Type = API Reference,; Topic = Multienterprise Information Network Tower (MINT),;Persona = TraceLink Administrator, User,; Orchestration = Manufacturing, Logistics, Commerce,; Function = Supply Chain, IT, Procurement,
Process order APIs
A process order is used to manage and control production in process manufacturing industries such as pharmaceuticals, chemicals, and food and beverage. Unlike discrete manufacturing (e.g., automotive or machinery), where production involves assembling individual parts, process manufacturing deals with the transformation of raw materials—through activities like mixing, blending, or chemical reactions—into finished products. In an ERP system, a process order acts as a digital blueprint for this production, providing detailed instructions, time lines, and resource planning across the entire production life cycle.
In MINT, process order sharing enables better collaboration between a MAH and a CMO. For example, the MAH generates a Planned Order, which is sent to the CMO to signal upcoming production needs. Upon receiving the planned order, the CMO may convert it into a process order within their own ERP system. Process Order specifies what will be produced, how much, and by when—allowing the CMO to plan materials, allocate resources, and assess production capacity. Typically, a process order is not released—and production does not officially begin—until the CMO receives a firm purchase order (PO) from the MAH. However, in well-established and trusted partnerships, the CMO may choose to proceed based on the planned order alone, with the expectation that a firm PO will be issued shortly thereafter.
Once the CMO is ready to begin manufacturing, they release the process order, initiating critical activities such as material reservation, production scheduling, and shop floor execution. At this stage, the CMO sends a Process Order Release transaction to the MAH via MINT. This transaction includes detailed production information, giving the MAH full visibility into the manufacturing start and enabling them to align their downstream processes accordingly.
By sharing process order status through MINT, both parties benefit from improved coordination, reduced risk, and greater transparency across the pharmaceutical supply chain.
Process order (IDoc)
The process order IDoc message support exchanging process order transactions via B2B.
Contact your TraceLink Services representative for more information about integrating with this message.
- Message Type: MPC_PROCESS_ORDER
- IDoc Format: LOIPRO.LOIPRO04
- Transform Names:
SAP_IDoc_LOIPRO_LOIPRO04_ProcessOrder_IB_V1
SAP_IDoc_LOIPRO_LOIPRO04_ProcessOrder_OB_V1
Guidelines
| Input Element | Occurs | Length | Description | Example | ||||||
|---|---|---|---|---|---|---|---|---|---|---|
| LOIPRO04 | 1…1 | - | XML IDoc LOIPRO04 root element. |
Required Key: M = Required O = Optional R = Recommended |
||||||
| IDOC | .1…1 | - | Required.IDoc root. | - | ||||||
| @BEGIN | 1…1 | 0/* | Required. Begin of message attribute. | 1 | ||||||
| EDI_DC40 | 1…1 | - | Required. IDoc control record. | - | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | 1 | ||||||
| TABNAM | 1…1 | 0/* | IDoc table name. | EDI_DC40 | ||||||
