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Inventorization of Actual Shipment Cost to In-transit Stock

Hello Everyone,

This document explains how to achieve actual material cost during stock transfers when the freight charges and other cost are finalized before delivery goods issue and this is applicable for Materials with moving average price in case of Standard Price this will be posted to Price Difference account

The Freight charges and other costs (Loading, Unloading and other charges) are captured in shipment cost document before Delivery Post Goods Issue

Freight charges are finalized either based on Quantity or Fixed, Charges may to finalized in foreign currency

Material Inventory Valuation to be posted delivery line item wise even if does have batch split quantities

For the above business requirement below Process, Configuration and development change needs to be carried out

Process flow to be followed

Step :1 MM Configuration

Configuration to enable Delivery Cost Conditions for Stock Transfers

Enter for the Combination of Schema Group Purchasing Organization, STO Doc Type, Supplying Plant, Assign Calculation Schema

Based on above Configuration Delivery Cost Condition Types are defaulted in stock transfer document

Step : 2 LE-TRA Configuration

Configuration to capture Freight and other charges for Material Cost Inventorization

Please refer to blog Post of Leandro Nascimento related to Shipment and Shipment Cost Document

https://blogs.sap.com/2016/08/26/logistics-execution-transportation-le-tra-config-guide-for-shipment-cost-document/

Ensuring you have configured Shipment and Shipment Cost for Stock Transfer Deliveries, follow steps from Section “Transfer the shipment costs into the condition types of the purchase order” from note 427944.

Ensure you have configured Shipment item categories to capture vendor wise charges / Cost in Shipment Cost Document and changed shipment item category settlement as per below

Step : 3 Modification in Function Module : SD_SCD_PO_ITEM_DELIVERY_COSTS

Create an implicit enhancement at the end of form LEINRF2N. internal tables BETB[] and SBETB[] need to be modified. Replace the Vendor (LIFNR) and total Value (KWERT & KWRFW) based on the associated Shipment Cost Document SCD_NEW-FKNUM based on Mapping Table Maintained for Delivery Cost.

Create a Mapping Table to Pass Values from shipment cost document item categories to PO condition type

Copy table SBETB and BETB into other internal tables where the original data can be stored e.g.

COPY_BETB & COPY_SBETB. Replace the value of LIFNR & KWERT using the logic from table Shipment Cost Item data (VFKP) table.

Pass SCD_NEW-FKNUM to VFKP-FKNUM, get the following VFKP-PARVW(Shipment Partner Function)

VFKP-FKPTY(Shipment Item Category)

VFKP-EXT1(Shipment Doc)

VFKP-TDLNR(Partner for each stage)

Since the total value (KWERT & KWRFW) is already calculated and kept in original internal table COPY_BETB, put the same in the newly modified table BETB []- KWERT & BETB []- KWRFW.

Sample Code

Shipment Cost Inventorization
CALL FUNCTION 'SD_SCD_PO_ITEM_DELIVERY_COSTS'
          EXPORTING
            i_vbeln  = xebefu-vbeln_vl
            i_vbelp  = xebefu-vbelp_vl
            i_budat  = budat
            i_waers  = xebefu-waers
            i_wkurs  = ekko-wkurs   "PO conversion rate <693957
            i_kufix  = lf_kufix                               "N980402
            i_local  = t001-waers   "PO local currency <693957
          TABLES
            e_vtfkla = te_vtfkla
          EXCEPTIONS
            OTHERS   = 01.
        IF sy-subrc EQ 0.
          LOOP AT te_vtfkla WHERE netwr NE 0.
*       Gesamtkosten pro Lieferant merken (mit Menge)
            CLEAR: ts_bnk.                                  " 376476
            READ TABLE ts_bnk WITH KEY lifnr = te_vtfkla-tdlnr
                              BINARY SEARCH.
            IF sy-subrc EQ 0.
              ts_bnk-menge = ts_bnk-menge + xebefu-lamng.
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              CLEAR: ts_bnk-netwr_t,
                     ts_bnk-lgmng,
                     ts_bnk-kcmeng,
                     ts_bnk-kcmeng_vme.
              MODIFY ts_bnk INDEX sy-tabix.
            ELSE.
              ts_bnk-menge = ts_bnk-menge + xebefu-lamng.
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              ts_bnk-lifnr = te_vtfkla-tdlnr.
              ts_bnk-netwr_t = te_vtfkla-netwr_t.
              ts_bnk-lgmng   = te_vtfkla-lgmng.
              ts_bnk-kcmeng  = te_vtfkla-kcmeng.
              IF xebefu-umrez IS NOT INITIAL.
                ts_bnk-kcmeng_vme = ts_bnk-kcmeng * xebefu-umren /
                                                    xebefu-umrez.
              ENDIF.
              INSERT ts_bnk INDEX sy-tabix.
            ENDIF.
          ENDLOOP.
        ENDIF.
      ENDLOOP.
*&--logic for fixed quantity
    ELSEIF delivery = 'X'.

