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MITIGATION (3)
BAKERSFIELD CITY FIRE DEPARTMENT I JOSEPH A. DUNWOODY HAZARDOUS MATERIAL SPECIALIST (805) 326-3979 FAX 18051 395-1349 HAZARDOUS MATERIAL Dlv. 2130"G" STREET BAKERSFIELD. CA 93301 I I ~'- 1" ,l't-,,,,:" '..:::.-" , .ç~tts DATE NO. DESCRIPTION :'. \ ,~¡;/im Revised "Submittal Index" L. .,...!- ' '. .. ":';¡!" , .; ~.~~¥¿, ¡ ~ ' :p All00 Guardian Emco Wheaton Overfill Prevention System I! .. . . --, ~'J:~~~l~~ . , Emco Wheaton A88-001 Coaxial Drop Tube with Adapter -;.:;: ,., ,~ ~ ':'U~r :!i~ Pumn Island/Storage Tank Layout with Notes ~, ,;~,¡ :. L' ..1,-:.:; ;;" ~+~'.' -~.~~ ',,'. -- '¡i ¡';;;'þ __"C:,'"'' ;::- ~(~~ '. ; R.S. EAGAN & CO. 1992 National Avenue , V En ,HAYWARD, CALIFORNIA 94545-1787 RECE ' u - (510) 732-7300 ~'), ,::\'1 FAX (510) 732-7304 JAM 3 ~ ,q~7 Ans'd...........· ,....:ll!.D F ~!~ i 1-- Y' TQ;l?4ffl.,J:ty: ;:.0 f Baker sf ie ld ,,_~3i~1~i,.·p.~r.a~ ~~:~~ ? !\ (:..}-! J, t, t1 -A ~ T\ h~J·'r ;:';" ..' !..Í:,:Þ:.':~gâkersfield· CA 93301 t .f T\;,: -tfi\· ~ .: ' ?-k:l~11~~.1:f~~ t· þ~ DJ) R"~lJ~.r~~ \l~ ':} C 1·:~f;,1J~1~·~~· , (, i.1 t: ·f{~~·~~1~~· ;-;.'" : ,..':.< -: ':'WE'~RE SENDING YOU ex Attached 0 Under separate cover via ;"¡::i t·£:.. ....;. : .\~f ~;; ::'.Ji:' - "Ðf'" ;t,';,nl -: ~, - :~H~;' o Prints _ 0 Change order o Plans o o Shop drawings [J . Copy of letter " ;); , .- , ;'- i .~~~.;: ~~:': ' ~f~!HE~ ARE TRANSMITTED as checked below: ..-. '. 3J.' , ", .r, ¡'!.I: ·f......·· L::' . KI For approval o Approved as submitted o Approved as noted o o For your use As requested For review and comment -'. ;.:: KI .0 o '0 o PRINTS RETURNED AFTER LOAN TO US Returned for corrections >::... -:;' ~ :-- ¡ .~- 19 FOR BIDS DUE ,r...·· OJ~1r1r[OO @[f 1rOO£~~Œj{]Qïrïr£[L DATE ¡JOB ~nj283 1-29-92 ATTENTION Joe Dunwoody RE, u. S. Post Office Stockdale Station 5601 Stockdale Highway Bakersfield, CA 93309 the following items: o Samples o Specifications o Resubmit_copies for approval o Submit_copies for distribution o Return_corrected prints Please }RE~ARKS As you requested, we have enclosed the tank layout with notes. . ~:,-- insert these pages in your submi t tal under "TANKS". .,;..:....:. 4', \ ' tAI~o, pleasenotè we are substituting the All00 Guardian and the A88-00l J,~.~._ j~toéi:xial Drop Tube with adapter (both Emco wheaton) for the OPW-61S0P ,~" ,f''::4002 4" coaxial overfill valve. Please remove the OPW cutsheet and insert ~ '. : <.""tth~~ Emco Whea ton copies under "TANK TRIM". ¿A revised index is also enclosed. :Please note the new tank will be installed in the old hole. iMl~_~~ ;13: '~''''"T }¡.... COpy TO I . . j-" . ,Please call me should you have any questions or require additional more :'information. Thank you. SIGNED: Blanca Wikstrom PROÔUCrZ40-'--'-/Nëi!!iS}Jnt., Groton, Mass. 0147l. ,- " '---------, If ßnc/osures ;!'!e not as noted,kindly. notify us at'once.-:- ---:"-~.". -~ ('> FEB-18-1992 11 : 06 FRCitv1 R. s. ERGR~1 g, CD. TD 18053951349 P.01/01 . .... j" 'Ii ."'Çto,..... ,'. Y~.I <r . ;\-"<' ',,;.... 4 . "... ',r'" RECEIVED ~ . . fÈ8;1 ~ 1~!-12·· Añ8'd~o~:.~:-~~:'.e . I ~ ø",~ r .. ~~.!' c , J' "" , .. r!ì)" ,'1'1) ð'òr¡;:¡'X\ fT"J M K\1 11' If.'flA u(\oÒ;ç ißrtL\\1JJ1JJ1 \1. -& Q¡¡'ilJ1~' ...~ :......... :::;~-- ¿ fi~·.·:,/ ".' "",I' ·'l.· ,. J"Yr.¢>"""'~ ~~";'t '. . -~',,,". ..' ..." ,...'..'Idl c·"", """.·u(Jllð:. ....,«þ(liqtr\lot["IU~I1'N UD¡mß!fi. O'i{JIPAlsQ: f.. ~OCþq¡¡nam'1!~~ M.~~(l<f'OW~ . . ue. "'<AU¡4;tJt FAX TRAN~IT'tAL 4~.<lð2 i'f/JTDi!b/~''3I. (q "U,Nt,", 8D~»,*/i~UÞ, (;A INlj¡..Ifþ.Q;fS'l (-8 051 7.12~ 1:1(1(1 O'XI.\\· (.8 O$J '1:'2.7:1ß4 . /Q <> '-tv. (> t¿" íb,<41L No. of Pages: \ (Including CQver Page) .' Noo: Charles Wren ~ ~Qr ~.~.?At, 1fJ. S. P. So San Brw:mo ~ ~~ill¡LO (415) 742-4239 'èoà~ ~~~ 4..q I ~ \~$ci1illlY : <:~:ENTS: ~it8h _;:Y~~ fu 1\\ Çj_)"" ~\V'\IV\~ Lc~ ~ (\cdA) ')g~~ LQQ.0\100 ~ V\oJJ ~-v P~~. ~ :~é:~~ ~ ~~>_J.4!N\, \.D:J(\f' f~ó wiLL-SEnD . ~"gD ~ ~~~~' g,~J ~, =>:;C"""" \~ w , ~-~'- .rí:'om: R.S. EAGAN & co. -.-ßa~ GIT~" NOTE: Should there be ~ny probvlems with or questions concerning this transmissio~. please call me at (415) 732-7300. --'.;: ,...- TCiTRL P.Ol ---....-"'-'-"'" - ~~-~ I ~ ." I ,.. , 8 ~/ / ~ -' I' I y .<>-< '9" I -,. REC'EIVED ffB 0 6 .1992 I I l 'f!Lj~ '1 4J o...·~ ,- "'-1' 'I' I, ~ Df1þf1þ2 lWÆ.'D'O®lWÆ.IL !Üf1/ElW{fJ!E , OOÆ.ffr;fYÆ.U, ([;Æ. f1þ4JtD4J!'Þ-DilllBi/ (tDD@) i/:ß2-i/3J@@ lFA1% (!'ÞD@) i/:ß2-i/:ß01] HAZ, ~,~,~T. OtV. February 3, 1992 ':--~ ~-- .--- ---,...--. ----- -,,-~~.....:...---.---~ "---"-:--o«-=--...- ~_--~ _ _~~ ~__ ~-<-~-- ~ -- - - City of Bakersfield Fire Department Hazardous Materials Division 2101 "H" street Bakersfield, CA 93301 Attention: Mr. Joe Dunwoody Deár sir: Re: U. s. Post Office 5601 Stockdale Highway Bakersfield , ' .. - We are enclosing a revised sketch showing the pump locations. The owner has decided to revise the pump island locations in lieu of rebuilding the island in its present location. There is a good chance they may be receiving mail in 40-foot trailers in the future, and the new pump locations will give them the108-foot clearance from the face of the loading dock to the islands t~at ~s ~esire4. . Would you please replace the island layout drawing in your book with the revised drawing. sincerely, R. S. EAGAN & CO. ... .". ~. . 'tðki J F tlP¡fù<-/ Robert S. Eagan M' President , RSE/bw~' enclosures .. ...-.. , ,·~.._·ì._....l._·~--~,J.,-'~_.¡-+t-~~·,,_tmi~m~' ,,1 t<:t ~ .," f ± ' 1 ' ~ ; . :' : ! : 1 j ~ ;; \ : : '·~-_·;'_···t- !--'-f -'-¡-1' ··-t'---,--t--..t---t..-·, ~ .' ,..,:__L_.J.-j_J.-...j ,_, ..:,_ ".' -_,..l.__-!.'" ; .' ;. i, '! 1 ¡ t , ' . I . , ¡: 1 J ;, I) ,: ! : [ , .. ,,-4.- ~'-t--, ----'1'-1 . t ·-'j--t'·, - -t--i--7' ,.- ¡--' .,.~.. ... ~ .,.. _,l_~"~'+-+~-+-H-tt j-L-L·+>,t..- 'i-. , ;, i i ì !, ¡ \ : ;' ". '.-: -,,+-,---'t-,-,,+,-~-,,+,-"-t-.-~.,... 0,., --4· --~, ..~" ¡ , ! I ; I 4· /' I ; , i J I I' j , I (.' i ' '. ·--f---t------r-r·'.·,...··--'............- -4'--'1"-'-- --+..~--, ...,¡._.. . : !, "1 ¡ ì ! 1 : 11 ;,' ,_I,' ,_..~, ' \ ! . t--i-'--¡,-:¡·--t-¡---¡ tl~- --1-'---t--'~ ~.. ;' , .. - , ..+,..+__ -+__~,_o,.~... ,\ , !.,,: ¡' t!! --+- __f--,L_- . ; t ~ 1 .~ ...... I ~ ·..·t·.. t-·· ~.. .... " .' .. .. .. ... ....... ..- ..\.._..~. . ..¡.~~OQ-'O~_ -+- -,':Jh{\~+- ~ :~' ';. .- -. ...-. ,..'-';'" ._~--_..~-_.. . , ; , ' . ~ . . _.,~.;..-t,..ø.__.......;. j.... + !' '. ·t---t ..,,- ~ : . ._...L-. -A-.'_~_", ~"'¡i; -' ~...... ¡ . ¡ ; ~ " ' ~ .-.-+--~..- I 1 I ., í I ~_..+_._.,¡...,. .., .··4 : ,-'=t~\,\I.Ç.~<Ò\.f~~~ .~~- ~. . ..... \ ¡ -,.¡-....'"'L...~.....¡.....~. 1 ..._..; ._~.. .,.-t.. _+.._+1. __....._:__1." .; ,\ \ ) It! ~ j 1', ! 1-.+."+""'+-'+"'+ ..·..',1.. j _ i ; , ; ¡ ': , i i . ~.. I i -t-..+--t·'... ! 'j -t-.'..... .i. ~ ; : ; ¡ ~ ~ l ~ l·' -,,, ._~_......_........--+--+-- -...L--r----t-----i----1- ··t·....·..'· ,... , ~\~ ¡ ¡ ¡ ; Ii! ~ j ~ ; ! . : '~'---+"-, .' ! ! -..- -¡--¡--;--¡ j .....- +--+--,...+-,...~_.-~-- ,; . ,., .-,-,~'- -l,..-~, -- .l-....i__1_.l.-L --t.o-toO· .1--1..... j ...-. L. : . '¡ ; ¡ ) ! t i , : i : ,i: .. ',_.. ,. ..+,...¡.... ,1._,..~_ ... +'.--'!'.... .............,.,...+.,··+.·.'t'.. ,- L,~ ; ',' -- ftj ' ¡ ... -.-+ .. . _..........~ .. -.4-.-.- ...... .. . .... ~ . ...¡ . +..-.. -. . 1. j I , ; . n ..+,.,...+, ..,..' !.' J ' .J. ..~. ~.. -..-..,..... ¡ . ..,.. +-...L .' .. .... ~ ,,¡..,..,¡- ,t· , ... t-_· .~. ·_·_th'~' +-. i ...i... j.,.+, '1 I 1.. _..+~..._·t.. ... I. : - -t... t n' I .... ···+·--·-i-·-..·...· .~.....-..-L.._..+.. ..~ . .-,. -t ..,. ...-. ¡ ....J.. --.+. ....... ... . .._.~ . __ ,.i.__ ¡.., , ~. , .~ n.... .L, ~ . j ( L,.. ,_+--+-L. ~ ; ~ . .' ,..4, '''1-·-t- ".. ..... . ...~~.._.....J-_..¡._. ...-: .... .. " " , .' ,. ~- t ..; . , O' .1 -.,. . '. . ~' ',' .' t. .,¡\) ,; .\þ ~a.r~lG, ' , is\Po.\ ~:µ''Ó)y, ,.\~~B8.D +, , ,\.~. 'L .. ;... R.S. EAGAN & CO. . .. ,~ 1992 National Avenue HAYWARD, CALIFORNIA 94545·1787 (415) 732-7300 FAX (415) 732-7304 DJ:ElJ'1fŒ:OO @W 1fOO£~~WJDìJ1f£[L Bakersfield, CA 93301 DA TE_ _ 1-16'"-92 I JOB NO. 91/283 ,"-.- -. . ATTENTION Joe Dunwoodv RE: U. S. Post Office 5601 Stockdale Hi2hwav Bakersfield. CA 93309 , TO City of Bakersfield l"lre Department 2101 "H" Street UPS WE ARE SENDING YOU 00 Attached o Under separate cover via > 0 Shop drawings 0 Prints 0 Plans 0 Copy of letter 0 Change order 0 the following items: o Samples o Specifications COPIES DATE NO. DESCRIPTION 1 Closure Permit ADDlication 1 Construct/Modifv Permit Annlication 1 State Form A and Form B . , . '. 