Installation of WM-PP Interface for pick parts material staging & the Relevant Transaction Flows
Contents
Executive Summary..........................................................................................2 Introduction....................................................................................................4 Part-1 Installation of WMS interface with Production lannin!................................ " Part-2 #usiness transaction flow when roduction suly ta$es lace throu!h WM-PP interface for ic$ arts sta!in! indicator..............................................................% &onclusion.....................................................................................................1' (dditional references......................................................................................1'
Exective !mmar" )he Warehouse Mana!ement alication is fully inte!rated into the S(P *+, system.
)ransactions that are initiated in other S(P comonents result in corresondin! tri!!ers in WM which activates the actual hysical transfers within the warehouse. S(P WMS is havin! one of such inte!ration with roduction lannin! module. )he materials that are to e sulied to roduction site throu!h warehouse are effectively mana!ed usin! WM-PP interface. )his document strives to cover the entire !amut of this most imortant interface. ocument is structured in two arts. /irst art covers the asics on installation of WM-PP interface. Part-II covers the usiness transaction flows when roduction lannin! interacts with warehouse mana!ement module when usin! sta!in! indicator 010 i.e. ic$ arts. Intro#ction )he crux of WM-PP interface is the concet called material sta!in!. )he material sta!in! indicator in control cycles define the method of how materials can e sulied with the warehouse mana!ement system. /our material sta!in! methods are ossile in S(P. )his document secifically stresses uon the sta!in! indicator 010 i.e. Pic$ arts. •
•
•
•
•
010 Pic$ arts- )he roduction order 3uantity re3uired at the sho floor is ic$ed u usin! this method. Pic$in! can ta$es lace throu!h immediate creation of )* after sta!in! or throu!h creation of delivery if it is customied at IM5. 020 &rate or 6(7#(7 arts )hese materials are always removed from warehouse in full cases. Whenever a case of needed arts is emtied in roduction then these can e ordered. 0,0 *elease order arts *elease order arts are scheduled individually and relenishment is carried out manually ased on roduction orders. 040 Manual sta!in! 8ere the materials are sta!ed manually i.e. movement of comonents to roduction stora!e is carried out usin! manual transfer orders. When you ost the !oods issue9 ostin! are made to destination stora!e ins throu!h control cycles. 0:0 7ot relevant to WM-PP )hese tyes of materials are not to e re3uested usin! WM system.
Part-$ Installation of WM! interface with Pro#ction planning
/ollowin! screenshot shows the customiin! settin! that should e maintained at IM5 node- SP*;
First step is to define the roduction suly area. )he suly area is used for material relenishment uroses and is situated directly on the sho floor. )he suly area is used in 6(7#(7 roduction control and in WM. )he suly area is assi!ned to followin! o=ects- Plant9 Stora!e locations and erson resonsile. Several suly areas can e defined for one stora!e location9 however one suly area can not e assi!ned to multile stora!e location. )he standard )-code used to maintain suly area is P6:".
!econ# step in maintainin! the WM-PP interface is to assi!n relenishment movement tyes at roduction stora!e tye levels. Standard S(P WM movement tye is ,1>.
*elenishment movement tye is asically a WM movement tye used to relenish warehouse stoc$ internally for stora!e in in the assi!ned roduction stora!e tye. )his movement tye is tri!!ered when the material sta!in! is carried out for roduction suly and also when one has to relenish the fixed ins. ?ou can also assi!n relenishment method in stora!e tye y havin! methods li$e relenishment reort or transfer order creation for fixed in+random.
Forth step is carryin! out an activation of WM-PP interface. @nder this ste you instruct the system on whether material suly to roduction area throu!h WM mana!ement is active or not. ?ou could also set an indicator if you want to carry out comlete material sta!in! Ai.e. for all items with full 3uantityB whenever the )*+); is !enerated for relenishment. If you have fixed roduction stora!e ins then atches found in WM can e confirmed ac$ to roduction orders y settin! atch confirmation PP indicator.
Fifth step is to maintain control cycle usin!
Part-% siness transaction flow when pro#ction sppl" takes place throgh WM-PP interface for pick parts staging in#icator /ollowin! are the standard stes in carryin! out various transactions in S(P for sulyin! the materials to roduction area when sta!in! is carried out usin! 0Pic$
&;:, islay the reservation if any in the roduction order AWM ic$-listB
•
•
<#:2 chan!e Stora!e location to :::1 for all ositions
•
<#1, &reate transfer order from transfer re3uirement
•
)he transfer order confirmation is done to finally suly the comonents to roduction stora!e tyes
1. &;:, islay roduction order in S(P
2. 5o to ic$ list to !et the information of all the comonents that are to e ic$ed u for suly to the roduction site Aas shown in screen shot elowB
,. )o carry out material sta!in! one can use
S$i from #ase unit of measure to WM unit of measure
*oundin! to the uer WM unit
S$i ac$ to #ase unit of measure
)hen to erform sta!in! &lic$ on Material sta!in!
Enter to confirm each warnin! messa!e
)hen S(DE.
(fter you save9 you will e ta$en to the initial screen of
'. &hec$ all the 3uantities and atches in ); efore ostin!
You're Reading a Preview Unlock full access with a free trial.
Download With Free Trial
%. )hen ost the transfer order y savin! the same.
Conclsion If you have roerly installed the WM-PP interface the materials could e sulied to the roduction site+sho floor from the hysical warehouse in an efficient manner. Warehouse ersonnel can then trac$ this hysical flow of material on system more effectively and with minimal effort. '##itional references - S(P IM5 notes - www.hel.sa.com
