What is the effective capacity and theoretical capacity for each resource, and their corresponding pool? Unit load: Gold Unit load: Silver Unit load: Number of 50%Gold Resources 50%Silver Mixing 3hrs/order 4hrs/order 3.5hrs/order 3 machines Encapsulating 4hrs/order 5hrs/order 4.5hrs/order 5 machines Bottling 2hrs/order 3hrs/order 2.5hrs/order 2 machines Mixing: Unit load (Tp)= 3.5hrs/order Effective capacity= 1/Tp= 1/3.5hr Theoretical Unit load (TTp)= Tp*(1 CWF)= 3.5hours*(1-.15)= 2.98 hr – Theoretical capacity= 1/TTp= 1/2.98 hr Encapsulating: Unit load (Tp)= 4.5hrs/order Effective capacity= 1/Tp= 1/4.5hr Theoretical Unit load (TTp)= Tp*(1 CWF)= 4.5hours*(1-.25)= 3.37hrs – Theoretical capacity= 1/TTp= 1/3.37hr Bottling: Unit load (Tp)= 2.5hrs/order Effective capacity= 1/Tp= 1/2.5hr Theoretical Unit load (TTp)= Tp*(1 CWF)= 2.5hours*(1-.10)= 2.25hrs – Theoretical capacity= 1/TTp= 1/2.25hr of Cap. Cap. of capacity capacity of R-pool per per of of pool per per day resource pool day (x8hours) Mixing 1/3.5hr 1/2.98 hr 3 0.86/hr 1.01/hr 6.9/day 8.1/day 1/4.5hr 1/3.37hr 5 1.11/hr 1.48/hr 8.9/day 11.8/day Bottling 1/2.5hr 1/2.25hr 2 0.8/hr 0.89/hr 6.4/day 7.1/day Cycle time= 8 hours/ 6.9= 1.16 hours
What is the effective capacity and theoretical capacity for each resource, and their corresponding pool? Unit load: Gold Unit load: Silver Unit load: 50%Gold 50%Silver Number of Resources Mixing 3hrs/order 4hrs/order 3.5hrs/order 3 machines Encapsulating 4hrs/order 5hrs/order 4.5hrs/order 5 machines Bottling 2hrs/order 3hrs/order 2.5hrs/order 2 machines Mixing: Unit load (Tp)= 3.5hrs/order Effective capacity= 1/Tp= 1/3.5hr Theoretical Unit load (TTp)= Tp*(1 – CWF)= 3.5hours*(1-.15)= 2.98 hr Theoretical capacity= 1/TTp= 1/2.98 hr Encapsulating: Unit load (Tp)= 4.5hrs/order Effective capacity= 1/Tp= 1/4.5hr Theoretical Unit load (TTp)= Tp*(1 – CWF)= 4.5hours*(1-.25)= 3.37hrs Theoretical capacity= 1/TTp= 1/3.37hr Bottling: Unit load (Tp)= 2.5hrs/order Effective capacity= 1/Tp= 1/2.5hr Theoretical Unit load (TTp)= Tp*(1 – CWF)= 2.5hours*(1-.10)= 2.25hrs Theoretical capacity= 1/TTp= 1/2.25hr per capacity per resource of of pool capacity of pool Cap. of per day Cap. of R-pool per day (x8hours) Mixing 1/3.5hr 1/2.98 hr 3 0.86/hr 1.01/hr 6.9/day 8.1/day 1/4.5hr 1/3.37hr 5 1.11/hr 1.48/hr 8.9/day 11.8/day Bottling 1/2.5hr 1/2.25hr 2 0.8/hr 0.89/hr 6.4/day 7.1/day Cycle time= 8 hours/ 6.9= 1.16 hours
5.2.ThroughputFinal.docx