      CHECK i_vbeln NE space.

      LOOP AT xbbefu.
        REFRESH te_vtfkla.


* Begin N980402
* If exchange rate handling is active the actual exchange rate
* has to be used for GR.
* N1387559 ekko-kufix should be considered for GR legal req
        lf_kufix = ekko-kufix.
*End N980402
CALL FUNCTION 'SD_SCD_PO_ITEM_DELIVERY_COSTS'
          EXPORTING
            i_vbeln  = i_vbeln
            i_vbelp  = i_vbelp
            i_budat  = budat
            i_waers  = ekko-waers
            i_wkurs  = ekko-wkurs   "PO conversion rate <693957
            i_kufix  = lf_kufix                               "N980402
            i_local  = t001-waers   "PO local currency <693957
          TABLES
            e_vtfkla = te_vtfkla
          EXCEPTIONS
            OTHERS   = 01.
        IF sy-subrc EQ 0.

          IF te_vtfkla[] IS NOT INITIAL.
            SELECT * FROM lips INTO CORRESPONDING FIELDS OF TABLE it_lips
                     FOR ALL ENTRIES IN te_vtfkla[] WHERE vbeln = te_vtfkla-vbeln AND
                            posnr = te_vtfkla-posnr.
            IF sy-subrc = 0.
              SORT it_lips BY vbeln posnr.
            ENDIF.
          ENDIF.

          LOOP AT te_vtfkla WHERE netwr NE 0.
*         Gesamtkosten pro Lieferant merken (mit Menge)
            CLEAR: ts_bnk.                                  " 376476

* Begin N907632
            CLEAR ls_lips.
            READ TABLE it_lips INTO is_lips WITH KEY vbeln = te_vtfkla-vbeln
                          posnr = te_vtfkla-posnr.
            IF sy-subrc = 0.
              MOVE-CORRESPONDING is_lips TO ls_lips.
            ENDIF.
            IF xbbefu-erfme NE ls_lips-vrkme.
              IF ls_lips-umvkn IS NOT INITIAL.
                lf_lfimg = ls_lips-lfimg * ls_lips-umvkz / ls_lips-umvkn.
              ENDIF.
              IF xbbefu-umrez IS NOT INITIAL.
                lf_lpomg = lf_lfimg * xbbefu-umren / xbbefu-umrez.
              ENDIF.
              IF lf_lpomg GT maxmenge.
                lf_lpomg = 0.
              ENDIF.
            ELSE.
              lf_lpomg = ls_lips-lfimg.
            ENDIF.
* For items with batch split, retain exisiting logic
            IF lf_lpomg IS INITIAL.
              lf_lpomg = xbbefu-glmng.
            ENDIF.
* End N907632

            READ TABLE ts_bnk WITH KEY lifnr = te_vtfkla-tdlnr
                              BINARY SEARCH.
            IF sy-subrc EQ 0.
              ts_bnk-menge = ts_bnk-menge + lf_lpomg.       "N907632
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              CLEAR: ts_bnk-netwr_t,
                     ts_bnk-lgmng,
                     ts_bnk-kcmeng,
                     ts_bnk-kcmeng_vme.
              MODIFY ts_bnk INDEX sy-tabix.
            ELSE.
              ts_bnk-menge = ts_bnk-menge + lf_lpomg.       "N907632
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              ts_bnk-lifnr = te_vtfkla-tdlnr.
              ts_bnk-netwr_t = te_vtfkla-netwr_t.
              ts_bnk-lgmng   = te_vtfkla-lgmng.
              ts_bnk-kcmeng  = te_vtfkla-kcmeng.
              IF xbbefu-umrez IS NOT INITIAL.
                ts_bnk-kcmeng_vme = ts_bnk-kcmeng * xbbefu-umren /
                                                    xbbefu-umrez.
              ENDIF.
              INSERT ts_bnk INDEX sy-tabix.
            ENDIF.
          ENDLOOP.
        ENDIF.
      ENDLOOP.
     ENDIF.
  ELSEIF delivery = abap_true.

