The code of the configurable item.
Generic BOMs (tipcf3110m000)Use this session to define the generic BOM and all its components for a generic item or a purchased configurable item. An item is configurable when the Configurable check box is selected. You can select the Configurable check box in the Items - General (tcibd0501m000) session. You can use a configurable purchased item in a BOM for a manufactured or generic assembly item. A manufactured or generic assembly items can hold following components:
Note
For more information on procuring purchased configurable items in Assembly Control module, refer to The selections of the customer can be used to generate BOMs. Constraints control the translation of customer requirements into the components of the BOMs for product variants. You can enter a planning percentage for the components of the BOM. Planning percentages enable the user to create a forecast of the demand for the item. Note If the Multilevel PCF Choice Structure check box in the Product Configuration Parameters (tipcf0100m000) session is selected, you can use extra generic levels in the product structure for a multi-level selection structure.
Generic Item The code of the configurable item. Default Supply Source The source that supplies an item by default. An item can be
supplied by using purchase orders, production orders, assembly orders, or
warehousing orders. The default supply source determines what type of order is used to supply the item, but in general, you can override the default and specify an alternate source. This field can be used to determine what type of supply order LN must create if you enter a sales order for this item and the item's inventory on hand is not sufficient.
If the item type is Manufactured or Generic, this field can be Shop Floor or Assembly. If the item type is Engineering Module, this field is Assembly and cannot be changed. If the item type is Purchased, this field is Purchase and cannot be changed. BOM Quantity Defines the number of manufactured items on which the item's BOM is based. It enables you
to specify very small item quantities as bill of material
components. BOM Quantity The inventory unit of the BOM
unit. Position The position number of the component allows unequivocal
recognition of the generic bill of material. This number is comparable to the
position number in the production bill of material. In a generic BOM, however,
several variants can be defined for each position number. Position The sequence number indicates that several versions of the
component for each position number can exist. For product variants, enter the sequence number within a position number of the generic bill of material. This sequence number can also be left empty. Item The item code of the component. Generic and standard items are
allowed. A generic item can also be the main item in another generic bill of
material. A standard item can also be a main item in a production bill of
material. The components must be items with the Purchased, Manufactured, or Generic item type. The component must be predefined in the Items - Production (tiipd0101m000) session. From this field, you can directly record items in the Items - General (tcibd0501m000) session. Operation Operations needed to produce a generic manufactured item are
defined in the generic routing by means of
operation numbers. These operations are included in the production order
planning. Warehouse The warehouse where the component is stored and where the
allocation for a production order is made. WMS Controlled If this check box is selected, you defined in the Warehouses (tcmcs0503m000) session that an integration with a Warehouse
Management System (WMS) exists. The value of the Lot Selection field in this session must be the same as in the used
WMS. Lot Selection This field is applicable for lot-controlled items. The values Any, Same, or Specific regard the special conditions for the delivery of lot items on order lines. The
values also determine the way lot numbers are assigned. Allowed values Assembly Operation The assembly operation to which the purchased configurable item is linked. This data is displayed only for configurable purchased
child items. For more information on procuring purchased configurable items in Assembly Control module, refer to Line Station The line station to which the purchased configurable item is linked. This data is displayed only for configurable purchased
child items. For more information on procuring purchased configurable items in Assembly Control module, refer to Constraint The code of the constraint that is
applicable to this component. In the constraint text, you can define the condition under which this component must be selected when you generate the project structure. Length The length of the component. This field can be used, together with the Width field and number of units, to calculate the net quantity. The net quantity is the Length field multiplied by the number of units, multiplied by the Width field if applicable. Width The width of the component. This field can be used, together with the Width field and number of units, to calculate the net quantity. The net quantity is the Length field multiplied by the number of units, multiplied by the Width field if applicable. Number of Units The number of units is the number of times that the component
appears in the specified length (and width, if applicable). Net Quantity The net quantity of the component (excluding the scrap
percentage) required to produce the manufactured item. Net Quantity The inventory unit of the net
quantity. Scrap Quantity Unusable material or rejects of intermediate products, for
example, because of faulty components, or products lost in cutting or sawing
operations. The gross material requirements and/or an operation's input