1 Health & ,Safety Plan 1 Bakersfield City Business License 1 Contractors License 1 Workmen's ComD Certificate of Insurance 1 General Liability Certificate of Insurance 1 Check #15406 $856.00 and THESE ARE TRANSMITTED as checked below: One (1) Submi t tal which includes site plan o Resubmit_copies for approval o Submit_copies for distribution o Return_corrected prints i:X For approval 0 Approved as submitted 0 For your use 0 Approved as noted > 0 As requested 0 Returned for corrections o For review and comment 0 o FOR BIDS DUE 19 0 PRINTS RETURNED AFTER LOAN TO US REMARKS Please process as soon as possible. If you have any questions, or require additional information, please call me right away. Thank you. COpy TO SIGNED: Blanca for Bob Eagan PRODUCT 240-2 /NëBS/ Inc., Groton. Mass. 01471. If enclosures are not as noted, kindly notify us at once. ..--- I --,. U. S. POST OFFICE 5601 Stockdale Highway Bakersfield. California SUB M I T TAL I N D E X TANK I¡I ..<>-< '0" I 'I l~~:"tfJ 4J IO\....'!> I , ,- .-1' m- I I , , 099~ iWÆ.'D'D([])iW&Æ Æ.?lIEiW{[j1E UUÆ.WlWfJlI/liIÞ.. ([;JJ 94Jf'D4J!Þ - tJjfl1Bil (!Þ Oqþ) il$~-il3Jqþqþ f}ìM!' (!ÞOqþ) il3J~-il3Jqþ4J OWENS CORNING 12,000-gallon double wall fiberglass unleaded tank OWENS CORNING TE 42-2 turbine enclosure OWENS CORNING adhesive kit TANK TRIM CNI 236RSG 36;1 round manhole EMCO WHEATON 493016 2" up-flow vent UNIVERSAL 312049 4" extractor cap UNIVERSAL V421-2020 extractor vent UNIVERSAL 37-206016 float cage EMCO WHEATON A464-002 2" angle check valve with double poppet CN! 216R-12SG 16" sealed manhole EMCO WHEATON AI003-001 5-gallon fill containment box EMCO WHEATON AIIOO Guardian overfill prevention system EMCO WHEATON A88-001 coaxial drop tube with adapter EMCO WHEATON A97-005 4" fill cap . TANK GUAGE WITH LEAK DETECTION VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT TLS-350 monitor and printer four-input in-tank probe module 8-ft tank probes 8-input interstitial/sump liquid sensor module probe riser cap and ring kit fiberglass tank interstitial liquid sensor piping sump sensor PUMP . TOKHEIM 785-1-TW-APCG single twin commercial Unleaded CARB STAGE II vapor recovery set-up EMCO WHEATON A4005-002 vapor coaxial EMCO WHEATON A4041-001 coax splitter DAY CO jumper hose CNI 9915-D high hose retractor arm DAYÇO coax h~se clamp HUSKY 3030 coax super'safe-t-break DAYC06",coax hose /- suction pump including: ----- ----- -- ------------- ------- ------ ------- ---------- --. -------- e e A1100 GuardianTM Overfill Prevention System e High Drain Rate Bleed Valve /AIIOWS for fast hose ~ @ drainage eliminating , unnecessary delays, Vertical Slide Float Design Floats won't get caught on sides or top of the tank because they don't require any extra move- ment space, so you can install it with confidence, Integrated Body "'" Design Accommo- 0 ~ dates Both Dual and / [ Co-Axial Drop Tube Applications 3,76 Only need to order, stock and use one valve style, Easier handling, Saves distributor storage space, @ o @ ~ AIIOO Shock Relief Valve Incorporated Into Main Poppet Dramatically reduces line shock, I~ Protective Shroud Over Floats The vital floats can't be damaged during shipping, installation or when in use, ." ,... i 16,37 The Emco Wheaton Guardian is a two stage overfill prevention shut,off valve, The Guardian is easily installed into a new or existing drop tube assembly for the most economical compliance to EPA regulations, ,J e :J c Materials. Body: Anodized Aluminum Floats: Teflon Main Poppet Seal: Viton For more information on the A 1100 Guardian Overfill Prevention System, or other quality Emco Wheaton products, see your nearest Emco Wheaton distributor or call 1-800-234,4394 (in North Carolina 1,919-677-0777), Emco Wheaton, Inc, 4001 Weston Parkway Cary, NC 27513 1,800,234,4394 Toll Free 1-919-677 -0777 A 1100 4/90 ©1990 ~ Weight = 4,5 Ibs, Reliable products and services for _ the protection of the environment.'" _ r:a® WHEATON Drop Tubes . /~ '~~:JJJ Emco Wheaton offers a range of drop tubes to match various fill sys- tem needs. These drop tubes are supplied in a variety of lengths and are designed to be altered in the field to meet specific tank dimensions. Installing Emco Wheaton drop tubes is fast and simple and requires no excavation. The drop tube is in- serted in the riser pipe until it touches the bottom of the tank. Next, the dis- tance from the top of the tube or lugs to the top edge of the riser pipe is measured, and 3" is added. This amount is then cut from the bottom of the drop tube at a 45° angle. The tube is inserted in the tank and ready for use. A 70 Coaxial Drop Tube with Adapter . .,~i',. . . . - . Model No. A70-001 A 70-002 A 70-005 Fuel Leaded/Unleaded Leaded/Unleaded Leaded/Unleaded The A70 drop tube is used for coaxial vapor recovery tight fill sys- tems, and has a vapor recovery efficiency rated in excess of 95%. The A70 drop tube comes com- plete with the A96-001 adapter, and the 491689 bushing if required. The A70 is tight weight aluminum for easy handling. Guides are heliarc welded for extra strength. Comes complete with buna seal. Cut to size in the field at a 45° angle for efficient flow. Size Weight Tube No. 121bs. 491312 8 Ib.s 491402 Coax Tube Part Only Installation instructions are sup- plied. Use with the A97 fill cap and the F298 coaxial elbow or equivalent. SOLD IN CARTONS OF TWO. (Tube and adapter can be ordered separately. ) ~\,',', :~ Adapter A96-001 A96-001 Bushing N/A 491689 N/A 4" X 12' 3" x 12' 4" x 5' ASS Coaxial Drop Tube with Adapter Emco Wheaton's exclusive A88 drop tube is used in coaxial fill sys- tems to provide a self-sealing vapor line. Spring-loaded assembly secures the tube against the adapter during normal storage, When product is dropped, the coaxial elbow pushes the tube down from the adapter to create a path for vapor return, The A88 comes complete with adapter and, if required, a reducer bushing, Drop tube is light weight aluminum for easy handling, Guides are heliarc welded for extra strength, Standard buna seal is supplied. Cut 45° in the Model No. Fuel *Size Weight A88,001 Leaded/Unleaded 4" x 12' 12V21bs, A88,003 Leaded/Unleaded 3" x 12' 8V2 Ib.s 'Many drop tube assemblies are available longer than 12' standard. Consult factory. G field for efficient flow Vapor recovery efficiency rated in excess of 95%, Use the A97 fill cap and F298 elbow or equivalent. Installation instructions are supplied, SOLD IN CARTONS OF TWO, (Tube and adapter can be ordered sêparately.) Tube No. Bushing ..~ N/A 491879 491563 491659 Adapter A89,001 A89,001 . . .- ---~----_. ~ I ,,', I"" I "- --- ,~ ¡.. .1 o ® "\a~ ~ . ..', . ,- "" i ' . ,. ." " . PV""\'$,~~J ?~~~t-~yOvï '! ~~~90~CJr¿~~ . ,5~1 ~~~Wy <1 ." () l":")~~t"oo. _ ,. . _.' 4. .. .. . . . u. S. POST OFFICE 5601 STOCKDALE HIGHWAY BAKERSFIELD. CALIFORNIA PUMP ISLAND AND STORAGE TANK LAYOUT NOTES 02 CNI 36" round manhole 17 Existing yard lighting remains 18 Existing sprinkler control remains 19 Existing yard paving AC 20 Re-using existing island light 01 12,000-gallon underground gasoline tank 03 Turbine enclosure 04 5-gallon containment fill box 05 TLS-350 probe 06 suction pumps single nozzle 07 New air and water reel aboveground (location to be determined in field re-using existing air compressor) 08 suction piping secondarily contained 09 Vapor recovery piping secondarily contained 10 2" vent line and riser 11 Reinforced concrete drive slab 6" thick with reinforcing #4 at 12" centers 12 Construction joint 13 Tank slab 8" thick reinforcing same as drive slabs 14 Existing walkway 15 Existing sprinkler line 16 Existing palm tree to remain .\ FEB-14-1992 D8: 33 FRCir"l R. S. EAI3AH & CO. TO 1:=:053951349 F'. 0,1/01 ',\ ,;f~ Y"~i~ , \i.:~ "Îj :'¿':~11.;) (¡]) N nIJJ0, 11"1 XI, 1\\1 t1~ ~[) lil\o !l."2J" ill/lJ \[0./111 \J ¿¡; \i.¿ VßI Q .. :,"('¿',)'::':J'!,Ci] Û·;0.2ðlJ!)r:Pa!o·ùDIJ~ d.:qM~8a':'¡¡II·ln'~ ".""-') .~i[!~;)O·IiQðW 'fJ'ãbooO'.... éÖ¡µqsH~ $. Hmuilm';fb,fJ .~,9...U·m,o; 1,1(;. "4'T(H:¿S å~O ~~ TRANS~ÃT~AL oùù W,~ðl. " UDlJn ~g. n g'::UI:; 88~»10 Hm. (;1:\ .tn"jq,";~818'1 t.. WI 7:~;¿-7: (þ(Þ (f'~\,¡ (,'PWI 7:i;¿-7:W4 {)at.