stand breaking - down train , in which the wire billet is reduced to a round cross - section . following the breaking - down train , it is customary to provide a guillotine , crop , and chaff shears , which are positioned for preparing the chop ends for the intermediate mill , in which a plurality of further reductions is effected . finally , the rolled wire , after a renewed chopping of the rolled ends , is transported to the finishing block 1 , schematically shown in the figure . the finishing block 1 comprises ten twist - free stand units with a 45 ° arrangement . the horizontal stand units are designated in the figure by numerals 2 , 4 , 6 , 8 and 10 . the vertical stand units are shown in a schematic top view as oppositely located rolls 3 and 3 &# 39 ;. the roll tires of the stand units are formed of a hard metal and are drawn oil - hydraulically on the flying roll shafts . by pressing two calibrating roll tires on the contact surface of the roll shaft , the deflection of the pitch line is permitted . therefore , an axial adjustment is not necessary . the radial adjustment is effected manually by using an eccentric . all inlet fittings are adjusted to an exact stand inlet with light optical means and are further adjusted , again with light optical means , during assembly . the finishing block 1 is connected with a transfer gear box 5 having a first output shaft 7 for driving the horizontal stand units and a second output shaft 9 for driving the vertical stand units . in addition , the light - section wire mill , schematically shown in the drawing , includes a two - stand temper pass block 11 , in which the vertical stand unit 11 &# 39 ; and the horizontal stand unit 11 &# 34 ; are arranged at an angle of 90 ° to each other . the finishing block 1 and the temper pass block 11 are aligned relative to each other along the pitch line . the temper pass block 11 is connected with an indexing drive 12 having an output shaft 13 for driving the horizontal stand unit and an output shaft 14 for driving the vertical stand unit . the input shafts 15 and 16 of the drives 4 and 12 , respectively , are directly connected with three power , similarly designed , d . c . motors 19 , 19 &# 39 ; and 19 &# 34 ;. the d . c . motors drive the transfer gear box 5 and the indexing drive 12 . between the drives 5 and 12 , there are provided a water tank 17 for cooling the rolled stock and an equalizing filler 18 for equalizing the temperature of the rolled stock . after the temper pass block , there are provided , not shown , further water - cooling means as well as adjusting arrangements , a coil forming chamber , a hook conveyer for cooled and prepared for shipment wire coils . the breaking - down and chopped wire from the intermediate mill enters in the finishing block and is reduced in the ten stand units twist - free to a diameter , e . g ., of 5 . 5 mm with a rolling speed of about 85 m / sec . finally , the wire is transported through the water tank 17 , is cooled down there , and then is transported through the temperature equalizing filler 18 . the control of cooling and temperature equalizing depends on the respective wire materials and the desired quality . if necessary , cooling and equalizing means may be provided in the finishing block 1 . finally , the wire is transported to the temper pass block 11 and there is rolled to a diameter of 5 mm or less in two passes . then , the wire is transported to , not shown , arrangements such as water - cooling means , coil - forming means , hook conveyor , etc . before passing of the wire in the temper pass block , the outlet stand 10 of the finishing block 1 opens about 0 . 02 to 0 . 05 mm , so that the outlet speed is slightly reduced . by opening the outlet stand of the finishing block , the drawing of the rolled wire is enlarged to an extent such that in the temper pass block , even with retardation of the initial pass , a reliable bite is insured . after the initial pass in the temper pass block , the outlet stand of the finishing block is reset to the initial pass setting . the speed ratio in the transfer gear box 5 and the indexing drive 12 is so selected that a reduced drawing between the two blocks prevails which , with the passing wire , cushions the cross - sectional difference . it should be noted that the finishing rolling can take place with or without cooling of the wire stock in the water tank 17 . it is obvious that the temper pass block 11 or its stand units 11 &# 39 ; or 11 &# 34 ; can optionally be synchronized with stand units 2 , 4 , 6 , 8 or 10 of the finishing block 1 so that at any time the rolling wire with a different diameter can be produced as a final product . this can result , if necessary , in that a predetermined roll tire can be taken from the finishing block 1 and put in a corresponding stand unit of the temper pass block 11 . the arrangement of the finishing and temper pass blocks according to the invention makes the operating characteristics of a light - section wire mill even more flexible , in particular with regard to their adaptation to different rolling wire products and their quality . thus , it may be said that almost an ideal solution of the problem at hand has been found . while a particular embodiment of the invention has been shown and described , various modification thereof will be apparent to those skilled in the art , and therefore , it is not intended that the invention be limited to the disclosed embodiment or to the details thereof , and departures may be made therefrom within the spirit and scope of the invention as defined in the appended claims .