GR Blocked Qty

Dear Friends..
Please tell me how can I get GR Blocked Qty from 0IC_C03 Cube?. I'm getting all values and Qtys but I'm facing the problem in this GR Blocked Qty only, the movement types are 103 and 104. This documents numbers it self is not picking from 2LIS_03_BF datasource in ecc, I filled setup table with all possible options, but it is not picking, so how can we get it in BF, if atleast I get Material document number then based on that I will enhance the datasource.
In ECC we can see it in MMBE --> GR Blocked QStock Qty.
For Blocked Qty  we have direct key figure called  0BLOCKEDSTK, but wht is for GR Blocked Qty?.
Note: in MB51 we can see the movement type wise 103 and 104 data, th same I need, wht BF datasource is not picking that movement types data from ECC.
Thanks
Ganga
Edited by: Ganga on Oct 1, 2009 7:08 AM

Resolved my self

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    TABLES : MARA,MAKT,MARD,t001w,stpo,stas.
    data : begin of t_mara occurs 0,
           matnr like mara-matnr,
           end of t_mara.
    data : begin of t_mard occurs 0,
           matnr like mara-matnr,
           werks like mard-werks,
           labst like mard-labst,
           insme like mard-insme,
           speme like mard-speme,
           end of t_mard.
    data : l_stk1 like mard-labst,
           l_stk2 like mard-insme,
           l_stk3 like mard-speme.
    ----   BOM -
    DATA : BEGIN OF it_mast OCCURS 0,
            matnr LIKE mast-matnr,
            werks LIKE mast-werks,
            stlan LIKE mast-stlan,
            stlnr LIKE mast-stlnr,
            stlal LIKE mast-stlal,
           END OF it_mast.
    DATA : BEGIN OF wa_mast OCCURS 0,
           matnr LIKE mast-matnr,
           werks LIKE mast-werks,
           stlan LIKE mast-stlan,
           stlnr LIKE mast-stlnr,
           stlal LIKE mast-stlal,
          END OF wa_mast.
    DATA : BEGIN OF it_mast1 OCCURS 0,
            matnr LIKE mast-matnr,
            werks LIKE mast-werks,
            stlan LIKE mast-stlan,
            stlnr LIKE mast-stlnr,
            stlal LIKE mast-stlal,
           END OF it_mast1.
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            stlty LIKE stas-stlty,
            stlnr LIKE stas-stlnr,
            stlal LIKE stas-stlal,
            stlkn LIKE stas-stlkn,
            stasz LIKE stas-stasz,
            datuv LIKE stas-datuv,
            stvkn LIKE stas-stvkn,
           END OF it_stas.
    DATA : BEGIN OF it_stpo OCCURS 0,
            stlty LIKE stpo-stlty,
            stlnr LIKE stpo-stlnr,
            stlkn LIKE stpo-stlkn,
            stpoz LIKE stpo-stpoz,
            idnrk LIKE stpo-idnrk,
            meins LIKE stpo-meins,
            menge LIKE stpo-menge,
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            stlnr LIKE stpo-stlnr,
            stlkn LIKE stpo-stlkn,
            stpoz LIKE stpo-stpoz,
            idnrk LIKE stpo-idnrk,
            meins LIKE stpo-meins,
            menge LIKE stpo-menge,
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            stlty LIKE stpo-stlty,
            stlnr LIKE stpo-stlnr,
            stlkn LIKE stpo-stlkn,
            stpoz LIKE stpo-stpoz,
            idnrk LIKE stpo-idnrk,
            meins LIKE stpo-meins,
            menge LIKE stpo-menge,
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          menge like stpo-menge,
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          stlnr like stpo-stlnr,
          matnr like mast-matnr,
          menge like stpo-menge,
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    data bom_req_qty like mard-speme.
    data WA_AVLSTUS like mard-speme.
    select-options: S_Matno FOR mara-matnr.
    parameterS     : P_plant like t001w-werks,
                     P_BOM like mara-matnr.
    perform validation.
    perform Inputdata.
    perform Calcdata.
    form validation.
    if S_Matno is initial.
    message e001 with text-001.
    ENDIF.
    if P_plant is initial.
    message e001 with text-002.
    endif.
    if P_BOM is initial.
    message e001 with text-003.
    endif.
    select matnr from mara INTO table t_mara
                      where matnr in S_Matno.
    if sy-subrc <> 0.
    message e001 with text-004.
    endif.
    select single * from t001w where werks = P_plant.
    if sy-subrc <> 0.
    message e001 with text-005.
    endif.
    select single * from mara where matnr = P_BOM.
    if sy-subrc <> 0.
    message e001 with text-004.
    endif.
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    form Inputdata.
    select matnr from mara into table t_mara
                    where matnr in S_Matno.
    if sy-subrc = 0.
