<?xml version="1.0" encoding="utf-8"?>
<ManualTopic ID="/baanerp/ti/onlinemanual/000018" xml:lang="en">
   <Header>
      <Title>Scrap</Title>
      <Keyword type="header" order="d1e2087046">
         <Level1>Scrap</Level1>
      </Keyword>
   </Header>
   <GeneralSection>
      <Paragraph>The <Link href="/baanerp/ti/glossary/glossary#Scrap_ti" role="glossary">scrap</Link> can be defined as
		percentage or as a fixed quantity.</Paragraph>
      <GeneralSection>
         <SectionTitle>Scrap factor</SectionTitle>
         <Paragraph>If scrap is defined as
		  a percentage, the percentage is called the scrap factor. The scrap factor is
		  used as follows to calculate a material's gross requirements:</Paragraph>
         <Formula space-and-orientation="indented-estimated">
            <Paragraph>Gross requirements = (scrap factor/100% + 1) x net quantity</Paragraph>
         </Formula>
         <GeneralSection>
            <SectionTitle>Scrap quantity</SectionTitle>
            <Paragraph>A fixed quantity
			 scrap can be used, for example, if a material must be cut of a reel, and a
			 quantity is lost during cutting. The fixed quantity scrap is used as follows to
			 calculate a material's gross requirements:</Paragraph>
            <Formula space-and-orientation="indented-estimated">
               <Paragraph>Gross requirements = net quantity + scrap quantity</Paragraph>
            </Formula>
            <Paragraph>A fixed quantity scrap can be defined for a material in the
			 BOM or for an operation. A fixed quantity scrap is mostly used for start-up
			 effects. For example, when a machine is started, the first products must be
			 discarded because their quality is poor.</Paragraph>
         </GeneralSection>
      </GeneralSection>
      <GeneralSection>
         <SectionTitle>Quantity-independent materials</SectionTitle>
         <Paragraph>You can use the <GUIRef href="/baanerp/ti/cst/ticst0101m000#ticst001.scpq" role="manual">Scrap Quantity</GUIRef> field in
		  the <GUIRef href="/baanerp/ti/bom/tibom1110m000" role="session">Bill of Material (tibom1110m000)</GUIRef> details session in a special way in case of
		  quantity-independent materials. For example, you want to include one measuring
		  cup with a box of soap powder, regardless of the amount of washing powder
		  (one-kilo box or two-kilo box). Create a BOM line for the quantity-independent
		  material (in this case, the measuring cup) in the washing powder BOM. Enter the
		  required quantity, in this case, one, in the <GUIRef href="/baanerp/ti/bom/tibom1110m000#tibom010.scpq" role="manual">Scrap Quantity</GUIRef> field,
		  and enter zero (0) in the <GUIRef href="/baanerp/ti/bom/tibom1110m000#tibom010.qana" role="manual">Net Quantity</GUIRef> field. For every amount of washing powder, one measuring cup
		  is included.</Paragraph>
         <Paragraph>If you want to add a
		  quantity-independent material for a specific production order, you can carry
		  out the procedure described previously in the <GUIRef href="/baanerp/ti/cst/ticst0101m000" role="session">Estimated Materials (ticst0101m000)</GUIRef> session for the production order.</Paragraph>
      </GeneralSection>
   </GeneralSection>
   <RelatedTopics>
      <SectionTitle>Related topics</SectionTitle>
      <RelTopic>
         <Link href="/baanerp/ti/onlinemanual/000015" role="manual">Scrap and yield</Link>
      </RelTopic>
      <RelTopic>
         <Link href="/baanerp/ti/onlinemanual/000020" role="manual">Defining scrap and yield</Link>
      </RelTopic>
      <RelTopic>
         <Link href="/baanerp/ti/onlinemanual/000028" role="manual">Calculating estimated quantity</Link>
      </RelTopic>
   </RelatedTopics>
</ManualTopic>