~g 2-14-92 No. of Pages: (Including Cover Page) 1 ~·:tj g Charles \.Jren Joe Dunwoody >o:mpany: D.S.P.S. County Health ERM WEST :;:¡;í:iiX No.: 415/742-4239 395-1349 COMMENTS: P'P: Bak&rsfièld P09t OfficQ Soil Testing Under the Tank Thes~ were obtained' trom ~ach 9nd si~ ft. undér thé tank ~B directed by City of Bakersfield's Mr. Joe Dunwoody. We have scheduled a larger exca.va.tiorr fot' Tuesday, Feb 18th, and will be doing some oVêrQxcavation of this area. Samples were taken from six foot under the pump i,sland (some o.dor was noticed) and at the bottom of the new tank hole directly b~low the old pump island, and another in the bottom of the new tank hole at the end nearest the old tank location. We will be setting the tank today and will have confirming lab report later today. Frotn: R.S. EAGAN & co. Bob Eagan l'ifOTE: Should there be any problems with or questions concerning this transmission, please call me at (~10) 712-7300. TOTAL F'. D1 ~'..--- -, &¡i «>-< '0" DTl rn ~(fþDTlff{t(fþ~ §J'§{tŒtDOD§ ,øI ",-.1: 9 HEALTH AND SAFETY PLAN BACKGROUND INFORMATION Owner: Project title: site address: Owner's representative: Scope of work: Working hours: site description: Current uses: Tanks to be removed: Disposition of tank contents: Tank cleaning: U. S. Postal Service 850 Cherry Avenue San Bruno, CA 94099-0310 Underground Fuel Tank Replacement U. S. Post Office Stockdale station 5601 Stockdale Highway Bakersfield, CA 93309 Charles W. Wren, Project Engineer 415/742-4526 Lee Guerra, Station Manager 805/834-4948 Remove a 10,000-gallon underground unleaded gasoline fuel tank and replace it with a 12,000-gallon underground unleaded fuel tank. 7:00 A.M. to 4:00 P.M. Fueling facility for postal vehicles. Unleaded gasoline One (1) 10,000-gallon unleaded gasoline We will contract with outside services to remove all tank contents. Tanks to be triple-rinsed using a high-pressure washer, rinsate to be contained in a vacuum tank and transported for disposal ? -. R. S. EAGAN & Co. . 'HAZARDS - DESCRIPTION, PROTECTIO~. AND MONITORING The following materials are known to be stored currently in the tank to be removed: Substance Unleaded gas All Sites: Potential physical hazards on-site: Overall hazard estimation: Personal protective equipment: Level of protection: Equipment to be used: When to use: Physical state TLV Exposure characteristics Liquid/vapor 100 ppm Irritant to skin, eyes, lungs Demolition eauipment - ,backhoes, hydraulic breaker, . dump trucks, concrete saw, air compressor" jackhammers Removal eauipment - backhoes, cranes, flatbed trucks Backfillina equiµment- backhoes, vibratory compaction equipment, dump trucks Buried utilities; unstable soil conditions; building demolition activities Low Work areas, during removal processes are designated no eating, drinking or smoking D Hard hats, eye protection, hearing protection, long sleeve shirts and pants, leather boots with steel toes and gloves (optional) During all work operations Equipment: Direct Readina Monitoring Eauipment Location for use: When used: Gas Tech 1314 Combustible Gas Meter Tank atmosphere/excavation Periodically throughout tank removal 2 '"' R, S. EAGAN & CO. Action'Levels for Monitorinq Results Equipment: ~ombustible gas meter If tank atmosphere exceeds 20% of L.E.L., add additional dry ice. Do not remove tank until atmosphere is less than 10% of L.E.L. Action level: Flash Points and Flammable Concentration Material Flash Point Flammable Ranqe (% in air) Gasoline -45 1/4 - 7.6 On-site Orqanization and Coordination The following personnel are designated to carry out noted job site functions: Project superintendent: Backhoe operation: Tank hauling: City representative: Owner's Representative: Jim Nichols Tank Excavators Superior Trucking Co. City Fire Dept. Hazardous Materials Division Kern county Air Pollution Control District Lee Guerra, Stockdale station Manager Site Control Control unauthorized entry of work site by use of barricades and construction tape flagging. utilize existing site chain link fencing. Emergency Medical Care and Procedures Nearest medical facility (24-hour): Bakersfield Memorial Hospital 420 - 34th street (San Dimas Street) 805/327-1792 Emergency telephone numbers: Fire Police Ambulance 911 911 911 3 -;0-., A - _ '. ~ R: S. EAGAN & Co. Emeraency First Aid for Materials Present Substance Exposure Symptoms First Aid Gasoline-vapor Choking, burning eyes & throat Evacuate to clear air area, flush eyes with water Gasoline- ingested Burning eyes, skin dehydration Irritation of stomach and intestines, nausea and vomiting Flush with water for 15 minutes Gasoline-dermal Do not induce vomitina, transport to (Levels C and D) Level C and D: Air-purifying respirator, half-face organic vapor cartridges; disposable chemical-resistant coveralls; gloves - inner and outer (chemical-resistant); boots - chemical-resistant, steel toe and shank; hard hat with face shield First Aid Eauipment On-site Eauipment Location First aid kit R.S. Eagan truck Fire extinguisher within 100' of work area Emergency eye wash R.S. Eagan truck On-site EmergencY Procedures 1. Personal injury or illness: administer first aid; call ambulance, if necessary; transport to Bakersfield Memorial Hospital 2. Fire or explosion: turn off all motorized equipment; evacuate working area; meet at designated up-wind location '3. Earthquake: turn off all motorized equipment; evacuate working area; meet at designated up-wind location 4. Hazardous material spill or release: turn off all motorized equipment; evacuate work area in an upwind direction of the spill or release; meet at designated up-wind location , 4 w.... -ít_- -'. ~ .. R: S. EA.GAN & co. 5. Personal protective equipment failure: if any site worker experiences a ,failure or alteration of protective eq1Jipment that affects the protection factor, that person and his/her buddy shall immediately leave the Exclusion Zone. .Reentry shall not be permitted until the equipment has been repaired or replaced 6. Other equipment failure: if any other equipment on-site fails to operate properly, the project team leader and site safety officer shall be notified and then shall determine the effect of this failure on continuing operations on-site. If the failure affects the safety of personnel or prevents completion of the work plan tasks, all personnel shall leave the Exclusion Zone until the situation is -evaluated and appropriate actions taken BKRSFLD.HLT 5 -,! I , I l1ilg;l'...'47 412 101..'1> I -, 'T;-l'f'C\-1 fJ992 NA1'DONAIL APlŒNfJJÆ HA\YWAD, CA\ 9415415-87IB'3 (485) '132-'3300 1~(4185)'332-'3304J -<>-< '<> , "'<t _\11 'J l- n; <T I ~ JŸÏ3 A\IO~ .¡~ ~.9 ~ ~~ I¡I U. s. POST OFFICE 5601 Stockdale Highway Bakersfield, California -ª.UBMITTltL I N D_~ X TANK OWENS CORNING 12,OoO-gallon double wall fiberglass unleaded tank OWENS CORNING TE 42-2 turbine enclosure OWENS CORNING adhesive kit T~jL,~ e CNI 236RSG 36" round manhole EMCO WHEATON 493016 2" up-flow vent UNIVERSAL 312049 4" extractor.' cap UNIVERSAL V421-2020 extractor vent UNIVERSAL 37~206016 float cage EMCO WHEA,TON A464-002 2" angle check val.ve with double poppet CNI 216R-12SG 16" sealed manhole EMCO WHEATON Al003-00l 5-gallon fill containment box EMCO WHEATON AllOO Guardian overfill prevention system EMCO WHEATON A88-001 coaxial drop tube with adapter EMCO WHEATON A97-005 4" fill cap TANK GUAGE WITH LEAK DETECTION .. ~.,- VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT VEEDER ROOT TLS-350 monitor and printer four-input in-tank probe module 8-ft tank probes a-input interstitial/sump liquid sensor module probe riser cap and rlng kit fiberglass tank interstitial liquid sensor piping sump sensor .:~. :~~ PUMP '-'-" TOKHEIM 785-1-TW-APCG single twin commercial suction pump Unleaded CARB STAGE II vapor recovery set-up including: EMCO WHEATON A4005-002 vapor coaxial EMCO WHEATON A4041-001 coax splitter DAYCO jumper hose CNI 9915-D high hose retractor arm DAYCO coax hose clamp , HUSKY 3030 coax super safe-t-break DAYCO 6" coax hose R. S. EAGAN & Co. e ISLAND EQUIPMENT TOTAL CONTAINMENT DS-2316 disp~nser sumps EMCOWHEATON A60-002 shear valve TITEFLEX stainless steel flex connector MISCELLANEOU~ TOTAL CONTAINMENT RJ6048 6" female x Fernco 6"x24" 48" long riser jacJçet, ~IPI!lG AMERON Dualoy 3000jL fiberg,lass pipe fittings AMERON Dualoy 3000/L double containment e USPSBKRS.IND ,-,e . . . TANK AND PIPING INSTALLATION GUIDELINES 1. SCOPE A. Furnish all labor, materials and superv1s10n as necessary to install new fuel tanks, fuel dispensers, leak monitoring equipment with all associated piping systems, as shown on the drawings and as specified, including all other incidental and related items necessary to provide completely legal and fully operational fuel dispensing facilities. 