Problem of Raw Material & Finished product

Dear Experts,
My problem is related to Item Data Master when i am trying to select in Excisable Category Material Type Finished Goods,Raw Material & Capital Goods then opposite result i get. When i select Raw Material Category then i get result Finished Goods.Acutally i select item & Item Group same.
Regards
Amol

Amol,
Click on the link to get to the Support Page. 
https://websmp203.sap-ag.de/support
Use Report a Product Error link
Suda

Similar Messages

  • Packaging material assginement for Raw and finished products

    Hi all
    What are the steps or pre requistes required that are needed to pack a material
    for ex . I have a raw material  x i want to pack this using cartoons .
    how can i do this in SAP .
    thanks ,
    ksr.

    Hi ,
    What is the exact requirement ...what is the business process ...
    You can pack a material and create handling units  using HU02. You just need a packaging material .
    Regards,
    Vishal

  • Problem in Raw Material Purchase

    Hi,
    I have some issues.. I need some advice on that.
    one of the raw material used in production is Grain (eg: Rice). Which is purchased in tons from different supplier. these incoming grain are put into quality inspection.
    1 - but the order quantity is very large in number. going into several hundred tons. for this there is only one purchase order. but supplier supplies materials in different vehicles eg: trucks, trailers etc and in different dates. how can i map this scenario in SAP QM so that inspection lot is created for every incoming vehicle rather than every purchase order..
    2 - grains are supplied in the bags in trucks. to conduct quality checks, samples are taken from these bags but not from all the supplied bags. samples are taken from only the accessible bags. i.e. from the bags at the end of the truck / trailer.
    vendor may have put very good quality grains at the end of the truck, as he knows all bags are not accessible, specially the inside ones may contain very bad quality grains. what can i suggest to control this?
    3 - it always takes time to conduct quality tests, supplier cannot wait till all test finishes. as soon as goods are received there will be unloading of the grains and these directly go into production. after the test results there may be rejections in quality. Again to control these what can i suggest to the client.
    Please give me your advice on these
    Thanks and Regards,
    Pavan

    Hi
    1 - but the order quantity is very large in number. going into several hundred tons. for this there is only one purchase order. but supplier supplies materials in different vehicles eg: trucks, trailers etc and in different dates. how can i map this scenario in SAP QM so that inspection lot is created for every incoming vehicle rather than every purchase order..
    Suppose that the PO was cerated for 1000 tonns.Now You don't want Lot to be created as per Purchase order.Then
    1.Create a material master for material,maintain QM view for the same.
    2.Activate 01 inspection type.In Inspection type maintain " InspecLot Control" as "Per material document."
    Against PO you have created ,you can create multiple GR's & every time lot will be created.
    2 - grains are supplied in the bags in trucks. to conduct quality checks, samples are taken from these bags but not from all the supplied bags. samples are taken from only the accessible bags. i.e. from the bags at the end of the truck / trailer.
    vendor may have put very good quality grains at the end of the truck, as he knows all bags are not accessible, specially the inside ones may contain very bad quality grains. what can i suggest to control this?
    This will be only possible by Random sampling.Here SAP really can not help you as far system or discipline of vendor is concern.only control is by increasing the scope of sample collection.
    3 - it always takes time to conduct quality tests, supplier cannot wait till all test finishes. as soon as goods are received there will be unloading of the grains and these directly go into production. after the test results there may be rejections in quality. Again to control these what can i suggest to the client.
    1.one method can be say vendor has supplied 100 tonns.You have consumed 20 tonns while you found rejection.What you can do is keep the 80 tonns aside.
    When Next GR will be made against his next delivery you can do Return Delivery of 80 Tonns for Fresh lot & do physical return delivery of old 80 tonns.
    2.Next could be just Quarentine the lot which is rejected & send back to vendor (122 mvt) or ask for replacement.This can be done without GR for replaced material.(may be returnable challan)
    You may find other ways also
    I hope this will help
    Sujit

  • Return of raw material on production order

    Dear Experts
        Is there is any way to return raw material issued in production order back after issuing it

    Hi,
    Here is the solution for you( Hopefully)..
    If you proceed in 262 movement it ll reverse all the materials against the order.
    For that ,You have to reverse " to reservation". befor that change the production order BOm with the actual consumed QTY.
    In production order the reservation number will be 12356.
    For that particular material you ll have the reservation number be 12356-12( this you can get from double clicking the line item number of the material).
    In MB1A , Give the reservation number (both the nubers 12356 and 12) And find it solved..
    hope this clarifies..
    karthick
    Edited by: karthick PP on Mar 23, 2009 7:58 AM

  • Raw Material V/S Finish Product

    Hi Experts,
    Bellow i am giving the my scenario, kindly check it
    I am creating 100 FG
    For that FG i issue 100kg Raw Material
    After Production i got 100Nos. FG
    But in KG i got only 80 Kg., Because 15 Kg. is Rejection And 5 Kg. is Process Loss.
    I have problem with process loss , where and how can i track this process loss .
    Thanks
    Utkarsh

    Dear Utkarsh,
    Because 15 Kg. is Rejection And 5 Kg. is Process Loss
    1) Can you let us know, in confirmation screen how ur giving rejection & process loss
    2) based on above experts can give some inputs
    3) more if ur going with rework, scrap or by-product process
    4) you can track in COOIS against Prd order
    Regards
    Madhu

  • Raw material -scrap-against production order

    Hi all,
              I withdrawn 10 qty of raw material for production order using mvt type :261. Due to some wrong machine Operation  2 qties of the Raw material is become unusable(scrap).
    I want to return this 2 qty of raw material to warehouse.
    what is the movement type can i use?
    Please advise me in this....

