|
1 , 'l lot
<br /> 14,
<br /> _ To c o
<br /> Nome OI Supplier,Owna or Deetar __ Addiaes No,ant4 Slraet( CITY Siele q.t.u1 1 ual
<br /> 15. TANK TO TEST 16, CAPACITY From
<br /> Station Chart
<br /> �" �)C� 8y most accurate
<br /> Ngminal Capauty [. _ _ _ tX,
<br /> tQentity ev poaislon - -- alhns --_._.... capacity chart available__�+Y_ � T, Tank Manufacturer s Chart
<br /> Gellunt - °
<br /> Is there doubt as to True Capacity 7 r 1 Company Engineering Data
<br /> l—J i Charts supplied with (>Pf fQjTfP
<br /> Orr3nd�ncti a See Section"DETERMINING TANK CAPACITY"
<br /> �.•pm_ . . .. I Other --
<br /> 17. FILL-UP FOR TEST stick Readings Total Gallons
<br /> to 9rx In. Gallons ea, Reading
<br /> Stick Water Sottam �-•� .
<br /> before Fill-u t
<br /> ,. R Inventory _
<br /> AT
<br /> ta'hIn, Gallons — _.._.�_ � — _ _ e
<br /> Fill up.STICK BEFORE AND AFTER EACH COMPARTMENT DROP OR EACH METERED DELIVERY QUANTITY "'— -- -- '
<br /> Tank DIameter Product In full tank u to Plli pipe)
<br /> I ( P P P )
<br /> 0 .
<br /> a 18. .SPECIAL-CONDITIONS AND PROCEDURES TO TEST THIS TANKQ('(f rt• l
<br /> VAPOR RECOVERY SYSTEM
<br /> '.f See r6inual sections applicable.Check befow end record procedure in lqg(z6),7-e 4 7 c
<br /> -* Z CIA .. //
<br /> C7 <�r.!�lr�� L� r Ej Stage 1..,..
<br /> '
<br /> Water to tank Q High water table In tank excavation �� Line(a) lacing tested with LVLIT C Stage It
<br /> C7 °
<br /> t,3
<br /> 21, TEMPERATURE/VOLUME FACTOR (a)TO TEST THIS TANK
<br /> 1.9. TANK MEASUREMENTS FOR
<br /> TSTT ASSEMBLY
<br /> Product In Tan F f II p I k E
<br /> Is Today armer Coder, . ,_-_._, f _ I r u 0 ruC
<br /> i T da w � � 71
<br /> I
<br /> ua Bottom of tank t0 Greda•........__l.......
<br /> P k •u P od c n 1 Expet:!4d Change( + pr !
<br /> Add —" — 22, Thermat•Seneor reading atter circulation _
<br /> 30"for 4,L .. of ¢'!, °F
<br /> Add fid'for 3"tor air stlat . g S�_`_' e5
<br /> • 23, Digits per IF In range of expected chang. '/`/ d. „" r
<br /> r Ii3t
<br /> 01
<br /> . ,Total tubing to assemble Approximate dgns
<br /> 20. EXTENSION NOSE SETTING 24rOC9c 6� S7 " R,. r
<br /> _ .�
<br /> p p ai•p $ b.
<br /> Tank top to grade"......,.. total uantit (n v on I °IS
<br /> tank(16 or 17)
<br /> g r gs t
<br /> 4 Y coefficient Of expansion for volume than a in this link
<br /> n Extend hose on suction,tube 8"or mon Pull Involy oduct
<br /> below tank top ...,...•„ ,r 25 •".`C' r ti tr ir,
<br /> 4 I�
<br /> �,..,.. volume change l� per F�d
<br /> •If Fill pipe extends*W"grade,use top of ilii, P ( } Digits per°F in test Volume change per digit ttst'ra'"'"
<br /> g ( at t fact6r
<br /> Range 23) Compute to d decimal gist
<br /> 3O,26, or
<br /> HYDROSTATIC 31, ��.NET YOLUtaE 39 t '-i,
<br /> too OF TEST PROCEDURES PRESSURE VOLUME MEASUREMENTS(y) 34' t TEMPEIATURE COMPENSATION AC
<br /> CONTROL RECORD TO.HI GAL. USE fACiGI(e► CHANGES , CHANGE r'
<br /> 27, 2F, _ EACH READING
<br /> 29, Standpipe Level
<br /> Mgt Record Product in 35. $s. 37° tempeutare At
<br /> adrotd details 4f SAttin u In Inr.hes Product
<br /> � a+sA Lavafreee+/:
<br /> and runnin test. USB full xesding _— __ _ G(eduste Replaced(-) Thermal tower- Espaneton+ Erns�Mreu OPPA.
<br /> in
<br /> Chane Computation Adjustment
<br /> O { so'
<br /> Beginning Level to Higher+
<br /> glaE length of fine it needed.) tie Innin __...... _ .._._ ,._.__...__. _..._. .___ Sensor 1
<br /> of whish 9efon After Product flooding (c) Contraction- Contraction W Pow,
<br /> t?®�! Reeding Restored Reeding Reeding Recovered(+)
<br /> x33(1)--#37(T)
<br /> TC_ _ 1
<br /> t At�rt Iva
<br /> �'�� __.� �_._� �►�. ►tet _ _____.. __.._.__ _�
<br /> I _ rt L
<br /> P
<br /> LID
<br /> ,rao ` fie ... rvca _ LQ5U_ 4•d3
<br /> 7�l�f -__._ t1.5 r �.. l'� � o ao2J 62-7 4-S -()IV �� 7
<br /> L__
<br /> —.._ _.__. '. _5_°_-_ �5 *•U35D�y 3, �a _.-
<br /> toy t2 fh� 'TD ow Lia
<br /> _.__- 075
<br /> t°o r) f,o 0 v'77 4--1 +.o�`� 4-,
<br /> 1,
<br /> ... .. .. .._.....__..._ ..., .,n (,w..... -r..x ft'fi`a., .,`,4 FM,,ia'P✓'lir a.� Y„ ..... `'<V
<br />
|