Previously, Material Requirements Planning (MRP) preferred practices meant that the component's due date was the same as the parent's shop order release date. Because MRP trends have changed, the preference for this due date is the day before the release date of the parent. Although Infor LX already has this functionality in Shop Order Maintenance programs (SFC500), users could not change how due dates were determined for lower-level shop orders in Multi-Level Shop Order Release, SFC530D.

This enhancement provides an additional parameter for Multi-Level Shop Order Release. This parameter allows the user to change how the due date of the child components is determined. The Multi-Level Shop Order Release, SFC5302, has a new parameter for shop orders. The Due Date of Children = Release Date of Prent (Due Date of Children) field allows the user to set the due date determined for multi-level shop orders.

This feature uses different exchange rates in the user's inventory processes by using new macros in Post Inventory to G/L, INV920D. INV920 used macros limited by the Override Exchange Rate parameter set on the book in Book Definition, CEA105D3. If the Override Exchange rate parameter is set to No, the macro uses the Rate Type of the Book. If the Override Exchange parameter is set to Yes, the macro uses the Rate Type of the Order Company. This enhancement provides macros that use the Rate Type of the Order Company. This enhancement provides macros that use the Rate Type of the Warehouse Company, Order Company, or the Book regardless of the Override Exchange Rate parameter in the Book.

1. Most commonly Engineering is involved in writing the rules, creating the bills and routings.
2. Sales or Customer Service determines the questions and the order they are asked in.
3. Sales or Customer Service determines the rules for the pricing.
4. Sales, or Customer Service, and Engineering work together in determining the part number, description and text.

What are the steps?

1. You must start by defining the features and options (questions and answers) and the order in which these are asked. We work this out first using sticky notes and large easel paper. Normally during the process we find that we want to move these questions around. Setting them down on paper makes the process of getting the data into Baan much more efficient. We also then have a record of what decisions were made prior to entering the data. This is normally a joint effort of Engineering and Sales. This is required and must be the first step.
2. Constraints for features and options. These are the rules for determining what questions are asked and which options are allowed. This is generally done by Engineering or whoever is responsible for the configurator. This is required.
3. Generic Bill of Material. All possible bill options are entered here and constraints are written to determine which options are selected based on the answers to the questions. This is generally done by Engineering or whoever is responsible for the configurator. This is a required step.
4. Generic Routing. Similar to the bill of material, but used for generation of the routing steps. This is generally done by Engineering or whoever is responsible for the configurator. This is optional.
5. Generic Item Data. This consists of creating custom item numbers, descriptions, text, material, size or standard fields in the custom item master. This is generally done by Engineering or whoever is responsible for the configurator though Sales may have some involvement. This is optional.
6. Generic Pricing. This is used to calculate the selling price based on the answers to the questions. This is normally a responsibility of Sales or whoever determines the pricing. This group is also trained on writing the constraints for this section only. This is optional.