    Hi Kumar,
    Please make your question clearer.
    Have you made a confirmation against a PrdORd? I mean:
    1. confirmed 10 pcs of FGs
    2. withdrawn 10 pcs of raw materials
    3. Later you recognized that 2 pcs of FGs were not good because of the wrong quality of raw material.
    In this case you can cancel your confirmation in CO13 (and do it again only for 8 pcs of FGs and scrap the 2 pcs of wrong raw materials) or you can ask for 2 pcs of raw materials from WH and produce the missing 2 pcs of FGs (physically). In this case you can scrap (MB1A 551) the latter 2 pcs of raw materials.
    Other option is that after getting 2 pcs of raw material and producing the 2 pcs of finished goods you book an excess consumption in MB1A + MVT 261 + PrdOrd reference. It based on your concept...(in which way you want to handle the scrap).
    BR
    Csaba

  • Raw mat and procured finish product cost

    we need to run cost run for both raw material and product, we want have the following scenario:
    first mark the raw mat. cost run,  then our finished product will get the future price of raw mat and base on BOM to update the future price of finished product.
    after we mark finished product, we then release raw mat standard price and subsequently release finished product.
    is any solution we can define  costing variant for above scenario?
    we have another scenario, we need to run costing run for finished good A, but this product A 's BOM contain only one procured finished product B, B doesn't have BOM and purchase info record, how can we change product B 's price, so finally finished product A 's standard price will be updated upon costing run?

    Hi ,
    In Costing Variant .. we have a Tab for valuation variant . In the valuation variant type , we have seperate valuations for raw Materials , activities, subcontracting etc .
    Cost Estimate with Quanity Structure will refer to the Costing Variant and compute costs .. Hence , maintain Costing Variant and Valuation Variant properly..
    This will solve both your issues..
    Kindly revert back for any further questions..
    Regards
    Sarada

  • Revaluate Finish product GI

    Hi,
    We have Production order with settlement rule as follow:
    Sender:production Order
    reciever : material (Finish product)
    Type:Full
    and also we assign this Finish product to network and during month posting GI of following material to related network,when I make settle in current period according to settlement rule I expected  that production cost  transferred to material price but after settle only balance of order was zero and material price did not change,
    I have a doubt why material price did not change and  how actual price of Finish product will  transfer to network  that I assign this material ,
    with tracking project actual cost via CJI3 ,finish product price is standard price of previous period and because of at the first period we considering standard price of finish product  as 1 $ therefore all unit price of finish product in project is 1 and I dont have actual cost of project .
    The worst side of my problem is that because of business problem I could not settle production orders for 3 month and during following periods all  GI posting  with unit price 1 $ and  we dont have actual price in network,
    How I can revaluate all GI of previous periods to have real cost of project up to know?
    It would be my pleasure if you help me as soon as possible,
    Regards,
    Azam

    Hi
    1. GI revaluation is ruled out w/o Material Ledger in place, as said above.... However, I wont recommend Price Control V for SFG/FG either
    2. In a similar scenario, what I have seen a possble workaround is this
    a. The scenario was project driven MTO... .i.e. Production order was tagged to WBS element.. This scenario is called Production Lot scenario in SAP
    b. Each time you create a Production order, you create a project 1st and then create the Prod order...
    c. The Price control of the material was kept as V
    d. No partial GR was done from Prod order as a matter of policy to avoid unfav situations
    e. After GR, the prod order was settled so that any variance would be inventorized.... Even if not settled, and the stock is consumed, the variance will be booked on the WBS element... It wont tamper the entire FG valuation
    However, this workaround might not help you because you wish to revaluate the GI, which is not possible w/o ML
    br, Ajay M

  • Report for issuance of raw material

    Hi!!!!
    Kindly suggest me the t-code where i can look for the issuance of raw material against production orders on a month basis or quarterly basis.
    Thanks

    Hi,
    COOIS:
    maybe you should apply the settings written by me in my previous message since you can see the consumption of components in this report. Paste the movement type field in the layout and you will see 261.
    MB51
    you can paste the field ('Order') in the layout that contains the PrdOrd no.
    MB53
    Run the report > pusch 'consumption' button. That's all.
    You should examine these reports and try to use them. You can get the information from COOIS ( components  and from MB51.
    BR
    Csaba
    Edited by: Csaba Szommer on Jul 23, 2008 9:45 AM

  • Raw material - Returned to vendor

    Hai,
    I was purchase a raw material from vendor, I have put the GRPO for the corresponding material.
    This item has the following tick in the Item Master Data: 1) Inventory Item
    2) Purchase Item and 3)Quality required.
    After purchasing this I have checked quality and then only I can able to  Issue a raw material into production.
    In quality checking We found this material has some crack. because of this reason I want to return a material to vendor.
    What are the documents I want prepare except Goods Return.
    My colleague are said to prepare the  Sales Invoice for the respective Item. First I was create the vendor as Customer.        
    But in  Item Master data there is no tick in the following check box i) sales Item.
    Because of this Issue I can't choose the respective item in Sales Invoice.
    Can any one give me the solution for this.
    Regards
    Pushpa Damodaran

    Hai,
    Is there any other option to return a material to vendor( to reduce stock in the corresponding warehouse)
    and also I want to know Now I can tick in this Item as sales Item
    Regards,
    Pushpa Damodaran
    Edited by: Pushpa Damodaran on Mar 2, 2012 11:02 AM
    Edited by: Pushpa Damodaran on Mar 2, 2012 11:04 AM