    select matnr werks labst insme speme from
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                          where matnr = t_mara-matnr and
                                werks = P_plant.
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    write:74 sy-vline.
    write:75 l_stk2.
    write:92 sy-vline.
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    clear l_stk1.
    clear l_stk2.
    clear l_stk3.
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    endif.
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      if mult_par = 'Y'.
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        loop at wa_mast.
          select matnr werks stlan stlnr stlal from mast into table it_mast
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              clear wa_stpo1.
                loop at wa_stpo1.
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                  it_stpo-stlnr = wa_stpo1-stlnr.
                  it_stpo-stlkn = wa_stpo1-stlkn.
                  it_stpo-idnrk = wa_stpo1-idnrk.
                  it_stpo-meins = wa_stpo1-meins.
                  it_stpo-menge = wa_stpo1-menge * 2.
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                  move-corresponding wa_stpo1 to it_stpo.
                  endif.
                  append it_stpo.
                  clear wa_stpo1.
                  clear it_stpo.
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                refresh wa_stpo1.
                clear wa_mast.
              endif.
            endloop.
          endif.
        endloop.
        refresh wa_mast.
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        perform display_data.
      endif.
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            append wa_mast.
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            append t_stpo.
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          clear t_stpo.
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          it_final-matnr = it_stpo-idnrk.
          it_final-menge = it_stpo-menge.
          append it_final.
        endif.
      endloop.
      if not wa_mast[] is initial.
        mult_par = 'Y'.
        clear it_stpo.
      else.
        mult_par = ''.
      endif.
      loop at it_final.
        move-corresponding it_final to it_final1.
        append it_final1.
      endloop.
      refresh it_final.
      refresh it_mast.
      perform process_data.
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      sort it_final1 by matnr.
      loop at it_final1.
        if it_final1-matnr = G_Matno.
          bom_req_qty = bom_req_qty + it_final1-menge.
        endif.
      endloop.
      refresh it_stpo.
      refresh it_mast.
      clear it_final1.
      REFRESH it_final1.
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           20 'Description',
           56 sy-vline,
           57 'Unrestricted Qty',
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    Dear Jalu,
    As per my undersatnding about your scenario you can use the following option:
    Material number for the pressure gauges and maintain serail numbers. Activate equipment view for serial numbers.
    If you want to have a detailed calibration procedure use the functionality of QM. You can create maintenance plans for calibration of gauges for each serialised equipment.
    For identifying scarapping you can have a separate storage location as SCRAP and move the defective one to that storage location.
    From the IQ09 list itself you can identify the status (like ESTO - means in wearhouse , INST installed , AVLB - available) and its present location(like storage location , Functional location or superior equipment etc)
    In mmbe also  you can see the details( this should be possible in the way you have already configured also)
    From mmbe output , select on the relavant quantity ( unrestricted , Quality Inspection or blocked qty etc.) and go to Environment ->Equipment/Serial number. It will display only the serial number which comes under that stock type.
    Best Regards
    Kannan G

  • Stock confiramtion at sales order level for future date- Availability Check

    Hi all
    Here is the scenario
    This setting is available in the system:
    Stock is available
    Sales order created with Requested delivery date in future-> not confirmed
    Sales order created with Requested del date today -> confirmed
    The requirement :
    how and where to change this setting in IMG so that also orders with Requested Delivery Date in future are confirmed if stock is available.
    As this is urgent request to respond quickly.
    Regards
    Devender