| MANDT | 0…1 | 0/3 | Required. Client. | 300 | ||||||
| DOCNUM | 0…1 | 0/16 | Required. IDoc number. | 0000000000619827 | ||||||
| STATUS | 0…1 | 0/2 | Current IDoc processing status. | 03 | ||||||
| DIRECT | 1…1 | 0/* | Direction. | 1 | ||||||
| OUTMOD | 0…1 | 0/1 | Output mode. | 2 | ||||||
| EXPRSS | 0…1 | 0/1 | Overriding in inbound processing. | - | ||||||
| TEST | 0…1 | 0/1 | Test flag. | - | ||||||
| IDOCTYP | 1…1 | 0/* | IDoc basic type. | LOIPRO | ||||||
| CIMTYP | 0…1 | 0/* | Name of extension type. | - | ||||||
| MESTYP | 0…1 | 0/30 | Required. Logical message type. | LOIPRO04 | ||||||
| MESCOD | 0…1 | 0/3 | Required. Logical message code. | - | ||||||
| MESFCT | 0…1 | 0/3 | Logical message function. | - | ||||||
| STD | 0…1 | 0/1 | EDI standard. | - | ||||||
| STDVRS | 0…1 | 0/6 | Version of EDI standard. | - | ||||||
| STDMES | 0…1 | 0/6 | EDI message type. | - | ||||||
| SNDPOR | 1…1 | 0/10 | Sender port (SAP System, EDI subsystem). | SAPD11 | ||||||
| SNDPRT | 1…1 | 0/2 | Partner type of sender. | LS | ||||||
| SNDPFC | 0…1 | 0/2 | Partner function of sender. | - | ||||||
| SNDPRN | 1…1 | 0/10 | Partner number of sender. | ERPCLNT302 | ||||||
| SNDSAD | 0…1 | 0/21 | Required. Sender address (SADR) | - | ||||||
| SNDLAD | 0…1 | 0/70 | The logical address of sender mapping to fileSenderNumber. Require a value that concatenates party type with party identifier in party type format. | 0010136941923 | ||||||
| RCVPOR | 1…1 | 0/10 | Required. SAP receiver port. | TRACELINK | ||||||
| RCVPRT | 0…1 | 0/2 | Partner type of receiver. | LS | ||||||
| RCVPFC | 0…1 | 0/2 | Partner function of receiver. | LS | ||||||
| RCVPRN | 1…1 | 0/10 | Partner number of receiver. | TRACELINK | ||||||
| RCVSAD | 0…1 | 0/21 | Required. Receiver address (SADR). | - | ||||||
| RCVLAD | 0…1 | 0/70 | The logical address of receiver. Required for TraceLink. Identifies the receiver of the IDoc for the TraceLink system. 's location ID. Must match the value that the IDoc sender has configured for their receiver partner in TraceLink. | 3333331013655 | ||||||
| CREDAT | 0…1 | 0/8 | Required. Date IDoc was created in format YYYYMMDD. | 20230511 | ||||||
| CRETIM | 0…1 | 6/6 | Time IDoc was created in format HHMMSS. | 20230511 | ||||||
| REFINT | 0…1 | 0/14 | Reference to interchange file. | 20230511 | ||||||
| REFGRP | 0…1 | 0/14 | Reference to message group. | 161000 | ||||||
| REFMES | 0…1 | 0/14 | Reference to message. | - | ||||||
| ARCKEY | 0…1 | 0/70 | EDI archive key. | - | ||||||
| SERIAL | 0…1 | 0/20 | EDI/ALE: Serialization field. | - | ||||||
| E1AFKOL | 1…1 | - | Required. IDoc header data for process order. | - | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | - | ||||||
| AUFNR | 0…1 | 0/12 | Number which identifies an order within a client. | - | ||||||
| AUART | 0…1 | 0/4 |
Required. Process order type. Valid values:
|
1 | ||||||
| AUTYP | 0…1 | 0/2 |
Required. Process order category is a more general classification of process orders that determines the overall functionality and integration within the system. Valid values:
|
60003966 | ||||||
| BMENGE | 0…1 | 0/14 | Required. Total process order quantity. Quantity to be produced or ordered according to the planned order. | BW01 | ||||||
