Laserfiche WebLink
JN r s <br /> F � <br /> 14. E <br /> _�'✓- fSQn t-' C� -a — <br /> Name or 6upSupplier.Owner or Doalar Address No.and Street(.) City sure D.e of Test' + <br /> From <br /> D"0 15. TANK TO TF7�T 16. CAPACITY Station Chart <br /> Z 5f_ / 1T( (f loq/l By most acWrate /03 A/J Tank manufacturer's Chan <br /> Ha 1 lje�p-t/ IV--LAS—toj Nominal Capaeity_'/{L(!T�`�_1_ eapacu'y��'cferr availahleJ L.G_-�— <br /> '1 pons yf Cellons (_j Company Engineering Data <br /> OIdentity by position /- <br /> A� <br /> �VV/I�,✓ e, Is there doubt..to True Capacity? 0 Charts supplied with PPur trOnTI�P <br /> IV arena and Grade Sae Suction"DETERMINING TANK CAPACITY" Other <br /> wallay <br /> Stick <br /> 11. FILL-UP FOR TEST %ningg Total Gallons a.R Reading <br /> Stick Water BottomInventory <br /> —� to y <br /> before Fill-up <br /> to K in. Gallons <br /> FIII up.STICK BEFORE AND AFTER EACH COMPARTMENT DROP OR EACH METERED DELIVERY OLIANTITY (f/� <br /> Tank Diameter c-- <br /> n # <br /> Product In full lank(up to fill pipe) .— 0� 3 Yq <br /> j0b0 <br /> o-A • 16. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ��V �A� t���`VS6� VAPOR RECOVERY SYSTEM <br /> C`�aµT v 1aimp 0 <br /> nSee manual sections applicable.Check below and record procedure in log(26). LO/I APT PI GmvS-3• <br /> Z 0 0 <br /> K rJ � n Water In lank ❑ High water table In tank excavation Llne(s)being tested with LVLLT Stege II <br /> n oO m <br /> 21. TEMPERATURENOLUME FACTOR (a) TO TEST THIS TANK <br /> N <br /> O 19. TANK MEASUREMENTS FOR - ? y I I ^F Product in tank__ r Fill-up Product on Truck_°F Expected Chane + or - I <br /> � I5 Today Warmer Xd. Colder - - P U <br /> ASSEMBLY <br /> TSTT ASS <br /> I p � <br /> C <br /> N Bottom of tank to Grade' rr 4 6 ° <br /> � �-����•'•"""""' 22. Thermal-Sensor reading after circulation F <br /> Add 30"for 4"L ................. — d�/irgyn�s avast <br /> • Add 24"for 3"L or air seal ....... -- -- 23• Digits per°F In range of expected change v�l— <br /> ainie _ <br /> Total tubing to assemble Approximate <br /> 24. �1�. I��-I x W V Wl` = V ' �!J ygellons <br /> 20. EXTENSION HOSE SETTING total citTardity In coefficient of expans on for volume change In this tank <br /> Tank top to grade•_......_........................ _" full tank(16 or 17) Involved product per°F <br /> Extend hose on suction rube 6"or morej�l 9'•7 GJ/IS (/ <br /> below tank top ............................_....... __n 25. 51"Ss�c7.3 �- = t L./ I t5 This is <br /> volume change per"F(24) Digits per"F in test Volume change per digit. test <br /> If Fill pipe extends above grade,use top of fill. Range(23) Compute to 4 decimal places. factor(a) <br /> 30. HYDROSTATIC 31. 38.NET VOLUME 39. <br /> 26. VOLUME MEASUREMENTS IY 34' [MPEABUAE COMPENSATION CHANGER ACCUMULATED <br /> COG OF TEST PROCEDURES PRESSURE CONTROL RECORD 10.001 GAL. USE FACTOR(a) EACH READING CHANGE <br /> 29. Standpipe level 32. Temperature At High Level rece,d <br /> 21. 28. Puduot in Product 35. 36 hangs Computation Adiasrment Total End DeHICOw <br /> gATL Record details of setting up Readmitin Inches Graduate Repbced_ (-1 Tnerm.l Higher+ Id ^ (s)' Volume Minus At Low Levd containsSao,.,end running test.(Use full No. Beginning Level to -- -- Saor Lowe,- Expemion+ Expansion I+)or <br /> length of line if needed.( al which Before Alter Product Reading It) Contraction- Contraction I-) Change per NMI <br /> TIME Reading Restored Reading Reading Rate...ad(4) #33(V)_a37(T) INfRc erhsml <br /> (24 In.l <br />