passed to pretension roll 21 with its accompanying separator roll 21a the yarn was then passed over cold feed roll pair godet rolls 22 and 23 then through a draw point localizer 29 which was a conventional steam jet then to a draw roll pair of godet rolls 24 and 25 operated to about 145 u00b0 c and traveling at a speed 5 0 to 6 6 times faster than the feed roll then to a relaxation pair of godet rolls 26 and 27 and optionally through an entangling apparatus such as a conventional air operated interlacing jet and on to winder 10 as shown in fig1 typical yarn prepared at a draw ratio of 6 had the following properties ______________________________________denier 1 000tenacity g d 9 25elongation 13 5shrinkage 9 5b q i lt 90______________________________________ the term 34 beaming quality index 34 b q i is defined as defects broken filaments strip backs nubs etc per million yards in beaming of yarn it will be understood that the above described draw panel can be modified if desired for example the yarn may be drawn on a seven roll panel or on a four roll panel however regardless of panel set up the draw panel process steps involve pretensioning to provide yarn stability on the rolls and on entry of the yarn into the draw point localizer steam jet feed rolls to provide constant yarn supply to the draw zone a draw point localizer to provide drawdown point in the draw zone draw rolls to maintain constant draw ratio and relax rolls to provide for control of yarn physical properties optionally a yarn compaction jet may be used before or after the relax rolls to provide yarn.