| GAMNG | 0…1 | 0/14 | Total quantity (including scrap) to be produced in this order. | 40 | ||||||
| IASMG | 0…1 | 0/14 | Required. Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| GMEIN | 0…1 | 0/3 | Process order quantity unit of measure. | 2 | ||||||
| MATNR | 0…1 | 0/18 | Required. Material number for which process order is created. If neither MATNR_EXTERNAL nor MATNR_LONG is present, MATNR is selected. | 2 | ||||||
| FEVOR | 0…1 | 0/3 | Production of a material controlling group, responsible for calculating capacity requirement during schedule run. | PCE | ||||||
| DISPO | 0…1 | 0/3 | Number of the MRP controller or group of MRP controllers responsible for planning of material component. | AB | ||||||
| WERKS | 0…1 | 0/4 | Planning plant code where materials are going to be manufactured. | AB | ||||||
| PRUEFLOS | 0…1 | 0/12 | Lot number of finished goods. | 011 | ||||||
| TERKZ | 0…1 | 0/1 |
Required. Different types of scheduling used to plan for producing goods. Valid values:
|
1000 | ||||||
| VORGZ | 0…1 | 0/3 | Time buffer required before production. | 1000 | ||||||
| SICHZ | 0…1 | 0/3 | Time buffer required after production. | 1 | ||||||
| FREIZ | 0…1 | 0/3 | Timeframe within which product to be released. | 10 | ||||||
| PLNTY | 0…1 | 0/1 |
Different types of task list required to finalize goods. Valid values:
|
11 | ||||||
| PLNAL | 0…1 | 0/2 | Required. Group counter number explains about sets of tasks to be executed in a single set. | 12 | ||||||
| PLNNR | 0…1 | 0/8 | Required. Group number explains about overall activities to be executed. | 0 | ||||||
| PLNME | 0…1 | 0/3 |
Unit or Basis for Measurement Code. Quantity UOM: Valid values
|
10 | ||||||
| STLNR | 0…1 | 0/8 | BOM item identifier used in the production of finished good. | 11 | ||||||
| STLAN | 0…1 | 0/1 | Group counter number explains about sets of tasks to be executed in a single set. | PCE | ||||||
| STLAL | 0…1 | 0/2 | Group number explains about overall activities to be executed. | 00003719 | ||||||
| SBMEH | 0…1 | 0/3 |
Unit or Basis for Measurement Code. Quantity UOM: Valid values
|
10 | ||||||
| AUFLD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 11 | ||||||
| GSTRP | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | PCE | ||||||
| GSTRS | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| GSTRI | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| GLTRI | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| FTRMI | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| FTRMS | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| E1JSTKL | 0…9999 | - | Required. Production order status for header (JEST). | 20250205 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | 20250205 | ||||||
| STAT | 0…1 | 0/5 |
Required. There are different status of process orders. Valid values:
|
- | ||||||
| E1AFPOL | 0…9999 | - | Required. Production order items. | 1 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | I0001 | ||||||
| POSNR | 0…1 | 0/8 | Required. Line item number in process order. | - | ||||||
| PWERK | 0…1 | 0/1 | Planning plant code where goods will be manufactured. | 1 | ||||||
