The following data was collected by engineers attempting to radace setup time of a molding mach types of product, P1, P2, and P3 are manufactured on this machine Table 1. Current situation of molding machine setup Element DESCRIPTION OF Cumulative Individua HISTOGRAM OF NOVIDUAL THES number TEELEMENT time time [sec] hour min sec (sec 10 20 30 40 50 60 100 100 . 31 1 2 3 4 5 6 7 8 9 10 Totals 14 09 15 Machine shutdown O Determine which setup? Walk to the office Searching for Does Walk to the machine Take the needed to do Dotho Setup Test and adu 2 Returns tools & Docs 2 Resume production 2 all elements 00 31 1 12 01 26 0135 01 50 02 20 32 30 03 35 10 05 13 45 OOOONN 30 220 8025 Assumptions Production rates on the machine are: 2units'min, 4unitsimin, and Sunity min for Pl.P2. and P3 respectively Onder sizes work for the three products are 600, 1400 and 1800 units for P1, P2, and P3 respectively A week - 5 days or 40 hours of work. Allow 45 minutes per day for breaks, lunch.... What is required Graph the histogram of the elements of the setup 2 Divide the elements into external and intemal setup time. Determine % of setup time classified as internal 3. Considering the current situation, what of the internal setup time could be converted to internal. Determine, minimum setup time possible 4. Determine total lcad time to manufacture the weekly orders if we produce cach product once a week: A) if we use original setup time. m) if we use setup time in part 3 above $ Determine total lead time to manufacture the weekly cedets if we produce each product twice a weck: A). if we use original setup time.. B) if we use setup time in part above Litt list 3 strategies to reduce the minimum setup time determined is 3 borbe 10 (SMD standard)