WILLIAMS PLT BEL DESIGN ENGINEERING 2/12/97
DSP01 MULTI-LINE PRODUCT STRUCTURE MAINTENANCE DETAIL
Part Number - Parent BOLT-200
BOLT 200
Sequence Number - P/S 020
Part Number - Component BOLT-200A Quantity of Component/Parent 10
BOLT 200 A
Component Scrap Factor .00 Usage Code C
Reference Code - P/S Component Offset Days 000
Delivery Frequency .00 Operation Number 000
BON Safety Stock .000 Deduct Operation
Eng Change Order - In Eng Effectivity Date-In 000000
Eng Change Order - Out Eng Effectivity Date-Out 000000
F2=Command F3=Exit F4=Prompt F5=Multi-Line
F9=Inquiry F15=Rekey Data F18=Comment Maint
This screen displays the fields that define the relationship between one parent and one component. The parent part number, sequence number, and component part numbers may not be changed on this screen.
PLANT
Display only. This screen displays product structure information for parts in this plant. The plant was entered on the Function Select screen.
PART NUMBER
Display only. The parent part whose bill of material is displayed. The part type must be manufactured, planning, or build-thru.
BATCH QUANTITY
Display only. The standard quantity of an item that is produced in each production run. If you do not use batch sizing, the batch quantity is defined as 1. When you create a manufacturing order, you will specify some multiple of the batch size for the order quantity.
PARENT PART NUMBER DESCRIPTION
Display only. The description associated with the parent part. Used on various screens to help identify the parent part.
SEQUENCE NUMBER - P/S
Display only. Number used to indicate the order in which components should be displayed on the multi-line screen and printed on bills of material.
PART NUMBER - COMPONENT
Display only. The part number that is used as a component of the parent part. Must be an existing, active part that has a part type of Purchased (1), Manufactured (2), Raw Material (3), Reference (5), Build-Thru (6), or Transfer part (8). May be a Reference part only if the structure is a reference structure (Reference Code - P/S = R). The component can be a planning part only if the parent is a planning part.
QUANTITY OF COMPONENT/PARENT
Required. Quantity of the component required to manufacture one batch of the parent part. May have up to seven decimal positions. Should be reviewed for accuracy if the parent Part Master batch quantity changes.
COMPONENT PART NUMBER DESCRIPTION
Display only. The description associated with the component part. Used on various screens to help identify the component part.
COMPONENT SCRAP FACTOR
Optional. The scrap factor of the component part. Used to increase the quantity of the component needed in the manufacturing process to make the parent part to account for unusable component parts. Must be numeric. Must be zero for planning parts.
USAGE CODE
Required. This is used to determine whether a component part will be consumed (C) by the parent part or produced (P) as a result of making the parent part. Any part type may be by-product of a manufacturing operation.
REFERENCE CODE - P/S
Optional. A Reference Code of R indicates a reference structure for the bill of material. The Reference Code must be R if the component part is a reference part (part type 5). For more information about reference codes, type an X to the left of this paragraph and press F11.
COMPONENT OFFSET DAYS
Optional. This field MUST be zero for multi-level backflushed components. For just-in-time (JIT) parts, the component offset days are the number of days from the issue of the component part to the receipt of the parent part. If this value changes, through either a maintenance transaction or generation of a new revision level, rerun Master Scheduling and Requirements Planning to ensure that values affected by the change (such as flow requirements and authorizations) are updated. This field is used to avoid unnecessary buildup of component inventory.
DELIVERY FREQUENCY
Optional. In a JIT environment, the delivery frequency indicates the number of times each day that a component part is delivered to produce the parent part. A delivery frequency of zero indicates that there is no limit to the number of times a component may be delivered to a parent. Type an 'X' to the left and press F11 for more information.
OPERATION NUMBER
Optional. This may be used to document the relationship between a component and the routing operation where it is used. The operation number may be used to tie a particular component to an operation in the routing for reference or reporting purposes.