  • Raw material cost report for production of finished produt.?(urgent..REWARD

    Hi,
    any one can help in this issue.
    i am not getting the raw materila cost & manfacture conversion cost for  for the bom of FG - SFG - SFG - SFG- RAW
    FG - finished goods,
    SFG - semi finished goods
    RAW - raw material.
    plz provide the solution.
    raw material  and manfacture conversion cost is calculated in PERFORM z_process_data. subroutine.
    REPORT z_co_production_cost_nsk.
    TABLES: afko, bkpf, t001w , caufv.
    TYPE-POOLS: kkblo,
                slis.
    DATA: d_datefrom LIKE sy-datum,
          d_dateto LIKE sy-datum,
          d_repid LIKE sy-repid,
          d_uname LIKE sy-uname,
          d_returncode TYPE i,
          d_tabix TYPE i,
          d_kokrs LIKE tka01-kokrs,
          d_waers LIKE tka01-waers,
          wa_fieldcatalog TYPE slis_fieldcat_main,
          wa_listevents TYPE slis_alv_event,
          wa_listlayout TYPE slis_layout_alv,
          wa_print_info TYPE slis_print_alv,
          wa_listheader TYPE slis_listheader,
          d_headerlines TYPE i.
    DATA: BEGIN OF t_caufv OCCURS 0,
            aufnr TYPE caufv-aufnr,
            werks TYPE caufv-werks,
            objnr TYPE covp-objnr,
            gamng TYPE caufv-gamng,
            plnbez TYPE caufv-plnbez,
            rsnum TYPE caufv-rsnum,
          END OF t_caufv.
    *Added by Anand Bothra on 24/11/2003
    DATA: t_ab_caufv LIKE t_caufv OCCURS 0 WITH HEADER LINE.
    DATA: t_temp_caufv LIKE t_caufv OCCURS 0 WITH HEADER LINE.
    DATA: BEGIN OF t_afpo OCCURS 0,
            aufnr TYPE afpo-aufnr,
            posnr TYPE afpo-posnr,
            wemng TYPE afpo-wemng,
            amein TYPE afpo-amein,
            charg TYPE afpo-charg,
          END OF t_afpo.
    DATA: BEGIN OF t_afpo1 OCCURS 0,
            aufnr TYPE afpo-aufnr,
            refaufnr TYPE afpo-aufnr,
            objnr TYPE caufv-objnr,
            rsnum TYPE afko-rsnum,
            wemng TYPE afpo-wemng,
            werks TYPE afpo-dwerk,
            charg TYPE afpo-charg,
          END OF t_afpo1.
    DATA: BEGIN OF t_makt OCCURS 0,
            matnr TYPE makt-matnr,
            maktx TYPE makt-maktx,
          END OF t_makt.
    DATA: t_fieldcatalog TYPE slis_t_fieldcat_alv,
          t_listevents TYPE slis_t_event,
          t_sortsequence TYPE slis_t_sortinfo_alv,
          t_listheader TYPE slis_t_listheader.
    DATA: BEGIN OF t_production_costs OCCURS 0,
            objnr TYPE covp-objnr,       " Object Number
            kstar TYPE covp-kstar,       " Cost Element
            wkgbtr TYPE covp-wkgbtr,     " Cost of Line Item in CO area curr
            mbgbtr TYPE covp-mbgbtr,     " Quantity of Line Item
            matnr TYPE covp-matnr,       " Material Number
            kokrs TYPE covp-kokrs,       " Controlling Area
            belnr TYPE covp-belnr,       " Cost Accounting Document
            buzei TYPE covp-buzei,       " Item Number in Document
          END OF t_production_costs.
    DATA: BEGIN OF t_production_costs1 OCCURS 0,
            objnr TYPE covp-objnr,       " Object Number
            kstar TYPE covp-kstar,       " Cost Element
            wkgbtr TYPE covp-wkgbtr,     " Cost of Line Item in CO area curr
            mbgbtr TYPE covp-mbgbtr,     " Quantity of Line Item
            kokrs TYPE covp-kokrs,       " Controlling Area
            belnr TYPE covp-belnr,       " Cost Accounting Document
            buzei TYPE covp-buzei,       " Item Number in Document
          END OF t_production_costs1.
    DATA t_production_costs2 LIKE t_production_costs1
         OCCURS 0 WITH HEADER LINE.
    DATA: BEGIN OF t_suborders OCCURS 0,
            aufnr TYPE caufv-aufnr,
            prevaufnr TYPE caufv-aufnr,
            objnr TYPE covp-objnr,
            rsnum TYPE caufv-rsnum,
          END OF t_suborders.
    DATA: BEGIN OF t_outputtab OCCURS 0,
            plnbez LIKE afko-plnbez,             " Material Number
            objnr LIKE caufv-objnr,              " Object Number
            maktx LIKE makt-maktx,               " Material Description
            charg LIKE afpo-charg,               " Batch Number
            aufnr LIKE afko-aufnr,               " Production Order Number
            gamng LIKE caufv-gamng,              " Total Order Quantity
            wemng LIKE afpo-wemng,               " Goods Receipt Quantity
            amein LIKE afpo-amein,               " Unit of Measure
            yield TYPE p DECIMALS 2,             " Percentage Yield
            totalrmcost TYPE p DECIMALS 2,       " Total Raw Material Cost
            totalpmcost TYPE p DECIMALS 2,       " Total Packing Mat. Cost
            mfgconvcost TYPE p DECIMALS 2,       " Manu. Conversion Cost
            pkgconvcost TYPE p DECIMALS 2,       " Packing Conv. Cost
            rmperunit TYPE p DECIMALS 2,         " Raw Cost per unit
            pmperunit TYPE p DECIMALS 2,         " Pack Mat cost per unit
            ccperunit TYPE p DECIMALS 2,         " Conv Cost per unit
            totperunit TYPE p DECIMALS 2,        " Total Cost per unit
            waers LIKE tka01-waers,              " Currency Key for CO Area
          END OF t_outputtab.
    *Added by Anand Bothra on 24/11/2003.
    DATA: t_ab_outputtab LIKE t_outputtab OCCURS 0 WITH HEADER LINE,
          t_temp_outputtab LIKE t_outputtab OCCURS 0 WITH HEADER LINE.
    BEGIN OF INSERTION VIP110703
    DATA:wa_prev_outputtab LIKE LINE OF t_outputtab,
         wa_production_costs LIKE LINE OF t_production_costs.
    DATA:prev_totmatqty TYPE p DECIMALS 2,
         prev_tot_mfgconv_cst TYPE p DECIMALS 2,
         grand_mat_qty TYPE p DECIMALS 2 ,
         tmp_aufnr TYPE caufv-aufnr.
    DATA: BEGIN OF t_suborders_propcost OCCURS 0,
            aufnr TYPE caufv-aufnr,
            prevaufnr TYPE caufv-aufnr,
            objnr TYPE covp-objnr,
            rsnum TYPE caufv-rsnum,
            proprmcost TYPE p DECIMALS 2,
            prop_mfg_convcost TYPE p DECIMALS 2,
          END OF t_suborders_propcost.
    DATA: wa_suborders LIKE LINE OF t_suborders.
    END   OF INSERTION VIP110703
    BEGIN OF INSERTION VIP111003
    DATA: prev_aufnr TYPE caufv-aufnr,
          prev_matnr TYPE mara-matnr,
          curr_matnr TYPE mara-matnr.
    DATA: bln_suborder ,
          ratio TYPE p DECIMALS 5.
    BEGIN OF INSERTION VIP111003
    *Added by Anand Bothra on 28/11/2003
    DATA: d_flag TYPE c.
    SELECTION-SCREEN BEGIN OF BLOCK zblock1 WITH FRAME TITLE text-001.
    SELECT-OPTIONS: s_plnbez FOR afko-plnbez,
                    s_aufnr FOR afko-aufnr,
    "Added By Vivek on 29.11.2005
                    s_auart FOR caufv-auart obligatory.