2 . UNDERGROUND STORAGE TANKS A. Installation of fuel tanks shall be in accordance with NFPA 30 and 31 Codes, a.S.H.A., Uniform Fire Code, S.W.Q.B, A.Q.M.D., E.P.A., A.P.I., P.E.I., and local containment authority regulations and practices. B. Procurement of all licenses and permits required for work will be verified prior to beginning work. C. Protective coating of materials subject to corrosion or chemical attack must be inspected and damaged areas repaired prior to back fill. ' D. Tank brass plate information: 1. Name of tank manufacturer 2. U.L. number of tank 3. Tank material 4. Tank capacity 5. Year of manufacture 3. PRE-INSTALLATION TANK TESTING A. Handling - use lifting lugs and guidelines to lift and position tanks. Rest tanks on smooth ground or peagravel free of large rocks and foreign objects. B. Testing - Notify local implementing agency representative 24 hours prior to pressure testing and tank installation (or as per local requirements). C. Tighten all tank opening plugs. D. Use test gauges with 0-10 PSI range in 1/4 lb. increments. Install two gauges to measure inner tank . . . 4. PIPING and two at monitoring fitting to test outer tank. E. Outer tank test 1. Pressurize inner tank to 5 PSI maximum 2. Close the air supply valve to the tank and disconnect air supply. 3. Pressurize the cavity between inner and outer to 5 PSI maximum by bleeding air pressure from inner tank. Carefully guard against over pressurizing the cavity between tanks. Maintain pressure for at least 30 min.; soap the entire tank. "soaping" the tank and fittings during the test is to be done using a small garden-type hand pressurized spray unit. The test soap shall be a high foaming "soap" that bubbles easily if in contact with an air leak in the tank, but won't bubble due to dispensing from the pressure applicator. Acceptable soaps are: Seam test concentrate; AMWAY loc high soap; #70065 southbed leak detector; or appproved equal. 4. Reject any tank which fails an outer wall test. F. Inner tank test 1. Maintain test pressure in cavity 2. Release pressure and vent primary tank. 3. Monitor pressure in space between tanks for at least 30 minutes and no more than 60 minutes. G. Caution: DO NOT 1. Leave pressurized tanks unattended. 2. Approach tank ends or plug openings of pressurized tanks. 3. Exceed 5 PSI pressure. 4. Attempt to repair a damaged tank. A. Arrangement: Piping is generally diagrammatically indicated and shall be generally installed as indicated. Do not scale drawings for location of p1p1ng. Install piping to best suit field conditions and coordinate with other trades. . . . B. unions: Provide unions to render all items in the systems easily removable, including valves, piping specialties, and on both sides of pumps and equipment. C. Fittings: Provide standard manufactured fittings in all cases. Field fabricated fittings are prohibited. Bushings are prohibited on pressure piping. D. Burial Depth: 1. Piping: Provide, for all buried piping, a minimum of 18 inches cover above the pipe crown. 2. Tanks: Provide a minimum of 48 inches at fill end of tank. 3. Consult manufacturer's installation instructions if jobsite conditions require altering burial depths stated above. 5. MATERIALS A. All piping shall conform to the requirements of the NFPA - 30/31 and UL safety Codes for Petroleum Piping, be free from all defects, labeled and be identified. B. All fittings, flexible connectors, fiberglass piping and unions shall be UL listed and/or recommended products and be for use in underground petroleum tank installations. C. Make all screwed joints with approved petroleum resistant compounds, applied to the male threads. D. Steel pipe shall be schedule 40 ASTM A-120. Use black pipe for diesel fuel systems and galvanized for gaoline systems. E. Cast iron banded fittings shall be 150 lb. malleable black or galvanized, except unions shall be 250 lb. ground joint. 6. PIPING SYSTEMS A. All pipe runs are to be of "fiberglass" pipe and sized in accordance with plans. B. Above ground vent riser is to be steel pipe. C. Do not use galvanized pipe and fittings with diesel fuel. Use black iron pipe and fittings. . . . 7. FIBERGLASS PIPE Pipe and fittings to be UL approved, non-metallic, for underground piping of petroleum products. The pipe and fittings are to have bell and spigot joints. Fiberglass pipe: Ciba-Geigy; Dualoy 3000/L Pipe system; Secondary Containment Piping: Ameron, Dualoy 3000/L "clamshell" System and SC-10 Adhesive A. Non-metallic fittings are to be those manufactured by the supplier of the pipe being used. B. Install pipe and fittings in accordance with manufacturer's instructions. 8. STEEL PIPE: (galvanized or black iron) Schedule 40 (ASTM A-120) steel pipe 250 lb. railroad unions 150 lb. malleable iron fittings A. Do not use standard couplings normally furnished with the pipe. 9. HANDLING OF THE PIPE AND FITTINGS: A. Fiberglass pipe: Careful handling is a must. Protect against abrasion from sharp or hard objects, impact damage from improper storage, transporting, laying or backfilling. Inspect all pipe for damage prior to using in the piping system. B.Steel pipe and fittings: Protect against damage to the protective coating/wrapping. 10. INSTALLATION REQUIREMENTS A. Interior surface of all pipe and fittings must be free from dirt, scale, metal, fiberglass particles, etc., before connecting. 11. CUTTING OF PIPE A. Fiberglass pipe: Cut with a fine-toothed hacksaw blade or an abrasive wheel on a circular power saw. Use a saw guide or "wrap around" to ensure a square cut end. Cut pipe end must be within 1/8" of square. B. Steel pipe: cut with a hand, or power-operated pipe cutter, as in normal fitting practice. . C. Tapering and Threading: All cut fiberglass pipe ends must be tapered to 1-3/4" degrees using one of the tapering tools available from the pipe manufacturer. Protect pipe during tapering to prevent damage to pipe. The finish taper shall be smooth, clean and free from surface defects. All cut steel pipe ends shall be threaded using sharp dies to avoid breakage of threads. All steel pipe shall be reamed after threading. 12. BONDING AND ADHESIVE SYSTEKS Cfiberqlass pipe): A. All fiberglass pipe surfaces to be bonded shall be cleaned with solvent as supplied by pipe manufacturer. Bell and spigot joints are to be made up with epoxy adhesive as recommended by the pipe manufacturer. Adhesive shall be mixed thoroughly in accordance with manufacturer's instructions and shall be applied to both surfaces. Insert the spigot end into the bell using a slight turning motion (one-half turn to a full turn is necessary) and push. B. Apply pressure until mechanical lock is achieved. Back axial pressure should be maintained on all previously assembled joints to reduce the chance of separation. . C. Inspect all fittings for proper alignment and possible "Back-Out" at the joints. D. Follow pipe manufacturer's recommendations on cure time before disturbinq joints or testing. In areas of temperatures below 60 F (16 ), it will be necessary to apply heat for curing adhesive. Only chemical or electrical devices recommended by pipe manufacturer are acceptable for this purpose. No open flame or sparking devices are to be used. 13. THREADED JOINTS A. Threaded joints must be reamed and have clean cut, remove threads and be made up with non-hardening joint compound insoluble in petroleum products. B. Joint compound: Hercules-Teflon Type (or equal). Fiberglass to steel pipe connections: Fiberglass thread-end adapters are to be threaded into the steel pipe or fitting before bonding onto the fiberglass pipe. 14. PIPE WRAPPING A. All underground steel pipe and fittings shall be field primed and wrapped. Wrapping material shall be 10 mil. Polyethylene tape manufactured by the 3M Company. Wrap overlap shall be one-half width. Primer shall be used. . . (Scothwrap 50, 10 mil tape and Scoth 51 pipe primer, or equal.) 