        CHECK i_vbeln NE space.

      LOOP AT xbbefu.
        REFRESH te_vtfkla.
* Begin N980402
* If exchange rate handling is active the actual exchange rate
* has to be used for GR.
* N1387559 ekko-kufix should be considered for GR legal req
        lf_kufix = ekko-kufix.
*End N980402

        CALL FUNCTION 'SD_SCD_PO_ITEM_DELIVERY_COSTS'
          EXPORTING
            i_vbeln  = i_vbeln
            i_vbelp  = i_vbelp
            i_budat  = budat
            i_waers  = ekko-waers
            i_wkurs  = ekko-wkurs   "PO conversion rate <693957
            i_kufix  = lf_kufix                               "N980402
            i_local  = t001-waers   "PO local currency <693957
          TABLES
            e_vtfkla = te_vtfkla
          EXCEPTIONS
            OTHERS   = 01.
        IF sy-subrc EQ 0.
          IF te_vtfkla[] IS NOT INITIAL.
            SELECT * FROM lips INTO CORRESPONDING FIELDS OF TABLE it_lips
                     FOR ALL ENTRIES IN te_vtfkla[] WHERE vbeln = te_vtfkla-vbeln AND
                            posnr = te_vtfkla-posnr.
            IF sy-subrc = 0.
              SORT it_lips BY vbeln posnr.
            ENDIF.
          ENDIF.

          LOOP AT te_vtfkla WHERE netwr NE 0.
*         Gesamtkosten pro Lieferant merken (mit Menge)
            CLEAR: ts_bnk.                                  " 376476

* Begin N907632
            CLEAR ls_lips.
            READ TABLE it_lips INTO is_lips WITH KEY vbeln = te_vtfkla-vbeln
                          posnr = te_vtfkla-posnr.
            IF sy-subrc = 0.
              MOVE-CORRESPONDING is_lips TO ls_lips.
            ENDIF.
            IF xbbefu-erfme NE ls_lips-vrkme.
              IF ls_lips-umvkn IS NOT INITIAL.
                lf_lfimg = ls_lips-lfimg * ls_lips-umvkz / ls_lips-umvkn.
              ENDIF.
              IF xbbefu-umrez IS NOT INITIAL.
                lf_lpomg = lf_lfimg * xbbefu-umren / xbbefu-umrez.
              ENDIF.
              IF lf_lpomg GT maxmenge.
                lf_lpomg = 0.
              ENDIF.
            ELSE.
              lf_lpomg = ls_lips-lfimg.
            ENDIF.
* For items with batch split, retain exisiting logic
            IF lf_lpomg IS INITIAL.
              lf_lpomg = xbbefu-glmng.
            ENDIF.
* End N907632

            READ TABLE ts_bnk WITH KEY lifnr = te_vtfkla-tdlnr
                              BINARY SEARCH.
            IF sy-subrc EQ 0.
              ts_bnk-menge = ts_bnk-menge + lf_lpomg.       "N907632
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              CLEAR: ts_bnk-netwr_t,
                     ts_bnk-lgmng,
                     ts_bnk-kcmeng,
                     ts_bnk-kcmeng_vme.
              MODIFY ts_bnk INDEX sy-tabix.
            ELSE.
              ts_bnk-menge = ts_bnk-menge + lf_lpomg.       "N907632
              ts_bnk-netwr = ts_bnk-netwr + te_vtfkla-netwr.
              ts_bnk-lifnr = te_vtfkla-tdlnr.
              ts_bnk-netwr_t = te_vtfkla-netwr_t.
              ts_bnk-lgmng   = te_vtfkla-lgmng.
              ts_bnk-kcmeng  = te_vtfkla-kcmeng.
              IF xbbefu-umrez IS NOT INITIAL.
                ts_bnk-kcmeng_vme = ts_bnk-kcmeng * xbbefu-umren /
                                                    xbbefu-umrez.
              ENDIF.