| MATNR | 0…1 | 0/6 | Required. Material Number of finished goods. | 00000001 | ||||||
| DFREI | 0…1 | 0/8 | Indicator used to specify whether process order is released, against the planned order received into the system. | 100 | ||||||
| UMREN | 0…1 | 0/6 | Required. Denominator for Conversion to Base Units of Measure. | BOXER_4CYL_STD | ||||||
| UMREZ | 0…1 | 0/8 | Required. Numerator for Conversion to Base Units of Measure. | X | ||||||
| PSMNG | 0…1 | 0/14 | Total quantity (including scrap) to be produced in this order. | 0 | ||||||
| PSAMG | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 0 | ||||||
| BMENG | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| WEMNG | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| MEINS | 0…1 | 0/3 | Process order quantity unit of measure. | 2 | ||||||
| E1AFFLL | 0…9999 | - | Required. Production Order Sequences. | 2 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | PCE | ||||||
| APLZL | 0…1 | 0/8 | Required. Sequence counter for handling process order sequence. | - | ||||||
| FLGAT | 0…1 | 0/1 | Sequence category to identify type of sequences to be performed for respective sequence counter. | 1 | ||||||
| PLNFL | 0…1 | 0/6 | Sequence to be followed for finalizing finished goods. All type of required activities will be mentioned in process order to let customer know that finished goods are quality and risks free. | 00000001 | ||||||
| LTXA1 | 0…1 | 0/40 | Description about sequence. | 0 | ||||||
| E1AFVOL | 0…9999 | - | Required. Production order processes. | 0 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | ABCD | ||||||
| VORNR | 0…1 | 0/8 | Required. Sequence counter for handling process order sequence. | - | ||||||
| ARBPL | 0…1 | 0/8 | Required. Sequence category to identify type of sequences to be performed for respective sequence counter. | 1 | ||||||
| STEUS | 0…1 | 0/6 | Sequence to be followed for finalizing finished goods. All type of required activities will be mentioned in process order to let customer know that finished goods are quality and risks free. | 00000001 | ||||||
| LTXA1 | 0…1 | 0/40 | Description about sequence. | 0 | ||||||
| XDISP | 0…1 | 0/6 | Sequence to be followed for finalizing finished goods. All type of required activities will be mentioned in process order to let customer know that finished goods are quality and risks free. | 0 | ||||||
| BMSCH | 0…1 | 0/14 | Total Process order quantity. Quantity to be produced or ordered according to the Process order. | ABCD | ||||||
| LMNGA | 0…1 | 0/14 | Total quantity (including scrap) to be produced in this order. | 0 | ||||||
| XMNGA | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| MGVRG | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| RMNGA | 0…1 | 0/14 | Total scrap quantity in the order. Scrap quantity expected in the production of the order quantity. | 2 | ||||||
| MEINH | 0…1 | 0/3 |
Process order quantity unit of measure.
|
2 | ||||||
| ARBEI | 0…1 | 0/14 | Amount of work involved in performing the activity. | 2 | ||||||
| ARBEH | 0…1 | 0/8 | Work unit of measurement. | PCE | ||||||
| DAUNO | 0…1 | 0/14 | Amount of work involved in performing the activity. | 2 | ||||||
| DAUNE | 0…1 | 0/8 | Work unit of measurement. | PCE | ||||||