When creating manufacturing orders you may use a standard bill of material or the component requirement rules to specify the necessary components. When performing SIR issues in a multiple location backflushing environment, the operation number can be used to override the SIR location defined on the component's Part Master record with a location defined on the routing step workcenter. If an operation number is specified, the system will search for its corresponding labor requirement. If the labor requirement exists, the default SIR location specified for that workcenter will then be used if that location is non-blank. Otherwise, the SIR location specified on the Part Master record will be used.
When a standard manufacturing order is created, the component requirement operation number will default to this field. For configured manufacturing orders, the component requirement operation number will default from the Component Requirement rule. For children of build-thru components, the reference operation number of the child will be determined as follows:
1) If multiple location backflushing is not used, the reference operation number will default to the operation number of the top build-thru part.
2) If multiple location backflushing is used, the reference operation number of the actual component will be used if it is not equal to blanks or zeros. If it is equal to blanks or zeros, the reference operation number of the lowest level build-thru component will be used. If this number is equal to blanks or zeros, the next level build-thru part will be used. This check will continue until the top build-thru part is reached.
BON SAFETY STOCK
Optional. The number of BON cards held on reserve for the part. These cards are used only if all other BON cards for the part are in transit to request components. Type an 'X' to the left and press F11 for more information.
DEDUCT OPERATION
Optional. Enter the step in the parent part's routing where the component is issued by deduct issue. This field must be left blank if the component is a JIT multi-level backflushed part. If the operation changes, through either a maintenance transaction or the generation of a new revision level, rerun Master Scheduling and Requirements Planning to ensure that values affected by the change are updated. If the component has a produced usage code, this indicates an operation step at which a by-product is received from the process. Type an 'X' to the left and press F11 for more information.
ENGINEERING CHANGE ORDER - IN
Required or Optional; depending on category C12. May be used to define an engineering change order associated with this component relationship. If entered, the engineering change order number must exist on the Engineering Change Order (ECO) File. An engineering change order (In or Out) is required if Reference File category C12 (ECO date update option) is 1-ECO Required.
ENGINEERING EFFECTIVITY DATE - IN
Display Only or Optional; depending on category C12. The first date this component relationship should appear in the bill of material. If this field is left blank, but the Eng Change Order - In field has been entered, the date is defaulted from the Engineering Change Order File. The date is system maintained if Reference File category C12 is equal to 1 or 2 - Date system maintained. This field is display only if category C12 is 1. For more information, type an X in front of this paragraph and press F11.
ENGINEERING CHANGE ORDER - OUT
Required or Optional; depending on category C12. May be used to define the engineering change order that causes this component relationship to be removed from the bill of material. If entered, it must exist on the Engineering Change Order (ECO) File. An engineering change order (In or Out) is required if Reference File category C12 is 1-ECO required.
ENGINEERING EFFECTIVITY DATE - OUT
Display Only or Optional; depending on category C12. The last date that the component relationship represented by the engineering change order - out should appear in the bill of material. If this field is left blank, but the Eng Change Order - Out field has been entered, the date is defaulted from the Engineering Change Order File. The date is system maintained if Reference File category C12 is equal to 1 or 2 - Date system maintained. This field is display only if category C12 is 1. For more information, type an X in front of this paragraph and press F11.
COMMAND KEYS
Enter - Update the product structure.
F2 - Display a window where a fast path option or mnemonic can be entered. Fast path allows the next menu selection to be made directly from this screen. When the window is displayed, pressing F3 will remove it.
F3 - Display Design Engineering Application Menu with out updating the product structure.
F4 - Display a list of values for the field where the cursor is positioned. If you select one of the items from the list, it will be returned to the application screen.
F5 - Display the multi-line screen.
F9 - Enter the Bill of Material inquiry.
F10 - Return to Function Select screen without updating the product structure.
F15 - Redisplay values before most recent changes.
F18 - Enter BOM text maintenance. Changes are validated and updated prior to entry.
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