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REPORT Date /,z -lk- y <br /> " gr _ AddressU✓M b�'�1� /,<< ,/ r.IJ /i" <br /> Company t� /4 4, �� ��� «, n e <br /> ou-ner of Tank Sa M Grade of Product <br /> Coefficient of Expansion . 00o �s v <br /> Gallons API Gravity;` <br /> -------------- <br /> Coefficient of Expansion times gallons equals Factor / -,Y6, This is <br /> The figure that is used in this test for each degree of temperature shift . <br /> *gam='�.siiii isss siiii isisiiaiiisiiiS iii=.f.��SSS�m77iaRa ii aisi i'�F�==STSs=Sri/'�S"S'� <br /> GSS�g G= saa=s=ssR=i=iaSi=Sf==�sSSssgs SC =CT3iiaiT.T.sssFa:ii GQ S,s�CiSSYrT.SSrsSC� <br /> Thermometer Net Times Change <br /> Time Start End shift A * due to <br /> �sss�ilc or <br /> - X 25ps o ; Average <br /> #1 To - } s Temperature <br /> X 50%= Shift <br /> #2 Vid. <br /> -TimesFactor <br /> #3 B© tem rsssssrsr�tasaaiaa:�a�=��ss <br /> Total or Average , c''�s` Temperature Shift times <br /> Temperature Shift Factor equals volume <br /> Change due only to <br /> *Note , .Since the #1 probe represent only 25% of Temperature Change <br /> the tank the shift must me multiplied by <br /> 25% and the result recorded in the last + or <br /> column. Be sure to mark the result + or - <br /> The #2 probe represents 50% of the tank Amount �addec or <br /> so that figure is multiplied by 50%. <br /> The bnttome probe temperature shift is Removed get <br /> multiplied by 25%. These three temperatures Slopetube back <br /> are now added together to represent the to starting point <br /> average temperature shift for the tank . 6' <br /> ( when adding be sere to recognise the <br /> + or - signs) This total is now entered <br /> in the space marked "average Temperature Net lass ar gai z <br /> shift" and multiplied by the factor. �-- <br /> sSSisss=sass:sssssssslssssssmscssssass=z��caS��xCams��Cas=rS.rasmcSssmgac�...���.s <br /> ComentS1 !, ! SCtvt Lit]fc 5 <br /> J 7 Th - LZC <br /> f O / 1 <br /> tures-of the tester <br /> Sxsna . <br /> Tester' s Certification Number <br />