xii. Total time lose /HR = 15.18 xiii. Reworks = 15.18x18=273 xv. Actual progress= 806x8=6454 xvi. Rework% = 25% (g) Summary Time and Motion (Conveyor # 1-6) – Conveyor Reworks Production Remarks #1 35% 4184 #2 30% 6016 #3 33% 5736 #4 34.9% 5616 #5 35% 5594 #6 25% 6454 32.15% 33600 (h) Electrical Capacity of Extrusion Section Ser Make & Type Made Size Motor RPM i. Warming Roll #1 Dailan 22’’x60’’ 95 KW 980 (128 HP) ii. Warming Roll #2 Dailan 22’’x60’’ 110 KW 730 (147.5 HP) iii. Warming Roll#3 iv. Feeding Roll #1 Taiwan 16’’x44’’ 40.2 KW 725 (50 HP) v. Feeding Roll #2 Taiwan 16’’x44’’ 40.2 KW 725 (50 HP) vi. Feeding Roll #3 Taiwan 16’’x44’’ 40.2 KW 725 (50 HP) vii. Refining #1 Taiwan 6’’ 75 KW 1480 (101 HP) viii. Refining #2 8’’ 75 KW 1428 (101 HP) ix. Refining #3 One 8’’ 90-108 KW 1480 (144.7 HP) X Extruder#1 Seyen 6” 1428 Taiwan (134HP) Xi Extruder#2 Yuan king 6” 45KW 1470 Taiwan (60HP) Xii Extruder#3 Kayton 6” 45-50KW Taiwan (67HP)
xii. Total time lose /HR = 15.18 xiii. Reworks = 15.18x18=273 xv. Actual progress= 806x8=6454 xvi. Rework% = 25% (g) Summary – Time and Motion (Conveyor # 1-6) Conveyor Reworks Production Remarks #1 35% 4184 #2 30% 6016 #3 33% 5736 #4 34.9% 5616 #5 35% 5594 #6 25% 6454 32.15% 33600 (h) Electrical Capacity of Extrusion Section Ser Make & Type Made Size Motor RPM i. Warming Roll #1 Dailan 22’’x60’’ 95 KW (128 HP) 980 ii. Warming Roll #2 Dailan 22’’x60’’ 110 KW (147.5 HP) 730 iii. Warming Roll#3 iv. Feeding Roll #1 Taiwan 16’’x44’’ 40.2 KW (50 HP) 725 v. Feeding Roll #2 Taiwan 16’’x44’’ 40.2 KW (50 HP) 725 vi. Feeding Roll #3 Taiwan 16’’x44’’ 40.2 KW (50 HP) 725 vii. Refining #1 Taiwan 6’’ 75 KW (101 HP) 1480 viii. Refining #2 8’’ 75 KW (101 HP) 1428 ix. Refining #3 One 8’’ 90-108 KW (144.7 HP) 1480 X Extruder#1 Seyen Taiwan 6” (134HP) 1428 Xi Extruder#2 Yuan king Taiwan 6” 45KW (60HP) 1470 Xii Extruder#3 Kayton Taiwan 6” 45-50KW (67HP)
orientation-report-syed-mohsan-raza.docx