15. SETTING AND BEDDING PIPE A. A 4" minimum bed of backfill material is to be placed in all piping trenches. Smooth, compact and slope bedding material to allow a slope of 1/4" per foot toward the tanks. In extreme conditions, 1/8" per foot may be used if necessary. Traps or sags are not allowed. Lay lines straight and use fittings for directional changes. B. Piping shall be placed on prepared bed in such a manner as to minimize points at which one pipe may cross over another pipe. At points where piping must cross over, a minimum of one-half pipe diameter must separate the pipes. c. When piping is placed on the bed, proceed to "first test" (below) prior to backfiling trenches. 16. TESTING OF PIPING A. Notify the local implementing agency inspector who must approve all final tests. . B. First test (prior to back filling pipe trenches): Do not connect piping to tanks or dispensers until tested. 1. The entire piping system, i.e., 'product, vent and vapor recovery (where applicable), shall be tested in accordance with the following three step procedure: a. Step One: Install pressure application system that includes two pressure gauges (15 PSIG maximum). Apply 10 PSIG pressure to each piping system. Soap all joints using approved soap solution (same as for tank soaping). Carefully observe each joint for evidence of leaks. b. Step Two: Protect area around piping systems to be tested to prevent workmen, passers-by, etc. from entry. Install pressure application system that includes two pressure gauges (150 PSIG maximum). Apply 100 PSIG pressure to each piping system, hold for one minute, release pressure. Repeat for five cycles. . c. Step Three: Repeat step one. Test is complete onlY if no leaks are detected by the . second soap test. Local implementinq agency representative's approval is reauired. This will involve inspector's witnessing of a high pressure test of some duration. (70 psi for one-half hour, typically. Check with inspector for required test pressure and duration.) After obtaining such approval, install secondary containment piping as appropriate. 17. SECONDARY CONTAINMENT PIPING SYSTEM Assemble secondary containment piping system on all piping which will contain fuel. Maintain slope of piping as per guidelines set forth in section 12.A. A. After all fittings have been alowed to cure, place air pressure test of 5 psi on containment piping system. B. Local implementing agency representative will need to witness and approve test. C. After air test is complete, perform flood test on all containment sumps and overfill boxes to ensure integrity. Local implementing agency may require witnessing of 24-hour leak test. Verify with inspector local requirements on a job-by-job basis. . 18. DISPENSERS A. Installation of dispenser sump boxes~ Dispenser sump box will be used beneath each fuel dispenser as a means of containing any dispenser leakage and as the terminal point of the secondary containment piping. Contractor shall securely level and anchor each dispenser to concrete island. Allow dispenser shipping carton or crating to remain over dispensers for protection after installation and until project is accepted by owner. . B. Testing Dispenser sump boxes will be tested per section 14C. Dispenser meters shall be adjusted as near as possible to zero error. Advise owner's representative of any , meter that cannot be held to plus-or-minus3-1/2 cubic inches of tolerance in a 5-gallon measure, for repair under manufacturer's warranty. Tests will be made according to methods prescribed by Department of Weights and Measures. Tests required by Air Quality Management District to be performed after system complete. . 19. CONNECTIONS TO EQUIPMENT A. General: provide complete fixture assembly, including all trim and appurtenances for proper operation and neat, finished appearance. Procure all rough-in data from manufacturer, and rough-in and connect to equipment as required. 20. POST INSTALLATION "PRECISION TEST" SHALL BE CONDUCTED A. The entire storage system shall be precision tested prior to installation of concrete pavement. B. Copies of precision test results will be provided to tank owner and local implementing agency. 21. GUARANTEE In addition to providing factory warranties and other guarantees mentioned herein, the contractor shall guarantee to replace all work found to contain defects in materials, workmanship or finish for a period of one (1) year after completion of work. . . CORSUN\MODESTO !-j :x> z ~ . ...".'.' .. , Standard Double-Wall Tanks Standard Double-Wall Tank Specifications Monitoring capabilities- the following restrictions apply for the various types of double- wall tank monitors: a) Hydrostatic Tank Monitor- tank burial depth must not exceed 7' from tank top to finish grade. The monitoring cavity must be vented to the atmosphere, The optional reservoir sensor, supplied by O/C TANKS, is designed to automatically vent the monitoring cavity, b) Liquid sensors-when cavity monitors which detect the presence of a liquid are used, the cavity between the inner and outer tank may be either vented to the atmosphere or sealed. c) Vacuum monitoring-when vacuum monitoring is used, the maximum vacuum is 3" mercury (1.5 psi maximum). Tank burial depth must not exceed three feet. d) Positive air, pressure monitoring-when positive air pressure monitoring is used, the maximum air pressure is 3 psi. e) Gasoline vapor sensors- when gasoline vapor sensors are used, the cavity between the inner and outer tank may be either vented to the atmosphere or sealed. Standard Tank Notes 1. Standard pipe fittings to the primary tank are 4" NPT half couplings. All tanks include one manway with, at least, three fittings to the primary tank located in the manway cover. All other primary tank fittings are mounted on the tank. Addi- tional manways and t~nk fittings are available on made-to-order tanks. 2. Tank bottom deflector plates are standard under every manway and fitting. ) 3. All Model "P" tanks include a Fiberglas reservoir, used for leak monitoring, integrally constructed to the tank top. The reservoir includes one 4" NPT half coupling fitting (6" NPT fittings for 10' dia- meter tanks) mounted on the top of the reservoir allowing access to the cavity between the inner and outer tank walls. 4. In addition to the monitoring fitting located in the Fiberglas reservoir, tanks 4000 gallon capacity and larger include one additional monitoring fitting (4" NPT) located at the tank top. Near the manways. 5. Anchoring strap locations are indicated by arrows on the side of the tank and on the product drawings. )) Number of 4' NPT Number Cavity Primary Approx. of 4' Spacing Nominal Actual Number Tank Nominal Cavity Tank Between Capacity Capacity of 22" Fittings Weight Volume Overall Tank Monitoring' Inner and Tank Model (Gallons) (Gallons) Manways (/lfTank) (Ibs.) (Gallons) Length Diameter Fittings Outer Tank OWT -4P(4) 550 550 548 1 4 650 100 6'8" 4' 1 1,1/8" OWT -4P(4) 750 750 724 1 4 800 130 8'9" 4' 1 1,1/8" OWT -4P(4) 1,000 1,000 971 1 4 950 160 11'3" 4' 1 1,1/8" OWT'2P(6) 2,500 2,500 2,385 1 6 1,800 210 127,1/2" 6' 2 101/8" OWT-2P(6) 4,000 4,000 3,918 1 6 2,500 310 19'11·1/2" 6' 3 1-1/8" .. OWT-2P(6) 6,000 6,000 5,997 1 6 4,600 420 29'9-1/2" 6' 3 101/8" OWT'2P(8) 6,000 6,000 5,929 1 6 3,400 370 19'9" 8' 3 1,1/8" OWT-2P(8) 8,000 8,000 7,829 1 6 4,200 470 25'3" 8' 3 1-1/8" OWT'2P(8) 10,000 10,000 9,730 1 6 5,000 580 30'9" 8' 3 101/8" OWT '2P(8) 12,000 12,000 11,627 1 6 6,000 630 36'3" 8' 3 1-1/8" OWT,2P(10) 15,000 15,000 14,783 1 6 8,500 1,050 29'1" 10' 3 1-314" OWT,2P(10) 20,000 20,000 20,168 1 6 11.000 1,360 38'3" 10' 3 1,314" ·Includes fitting in Fiberglas reservoir "The 6000 DWT·2P(6) is standard at ML Union, PA plant only. At all other plants, DWT,2P(6) 6000 modei is made to order. . ~B"R ~ " ) Model DWT-4P(4),55C) _el DWT-4P(4)·750 ( ('" ( . ,~~8"~ Optional 42' Containmenl Collar' ,". ..¡../ Model OWT-4P(41·1000 22" MANWAY WI,. .' 42" OPTIONAL CONTAINMENT COLLAR (3),4" NPT FITTlN;SR:~ . .~. ~W~ ~~E~ , ' i 1 6'4'1," I , : 5" ¡ , :-"j ¡ i6'O':I~: " 6'31ft,·· ~ 7 0,0. : 3'1," I .1.3'2'1,"J 911'1," ~ J MODEL QWT,2P (6)-4,000 13'6'1,' G. c 191m" 1 42" OPTIONAL CONTAINMENT COLlAR 22" MANWAY WI...····, (31-4' NPT FITTINGS .'liRI.'''' ' 4" TOP MTO. FTG, \.%y. . . ~ (TYp. 3 PlACES) 8"R.·. .' '5" 12'3Vz' 41Vz" T ~~:-¡-z;r.l ¡. ._L_.__ . ..,;. r 11. 3'1,' , ,., -~'1~ ! '" 10" 17'8"1,.0. 