    PARAMETERS p_werks LIKE t001w-werks OBLIGATORY.
    SELECTION-SCREEN END OF BLOCK zblock1.
    SELECTION-SCREEN BEGIN OF BLOCK zblock2 WITH FRAME TITLE text-002.
    SELECT-OPTIONS: s_monat FOR bkpf-monat NO-EXTENSION OBLIGATORY.
    PARAMETERS p_gjahr LIKE bkpf-gjahr OBLIGATORY.
    SELECTION-SCREEN END OF BLOCK zblock2.
    SELECTION-SCREEN BEGIN OF BLOCK zblock3 WITH FRAME TITLE text-022.
    PARAMETERS: p_detsum RADIOBUTTON GROUP rad,
                p_sum RADIOBUTTON GROUP rad.
    SELECTION-SCREEN END OF BLOCK zblock3.
    INITIALIZATION.
      d_repid = sy-repid.
      d_uname = sy-uname.
    p_werks = 'G001'.
    AT SELECTION-SCREEN OUTPUT.
    LOOP AT SCREEN.
       IF screen-name EQ 'P_WERKS'.
         screen-input = 0.
         MODIFY SCREEN.
       ENDIF.
    ENDLOOP.
    AT SELECTION-SCREEN ON s_monat.
      IF s_monat-high IS INITIAL.
        IF NOT ( s_monat-low BETWEEN 1 AND 12 ).
          MESSAGE e398(00) WITH text-023 text-024 space space.
        ENDIF.
      ELSE.
        IF ( ( s_monat-low LT 1 ) OR ( s_monat-high GT 12 ) ).
          MESSAGE e398(00) WITH text-023 text-024 text-025 space.
        ENDIF.
      ENDIF.
    START-OF-SELECTION.
      PERFORM z_get_period_dates.
      PERFORM z_select_prod_orders.
      PERFORM z_select_prod_costs.
      PERFORM z_select_addl_prod_costs.
      PERFORM z_select_mat_desc.
    END-OF-SELECTION.
      IF d_returncode EQ 0.
        PERFORM z_process_data.
    *Added by Anand Bothra on 24/11/2004.
        PERFORM z_select_to_print.
        PERFORM z_prepare_fieldcat.
        PERFORM z_get_alv_events.
        PERFORM z_define_sortsequence.
        PERFORM z_define_layout.
        PERFORM z_display_list.
    *Added by Anand Botra on 25/11/2003.
        PERFORM z_export_to_excel.
        PERFORM z_send_mail_and_download.
      ELSE.
        MESSAGE i017(p5).
      ENDIF.
    *&      Form  Z_GET_PERIOD_DATES
          text
    -->  p1        text
    <--  p2        text
    FORM z_get_period_dates.
    Determine the date range from the fiscal period range and
    fiscal year entered on the selection screen
      DATA: d_firstdate LIKE sy-datum,
            d_lastdate LIKE sy-datum,
            t_dates LIKE scscp_period_str OCCURS 0 WITH HEADER LINE.
      CALL FUNCTION 'FIRST_AND_LAST_DAY_IN_YEAR_GET'
        EXPORTING
          i_gjahr        = p_gjahr
          i_periv        = 'V3'
        IMPORTING
          e_first_day    = d_firstdate
          e_last_day     = d_lastdate
        EXCEPTIONS
          input_false    = 1
          t009_notfound  = 2
          t009b_notfound = 3
          OTHERS         = 4.
      CALL FUNCTION 'CSCP_PARA1_GET_PERIODS'
        EXPORTING
          i_datuv    = d_firstdate
          i_datub    = d_lastdate
          i_timeunit = 'M'
        TABLES
          et_dates   = t_dates.
      SORT t_dates BY sindex.
      DELETE t_dates INDEX 1.
      LOOP AT t_dates.
        SUBTRACT: 1 FROM t_dates-sindex,
                  1 FROM t_dates-datub.
        MODIFY t_dates TRANSPORTING sindex datub.
      ENDLOOP.
      CLEAR: d_datefrom,
             t_dates.
      READ TABLE t_dates WITH KEY sindex = s_monat-low.
      d_datefrom = t_dates-datuv.
      CLEAR d_dateto.
      IF s_monat-high IS INITIAL.
        d_dateto = t_dates-datub.
      ELSE.
        CLEAR t_dates.
        READ TABLE t_dates WITH KEY sindex = s_monat-high.
        d_dateto = t_dates-datub.
      ENDIF.
    ENDFORM.                    " Z_GET_PERIOD_DATES
    *&      Form  Z_SELECT_PROD_ORDERS
          text
    -->  p1        text
    <--  p2        text
    FORM z_select_prod_orders.
    Select all production orders as per the selection criteria provided
      DATA: d_dlv_code LIKE jstat-stat,
            d_teco_code LIKE jstat-stat,
            t_status LIKE jstat OCCURS 0 WITH HEADER LINE.
      SELECT SINGLE name1 INTO t001w-name1 FROM t001w WHERE werks = p_werks.
    if s_plnbez-low eq space and s_plnbez-high eq space.
    endif.
      SELECT aufnr werks objnr gamng rsnum plnbez
      INTO CORRESPONDING FIELDS OF
      TABLE t_caufv FROM caufv
      WHERE aufnr IN s_aufnr
    AND   auart IN ('PP01', 'LL02') : BY VIVEK
      AND   auart in s_auart " Added By Vivek on 29.11.2005
      AND   werks = p_werks
      AND   plnbez IN s_plnbez
      AND   getri BETWEEN d_datefrom AND d_dateto
      ORDER BY aufnr.
      d_returncode = sy-subrc.
      IF d_returncode NE 0.
        STOP.
      ENDIF.
    Filter out only those production orders that have a status
    DLV (Delivered) or TECO (Technically Confirmed).
      CLEAR: d_dlv_code,
             d_teco_code.
      PERFORM z_get_status_code USING 'DLV' CHANGING d_dlv_code.
      PERFORM z_get_status_code USING 'TECO' CHANGING d_teco_code.
      LOOP AT t_caufv.
        REFRESH t_status.
        CALL FUNCTION 'STATUS_READ'
             EXPORTING
              CLIENT           = SY-MANDT
                  objnr            = t_caufv-objnr
                 only_active      = 'X'
         IMPORTING
              OBTYP            =
              STSMA            =
              STONR            =
            TABLES
                 status           = t_status
            EXCEPTIONS
                 object_not_found = 1
                 OTHERS           = 2
        IF sy-subrc EQ 0.
          CLEAR t_status.
          READ TABLE t_status WITH KEY stat = d_dlv_code.
          IF sy-subrc NE 0.
            CLEAR t_status.
            READ TABLE t_status WITH KEY stat = d_teco_code.
            IF sy-subrc NE 0.
              DELETE t_caufv.
            ENDIF.
          ENDIF.
        ELSE.
          DELETE t_caufv.
        ENDIF.
      ENDLOOP.
      IF t_caufv[] IS INITIAL.
        d_returncode = 4.
        STOP.
      ENDIF.
    Added by Anand Bothra on 24/11/2003**********
      t_ab_caufv[] = t_caufv[].
    Added by Anand Bothra on 28/11/2003.
      IF ( s_plnbez-low EQ space AND s_plnbez-high EQ space ).
        IF ( s_aufnr-low EQ space AND s_aufnr-high EQ space ).
          d_flag = 'N'.
        ELSE.
          d_flag = 'Y'.
        ENDIF.
      ELSE.
        d_flag = 'Y'.
      ENDIF.
      IF d_flag = 'Y'.
    Added by Anand Bothra on 21/11/2003.**********
    *Get the batch number of the entered order
        DATA: itab_afpo LIKE afpo OCCURS 100 WITH HEADER LINE.
        DATA: BEGIN OF t_ab_charg OCCURS 0,
    *Added by Anand on 27/11/2003
                aufnr LIKE afpo-aufnr,
                charg LIKE afpo-charg,
                END OF t_ab_charg.
        LOOP AT t_caufv.
          SELECT aufnr charg FROM afpo INTO t_ab_charg WHERE aufnr =
      t_caufv-aufnr.
            APPEND t_ab_charg.
            CLEAR t_ab_charg.
          ENDSELECT.
        ENDLOOP.