              INSERT ts_bnk INDEX sy-tabix.
            ENDIF.
          ENDLOOP.
        ENDIF.
      ENDLOOP.
    ELSE.
      EXIT.
  ENDIF.

    IF ts_bnk[] IS NOT INITIAL.
***********************************************************
*CUSTOM LOGIC
***********************************************************
      IMPORT  w_fknum FROM MEMORY ID 'YFKNUM'.
      FREE MEMORY ID 'YFKNUM'.


      CLEAR it_yfkpty.
      SELECT kschl
             parvw
             fkpty INTO TABLE it_yfkpty FROM
             yyv_lifnr_fkpty.

      CLEAR it_vfkp.
      SELECT fknum
             fkpos
             fkpty
             bukrs
             netwr
             knumv
             parvw
             tdlnr
      INTO TABLE it_vfkp FROM vfkp
      WHERE fknum = w_fknum.



      IF it_vfkp[] IS NOT INITIAL.
        SELECT knumv
               kposn
               vbeln
               posnr
               netwr
            INTO TABLE it_vfsi FROM vfsi
          FOR ALL ENTRIES IN it_vfkp
          WHERE knumv = it_vfkp-knumv AND
                vbeln = i_vbeln AND
                posnr in ( i_vbelp, space ). "SR0001++
*                posnr = i_vbelp. "SR0001--
      ENDIF.

      REFRESH ts_bnk_copy[].
      SORT it_yfkpty BY kschl.
      SORT it_vfkp BY fkpty parvw.
      SORT ts_bnk BY lifnr.
      SORT it_vfsi BY knumv posnr.      "SR0001++
*      SORT it_vfsi BY knumv. "SR0001--
      TYPES:BEGIN OF ty_lips_f,
            vbeln TYPE vbeln_vl,
            posnr TYPE posnr_vl,
            lfimg TYPE lfimg,
            END OF ty_lips_f.
       DATA:lv_total TYPE lfimg,
            lt_lips_f TYPE STANDARD TABLE OF ty_lips_f.

       SELECT vbeln
              posnr
              LFIMG
              FROM lips
              INTO TABLE lt_lips_f
              WHERE vbeln = i_vbeln.
         IF sy-subrc eq 0.
           CLEAR:lv_total.
           LOOP AT lt_lips_f INTO DATA(lw_lips_f).
             lv_total = lv_total + lw_lips_f-lfimg.
           ENDLOOP.
           DATA(lt_lips_t) = lt_lips_f[].
           DELETE lt_lips_t WHERE posnr IS INITIAL.
           SORT lt_lips_t BY posnr.
           DELETE ADJACENT DUPLICATES FROM lt_lips_t COMPARING posnr.
           DATA(lv_lines) = lines( lt_lips_t ).
           CLEAR:lw_lips_f.
           READ TABLE lt_lips_t INTO lw_lips_f INDEX lv_lines.
           IF sy-subrc EQ 0 AND i_vbelp EQ lw_lips_f-posnr .
             DATA(lv_posnr) = lw_lips_f-posnr.
           ENDIF.
         ENDIF.
      LOOP AT betb.
        READ TABLE it_yfkpty INTO is_yfkpty WITH KEY kschl = betb-kschl BINARY SEARCH.
        IF sy-subrc EQ 0.
          READ TABLE it_vfkp INTO is_vfkp WITH KEY fkpty = is_yfkpty-fkpty
                                                   parvw = is_yfkpty-parvw BINARY SEARCH.
          IF sy-subrc EQ 0.
            READ TABLE ts_bnk WITH KEY lifnr = is_vfkp-tdlnr BINARY SEARCH.
            IF sy-subrc EQ 0.
              ts_bnk_copy-lifnr       = ts_bnk-lifnr.
              ts_bnk_copy-menge       = ts_bnk-menge.         
 