| VGW | 0…1 | 0/14 | Amount of work involved in performing the activity. | 2 | ||||||
| VGE | 0…1 | 0/8 | Work unit of measurement. | PCE | ||||||
| FSAVD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 2 | ||||||
| FSEDD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | PCE | ||||||
| FSSAD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| FSSBD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| SSAVD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| SSEDD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| SSSAD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| SSSBD | 0…1 | 0/8 | BOM Explosion Date defined by referenced date type in date format YYYY-MM-DD. Dates will be populated with string of 0's if no date found for any of these date types. Maps will pass thru whatever it finds in IDoc date and time fields. | 20250205 | ||||||
| E1JSTVL | 0…9999 | - | Required. Production order status for item. | 20250205 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | 20250205 | ||||||
| STAT | 0…1 | 0/5 |
Required. There are different status of process orders. Valid values: Valid values:
|
- | ||||||
| E1RESBL | 0…9999 | - | Required. Reservation or dependent requirements. | 1 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | I0001 | ||||||
| AUSCH | 0…1 | 0/7 | Required. Scrap percent in components. | - | ||||||
| AVOAU | 0…1 | 0/7 | Required. Scrap percent in each operation. | 1 | ||||||
| BDART | 0…1 | 0/2 | Required. Requirement type, it determines the way in which the system handles requirements planning. | 20.12 | ||||||
| BDMNG | 0…1 | 0/14 | Required. Base item quantity reserved for making a finished product. | 20.12 | ||||||
| BDTER | 0…1 | 0/8 | Required. Date on which reserved quantity is required. | AR | ||||||
| BEIKZ | 0…1 | 0/1 |
Material provision indicator that the item is subject to material provision, empty in this field means this component are provided as consumable materials for subcontractor
|
13 | ||||||
| CHARG | 0…1 | 0/10 | Batch number of reserved item. | 20161113 | ||||||
| DBSKZ | 0…1 | 0/1 |
This field indicates whether the material required for the Process order is to be directly procured (procured specifically for a customer or production order) or managed through stock procurement. Valid values:
|
K | ||||||
| ENMNG | 0…1 | 0/14 | Quantity already withdrawn from the required item quantity reserved for making a finished product. | AR | ||||||
| FMENG | 0…1 | 0/1 | Quantity fixed indicator - Indicates that the quantity of an item remains constant, regardless of changes in the related system or finished product quantity, valid value is X- true |
E | ||||||
| LGORT | 0…1 | 0/4 | Specifies the storage location for issuing components (backflush posting) or receiving produced materials (receipt posting) in Process or production orders. | 4 | ||||||
| MATNR | 0…1 | 0/18 | Component bill of material item identifier used in the production of finished good. | X | ||||||
| MEINS | 0…1 | 0/14 |
Base unit for Measurement Code. Unit of entry UOM's include: |
1212 | ||||||
| NETAU | 0…1 | 0/1 | Net scrap indicator specifies scrap quantity is calculated basis on net required quantity. | 121212 | ||||||