    IF sy-subrc = 0.
       SELECT * FROM afpo INTO TABLE itab_afpo WHERE charg = d_ab_charg.
    ENDIF.
        LOOP AT t_ab_charg.
          SELECT * FROM afpo INTO itab_afpo WHERE charg = t_ab_charg-charg.
            APPEND itab_afpo.
            CLEAR itab_afpo.
          ENDSELECT.
        ENDLOOP.
        CLEAR t_caufv.
        REFRESH t_caufv.
    *Get all the orders with the same batch number.
        LOOP AT itab_afpo.
          SELECT aufnr werks objnr gamng rsnum plnbez
          INTO CORRESPONDING FIELDS OF
          t_caufv FROM caufv WHERE aufnr = itab_afpo-aufnr.
            APPEND t_caufv.
          ENDSELECT.
        ENDLOOP.
        CLEAR t_caufv.
        SORT t_caufv BY aufnr.
    delete adjacent duplicates from t_caufv comparing all fields.
      ENDIF.
      SELECT aufnr posnr wemng amein charg INTO TABLE t_afpo
      FROM afpo FOR ALL ENTRIES IN t_caufv
      WHERE aufnr = t_caufv-aufnr.
      d_returncode = sy-subrc.
      IF d_returncode NE 0.
        STOP.
      ENDIF.
      SORT t_afpo BY aufnr.
    ENDFORM.                    " Z_SELECT_PROD_ORDERS
    *&      Form  Z_SELECT_MAT_DESC
          text
    -->  p1        text
    <--  p2        text
    FORM z_select_mat_desc.
    Get the Description of all materials
      SELECT matnr maktx INTO TABLE t_makt FROM makt
      FOR ALL ENTRIES IN t_caufv
      WHERE matnr = t_caufv-plnbez
      AND   spras = sy-langu.
    ENDFORM.                    " Z_SELECT_MAT_DESC
    *&      Form  Z_PROCESS_DATA
          text
    -->  p1        text
    <--  p2        text
    FORM z_process_data.
    Process the data from all production orders and prepare the output
    table for display appropriately
      DATA: d_mbgbtr TYPE p DECIMALS 3,
            loop_cnt TYPE i.
      REFRESH t_outputtab.
      LOOP AT t_caufv.
        CLEAR t_outputtab.
        MOVE-CORRESPONDING t_caufv TO t_outputtab.
        CLEAR t_makt.
        READ TABLE t_makt WITH KEY matnr = t_caufv-plnbez.
        IF sy-subrc EQ 0.
          MOVE t_makt-maktx TO t_outputtab-maktx.
        ENDIF.
        CLEAR t_afpo.
        READ TABLE t_afpo WITH KEY aufnr = t_caufv-aufnr.
        IF sy-subrc EQ 0.
          MOVE: t_afpo-wemng TO t_outputtab-wemng,
                t_afpo-amein TO t_outputtab-amein,
                t_afpo-charg TO t_outputtab-charg.
        ENDIF.
        IF t_outputtab-gamng NE 0.
          COMPUTE t_outputtab-yield =
          ( t_outputtab-wemng / t_outputtab-gamng ) * 100.
        ENDIF.
        APPEND t_outputtab.
      ENDLOOP.
      SORT t_production_costs BY objnr kstar.
      LOOP AT t_production_costs.
        AT NEW objnr.
          CLEAR: d_mbgbtr, d_tabix, t_outputtab.
          READ TABLE t_outputtab WITH KEY objnr = t_production_costs-objnr.
          MOVE sy-tabix TO d_tabix.
          " Add up the Raw Material and Manufacturing Conversion
          " Costs from the previous stage production order
          CLEAR loop_cnt .
          LOOP AT t_suborders WHERE aufnr = t_outputtab-aufnr.
         commented by anand bothra on 20/11/2003
            ADD 1 TO loop_cnt.
            IF loop_cnt > 1.
              EXIT.
            ENDIF.
            LOOP AT t_production_costs1 WHERE objnr = t_suborders-objnr.
              CASE t_production_costs1-kstar.
                WHEN '0005000000' OR '0005010000'.     " Raw Material Cost
    BEGIN OF deletion VIP110703
              ADD t_production_costs1-wkgbtr TO t_outputtab-totalrmcost.
    END   OF deletion VIP110703
                  ADD t_production_costs1-wkgbtr TO prev_totmatqty.
                WHEN '0000500100'.      " Manufacturing Conversion Cost
                  ADD t_production_costs1-wkgbtr TO prev_tot_mfgconv_cst.
    BEGIN OF deletion VIP110703
                ADD t_production_costs1-wkgbtr TO t_outputtab-mfgconvcost.
    END   OF deletion VIP110703
              ENDCASE.
            ENDLOOP.
    BEGIN OF INSERTION VIP110703
           READ TABLE t_production_costs INTO wa_production_costs
           WITH KEY objnr = t_production_costs-objnr
                      matnr = wa_prev_outputtab-plnbez.
           IF sy-subrc = 0.
             IF  ( wa_production_costs-mbgbtr NE
                                   wa_prev_outputtab-wemng )  .
               prev_totmatqty = ( prev_totmatqty /
                                  wa_prev_outputtab-wemng ) *
                                 wa_production_costs-mbgbtr.
               prev_tot_mfgconv_cst = ( prev_tot_mfgconv_cst /
                                  wa_prev_outputtab-wemng ) *
                                  wa_production_costs-mbgbtr.
             ENDIF.
           ENDIF.
           LOOP AT t_suborders_propcost
                   WHERE prevaufnr = wa_prev_outputtab-aufnr.
             t_suborders_propcost-proprmcost = prev_totmatqty.
             t_suborders_propcost-prop_mfg_convcost = prev_tot_mfgconv_cst
             MODIFY t_suborders_propcost.
           ENDLOOP.
           clear: prev_totmatqty,
                   prev_tot_mfgconv_cst.
    END   OF INSERTION VIP110703
    BEGIN OF INSERTION VIP111003
            CLEAR: wa_prev_outputtab,
                   wa_production_costs.
            READ TABLE t_outputtab INTO wa_prev_outputtab
            WITH KEY aufnr = t_suborders-prevaufnr.
            ratio = 1.
            IF sy-subrc = 0.
              READ TABLE t_production_costs INTO wa_production_costs
              WITH KEY objnr = t_outputtab-objnr
                         matnr = wa_prev_outputtab-plnbez.
              IF sy-subrc = 0.
                IF  ( wa_production_costs-mbgbtr NE
                                      wa_prev_outputtab-wemng ) .
                  ratio = wa_production_costs-mbgbtr /
                          wa_prev_outputtab-wemng.
                  prev_totmatqty = ( prev_totmatqty /
                                     wa_prev_outputtab-wemng ) *
                                    wa_production_costs-mbgbtr.
                  prev_tot_mfgconv_cst = ( prev_tot_mfgconv_cst /
                                     wa_prev_outputtab-wemng ) *
                                     wa_production_costs-mbgbtr.
                ENDIF.
              ENDIF.
            ENDIF.
            LOOP AT t_suborders_propcost
                    WHERE prevaufnr = wa_prev_outputtab-aufnr
                    AND aufnr = t_outputtab-aufnr.
              t_suborders_propcost-proprmcost = prev_totmatqty.
              t_suborders_propcost-prop_mfg_convcost = prev_tot_mfgconv_cst.
              MODIFY t_suborders_propcost.
            ENDLOOP.
    *Commented by Anand Bothra on 20/11/2003.
            CLEAR: prev_totmatqty,
                    prev_tot_mfgconv_cst.
    BEGIN OF INSERTION VIP111003