1 I 8'2 Vz " 71m' j 0.0, L L"... -.-..,. ~ 3'Ir. .,. ____,_ , 13'9"_ __. ___" l-3'O"J ---,-, '1t:.~..:,~~""-· :'~,~j MODEL QWT·2P (8}-6,000 ----------- ----- ---_.- - --- "--.----- - --. --- - ---.---.- - -. -- ---------. .--- --- ----- -.--...,---.,-. ,...___·__...,_..___'___.m.'______m______'_. m-""4 22" MAHWAY WI ........('42" OPTIONAL CONTAINMENT COLlAR . 'I (3)-4" NPT FITTINGS !ì:JRì,..- ", .\ 4 TOP MTO. FTG, I \~ ! . / (TYp. 3 PlACfS) 8"R'..·..,.. . J2'3Vz".-81~·4' 7",-+~2'9'~ 1 8'3'~~-r I"lzr.I;] _r~.. , I J rrrl . _ .3,>;'\,_ Ji~r7 .. 1~".. T ! I 18'2Vz' 71m' I 0.0, ¡ L_~..) t-311". --, _9'2" ,_.1_-4'7"_ -,,9'2"--_ '1 G. L....__ -15'4Vz"-,-,· MODEL OWT.2P (8)-10.000----'" -----------'-.-"..3O'9"-------..--m......-' - -.~ ...._----. -.--. -~.. ..----..---.-- --"---. ----- --------. -.. 42' OPTIONAL CONTAINMENT COLlAR . 4" TOP MTO. FTG, . . ~ (TYp. 3 PlACES) 22" MANWAY WI.. ...m.r (3}-4" NPT FmlNGS :'tffffo 8"R'~ 5'OVz". -;~~: , -, .~: I ;-, I 10'O"I.D. I 10'6'1.' 10'4V," O.D. I. J~Vzr _,....5'6"... .,. 2'9" - ,·MONITOR FmlNG r 2'9"-11"".1.'11" / Ii ! I. ¿ ,_; 3'4" , : 2il": ' Þ¡<II , i 10'5'1," , ~ 5'6" - 4'7" , 5'6" __J . 29'0'1,"' MODEL OWT,2P (10)-15.000 -----~-- --.... ---.---- 7 22" MANWAY WI (51-4" NPT FITIlNGS",.. /' 42" OPTIONAL CONTAINMENT COLLAR 4' TOP MTO. FTG: -.EIY' :8" R " 3'8" ,;- 4~: , ! !3:I,"O,oo'2'1;¡U 1';8" : .'. .1. 6'4'1." 6'O"I.D' : 16'3VIl~ ; ¡ op., ' ;,' _ 3'1 'I..'::' 6'5" ..:.. 3'1 'I.'~ G.. 6~'I." '. 12' 7 'It " MODEL DWT·2P (6)-2,500 42" OPTIONAL CONTAINMENT COLLAR 22" MANWAY WI ,I (3)-4" NPT FITTlNGS.~., 8" R ,W 4" TOP MTO. FTG, . ~/ (TYp. 3 PlACES) . ! 5" :. : , rVz¡ 8'5'10". -.,. 2'9'~_ 11"¡ ':'111" I 811'1," . n' ; -2"/'"~'4:' 10" 3'10" 6'4~'" I i 6'6'4" ,II 16'0'; I.D. 6'3VI'''! 6'7" O? L ;. T , , i 1 7'4" 1410'1,' 811'1,' G.L mVz' , . MODEL OWT,2P (6)-6.000 22" MANWAY WI, (3)-4" NPT FITTINGS ~'~" ",' : :i~.. :: 8"R"'. '-'.. . 42" OPTIONAL CONTAINMENT COLlAR f4"TOP MTO. FTG, ~ (TYp. 3 PlACES) 511'1t~.,L_5'6'_ ,_ 2"9". ¡1Q:! '5? 11"" L 11" i I' I I i I. ,/..n..,! 3'1," , , I , 1 81" i i n'lt; ill,:~·i 7'8"1.0. i 87Vz" 7¿r¡,LL., _~I_ t- 3'Ir.1.....5'9" ..-...!.310VZ~2'3VZ::'_. 7'4''--------. .3'0"_ Ii. L-m_"-12'7Vz"'--' MOOEL QWT,2P (8)-8.IJOO --'-~--"--25'3"-'_m- . . .----.---. ---.-+ ..-_.. ---,... ------- -----. - ---~-------------- 22' MANWAY WI ....J42" OPTIONAL CONTAINMENT COLlAR (3)-4" NPT FmINGS('~') 8'R~ . /:;.,W~~~' I I I 81" ,.2~Vz" ,,~"J. 'Irrr 8,'21(1" .,. 8 7'8"1.0. I 711'y.Ø i I 0-r:L1J ¡ t 311 ..__m,9'2·_..I., ,..·~,101"- --9'2" I '.., ~_____, .__._" ____~-;.~,;=-181VZ"--- __I I MODEL QWT,2P (8)-12.IlOO, , .n ., .. ____,_, --'--"~- -11 '5VZ·------,.---l1V'- r--7'4"--t2'9'1 .J 10" r 2'''' i ! 22' MANWAY WI . /42" OPTIONAL CONTAINMENT COLlAR (3)-4" NPT FITTINGS ):;!':I ,¡4'YOP MTD. FTG, 8" BJ<!:l7 (TYp. 3 PlACES) 2~Vz"r,--9'7Vz.,-,~--.9'2". ...,¡2'9; , ,4' _ I .1~" ¡4'7:~2.'9i 11 l' 3'4' ,....-.."..~ ". 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'õ ~.9- Ìi> .::: J2 ~ U - :; ~ oenO>Q)O CIS'!:Q.Ou_(I -.o t:CD:J-O-EA.OOEOO(I ëii-o(l Q) o,;roc:ooo"oo -oo.~c:Q)Jg.!: m - O>:J 0>'" CD·- :J c: :> (I 00 - A.... c: - a..:.::.o Q)... :J >- 0> ~ 0 -0; Q) _ Q) .?: Q) Q) .0 (I c: C ~ t5 .g:E g> § ~ :i5 = Ü "5 g> (I E'> ~ ::::I ~ :J.:.:: E m = 0 Q) 0 E 0>.:.:: 0 CIS ãi ü c: (I .ê '00 .0 Õ Q) (I '~ c: E au CJ 0 .~ ~ -0 I&. t- ~ .8 i5.. = -0 =0 ~ ~ CII C ~ o .. 'E o ::E · · · · · · II') ... .E :2 :J ;;::: 0> CD.~ N ... CD.8tri f'e: æ ...0'" -:?:(I C U Q) ce '';:; tij GI~E Coo= -ou m-o"'Ö >-- C'lI8 en CD ~ o .. encn en~ Glz ~~ -U ft - cO ~E a.o 0':: Q) ..= ~ ~ c.8 CD ï:: cno .. E Õo ~ 00 5: :i5 CD 00 a: .!Q .!: ,...t- v , ~' }'" / : ' ___,,"",_ _. \~~. ' _ _ . ' , '"'.It>" ". ~. ~. .r 0P1ICtul 1\1R6f£ ENCLOSURE COOTÞlfI.(IU CtX1AR " ~ Pf t (') N N . to) \Þ rt t1 .. .. ~. TCP WiD. nG. 4/ (TIP. 3 PI.AŒS) - o Q\ I .... .... I \0 o - . . 1- f-- 3'1,.--¡- 9't' -,- 10"- 1- rr .rW--1 - 2'3-1/2" ill'S-l/2" -I- 10"- ð~- __ J«1I) !)OW( STRAP fl8 lOCA~ r-t;l ¡.. t"1o-~ (nP. 4 PlAŒ!) 3-J,lal f· i 1-' ..:.. -ì... M ., V ¡ ~ ~~ t . . '. . I .... .!~ I I ' , .;J '., _ . " , 7'8- LD. .It::- - -..--. ~ - ... ... .. -..-. - .., - n' . , j -'/4 ~. .. ., . . .. ~ .. .. . ~ . " . . .0. - . . .- - - . .-' .. .. ' I . . . . .. .. , , .. - . I .. b:¡ IXMIHDv b I ~IIB L I ~ TNII( -. !J. 1 l! 11 Ii II It It ~I I II~ ~, I!.! Id lJ! Iu I!.e :b ,¡ ~ ~ ,Ii¡ ~ z: ~I II ~ J ': ' . t 'a'1-1/2'" Jft-T1P. ( Jtlr I - J:!oo . 'n '0 Product Codes 74T76039 - ALCOM w10 Collar 74X76047 - ALCOM ,,¡Collar 741:7023:5' - HTO SIDE VJEW MODEl DWT-2S (8) - 12.000 .... IICI4[ ..... ' ... foot-tCt __ IUJ - o CTANKS -- R:~12\& \, .=:' , . '-~. -----. . ....... .-,> ".: ... t " . t. '. 'It '.. 12.000gcd OVENS C~ Jl'\G I\OŒL -5 F'IBERGLAS UIL T Mt( ~JlAI(ERSFIELD .,. R~S; EAGAN 8 CO. 5111" BROAOVAV OAKLAND, CA 9.SII '.15 I 1153-9119 EOJIP/lENT LIST @ 493016 E/\CO \It£AT()f 2· VÐf CAP ~ 236RSG CHI 3$' RO.H) VATER TIGHT IVH-t:1.E <OOIC Tt..Ælt£ EtClQSlÆ "2' PIPIt(; SUÞIP C 194390'205VEEŒR ROOT SUI\P SENØ (> 412-4111 IJ'fIVERSAI.. ... EXTRAC-œ CAP ~ - " . ':. , . t>V421~2li2é lìm~RSAI. EXTRACTOR I-OJSII'G ..' C 3?~æ6Ø16tMliÆRSAI.. FLOAT VALVE e A4S4'ø82' EI\CÒVI-£ATON 2' NG.E O£CI( <D21 2115Å~I2sGO WSEALED I'OIITœ IW+O..E' (Ø3i2ì28~87ê.YÈEDER ROOT PRœE CM> KIT O?84298~~?YEEŒR ROOT DIGITAL PRœE , . 8 ŒJ11 ;~ .'~ ., . '...... . - - .... ..~\. .... ,. . ..:"; ,"'. .,1 '. :". ." '. .:....j.,.,.,},..;.. .: :;"" '36 '3· "'," ." Shields. ~.P~':" ~. C~>:";'.;,~<".. '," ., '. 2sn DEI.. /IONTE 212"" ~~ Dlti:-~'IT.,.""_' . SNtAH· AVIt. ve:ST 6ACRAl\!:NTO. C^ MHI STOOCTCN,CA _II.'. . ·....·CA ....... 19:111 I 312-......· , . C 289'''152'821..1' ..' ':',.-::'.'.'8' 2ee·SI.el,.,:_ 18S.·0 LAS IlLUMS -BAN ~ CA 9111.21 .' I ...e. 272-828. .." . . ,,' .' !;.-~ . '. .. ~·,'·d. " . '~. @ 21 RJ604B TOTn.. CCHTAIN^ENT 6' I5OL~.TION TLBE 8 B47090-022 VEEŒR ROOT TLS-350 CCJ6a..E 4) 1.1003-11101 EIICO Vl-£ATON CCHTAI~NT MNÐ.E e 1.97-005 EIICO Vl-£ATON ... F1LL CAP 4) 61SCP CPV OVERFILL PREVENTION VALVE e 79439111'401 VEEŒR ROOT TAN< SENSæ - MRKER Fœ TAN< I'O.D OO\IN STRAPS - 7'11' THJS D'^ORAI\ IS '-OR ILLUSTRATION ~S CN..Y NC IS NOT TO BE RELIED I..f>ON '-OR NoN. OTICA PURPOSE. NO "^RAANTY OF NoN ICJN:!, EXPRESSED OR I liP\.. tED, J S IIAŒ t-£REBY w ~ I- lLJ Z d ~ ~ ~ < 0 a: .J (/) lLJ (/) §B~a.~~~ c < > Z l- · IS) Z U lLJ lJ) :~~:J§~5 Q~t5~~~8 c: I- U lLJ I- Z I > 0 - I- Z .q- W I- .J g ª ~ ôð: ª'~ ............ . 0 III· '""',.J ". ~ , ----'..------~--~ ~(;:)~¡r~"P'-,...-<, :::J--a::--Z~-" .. ' '~ ~'5 '~ L: ~ ;S < w 0 ::- a:: W I-WU wwa:: o > a:::: 0 > > 0 I- WUO IJ.. C\J c: ~ ro C\J - w ::- ISI a:: ~c:;"~l!1&1~ to IS) I IS) IS) ~ I en ("') IS) a. en a::: IS) IS) I 0 (Y) ~ IS) ~ (/) .q- (\J ~ < ~ to ~ I @®©@@@ .,..~ ~ .. , .....:.,. .,.... . 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III N ¡ , ¡ 't , f ¡ f I- .~ ~ ,\ .\ :t 'I :) :f :1 ! , .,' q " :! ¡I ¡¡ n· :( '¡' ¡ ~ ~r " J ,. r ç r :[. t: . ......., ,- ..~. ¡~ - m U) It'I en w<1SJ §U'q' .¡ 0' .JI-~ ~~(I) ID~~ ())t)... U)<O) NIJ)~ .... q. '[' f~ 'f l¡. : t :¡ ! ! ¡ \ ¡ ;\ :\ I 'I. 'I t , -0) >-U)... <'q'- :>mO) o I «(I) fiU~ aJ' \.2~ IS)<- _...J~ 1t'I~_ ð . I ,. ( . ( Ote TANKS . ' Model TE42 . 10' 1 o It 4112"r - 42" f.D. K SIZE A .2" B "2" w C .... ð 0 "2' ~ E ~ F ~ G ¡: H ¡¡: I NO. ITEM. 1 TUIbine enètosur. 1 HOPE T '1 HOPE Ud 1 Conlainmenl Colla' 1 5enso, Mounli Clip Avail. 1nI23", 27" Of 32" 0.0. lid Tank Mounled (I) ... !õ: Optional Filling 1(115 Fining Kits are avaifabttt to provicMI secondary & primary piping attachments 10 th~ model Tf &. STf 'urb;ne iPnctOSUI9S. Ektctflc.al "nlng5 to( the mode! S'TE42 tUfbjnt' 8~ 05ure must be factory installed. All other fln'ng~ can be flekl Instalk,d Kit Ad is available 10 provid.. a bond berw..en the colla, and the turbine enelosu,e Kit Ad can also be used to bond the turbine enclosure to the 5eal&d top wtten th~ modttl STE"2lurbine enclosu,e is sp"dlìed. Pub. No,15·PE·16339 lMo in U.s,.... Juno. 11190 Copyngh' C> 11190 O'C TANKS CORP, Turbine Enclosures Short Form Specification The contractor shall provide Fiberf)la~ turbine enclosures as shown on the drawmgs, The turbine enclosure shall be manufactured by O/C TANKS. Turbine enclosures shall be installed with pea gravel. Model STE42 ® (TYP, 2) SEALED TURBINE ENCLOSURE LID on AIL 27' x 33' x '/2' TK fRP 7'1?" .