quantity must be increased to account for anticipated scrap. In the BOM, you can define scrap as a percentage of the net material requirements, which is the scrap factor, and as a fixed quantity, which is the scrap quantity. A scrap quantity is mostly used to define the amount of material that is lost every time when you start producing, for example, to test the equipment. For an operation, you can only define the scrap as a fixed quantity. The quantity of material that is lost during production. The quantity is a fixed quantity that is independent of the quantity produced. Recording a scrap quantity prevents shortages in production. Scrap is an extra loss in addition to the loss caused by the yield being less than 100%. If you generate the BOM from an engineering BOM, the scrap factor and scrap quantity values are also copied. However, these values are only copied if the sequence number is the only thing changed, for example, wheel 10/1 to wheel 10/2. If a new item exists on the BOM line, for example, wheel to spare wheel, the scrap data is not copied. In this case, scrap quantity and scrap factor will be zero. Scrap Factor Defining a scrap factor prevents
shortages in production. The scrap factor is expressed as a percentage
loss. A scrap factor of 5% means that LN will allocate 5% more of a component for a production order (gross material requirement). Scrap is an extra loss in addition to the loss caused by the yield being less than 100%. If you generate the BOM from an engineering BOM, the scrap factor and scrap quantity values are also copied. However, these values are only copied if the sequence number is the only thing changed, for example, wheel 10/1 to wheel 10/2. If there is a new item on the BOM line, for example, wheel to spare wheel, the scrap data is not copied. In this case, the scrap quantity and scrap factor will be zero. Planning Quantity The planning quantity of a component in a generic bill of
material is used in the Enterprise Planning calculation when determining the average requirements for
this component, as a result of planned orders for generic items on a higher
level in the generic product structure. The Enterprise Planning calculation will incorporate this planning quantity (multiplied by the planning percentage) as the net requirement for the production of the generic manufactured item. The exact material requirements are not known during the Enterprise Planning calculation, because there is no customer for the generic item in this planning phase. As a result, a specific product variant has not yet been selected. Planning Percentage The planning percentage serves to perform a Enterprise Planning calculation, as does the Planning Quantity field. Percentage Required The percentage of raw material required before the operation
can be started. Default value The default is 0% and this field is unavailable. You can start the operation with no raw materials available (at least in theory). Effective Date The first date on which the relevant standard cost price takes
effect. Expiry Date The expiry date indicates from which date the generic BOM is invalid. Phantom If the component is defined as a phantom in the Items - Production (tiipd0101m000) session, LN selects this check box. You can override the
value in the current field. You can use phantom items to record technical information about the product structure or to carry out cost price calculations. Use Phantom Inventory If this check box is selected, LN checks if any phantom inventory is
available. If the phantom item is available in inventory, and the quantity is sufficient, this inventory is used as a component in the production order. If no phantom inventory is available, or if the quantity is insufficient, the inventory is not used. LN treats the component as a normal phantom item, so the phantom is exploded for the total quantity. Note The phantom inventory is always ignored during planning. Print on Order Document If this check box is selected, the BOM component is
printed on the order document. Users can specify whether or not they want to print a BOM material on the order document. For example, a user can choose not to print the floor stock in the material list. Text If this check box is selected, a text is present. Use Lead Time Offset If this check box is selected, you can specify the lead-time offset. If you do
not use lead-time offset, material must be present at the start of an
operation. [Dy] The lead-time offset in days.
The date that a component must be available is calculated by subtracting the
lead-time offset from the operation's end date. Note You can only enter the lead-time offset if the Use Lead Time Offset check box is selected. Extra Information If extra information exists about the BOM line, you can find it
in this field. Supply to Subcontractor If you subcontract one or more operations, or an item's entire
production process, you can choose whether or not to send material to the
subcontractor to use for the subcontracted item. If this check box is selected, the material is not sent to the subcontractor. The material is supplied by the subcontractor. If this check box is cleared, and the material is linked to a subcontracted operation, the material is sent to the subcontractor.
Check Planned by Planner Consistency Starts the Update BOM Explosion Consistency (tibom1210m000) session. Use General Item description Print Generic Bill of Material (Single Level) Starts the Print Generic Bill of Material (tipcf3410m000) session. Check Unit Effective Supply Consistency Starts the Check Unit Effective Supply Consistency (tibom1218m000) session. Check Order System for Planning Starts the Check Phantoms for Planning (tibom1220m000) session. Assembly BOM and Operations Starts the Assembly BOM and Operations (tiapl2520m000) session. Print Assembly Product Structure Starts the Print Assembly Product Structure (tiapl2400m000) session. View Tree Starts GBF browser. You can view and maintain the multi-level
EBOM structure.
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