| SBTER | 0…1 | 0/8 | Date on which reserved quantity is required. | EA | ||||||
| SCHGT | 0…1 | 0/1 | Indicates BOM Item is bulk material, available at work center. | - | ||||||
| SOBKZ | 0…1 | 0/1 |
Identifying and managing materials that are not part of regular inventory but need to be tracked separately.
|
20161113 | ||||||
| UPSKZ | 0…1 | 0/1 | Indicates BOM Item sub items. | X | ||||||
| VERTI | 0…1 | 0/4 | MRP Distribution Key. | O | ||||||
| VMENG | 0…1 | 0/14 | Confirmed quantity for availability check would store the difference between the delivered and invoiced quantities, based on the purchase order quantity. | X | ||||||
| WERKS | 0…1 | 0/4 | Planning plant code where materials are required to build. | X | ||||||
| SHKZG | 0…1 | 0/1 | Debit or credit indicator in account posting. | 4 | ||||||
| BWART | 0…1 | 0/3 | Inventory movement type. | 0004 | ||||||
| POSNR | 0…1 | 0/4 | Reserved material/component serial number. | X | ||||||
| MATNR_EXTERNAL | 0…1 | 0/40 | Material description. | 221 | ||||||
| MATNR_VERSION | 0…1 | 0/10 | Material version number. | 0010 | ||||||
| MATNR_GUID | 0…1 | 0/32 | External GUID of Material. | 121212 | ||||||
| RSNUM | 0…1 | 0/10 | Reservation or dependent requirements alphanumeric identifier for each order, unique identification number assigned to a reservation for materials or goods. RSNUM field links RSEB and FLAP table in SAP. | - | ||||||
| RSPOS | 0…1 | 0/4 | Specifies the number that uniquely identifies an item in a reservation or a dependent requirement. | - | ||||||
| RSART | 0…1 | 0/1 | Record type. | 0010 | ||||||
| ALPOS | 0…1 | 0/1 | Alternative Item indicator. | 1 | ||||||
| ALPGR | 0…1 | 0/2 | Alternative Item group. | - | ||||||
| ALPRF | 0…1 | 0/2 | Alternative Item ranking order. | - | ||||||
| ALPOS | 0…1 | 0/1 | Alternative Item strategy. | - | ||||||
| EWAHR | 0…1 | 0/4 | Alternative Item usage probability in percent. | - | ||||||
| NOMNG | 0…1 | 0/15 | Required base quantity. | - | ||||||
| DUMPS | 0…1 | 0/1 | Phantom item indicator, specifies whether the item in question is a phantom assembly. | - | ||||||
| AUFST | 0…1 | 0/2 | The BOM level and the path are only relevant for planning with phantom assemblies. | 4 | ||||||
| AUFWG | 0…1 | 0/2 | The level and path together identify the exact position of a phantom assembly in a BOM. | - | ||||||
| BAUST | 0…1 | 0/2 | Assembly order level. | - | ||||||
| BAUWG | 0…1 | 0/2 | Assembly order path. | - | ||||||
| MRPOS | 0…1 | 0/2 | Superordinate reservation item. | - | ||||||
| POSTP | 0…1 | 0/1 | Classifies BOM items based on criteria like object reference (e.g., material or document) or stock status. It controls field selection, default values, and system activities for BOM maintenance. | - | ||||||
| AFPOS | 0…1 | 0/4 | Order item number. | - | ||||||
| STLNR | 0…1 | 0/8 | Bill of material identifier number. | 1 | ||||||
| STLKN | 0…1 | 0/8 | Bill of material item node identifier number. | - | ||||||
| STPOZ | 0…1 | 0/8 | Internal counter, Identifies the activity posting. | 0000038723 | ||||||
| ASQTY | 0…1 | 0/4 | Assembly quantity. | 0121 | ||||||
| MATNR_LONG | 0…1 | 0/4 | Material number long text. | 01 | ||||||