              CLEAR is_vfsi.
*              READ TABLE it_vfsi INTO is_vfsi WITH KEY knumv = is_vfkp-knumv BINARY SEARCH. "SR0001--
******************************Begin Of Change By SR0001++**********************
              "Splitting the Shipping charges for Header to all Line items Shippment for Header
               READ TABLE it_vfsi INTO is_vfsi WITH KEY
                    knumv = is_vfkp-knumv  posnr = i_vbelp BINARY SEARCH.
              IF is_vfsi-netwr IS INITIAL.
                READ TABLE it_vfsi INTO is_vfsi WITH KEY
                   knumv = is_vfkp-knumv posnr = space BINARY SEARCH.
                IF sy-subrc eq 0.
                  CLEAR:lw_lips_f.
                  READ TABLE lt_lips_f INTO lw_lips_f with key
                               vbeln = i_vbeln posnr = i_vbelp.
                  IF sy-subrc eq 0.
                    IF lv_total is NOT INITIAL.
                      "Calculating the Shippment Charges
                      PERFORM shippment_del_cost_change IN PROGRAM ysd_e_subforms
                                                        USING lw_lips_f-lfimg
                                                              lv_total
                                                              i_vbeln
                                                              lv_posnr
                                                        CHANGING is_vfsi-netwr if FOUND.
                    ENDIF.
                   ENDIF.
                ENDIF.
              ENDIF.
******************************End Of Change By SR0001++**********************
              ts_bnk_copy-netwr       = is_vfsi-netwr.
              ts_bnk_copy-netwr_t       = is_vfsi-netwr.
*                  ts_bnk_copy-NETWR       = ts_bnk-netwr.
*                  ts_bnk_copy-NETWR_T     = ts_bnk-netwr_t.
              ts_bnk_copy-lgmng       = ts_bnk-lgmng.
              ts_bnk_copy-kcmeng      = ts_bnk-kcmeng.
              ts_bnk_copy-kcmeng_vme  = ts_bnk-kcmeng_vme.
               IF   is_vfsi-netwr = '0.00'
              AND  is_vfkp-netwr = '0.00'.
              " do nothing.
              elseIF   ts_bnk_copy-netwr = '0.00'
                AND  ts_bnk_copy-netwr_t = '0.00'.
                ts_bnk_copy-netwr   = ts_bnk-netwr.
                ts_bnk_copy-netwr_t = ts_bnk-netwr_t.
              ENDIF.
              APPEND ts_bnk_copy.
            ENDIF.
          ENDIF.
        ENDIF.
     ENDLOOP.

      REFRESH ts_bnk[].
      ts_bnk[] = ts_bnk_copy[].

**********************************************************
*CUSTOM LOGIC
**********************************************************
data : lv_tabix type sy-tabix.
      SORT it_yfkpty BY kschl.
      SORT it_vfkp BY fkpty parvw.
      SORT ts_bnk BY lifnr.
      read table betb INDEX 1.
if sy-subrc = 0.
delete sbetb where  ebeln eq betb-ebeln and ebelp eq betb-ebelp .
endif.
      LOOP AT betb WHERE ebelp EQ ebelp
                   AND   bnktk NE space.
*               AND   kwert EQ 0.
*   sind mehrere Konditionen vorhanden, wird solange mit den
*   gefundenen Spediteuren aufgef¸llt, wie es geht;
*   es kann nat¸rlich sein, dafl nicht gen¸gend Konditionen
*   gepflegt sind, wer weifl das schon
*=================================================================================
clear lv_tabix.
        READ TABLE it_yfkpty INTO is_yfkpty WITH KEY kschl = betb-kschl BINARY SEARCH.
        IF sy-subrc EQ 0.
          READ TABLE it_vfkp INTO is_vfkp WITH KEY fkpty = is_yfkpty-fkpty
                                                   parvw = is_yfkpty-parvw BINARY SEARCH.
          IF sy-subrc EQ 0.

            READ TABLE ts_bnk WITH KEY lifnr = is_vfkp-tdlnr BINARY SEARCH.
            IF sy-subrc EQ 0.
              lv_tabix = sy-tabix.
*              READ TABLE ts_bnk WITH KEY lifnr = is_vfkp-tdlnr BINARY SEARCH.
            ENDIF.
          ELSE.
            betb-kwert = 0.
            betb-kwrfw = 0.
*              betb-frwmg = 0.
*              betb-frwwr = 0.
*              betb-frwfr = 0.
            MODIFY betb.
            CONTINUE.

