Allocation Examples
EXAMPLE 1: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A. The tables shown below indicate quantities after entering and posting the order.
Item A M N Y On-Hand = 0 Alloc = 0 | |||||||
Item B P Y Y On-Hand = 100 Alloc = 0 | Item C P Y Y On-Hand = 100 Alloc = 0 | Item D M N Y On-Hand = 0 Alloc = 0 | |||||
Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 10 | 100 10 | 0 10 | 100 10 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 2: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 100 10 | 90 0 | 90 0 | 0 0 | 90 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 3: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 100 10 | 90 0 | 90 0 | 90 0 | 100 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 4: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 5: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Report production for qty completed On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 6: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Report production for qty completed On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 7: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 8: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
Report production for qty completed On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After production order is posted On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 9: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 100 10 | 90 0 | 90 0 | 90 0 | 100 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 10: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Report production for qty completed On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After production order is posted On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 11: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M Y Y
On-Hand = 100 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 100 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 100 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 100 10 | 90 0 | 90 0 | 0 0 | 90 0 |
Report production for qty completed On-Hand Allocated | 100 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After production order is posted On-Hand Allocated | 110 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 100 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 12: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 0 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 0 10 | 90 0 | 90 0 | 0 0 | 90 0 |
Report production for qty completed On-Hand Allocated | 0 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After production order is posted On-Hand Allocated | 0 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 13: In this example, both COP and BOMP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M N Y
On-Hand = 0 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 0 | 100 0 | 0 0 | 100 0 |
After order is copied into BOMP On-Hand Allocated | 0 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Print Production Work Order and On-Hand answer N to WIP Allocated | 0 10 | 100 10 | 100 10 | 0 10 | 100 10 |
Report production for qty completed On-Hand Allocated | 0 10 | 100 10 | 100 10 | 0 10 | 100 10 |
After production order is posted On-Hand Allocated | 0 10 | 90 0 | 90 0 | 0 0 | 90 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 0 0 | 90 0 |
EXAMPLE 14: In this example, COP, BOMP and SFC are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "N" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
NOTE: If SFC is in use, ALL allocations occur in SFC | Item A | Item B | Item C | Item D | Item E |
After order is entered in COP and SFC On-Hand Allocated | 0 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is allocated in SFC On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After Production Order is entered On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After Production Order is posted On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Issue/Material/Return application On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 90 0 | 100 0 |
Note: Updating of Item E will only occur if product structure for Item D is copied (F4) into SFC!
EXAMPLE 15: In this example, COP, BOMP and SFC are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A.
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| Item A M N Y
On-Hand = 0 Alloc = 0 |
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Item B P Y Y
On-Hand = 100 Alloc = 0 |
| Item C P Y Y
On-Hand = 100 Alloc = 0 |
| Item D M Y Y
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP and SFC On-Hand Allocated | 0 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After order is allocated in SFC On-Hand Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After Production Order is entered for On-Hand operation at "M" or "Y" count-point Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
After production order is posted On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 90 0 | 100 0 |
EXAMPLE 16: In this example, COP, BOMP and MRP are set to "Y" in the Company File. The "Process Non-Stk Parents in BOMP" flag is set to "Y" in the I/M Setup File. The product structure below shows quantities prior to entering a COP order for 10 units of Item A. The following steps are also assumed to have occurred: regenerate material plan, merge COP order into MRP (formula A), change CP to FP for item A, and copy FP orders into BOMP.
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| Item A M Y Y L
On-Hand = 0 Alloc = 0 |
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Item B P Y Y L
On-Hand = 100 Alloc = 0 |
| Item C P Y Y L
On-Hand = 100 Alloc = 0 |
| Item D M Y Y L
On-Hand = 100 Alloc = 0 | |||
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Key: M = Manufactured P = Purchased Y Y = Stocked and Controlled N Y = Non-Stocked and Controlled L = Lot (Order Policy code) Y N = Stocked and Non-Controlled N N = Non-Stocked and Non-Controlled | Item E P Y Y L
On-Hand = 100 Alloc = 0 | ||||||
Item A | Item B | Item C | Item D | Item E | |
After order is entered in COP On-Hand Allocated | 0 10 | 100 0 | 100 0 | 100 0 | 100 0 |
After Firm Planned order is copied On-Hand into BOMP from MRP Allocated | 0 10 | 100 10 | 100 10 | 100 10 | 100 0 |
Print Production Work Order and On-Hand answer Y to WIP Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
Report production for qty completed On-Hand Allocated | 0 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After production order is posted On-Hand Allocated | 10 10 | 90 0 | 90 0 | 90 0 | 100 0 |
After order is posted in COP On-Hand Allocated | 0 0 | 90 0 | 90 0 | 0 0 | 100 0 |