| LGNUM | 0…1 | 0/3 | Warehouse Number / Warehouse Complex , identifies physical warehouse structure within the Warehouse Management system. | - | ||||||
| PRVBE | 0…1 | 0/10 | A shop floor interim storage area for materials, used in production, Kanban processing, and Warehouse Management. | - | ||||||
| E1KBEDL | 0…9999 | - | Required. Capacity requirements records for processes. | 01 | ||||||
| @SEGMENT | 1…1 | 0/* | Required. Begin of segment attribute. | 2 | ||||||
| BEDID | 0…1 | 0/12 | Required. ID of the capacity requirements record. | - | ||||||
| BEDZL | 0…1 | 0/8 | Required. Internal counter, Identifies the activity posting. | 1 | ||||||
| CANUM | 0…1 | 0/4 | Required. Internal counter, Identifies the activity posting. | 10000005942 | ||||||
| BEDKZ | 0…1 | 0/1 | Required. Remaining split record indicator. | 1 | ||||||
| KABRREST | 0…1 | 0/22 | Indicates how much capacity is still required for the teardown phase of an operation. | 513 | ||||||
| KABRSOLL | 0…1 | 0/22 | Specifies the Process or scheduled capacity needed for the teardown phase of an operation.. | X | ||||||
| KBEAREST | 0…1 | 0/22 | Indicates how much capacity is still required for the processing phase of an operation. | 0 | ||||||
| KBEASOLL | 0…1 | 0/22 | Specifies the Process or scheduled capacity needed for the processing phase of an operation. | 1 | ||||||
| KRUEREST | 0…1 | 0/22 | Indicates how much capacity is still required for the setup phase of an operation. | 0 | ||||||
| KRUESOLL | 0…1 | 0/22 | Specifies the Process or scheduled capacity needed for the setup phase of an operation. | 1 | ||||||
| KAPAR | 0…1 | 0/3 | Capacity category: In a planning order or production order, this field is populated to indicate which capacity category (e.g., machine, labor, etc.) is linked with a specific operation or activity in a work center. | 0 | ||||||
| KAPID | 0…1 | 0/8 | Work center resource id where in capacity is required in production. | 1 | ||||||
| KEINH | 0…1 | 0/3 |
Unit of measure for displaying capacity requirements. Valid values
|
101 | ||||||
| ARBID | 0…1 | 0/8 | Work center id. | 101232 | ||||||
| FSTAD | 0…1 | 0/8 | Earliest start date for the processing of the operation. | EA | ||||||
| FSTAU | 0…1 | 0/6 | Earliest start time for the processing of the operation. | - | ||||||
| FENDD | 0…1 | 0/8 | Earliest finish date for the processing of the operation. | 20161113 | ||||||
| FENDU | 0…1 | 0/6 | Earliest finish time for the processing of the operation. | 131110 | ||||||
| SPLIT | 0…1 | 0/3 | Split number. | 20161113 | ||||||
| MGVRG | 0…1 | 0/15 | Operation activity quantity that will be produced. | 131110 | ||||||
| MEINH | 0…1 | 0/3 |
Unit of measure for activity. Valid values
|
01 | ||||||
Example
Copy
<LOIPRO04>
<IDOC BEGIN="1">
<EDI_DC40 SEGMENT="1">
<TABNAM>EDI_DC40</TABNAM>
<MANDT>300</MANDT>
<DOCNUM>0000000000619827</DOCNUM>
<DIRECT>1</DIRECT>
<TEST>X</TEST>
<IDOCTYP>LOIPRO04</IDOCTYP>
<MESCOD>s5</MESCOD>
<MESFCT>s6</MESFCT>
<STD>s</STD>
<STDVRS>s8</STDVRS>
<STDMES>s9</STDMES>
<SNDPOR>SAPD11</SNDPOR>
<SNDPRT>LS</SNDPRT>
<SNDPFC>s1</SNDPFC>
<SNDPRN>ERPCLNT302</SNDPRN>
<SNDLAD>0010136941923</SNDLAD>
<RCVPOR>TRACELINK</RCVPOR>
<RCVPRN>TRACELINK</RCVPRN>
<RCVLAD>3333331013655</RCVLAD>