          ENDLOOP.
        ENDAT.
        AT END OF kstar.
          SUM.
          CASE t_production_costs-kstar.
            WHEN '0000500200'.    " Packing Conversion Costs
              t_outputtab-pkgconvcost = t_production_costs-wkgbtr.
            WHEN '0005000500'.   " Semi-Finished Cost/Quantity
              MOVE t_production_costs-mbgbtr TO d_mbgbtr.
            WHEN '0005050000' OR '0005050001' OR '0005050002'.
              " Packing Mat Costs
              ADD t_production_costs-wkgbtr TO t_outputtab-totalpmcost.
            WHEN '0005000000' OR '0005010000'.
              ADD t_production_costs-wkgbtr TO t_outputtab-totalrmcost.
            WHEN '0000500100'.      " Manufacturing Conversion Cost
              ADD t_production_costs-wkgbtr TO t_outputtab-mfgconvcost.
          ENDCASE.
        ENDAT.
        AT END OF objnr.
          MOVE d_waers TO t_outputtab-waers.
    Calculations for the Production Order
          " Determine the RM Cost/Unit and Mfg Conv Cost/Unit
          CLEAR t_afpo1.
          READ TABLE t_afpo1 WITH KEY aufnr = t_outputtab-aufnr.
          IF ( ( sy-subrc EQ 0 ) AND ( t_afpo1-wemng NE 0 ) ).
    BEGIN OF insertion VIP110703
           tmp_aufnr = t_production_costs-objnr+2(12).
           LOOP AT t_suborders_propcost
           WHERE aufnr = tmp_aufnr  .
            ADD t_suborders_propcost-proprmcost TO t_outputtab-totalrmcost
             ADD t_suborders_propcost-prop_mfg_convcost  TO
                  t_outputtab-mfgconvcost.
           ENDLOOP.
    END   OF insertion VIP110703
    BEGIN OF insertion VIP111003
            CLEAR: t_suborders_propcost , tmp_aufnr.
            READ TABLE t_suborders_propcost
            WITH KEY aufnr = t_outputtab-aufnr.
            IF sy-subrc = 0.
             t_suborders_propcost-proprmcost =
                 t_suborders_propcost-proprmcost * ratio.
              ADD t_suborders_propcost-proprmcost
                    TO t_outputtab-totalrmcost.
             t_suborders_propcost-prop_mfg_convcost =
                 t_suborders_propcost-prop_mfg_convcost * ratio.
              ADD t_suborders_propcost-prop_mfg_convcost
                   TO t_outputtab-mfgconvcost.
              tmp_aufnr = t_suborders_propcost-prevaufnr.
              bln_suborder = 'T'.
              WHILE bln_suborder = 'T'.
                CLEAR: t_suborders_propcost .
                READ TABLE t_suborders_propcost
                WITH KEY aufnr = tmp_aufnr.
                IF sy-subrc = 0.
                  t_suborders_propcost-proprmcost =
                    t_suborders_propcost-proprmcost * ratio.
                  ADD t_suborders_propcost-proprmcost
                        TO t_outputtab-totalrmcost.
                  t_suborders_propcost-prop_mfg_convcost =
                      t_suborders_propcost-prop_mfg_convcost * ratio.
                  ADD t_suborders_propcost-prop_mfg_convcost
                       TO t_outputtab-mfgconvcost.
                  tmp_aufnr = t_suborders_propcost-prevaufnr.
                ELSE.
                  bln_suborder = 'F'.
                  CLEAR tmp_aufnr.
                ENDIF.
              ENDWHILE.
            ENDIF.
    END   OF insertion VIP111003
    END   OF deletion VIP110703
           t_outputtab-mfgconvcost = ( t_outputtab-mfgconvcost /
                                       t_afpo1-wemng ) * d_mbgbtr.
           t_outputtab-totalrmcost = ( t_outputtab-totalrmcost /
                                       t_afpo1-wemng ) * d_mbgbtr.
    END   OF deletion VIP110703
          ENDIF.
          IF t_outputtab-wemng NE 0.
            t_outputtab-rmperunit = t_outputtab-totalrmcost /
                                    t_outputtab-wemng.
            " PM Cost Per Unit = Total PM Cost / Quantity Delivered
            t_outputtab-pmperunit = t_outputtab-totalpmcost
                                    / t_outputtab-wemng.
            " Conv Cost Cost Per Unit = (Manu Conv Cost + Pack Conv Cost)
            "                           / Qty Delv
            t_outputtab-ccperunit = ( t_outputtab-mfgconvcost
                                    + t_outputtab-pkgconvcost )
                                    / t_outputtab-wemng.
          ENDIF.
          " Total Cost Per Unit = (RM Cost per unit + PM Cost per Unit
          "                       + Conv Cost per unit)
          t_outputtab-totperunit = t_outputtab-rmperunit
                                   + t_outputtab-pmperunit
                                   + t_outputtab-ccperunit.
    Update the calculated values in the internal table
          CHECK d_tabix GT 0.
          MODIFY t_outputtab INDEX d_tabix
                             TRANSPORTING totalrmcost totalpmcost
                                          mfgconvcost pkgconvcost
                                          rmperunit pmperunit
                                          ccperunit totperunit waers.
    BEGIN OF DELETION VIP110703
         MOVE t_outputtab TO wa_prev_outputtab.
    END   OF DELETION VIP110703
        ENDAT.
      ENDLOOP.
    ENDFORM.                    " Z_PROCESS_DATA
    *&      Form  Z_DISPLAY_LIST
          text
    -->  p1        text
    <--  p2        text
    FORM z_display_list.
    Display the Report
      CALL FUNCTION 'REUSE_ALV_LIST_DISPLAY'
          EXPORTING
            I_INTERFACE_CHECK        = ' '
             i_callback_program       = d_repid
            I_CALLBACK_PF_STATUS_SET = ' '
            I_CALLBACK_USER_COMMAND  = ' '
            I_STRUCTURE_NAME         =
             is_layout                = wa_listlayout
               it_fieldcat              = t_fieldcatalog
            IT_EXCLUDING             =
            IT_SPECIAL_GROUPS        =
               it_sort                  = t_sortsequence
            IT_FILTER                =
            IS_SEL_HIDE              =
            I_DEFAULT                = 'X'
            I_SAVE                   = ' '
            IS_VARIANT               = ' '
             it_events                = t_listevents
            IT_EVENT_EXIT            =
             is_print                 = wa_print_info
            IS_REPREP_ID             =
            I_SCREEN_START_COLUMN    = 0
            I_SCREEN_START_LINE      = 0
            I_SCREEN_END_COLUMN      = 0
            I_SCREEN_END_LINE        = 0
            I_BYPASSING_BUFFER       =
            I_BUFFER_ACTIVE          =
       IMPORTING
            E_EXIT_CAUSED_BY_CALLER  =
            ES_EXIT_CAUSED_BY_USER   =
           TABLES
                t_outtab                 = t_outputtab
          EXCEPTIONS
               program_error            = 1
               OTHERS                   = 2
