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George Moroses

Infor LX & BPCS Manufacturing Tip: Backward Scheduling

Operations are automatically backward scheduled at shop order release time. The backward scheduling algorithm starts with the shop order due date and schedules each operation based upon the standard move and queue times in the routings and the number of days the job is expected to run at standard. The system calculates and stores the operation scheduled start date. The dates may be modified by the shop order maintenance program. The number of days that a job is expected to run an operation is dependent upon the available capacity for that work center and the total hours scheduled for that operation.

The backward scheduling algorithm also considers the shop calendar for weekends, shutdowns, holidays, and partial days. Backward Scheduling Process The algorithm starts with the due date of the shop order or planned order. The system makes the following calculations for each operation in the reverse sequence:

1. The number of move days is subtracted from the due date (or initial date of the previous operation) to get the due date for this operation. The move days are only used on valid shop calendar days.

2. The system uses the following calculation for the number of clock hours for the operation: Standard run or machine hrs/No. of operators + setup hours

3. The number of clock hours is spread over the available daily capacity of the work center for those given days. The system uses the following calculation for the daily capacity of the work center: Number of shifts x hours per shift x average efficiency/100

4. Each day is checked against the shop calendar; the calculation bypasses inactive days or adjusts for any changes in the work center capacity for that day.

5. Queue time days are subtracted in the same manner as move time days. The resulting date is the operation start date.

The algorithm then goes to the previous operation. When all operations have been included, the resulting date is the scheduled start date of the shop order. Note that MRP uses the item lead time to determine material requirement dates on planned orders.

Backward scheduling is supported in all shop order release programs (SFC500, SFC550, and FAS510). Backward scheduling is recalculated if a shop order is maintained through SFC500 when the due date or the required quantity is changed; however, you cannot enter move and queue times through the maintenance program when adding an operation to the shop order.

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Tips:  LX | BPCS | M3

This feature provides the ability to enter information in the shelf life days and retest days fields for non-QMS lot controlled items, even when the QMS product is installed. The purpose of this enhancement is to allow the user to enter information for non-QMS lot controlled items even when QMS is activated in Parameters Generation, SYS800D. In previous versions, when QMS was activated, the Shelf Life Days and Retest Days fields in Facility Planning Maintenance (MRP140) and Item Master Maintenance (INV100) were not maintainable for non-QMS lot controlled items. The user is now able to change non-QMS lot controlled items even when a QMS product is installed.

The Facility Period Close process, as introduced in Infor LX 8.3.4, was designed to function interactively. 

The expectation was that clients with a continuous or 24-hour worldwide operation in multiple facilities would submit the Period End Close jobs for each facility as daily operations ceased or shifts ended for each facility. This process was designed to function interactively so that validations of users performing transactions that conflicted with period end processing, and resulting messages, were immediately sent to the period end user. 

This enhancement provides a batch mode for the Facility Period Close (INV930) process and allows the Update IIM Inventory from IWI (INV931) process to be submitted from the INV930B program. The enhancement also provides a batch mode for the INV931 process. For example, a user has a 24-hour operation in facilities around the world, but a centralized IT operation. With this enhancement the user can submit the individual facilities to be closed to a batch process that can be managed by a scheduler, automatically releasing each facility to be closed at a predetermined time.

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Tips: LN | Baan

All actions required for converting, validating, matching, and posting electronically received bank statements can be performed within a single session:

  • Bank Statement Workbench (tfcmg5610m100)
  • Bank Statement (tfcmg5610m000)

Alternatively, you can use the sequence of electronic bank statement sessions outlined below.

Steps to Process Electronic Bank Statements:

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