<CREDAT>20240211</CREDAT>
<CRETIM>172710</CRETIM>
<REFINT>s18</REFINT>
<REFGRP>s19</REFGRP>
<REFMES>s20</REFMES>
<ARCKEY>s21</ARCKEY>
<SERIAL>s22</SERIAL>
</EDI_DC40>
<E1AFKOL SEGMENT="1">
<AUFNR>60003966</AUFNR>
<AUART>PP01</AUART>
<AUFLD>20250525</AUFLD>
<AUTYP>40</AUTYP>
<BMENGE>2</BMENGE>
<DISPO>011</DISPO>
<FEVOR>AB</FEVOR>
<FREIZ>12</FREIZ>
<FTRMI>20270525</FTRMI>
<FTRMS>20261025</FTRMS>
<GAMNG>s33</GAMNG>
<GLTRI>20270125</GLTRI>
<GLTRP>20260525</GLTRP>
<GLTRS>20260925</GLTRS>
<GMEIN>PCE</GMEIN>
<GSTRI>20250625</GSTRI>
<GSTRP>20250525</GSTRP>
<GSTRS>20250525</GSTRS>
<IASMG>s41</IASMG>
<MATNR>AB</MATNR>
<PLNAL>10</PLNAL>
<PLNME>PCE</PLNME>
<PLNNR>11</PLNNR>
<PLNTY>0</PLNTY>
<SBMEH>PCE</SBMEH>
<SICHZ>11</SICHZ>
<STLAL>11</STLAL>
<STLAN>1</STLAN>
<STLNR>00003719</STLNR>
<TERKZ>1</TERKZ>
<VORGZ>10</VORGZ>
<WERKS>1000</WERKS>
<PRUEFLOS>s55</PRUEFLOS>
<E1JSTKL SEGMENT="1">
<STAT>I0001</STAT>
</E1JSTKL>
<E1AFFLL SEGMENT="1">
<APLZL>00000001</APLZL>
<FLGAT>0</FLGAT>
<LTXA1>ABCD</LTXA1>
<PLNFL>0</PLNFL>
<E1AFVOL SEGMENT="1">
<VORNR>0001</VORNR>
<ARBEH>PCE</ARBEH>
<ARBEI>10</ARBEI>
<BMSCH>2</BMSCH>
<DAUNE>PCE</DAUNE>
<DAUNO>20</DAUNO>
<FSAVD>20250523</FSAVD>
<FSAVZ>1040</FSAVZ>
<FSEDD>20250723</FSEDD>
<FSEDZ>1200</FSEDZ>
<FSSAD>20250523</FSSAD>
<FSSAZ>102020</FSSAZ>
<FSSBD>20250528</FSSBD>
<FSSBZ></FSSBZ>
<LMNGA>2</LMNGA>
<LTXA1>ABCD</LTXA1>
<MEINH>PCE</MEINH>
<MGVRG>2</MGVRG>
<RMNGA>2</RMNGA>
<SSAVD>20250523</SSAVD>
<SSAVZ>134012</SSAVZ>
<SSEDD>20250523</SSEDD>
<SSEDZ>051616</SSEDZ>
<SSSAD>20250530</SSSAD>
<SSSAZ>171500</SSSAZ>
<SSSBD>20250523</SSSBD>
<SSSBZ></SSSBZ>
<STEUS>s88</STEUS>
<VGE01>EA</VGE01>
<VGE02>EA</VGE02>
<VGE03>EA</VGE03>
<VGE04>EA</VGE04>
<VGE05>EA</VGE05>
<VGE06>EA</VGE06>
<VGW01>10</VGW01>
<VGW02>20</VGW02>
<VGW03>30</VGW03>
<VGW04>40</VGW04>
<VGW05>50</VGW05>
<VGW06>60</VGW06>
<XDISP>0</XDISP>
<XMNGA>2</XMNGA>
<ARBPL>0</ARBPL>
<E1JSTVL SEGMENT="1">
<STAT>I0009</STAT>
</E1JSTVL>
<E1RESBL SEGMENT="1">
<BDMNG>13</BDMNG>
<BDTER>20161113</BDTER>
<BEIKZ>K</BEIKZ>
<CHARG>AR</CHARG>
<DBSKZ>E</DBSKZ>
<ENMNG>4</ENMNG>
<FMENG>X</FMENG>
<LGORT>1212</LGORT>
<MATNR>s113</MATNR>
<MEINS>EA</MEINS>
<SBTER>20161113</SBTER>
<SOBKZ>O</SOBKZ>
<UPSKZ>X</UPSKZ>
<VMENG>4</VMENG>
<WERKS>0004</WERKS>
<POSNR>0010</POSNR>
<RSNUM>0010</RSNUM>
<RSPOS>1</RSPOS>
<NOMNG>4</NOMNG>
<AUFST>s1</AUFST>
<AUFWG>s1</AUFWG>
<POSTP>1</POSTP>
<STLNR>00038723</STLNR>
<STLKN>0121</STLKN>
<STPOZ>01</STPOZ>
<LGNUM>01</LGNUM>
<PRVBE>2</PRVBE>
</E1RESBL>
<E1KBEDL SEGMENT="1">
<BEDID>10000005942</BEDID>
<BEDZL>1</BEDZL>
<CANUM>513</CANUM>
<BEDKZ>X</BEDKZ>
<KABRREST>0</KABRREST>
<KABRSOLL>1</KABRSOLL>
<KAPAR>101</KAPAR>
<KAPID>101232</KAPID>
<KBEAREST>0</KBEAREST>
<KBEASOLL>1</KBEASOLL>
<KEINH>EA</KEINH>
<KRUEREST>0</KRUEREST>
<KRUESOLL>1</KRUESOLL>
<FSTAD>20161113</FSTAD>
<FSTAU>131110</FSTAU>
<FENDD>20161113</FENDD>
<FENDU>131110</FENDU>
<SPLIT>01</SPLIT>
<MGVRG>4</MGVRG>
<MEINH>EA</MEINH>
</E1KBEDL>
</E1AFVOL>
</E1AFFLL>
<E1AFPOL SEGMENT="1">
<POSNR>0001</POSNR>
<BMENG>2</BMENG>
<DFREI>X</DFREI>
<MATNR>BOXER_4CYL_STD</MATNR>
<PSAMG>2</PSAMG>
<PSMNG>2</PSMNG>
<UMREN>0</UMREN>
<UMREZ>0</UMREZ>
<WEMNG>2</WEMNG>
<PWERK>100</PWERK>
</E1AFPOL>
</E1AFKOL>
</IDOC>
</LOIPRO04>
Tag end