    Hello Devender,
    You can achieve the mentioned scenario by configuring ATP. You can do ATP with RLT or ATP without RLT.
    In ATP with RLT, system will check and confirm the quantities from existing stock only and if quantities are insufficient then the system will consider inline POs or manufacturing time to confirm remaining quantitites.
    Else you will be getting schedule lines for only items in stock and remaining will be unconfirmed as ATP without RLT will be activated i.e., system will check and confirm the quantities from existing stock only.
    Types of Availability Check in Sales and Distribution
    Processing
    There are three types of availability check:
    _ Check on the basis of the ATP quantities
    _ Check against product allocation
    _ Check against planning
    The following SD-specific control features need to be maintained in Customizing:
    _ Checking group
    The checking group controls whether the system is to create individual or collective
    requirements in sales and shipping processing. In addition, a material block for the
    availability check with transfer of requirements can be set here. The checking group can
    also be used to deactivate the availability check. This option was created especially for
    the assembly order so that when the bill of material is exploded in the assembly order,
    the individual components, if necessary, can be classified as non-critical parts as far as
    procurement is concerned.
    The checking group specifies in combination with the checking rule the scope of the
    availability check. It is proposed in the material master record on the basis of the material
    type and the plant, and copied into the sales and distribution documents.
    _ Checking Rule
    You use the checking rule to control the scope of the availability check for each
    transaction in sales and distribution. You also specify whether the check should be
    carried out including or excluding replenishment lead time. The individual checking rules
    define by transaction, which stock and inward and outward movement of goods should
    be taken into account for the availability check.
    _ Schedule line category
    You can control with the schedule line category whether an availability check and
    transfer of requirements should be carried out in the sales documents. The possible
    settings for this at schedule line level are dependent on the settings in the requirements
    class which is determined from the requirements type of the material.
    _ Delivery item category
    The delivery item category can be used to control whether an availability check takes
    place in deliveries.
    Requirements type
    The various requirements are identified by their requirements type. The requirements
    type refers to the requirements class and its control features.
    _ Requirements Class
    The requirements class contains all control features for planning such as relevance for
    planning, requirements planning strategy and requirements consumption strategy. In
    addition, it is specified at a global level whether an availability check is to take place for
    the material in the sales and distribution documents on the basis of the ATP quantity
    (ATP = available to promise) and whether requirements are to be passed on. A finer
    degree of control can be obtained for sales documents using the schedule line category.
    Replenishment lead time is only included in the check performed on the basis of the
    ATP quantity.
    Prerequisites
    An availability check can only be carried out if the following prerequisites have been fulfilled:
    _ The control elements described above for the availability check must be maintained in
    Customizing for Sales and the relevant assignments made to the sales transactions
    _ The availability check must be switched on at requirements class level and - for the
    availability check in the sales documents - at schedule line category level
    A requirements type must exist by which the requirements class can be found
    _ A plant must be defined. It can either be proposed from the customer or material master
    record or can be entered manually in the document.
    _ A checking group must be defined in the material master record on the Sales/plant data
    screen in the Availability check field
    Configuring entries of the Availability Check
    IMG&#61664;SD&#61664;Basic fncs&#61664;Availability check and TOR&#61664;Availability check&#61664;Availability check with ATP logic or against planning&#61664;Define checking groups
    You can use SAP std checking groups of 01 for summarized reqts or 02 for daily reqts or u can create ur own.
    The columns total sales and total deliveries are selection options whereby u can configure a checking rule to sum up reqts to post to MRP either individually or by day or week.
    Column 5, Block qty; set this block if u want several users to be able to process the material simultaneously in different transactions without blocking each other. The No Check indicator is used when u want a material to not be relevant for an ATP check.
    Defining a material block for other users. The Block checkbox is an indicator that enables u to block the particular material from being checked for availability if it is already being checked at the same time by another user.
    Defining the default value for checking groups. However should no entry exist for the checking group in the material master record, one can set a default value per material type and plant.
    Controlling the availability check. In this section, u tell the system what stock on hand and what inward and outward movements of stock it must take into account when performing the availability check. These settings are based on the checking group that is assigned to the material master record and the checking rule that is predefined and assigned to the sd transaction. The carry out control for the availability check must be maintained for both the sales order and delivery.
    Reward points if helpful.
    Regards,
    Priyanka

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