      IF sy-subrc <> 0.
    MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
            WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
      ENDIF.
      SET PF-STATUS 'Z_AB_STANDARD'.
    ENDFORM.                    " Z_DISPLAY_LIST
    *&      Form  Z_FILL_FIELDCATALOG
          text
    -->  p1        text
    <--  p2        text
    FORM z_fill_fieldcatalog USING      p_rownum LIKE sy-curow
                                        p_colnum LIKE sy-cucol
                                        p_fieldname TYPE slis_fieldname
                                        p_tabname TYPE slis_tabname
                                        p_reffield TYPE dd03p-fieldname
                                        p_reftable TYPE dd03p-tabname
                                        p_qfield TYPE slis_fieldname
                                        p_qtab TYPE slis_tabname
                                        p_sum
                                        p_stext
                                        p_mtext
                                        p_ltext
                                        p_datatype
                                        p_outputlen.
    Prepare the fields for ALV list output
      CLEAR wa_fieldcatalog.
      wa_fieldcatalog-row_pos = p_rownum.
      wa_fieldcatalog-col_pos = p_colnum.
      wa_fieldcatalog-fieldname = p_fieldname.
      wa_fieldcatalog-tabname = p_tabname.
      wa_fieldcatalog-ref_fieldname = p_reffield.
      wa_fieldcatalog-ref_tabname = p_reftable.
      wa_fieldcatalog-qfieldname = p_qfield.
      wa_fieldcatalog-qtabname = p_qtab.
      wa_fieldcatalog-do_sum = p_sum.
      wa_fieldcatalog-seltext_s = p_stext.
      wa_fieldcatalog-seltext_m = p_mtext.
      wa_fieldcatalog-seltext_l = p_ltext.
      wa_fieldcatalog-datatype = p_datatype.
      wa_fieldcatalog-outputlen = p_outputlen.
      APPEND wa_fieldcatalog TO t_fieldcatalog.
    ENDFORM.                    " Z_FILL_FIELDCATALOG
    *&      Form  Z_PREPARE_FIELDCAT
          text
    -->  p1        text
    <--  p2        text
    FORM z_prepare_fieldcat.
    Append all the display fields into the field catalog internal table
    First Row
      PERFORM z_fill_fieldcatalog USING 1 1 'PLNBEZ' 'T_OUTPUTTAB'
                                        space 'AFKO' space space
                                        space space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 1 2 'MAKTX' 'T_OUTPUTTAB'
                                        space 'MAKT' space space
                                        space space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 1 3 'CHARG' 'T_OUTPUTTAB'
                                        space 'AFPO' space space
                                        space space space space space
                                        0.
    Second Row
      PERFORM z_fill_fieldcatalog USING 2 1 'AUFNR' 'T_OUTPUTTAB'
                                        space 'AFKO' space space
                                        space space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 2 2 'GAMNG' 'T_OUTPUTTAB'
                                        space 'CAUFV' 'AMEIN' space
                                        'X' space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 2 3 'WEMNG' 'T_OUTPUTTAB'
                                        space 'AFPO' 'AMEIN' space
                                        'X' space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 2 4 'AMEIN' 'T_OUTPUTTAB'
                                        space 'AFPO' space space
                                        space space space space space
                                        0.
      PERFORM z_fill_fieldcatalog USING 2 5 'YIELD' 'T_OUTPUTTAB'
                                        space space space space
                                        space text-010 text-010 text-010
                                        'QUAN' 17.
    Third Row
      PERFORM z_fill_fieldcatalog USING 3 1 'TOTALRMCOST' 'T_OUTPUTTAB'
                                        space space space space
                                        'X' text-011 text-011 text-011
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 3 2 'TOTALPMCOST' 'T_OUTPUTTAB'
                                        space space space space
                                        'X' text-012 text-012 text-012
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 3 3 'MFGCONVCOST' 'T_OUTPUTTAB'
                                        space space space space
                                        'X' text-013 text-013 text-013
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 3 4 'PKGCONVCOST' 'T_OUTPUTTAB'
                                        space space space space
                                        'X' text-014 text-014 text-014
                                        'CURR' 21.
    Fourth Row
      PERFORM z_fill_fieldcatalog USING 4 1 'RMPERUNIT' 'T_OUTPUTTAB'
                                        space space space space
                                        space text-015 text-015 text-015
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 4 2 'PMPERUNIT' 'T_OUTPUTTAB'
                                        space space space space
                                        space text-016 text-016 text-016
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 4 3 'CCPERUNIT' 'T_OUTPUTTAB'
                                        space space space space
                                        space text-017 text-017 text-017
                                        'CURR' 21.
      PERFORM z_fill_fieldcatalog USING 4 4 'TOTPERUNIT' 'T_OUTPUTTAB'
                                        space space space space
                                        space text-018 text-018 text-018
                                       'CURR' 21.
    ENDFORM.                    " Z_PREPARE_FIELDCAT
    *&      Form  Z_GET_ALV_EVENTS
          text
    -->  p1        text
    <--  p2        text
    FORM z_get_alv_events.
    Returns table of possible events for a list type
      REFRESH t_listevents.
      CALL FUNCTION 'REUSE_ALV_EVENTS_GET'
       EXPORTING
            I_LIST_TYPE     = 0
          IMPORTING
               et_events       = t_listevents
          EXCEPTIONS
               list_type_wrong = 1
               OTHERS          = 2
      IF sy-subrc <> 0.
    MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
            WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
      ELSE.
        CLEAR: wa_listevents, d_tabix.
        READ TABLE t_listevents WITH KEY name = slis_ev_top_of_page
        INTO wa_listevents.
        d_tabix = sy-tabix.

