m2f pp std config template v1 0

8/11/2019 M2F PP STD Config Template V1 0

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Project Shield

Configuration Document

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SHIEL

D

ConfigurationDocument

Production



Project Shield


1 Production Planning

1.1 Basic Data

1.1.1 Wor Center

!.1.1.1 Standard "alue

,ode Standard Value

Transation Code : !enu

-at9;

%-5B:I! <= -rodution <= Basi Data in -rodution <=

Work Center <= eneral Data <= Standard Value

Trans"ortation; Trans"ort (e>uest ,o.< (D1K&22

Client de"endeny; Client S"eifi

Desri"tion; Standard Value "arameters

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!.1.1.! De#ine Standard "alue $e%

,ode Define Standard Value Key


-at9;

%-1&:I! <= -rodution <= Basi Data in -rodution <=

Work Center <= eneral Data <= Standard Value Key



Desri"tion; Standard Value key is defined as "er t9e re>uirement usin#

t9e standard "arameters

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!.1.1.& Wor Centers #or'ulas

,ode Define Work Center 7ormulas

Transation Code : !enu-at9;

S-(%:I! <= -rodution <= Basi Data in -rodution <=Work Center <= Ca"aity -lannin# <= Work Center

7ormulas <= Define formulas for Work Centers



Desri"tion; 7ormulas for t9e Work Center

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1.1.! (outing

1.1.!.1 De#ine )aterial t%*e assign'ents

,ode Define !aterial ty"e assi#nments

Transation Code :

!enu ?-at9;

%-5:I! <= -rodution <= Basi Data in -rodution <=

(outin# <= eneral data <= !aterial ty"e assi#nments

Trans"ortation; Trans"ort (e>uest (ef. < (D1K&22


Desri"tion Control keys for t9e o"erations

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1.1.!.! O*eration Data

,ode Define Control Keys for %"erations

Transation Code :

!enu ?-at9;

%-5:I! <= -rodution <= Basi Data in -rodution <=

(outin# <= o"eration data <= Control Key for o"erations



Desri"tion Control keys for t9e o"erations

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1.! )aterial (e+uire'ents Planning ,)(P-

1.!.1 Plant Para'eters

1.!.1.1 Carr% Out Oerall )aintenance o# Plant Para'eters

,ode Carry %ut %erall !aintenane of -lant -arameters


-at9;

%-5:I! <= -rodution <= !aterial (e>uirements

-lannin# <= -lant -arameters



Desri"tion In t9is ste"@ you an s"eify all "lant "arameters for t9e

material re>uirements "lannin#.

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1.!.! De#ine )(P /rou*s

,ode Define !(- rou"s


-at9;


-lannin# <= Define !(- rou"s

Trans"ortation; Trans"ort (e>uest (ef. < (D1K&124$


Desri"tionIn t9is ste"@ you determine t9e !(- #rou"s and you

maintain t9e ontrol "arameters from a "artiular "oint of

ie.

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1.!.& )aster Data

1.!.&.1 )(P Controllers

,ode Define "RP Controller#


-at9;


-lannin# <= !aster Data <= Define !(- Controllers



Desri"tion T9e !(- ontroller is a "erson or a #rou" of "ersons

res"onsi8le for monitorin# material aaila8ility. ou an

use t9e num8er entered 9ere@ for eam"le@ to selet t9e

"lannin# results "er !(- onroller.

'ery material t9at is releant to t9e "lannin# run must 8e

assi#ned an !(- ontroller num8er in t9e material master

reord.

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1.!.&.! De#ine 'issing *arts )(P Controllers

,ode Define mi##ing $art# "RP Controller#


-at9;


-lannin# <= !aster Data <= Define !(- Controllers



Desri"tion Can s"eify !(- ontrollers for t9e "roessin# of missin#

"arts /8akorder "roessin#0.

6ere@ t9e system also dis"lays 9i9 !(- ontroller as

reorded as mail reeier if a #oods reei"t as "osted for

a missin# "art.

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1.!.0 Planning

1.!.0.1 De#ine )(P Calculation

,ode Define -lannin# 6oriEon


-at9;


-lannin# <= !aster Data <= !(- Calulation <= Define

-lannin# 6oriEon



Desri"tion T9is "lannin# 9oriEon s"eifies t9e "eriod for t9e ,et

9an#e "lannin# in t9e "lannin# 9oriEon.

In t9is kind of net 9an#e "lannin#@ only t9ose materials

t9at 9ae under#one a 9an#e t9at is releant to !(- it9in

t9e "lannin# 9oriEon are inluded in t9e "lannin# run. Su9

materials reeie a net 9an#e "lannin# indiator in t9e

"lannin# file.

ou make t9is s"eifiation for a "lant. ou an define an

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alternatie "lannin# 9oriEon for !(- #rou"s

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1.!.0.! Stocs

,ode Define Aaila8ility of Stok in Transfer:Bloked

Stok:(estrited


-at9;


-lannin# <= !aster Data <= !(- Calulation <= Stoks<=

Define Aaila8ility of Stok in Transfer:Bloked

Stok:(estrited

Trans"ortation; Trans"ort (e>uest (ef. < (D1K&22:&2&$1

Client de"endeny; Client S"eifi Desri"tion In t9is ste"@ you define 9et9er stok in transfer /"lant to

"lant0 and:or 8loked stok are inluded as ell as

restrited<use stok as aaila8le stok in t9e net

re>uirements alulation.