- 12' ¡ o Lt 4112·r -I· -------~----------- 42"1.0, . K SIZE NO. ITEM A "2' 1 Turbine EncIosu,e B "2' 1 FRP Top w C 1 FRP Sealing lid .... ::;¡ 0 2 Handle a w E Support &, :¡; 0 F Sealing Rod wlWing nul (I) " G 2" I NPT Fitting z E H I' " NPT Filling ¡¡ I 42" Containment Collar (I) I- 5< POSITION Av~. 2'. 3', 0' ". lenglhs WI2"" . 30" Opening 27" . 33" lid Mounled E....'Y 45' (Elect. ConneC1ion) T ani< Mounted I(lt Ad . Includes adhesive 10 bond one collar 10 the turbine enclosure Or one lurbine enclosure to the sealed lop on I~ model S1E42 'urt;ine enclosu,e Kit Fe,3 'Includes 1·3" FAP (,eld mountabk! FRP covplong Kit Ef·' - Induck:'s 4 th,eadød'- couplings w/4 gfomm~\s (wlholti saw and arbor) Kit GE,3/" . Inetudes 12 grommets lor 3'/4- ektclr;c.ol condu;\ (wlhole saw and arbor) KIt GE·' . Includes 12 grommets for l' ""'Clllcal a>ndud (w/ho'" saw and arbo. Kit GP·2 ,Includ"s 12 9,omm&ts '0' U... wilh 2- 0.0. FRP P'P" (wlhole saw) Kit GP·3 . Indudes 12 grommets for use w;\h 3" 0.0. FAP pipe (wlltole saw) Kit GP.. ' Includes 12 grommets 10' use with ". 0.0 fAP pipe (wlltole saw) . (e . FffiERGLAS TURBINE ENCLOSURE TURBINE ENCLOSURE CD SAND THESE SURFACES FIRST. PLACE TURBINE ENCLOSURE ONTO PIPING SUMP COLLAR, THEN APPLY ADHESIVE INTO THE ADHESIVE CHANNEL. 1-8-10 -.... 2" 1 _L ....onon ji;"ÚJ,on "''''''''.! =-b 5" 32' 0,0, MAX,--1 ;+, A" 6' RAO, T ......-.., ....,....n .._,onon.. u"""'''' "..onon n""..'.. --1 L 42-9/16" 1.0. -.J I 36" I ..'.on" .'.~3 26 1.0. ==-..x- t 27' 0.0, MAX.----J ~, A" onon__n on,u..' "",",,_ ,.. ~ L 42-9/16" 1.0. ~ I 30" I -.L 5" ,- ,n '\ -.L 5" HOPE TURBINE ENCLOSURE TOPS ..~ 11-1-89 -. .... _. 4-14-10 O¡C TANKS - SP OP 0120 t-j :J> Z :;>::: t-j ::;tj H ,3;: . CN. 4fANUFACTURlNG . '. 18287 ROUND FILLBOXES AND MANHOLES ~~ MODEL NO. DESCRIPTION 208R-8 8" ROUND FILL BOX x 8" SKIRT 208R-8S 8" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 208R-8SG 8" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 214R-8 12" ROUND FILL BOX x 8" SKIRT 214R-8S 12" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 214R-8SG 12" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 214R-12 12" ROUND FILL BOX x 12" SKIRT 214R·12S 12" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 214R-12SG 12" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 216R-8 16" ROUND FILL BOX x 8" SKIRT 216R·8S 16" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 216R-8SG 16" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 216R-12 16" ROUND FILL BOX x 12" SKIRT 216R-12S 16" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 216R·12SG 16" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 218R-8 18" ROUND FILL BOX x 8" SKIRT 218R-8S 18" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 218R-8SG 18" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 218R-12 18" ROUND FILL BOX x 12" SKIRT 218R-12S 18" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 218R-12SG 18" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 224R 24" DIAMETER ROUND MANHOLE 224RB 24" DIAMETER ROUND MANHOLE WITH REINFORCED COVER 224RSG 24" DIAMETER ROUND MANHOLE WITH SCREWS AND GASKET 224RBSG 24" DIAMETER ROUND MANHOLE WITH SCREWS, GASKET: REINFORCED COVER 230R 30" DIAMETER ROUND MANHOLE WITH REINFORCED COVER AND PULL HANDLE 230RSG 30" DIAMETER ROUND MANHOLE WITH REINFORCED COVER, SCREWS, GASKET AND PULL HANDLE 236R 36" DIAMETER ROUND MANHOLE WITH REINFORCED COVER AND PULL HANDLE 236RSG 36" DIAMETER ROUND MANHOLE WITH SCREWS, GASKET, REINFORCED COVER AND PULL HANDLE 291 BRASS LABEL ONLY 292 COST PER LINE FOR BRASS LABEL (3 LINE MAXIMUM) MANHOLE DIMENSIONS MODEL NO. DIM. "A" DIM. "B" DIM. "C" REINFORCE COVER 208R-8 9" 7-114" 8" NO 214-8 14-118" 11-5/8" 8" NO 214-12 14-1/8" 11-518" 12" NO 216-8 17-7/8" 16-1116" 8" NO 216-12 17-7/8" 16-1116" 12" NO 218-8 20-1/2" 18-1/8" 8" NO 218-12 20·1/2" 18-1/8" 12" NO 224R 27" 22·1/4" 12" NO 224RB 27" 22-1/4" 12" YES 230RB 33" 28" 12" YES 236R 40-114" 34-114" 12" YES 7A ¡e I 1 , .1 I :1 :\ :1 j ¡ .j ., ;¡ :\ :i ;, q , :i ;¡ I , :¡ ;\ :, ¡¡ ¡ !I :¡ :¡ :¡ : ~ Vents Section 5 (} "'" ,. Emco Wheaton manufactures a variety of vents for underground tanks for service station, fuel oil, industrial and commercial applications, To meet specific application requirements, . .-----.- -.__..------_._-------_._._._--~-_.__._-----_.- A4103 Upward "V" Vent ;¡ i¡.'Ù.JJ V\ UAM b~ J¡ It II Lt c( ~ 0 L b jl I ¡ I ! II h !! " " " 11 Ii i! " II ¡¡ II " ;! i¡ j! Ii 1! Ij ie ..--.---. --..--.--...---.. ----..- ----- Emco Wheaton vents are available in a variety of sizes and screen and filter optior.s Each can be readily installed on new or existing vent lines for safe, dependable operation, ~ -------.-----.---------.---- ..--------------.--.----------- cleaning of the screen, A grooved drain lip in the cap extends beyond the base for water drain-off, and openings in the base bottom permit moisture escape, Designed in accordance with NFPA 30. Weight A B ').\ 1 lb. 41,4" 315/'6" , . 21bs, 5%" 53/16" Cap: Steel Screen: Brass, 40 mesh .--..--.----------.---------- -----" The A785 is designed for downward venting of product storage tanks in general or industrial applications, Mush, room style configuration prevents water or contaminants from entering vent lines; 40 mesh brass screen can be easily removed for cleaning. The A785 threads onto the vent line and is also easily installed against flat walls or on corners, Set screws secure the removable cap. Body and cap made of cast iron Model No. A785,004 A785,005 Inlet 11/2" Female NPT 2" Female NPT The A4103 utilizes a straight-up "V" design to rapidly disperse vapors, Components of the A41 03 consist of a removable 40 mesh brass screen and an aluminum or steel cap and body, Slip'on style vent attaches to the pipe with a single set screw for easy installa, tion, Available in 1 Y2", 2" and 3" sizes. The removable vent cap rests on two supports on the vent body and is secured by a screw and two lugs. Removable feature permits Model No. Inlet . ----- .- -.---.-.-----.-.--- ----...-.------ --~_.__._--- A 785 Downward Mushroom Vent A4103,004 1%,',2" A4103,003* 3" 'Body and Cap in aluminum. Materials Body: Steel Materials Body Cast Iron Cap: Cast Iron Screen: Brass, 40 mesh ...-------_... A B 22913/' 3 9/16" 327132" 4 5/8" ), . ! I, t'l: ! ¡: ! ¡I II \.,1. 'I :1 II " II . ! ¡¡ )i 46 45R Model .~------ - 32 37 45 R 46-8 46-12 46-16 46S 47F , 47M V 420 V 421 47F V420 Patented ~----_. --.--- . - ~ -._- ,.__._..::-..:~-- - --~ -..---.------....--.-----:-.....---.---......... 37 ~ J 32 Patented .:;~ "ct- - .._--_._-------~._- 1112", 2", 3" .--..-.---'-'-"--- ----.. ._---~-_.. Outlets: 2" x 2",3" x 2", 3" X 3" 4" Top & Bottom Threads x --- .---------------- -..- V423 Sizes n'__" _ _____ ." , 1 % ", 1 112 " Description . -- ._------.- - --. Float Vent Valve - (Disc Type) Cadmium plated steel body, brass cage, stainless steel cylindrical float. Aluminum disc seals against body. 1114" fits 1112 " opening. 1112 " fits 2" opening ... ----... - ... --._- --. -.. Float Vent Valve- (Ball Type) Cadmium plated steel body with bleed hole to prevent pressure build-up, brass cage, stainless steel float ball as used in V420. -.- .-- .. _ -. -- _ _ _ _ "---- - Restrictor Vent - Sturdy cast aluminum body and hood, 112" restrictor hole of sheet aluminum, 40 mesh brass screen, cadmium plated steel set screw. Meets NFPA code 30. The 2" vent can be furnished with 1112" adaptor. ______ _ u _.. Pressure & Vacuum Vent- Cast aluminum, bronze poppet seat, 40 mesh brass screen, plated steel spring, gasket and is threaded for a 2" pipe. Meets NFPA Code 30. (Set to 8 oz. pressure & 112 oz. vacuum). _.. _____ ... _.n. ___ .__.________ Same as 46 except with a 12 oz. pressure set. - . , Same as 46 except with a 16 oz. pressure set. --- -. Same as 46 except unthreaded and furnished with set-screw. Restrictor Vent - Cadmium plated cast iron with a V2" restricted opening. -'-'-- --'.. Same as 47 except has male threads on ends. -- .--- --. -- - --- - - .-- -- --- .- Vent Valve Assembly - Cadmium plated cast iron body, bronze extractor fitting including the No. 37 float vent valve. Used for manifolding underground storage tank lines. has openings for vent line and stage two vapor return. A test tool (V422) is available for line pressure testing. -~- .- --.------ Same as above, less No. 37 Float Vent Valve. 1 112 ", 2", 3" 2" ._~----- ._.-- ---.