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    System works like this
    Work order (Manually given to Production) Part name Material Qty and Dispatch date.
    Finish Material A
         This contains semi finish material X, Y, Z
    X contains Raw material and Scrap Generated
    Y contains X and Scrap
    Z Contains Y and Scrap
    Finish A Contains Z material
    Then Production people create the sub semi finish Production order of X before he checks raw material from store and accordingly by calculating he create Production order of X then Production order of Y and Z and then Create Production Order Of Finish Material.
    Our problem is that as we create manually Production order the material issued from store we are not able to link with the production order.
    As this material is issued to this production order. How to map this?
    The other issue is regarding consumables we also want to map this to Production order. Like Coolant used and inserts used on work center how to map?
    Please guide me.
    Thanks & Regards
    Pert

    Hi,
    If you are creating production orders with CO08 (With reference to sales order ) then RM tracking can easily be done.
    Just need to give sales order number in COOIS report or in table AFPO it will give you all the production orders and RM can be traced till FG.
    But if you have MTS then the calculation must be assumption basis .
    If the same RM used in same SFG with different production orders then that might be impossible to trace without batch and sales order.
    Now you want to trace tool then use PRT
    You need to create material as PRT .
    Assign that PRT in routing with Usage formula .
    So PRT will be copied on production order with routing . When ever you will confirm the operation the usage value of PRT will be updated.
    Regards,
    Vishal

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