Stok in transfer is t9e >uantity t9at 9as already 8een

it9dran from t9e issuin# "lant /moement ty"e@ remoe

from stora#e < "lant0 8ut t9at 9as not yet 8een reeied 8y

t9e reeiin# "lant /moement ty"e@ "lae in stora#e < "lant0

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T9e system treats t9is stok as stok in transfer /"lant to

"lant0 for t9e reeiin# "lant until t9e material is atually

reeied and "osted.

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1.!. Procure'ent Pro*osals

1.!..1 Planned Orders

,ode Define Aaila8ility 9ek for om"onents


-at9;


-lannin# <= -rourement "ro"osals <= -lanned %rders



Desri"tion ou ontrol t9e aaila8ility 9ek for re>uirements "lannin# 8y definin# t9e 9ekin# #rou" and t9e 9ekin# rule at

"lant leel or "er !(- #rou".

T9e aaila8ility 9ek an 8e arried out in !(- for t9e

de"endendent re>uirements. T9is means t9at t9e aaila8ility

9ek an diretly 9ek 9et9er suffiient material is

aaila8le for t9e "rodution of t9e assem8ly.

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1.!..! Conersion o# Procure'ent *ro*osals

,ode Conersion of -rourement "ro"osals


-at9;


-lannin# <= -rourement "ro"osals <= Conersion of

-rourement "ro"osals



Desri"tion ou define t9e order ty"e t9at is automatially set 9en

onertin# "lanned orders into "rodution orders or "roess

orders.

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1.& Sho* Floor Control

1.&.1 )aster Data

1.&.1.1 Order

,ode Define %rder ty"es


-at9;

%-5:I! <= -rodution <= S9o" 7loor Control <= !aster

Data <= %rder <= Define %rder ty"es

Trans"ortation; (D1K&22


Desri"tion In t9is ste" you define order ty"es. An order ty"e

ontains ontrol information t9at you need for mana#in#

orders. ou 9ae to assi#n eery order to an order ty"e.

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1.&.1.! Order t%*e de*endent *ara'eters

,ode !aintain %rder ty"e de"endent "arameters


-at9;


Data <= %rder <= Define %rder ty"e de"endent "arameters



Desri"tion In t9is ste"@ you define t9e "arameters t9at are alid forea9 order ty"e and "lant.

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1.&.1.& De#ine Nu'2er ranges #or orders

,ode Define ,um8er ran#es for orders


-at9;


Data <= %rder <= Define ,um8er ran#es for orders



Desri"tion; ou define t9e num8er ran#es for orders.

Wit9in a lient@ eery order is uni>uely identified 8y an

order.

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1.&.1.0 De#ine Production Scheduling Pro#ile

,ode Define -rodution S9edulin# -rofile


-at9;


Data <= %rder <= Define -rodution S9edulin# -rofile

Trans"ortation; Trans"ort (e>uest (ef F (D1K&22


Desri"tion; In t9is ste" you an reate "rodution s9edulin# "rofiles

for s"eifi "lants.

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1.&.1. De#ine Production Scheduler

,ode Define -rodution S9eduler


-at9;


Data <= %rder <= Define -rodution S9eduler



Desri"tion; In t9is ste"@ you define t9e "rodution s9edulers for your

"lants. In addition to t9is@ you an assi#n a ontrol "rofile to

ea9 "rodution s9eduler.

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1.&.! O*erations

1.&.!.1 Aaila2ilit% chec

,ode Define C9ekin# Control


-at9;


Data <= %"erations <= Aaila8ility C9ek <= Define

C9ekin# Control



Desri"tion; In t9is atiity@ you define t9e 9ek ontrol. T9e 9ekin#

rule to#et9er it9 t9e 9ekin# #rou" s"eify t9e so"e of

t9e 9ek.

ou an make t9e 9ekin# rule as ell as t9e atual 9ek

itself de"endent on t9e folloin# "arameters;

"lant

order ty"e

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o"eration

1.&.!.! Scheduling

,ode S9edulin#


-at9;


Data <= %"erations <= S9edulin# <= Define S9edulin#

-arameters for "rodution orders



Desri"tion; In t9is ste" you define for ea9 "lant@ order ty"e and

"rodution s9eduler t9e "arameters for s9edulin#

"rodution orders. T9is om"rises maintainin#

• s9edulin# leels /detailed@ "rodution<rate and

rou#9<ut s9edulin#0

• date adGustment 9en dates are eeeded

• date ontrol for detailed s9edulin#

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• redution

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1.&.!.& Con#ir'ation

,ode Define Confirmation -arameters


-at9;


Data <= %"erations <= Confirmation <= Define

Confirmation -arameters



Desri"tion; In t9is ste"@ you define t9e onfirmation "arameters for

ea9 "lant and order ty"e.

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1.&.!.0 De#ine Single Screen Entr%

,ode Define Catalog Profile


-at9;


Data <= %"erations <= Confirmation <= Sin#le Sreen

'ntry<= Define Sin#le Sreen 'ntry



Desri"tion; In t9is ste" you define t9e onfirmation "rofile for sin#le

sreen entry of time tiket onfirmations .

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m2f pp std config template v1 0

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