          ENDIF.
        ELSE.
          CONTINUE.
        ENDIF.
*=================================================================================
*    READ TABLE ts_bnk INDEX 1.
*    IF sy-subrc NE 0.
*      EXIT.
*    ENDIF.
*=================================================================================
        IF ts_bnk-menge NE 0.                               " 376476
          IF ts_bnk-kcmeng NE 0.
            IF ekko-bsakz = bsakz-tran AND delivery = 'X' AND
               i_vbeln NE space.
*         Umlagerungsbestellung: Nachschublieferung mit Chargensplit
              IF ts_bnk-kcmeng_vme IS NOT INITIAL.
                betb-kwert = ts_bnk-netwr_t * i_menge / ts_bnk-kcmeng_vme.
              ENDIF.
            ELSE.
*         Normalbestellung: Anlieferung mit Chargensplit
              IF ts_bnk-menge IS NOT INITIAL AND ts_bnk-kcmeng IS NOT INITIAL.
                betb-kwert = ( ts_bnk-netwr_t * i_menge * ts_bnk-lgmng )
                             / ( ts_bnk-menge * ts_bnk-kcmeng ).
              ENDIF.
            ENDIF.
          ELSE.
*       ohne Chargen
            IF ts_bnk-menge IS NOT INITIAL.
              betb-kwert = ts_bnk-netwr * i_menge / ts_bnk-menge. " 376476
            ENDIF.
          ENDIF.
        ELSE.                                               " 376476
          CLEAR: betb-kwert.                                " 376476
        ENDIF.                                              " 376476
        betb-kwrfw = betb-kwert.
*   den Nettowert in separatem feld zum Proportionaliseren und
*   abspeichern in EKBZ an WE ¸bergeben (mit zugehˆriger Menge)
        IF ts_bnk-kcmeng_vme NE 0.
          betb-vnetw = ts_bnk-netwr_t.     "in Bestellw‰hrung
          betb-vmeng = ts_bnk-kcmeng_vme.  "in Lagermengeneinheit
        ELSE.
          betb-vnetw = ts_bnk-netwr.       "in Bestellw‰hrung
          betb-vmeng = ts_bnk-menge.
        ENDIF.

*   Lieferant ¸bernehmen
        betb-lifnr = ts_bnk-lifnr.
        IF ekko-waers NE t001-waers.
*   Umrechnen in Hausw‰hrung
          IF budat IS INITIAL.
            budat = sy-datlo.
          ENDIF.
*     If exchange rate handling is active the actual exchange rate
*     has to be used for GR.
* N1387559 ekko-kufix should be considered for GR legal req
          IF ekko-kufix NE space.                       "N980402 N1387559
            CALL FUNCTION 'CONVERT_TO_LOCAL_CURRENCY'
              EXPORTING
                date             = budat
                foreign_amount   = betb-kwert
                foreign_currency = ekko-waers
                local_currency   = t001-waers
                type_of_rate     = kurstyp
                rate             = ekko-wkurs
              IMPORTING
                local_amount     = betb-kwert.
          ELSE.
            CALL FUNCTION 'CONVERT_TO_LOCAL_CURRENCY'
              EXPORTING
                date             = budat
                foreign_amount   = betb-kwert
                foreign_currency = ekko-waers
                local_currency   = t001-waers
                type_of_rate     = kurstyp
              IMPORTING
                local_amount     = betb-kwert.
          ENDIF.
        ENDIF.
        MODIFY betb.
*   Transportkosten merken
        MOVE-CORRESPONDING betb TO sbetb.
        APPEND sbetb.
       IF lv_tabix gt 0.
        DELETE ts_bnk INDEX lv_tabix.
        ENDIF.
      ENDLOOP.
    ENDIF.
  ENDIF.
ENDENHANCEMENT.

 

From the above code the Vendor code is populated to the delivery cost condition type and the shipment cost values are posted to material inventory valuation line item wise

Additional Validation required

  1. Delivery PGI not allowed in case delivery has reference of Shipment document unless shipment cost document is created with out a null value

2. In case of PGI reversal, Ensure Shipment Cost Document should not be deleted if created.

Step 4. Vendor Payment

Using MIRO you can make vendor payments based on Stock transfer order number using delivery cost option within allowed tolerance

Conclusion

The above mentioned configuration along with process flow and Enhancment helps in achieving allows actual material Inventory valuation on real time basis.

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