---- 2" 2" 2" Angle Check Valves /. ;7"-7 ?'"""'r:",;,';ir-<'1"T~.:J1~"~P""-~ ",,:-;-!;;-ø "",~....,.. -"", ''''''f'¡,o ~ A454 Angle Check Valve, Single-Poppet Model No. A454-001 A454,002 The A454 is a single poppet angle check valve installed on suction pump lines to hold the prime. Fea' tures precision,machined metal-to' metal permanent brass seat and disc, lapped in for positive seal. During manufacture the brass seat is screwed permanently into the heavy-duty cast iron body before machining to prevent distortion. Valve body is galvanized inside and out for rust protection. For ease of installation, hexes are provided at each end of the valve, Threads are standard female NPT; also available in BSP threaded versions. Outlet 1 WI Female NPT 2" Female NPT Inlet 1 WI Female NPT 2" Female NPT d. Materials Body: Cast Iron, Galvanized Seat: Brass I I I I ! ¡ A464,002 I ,l a Materials ¡ '~BOdy Cast Iron, Galvanized Seat: Brass Disc: Brass Replacement Assemblies 490081: (1 WI) Discs (2), Gasket and Housing Assembly 400617: (1 WI) Cap 400018: (1 WI) Cap Gasket A46~ Angle Check Valve, Double Poppet (Removable Assy.) Model No. A464-00 1 Weight 514 Ibs. 8341bs. Disc: Brass Gaskets: Buna The Emco Wheaton A464 angle check valve has been a recognized industry standard for 50 years, Installs on suction pump lines to hold the prime, and features a double poppet design for added protection and service longevity, The 464 has all brass seats and discs for positive metal-to-metal seal- ing, Seats and discs are specially machined and lapped,in to assure years of dependable service, Heavy duty cast iron body is galvanized inside and out for corro' sion resistance, Hexes on the valve ends provide ease of installation and prevent distortion of seats since valve body need not be gripped with wrench to install. Inlet Outlet Weight 9lbs. 131bs, 1 WI Female NPT 2" Female NPT 1 WI Female NPT 2" Female NPT Gaskets: Buna A , f c 1.- A B c 4 V2" 513/,6" 2V2" 3Va" 2'/2'1 33/a" The internal assembly on the A464 is easily removed for inspection or replacement. During removal the valve body remains in place on the suction line, so no pipe connections need to be broken, AT B j A B c 6 Va" 65132" 3'3/'6" 32 V32" 37/32" 3'12" 490069 (2") Discs (2), Gasket and Housing Assembly 490085 (2") Cap and Housing Assembly 25 CNI ~ANUFACTURlNG . . 18 2 87 ROUND FILLBOXES AND MANHOLES ~'.' MODEL NO. DESCRIPTION 208R-8 8" ROUND FILL BOX x 8" SKIRT 208R-8S 8" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 208R-8SG 8" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 214R·8 12" ROUND FILL BOX x 8" SKIRT 214R-8S 12" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 214R-8SG 12" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 214R·12 12" ROUND FILL BOX x 12" SKIRT 214R-12S 12" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 214R·12SG 12" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 216R-8 16" ROUND FILL BOX x 8" SKIRT 216R-8S 16" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 216R-8SG 16" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 216R-12 16" ROUND FILL BOX x 12" SKIRT 216R-12S 16" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 216R-12SG 16" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 218R-8 18" ROUND FILL BOX x 8" SKIRT 218R-8S 18" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS 218R-8SG 18" ROUND FILL BOX x 8" SKIRT WITH 2 SCREWS AND GASKET 218R-12 18" ROUND FILL BOX x 12" SKIRT 218R-12S 18" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS 218R-12SG 18" ROUND FILL BOX x 12" SKIRT WITH 2 SCREWS AND GASKET 224R 24" DIAMETER ROUND MANHOLE 224RB 24" DIAMETER ROUND MANHOLE WITH REINFORCED COVER 224RSG 24" DIAMETER ROUND MANHOLE WfTH SCREWS AND GASKET 224RBSG 24" DIAMETER ROUND MANHOLE WITH SCREWS, GASKET: REINFORCED COVER 230R 30" DIAMETER ROUND MANHOLE WITH REINFORCED COVER AND PULL HANDLE 230RSG 30" DIAMETER ROUND MANHOLE WITH REINFORCED COVER, SCREWS, GASKET AND PULL HANDLE 236R 36" DIAMETER ROUND MANHOLE WITH REINFORCED COVER AND PULL HANDLE 236RSG 36" DIAMETER ROUND MANHOLE WITH SCREWS, GASKET, REINFORCED COVER AND PULL HANDLE 291 BRASS LABEL ONLY 292 COST PER LINE FOR BRASS LABEL (3 LINE MAXIMUM) MANHOLE DIMENSIONS MODEL NO. DIM. "A" DIM. "8" DIM. "C" REINFORCE COVER 208R-8 9" 7-1/4" 8" NO 214-8 14-1/8" 11·5/8" 8" NO 214-12 14-1/8" 11-5/8" 12" NO 216-8 17-7/8" 16-1/16" 8" NO 216-12 17-7/8" 16-1116" 12" NO 218-8 20·112" 18-1/8" 8" NO 218-12 20-1/2" 18-118" 12" NO 224R 27" 22-114" 12" NO 224RB 27" 22-114" 12" YES 230RB 33" 28" 12" YES 236R 40-1/4" 34-1/4" 12" YES 7A Månholes and Fill Boxes · Section 2 Emco Wheaton manholes and fill boxes are used in industrial, commer- cial, and service station operations to provide access to underground tank fill pipes directly from the surface. The products depicted in this sec- tion include the heavy-duty service station manhole and sealed manhole, the basic fill box, and manhole-type fill boxes. Each is available in a range of sizes. Emco Wheaton fill boxes and man- holes offer a variety of features: quick· opening designs, locking and non- locking options, watertight models, manhole-type enclosures, light and heavy-duty models and various tread patterns. Consult the following pages for the appropriate design for your application. A-1003Containment Manhole .... -.... . . .' . '..,:: ~(:.:".' .: ;:, .~?~';:' , :;, Model No~;;;}\H0f/b~i~'AŠS'Y, ,;A10Q3-0Ö~::~~:';'}ix:-, '..,y¢S' ; '":,.~. ;~.1'.· ,.2,:";;~::;::'·) flO - ~ ":' " .... );."-.:, - ''''-, .,-+ 563519 '. ',,:" , ",..:,;j:, " . .. ' The Emco Wheaton A 1003 containment manhole is designed to prevent underground pollution by catching and containing product spilled during product drops. Spillage can be bailed out of the manhole. or drained directly into the underground tank through an internal drain path. Entire unit is constructed of light-weight aluminum and gas-resistant plastic - extremely durable, yet easy to ship, store, handle, and install. Since all components of the unit are internal, this manhole is the one manhole that really can be maintained. Other styles cannot be maintained once they're cemented in. . Size (I.D.) Depth Weight ,12~' 12" 27 Ibs. , 12" 12" 27 Ibs. 4" dia. 3" tç>ng NPT nipple (for vapor recovery usè) 4" dia. 5"IOngNPT nipple (for produèt drop use) .~. '..~; . ~;.~'.;~~.~.~.::: :.~.:.~.;::.';; Materi8ls~··:~,::<. '. "',,, ,': Lid, Rim & BOdy: Cast Aiùminum Gravel Guard: Fuel Resistant Thermoplastic Drain Assembly:Aluniinuro & Brass with Buna Seal. Expansion Join~: FùelR~sìsfantThermoplastic Elastomer .... Capacity 4.25 gallons Lið Bearing Load 7.5 tons . .. . This manhole is compatible with all Emco Wheaton coaxial or dual point product drop equipment. For informa- tion on how to order, contact your nearest Emco Wheaton distributor. ~:::=:~~~:::::~ \~~~~~~~~~~~~:;i f'=:====:::~ , , , , .'-----------'. "-; ----.----:-: A C B 153,4" 153,4" 13Y2" 13%" 1 03,4" 1 03,4" 13 e ~ A1100 Guardian1M Overfill Prevention System e High Drain Rate Bleed Valve /Allowsforfasthose ~ @ drainage eliminating , unnecessary delays, Vertical Slide Float Design FIÇJats won't get caught on sides or top of the tank because they don't require any extra move- ment space, so you can install it with confidence, Integrated Body '" Design Accommo- 0 '" dates Both Dual and / [ Co-Axial Drop Tube Applications 3,76 Only need to order, stock and use one valve style. Easier handling, Saves distributor storage space. @ @ ~ AIIOO Shock Relief Valve Incorporated Into Main Poppet Dramatically reduces line shock, Ý Protective Shroud Over Floats The vital floats can't be damaged during shipping, installation or when in use, ô 16,37 The Emco Wheaton Guardian is a two stage overfill prevention shut,off valve, The Guardian is easily installed into a new or existing drop tube assembly for the most economical compliance to EPA regulations, e :=J c Materials. Body: Anodized Aluminum Floats: Teflon Main Poppet Seal: Viton For more information on the A 1100 Guardian Overfill Prevention System, or other quality Emco Wheaton products, see your nearest Emco Wheaton distributor or call 1-800-234-4394 (in North Carolina 1-919-677 -0777). Emco Wheaton, Inc. 4001 Weston Parkway Cary, NC 27513 1,800,234-4394 Toll Free 1-919,677 -0777 A1100 4/90 ©1990 @ Weight = 4,5 Ibs, Reliable products and services tor a the protection of the environment.'" ~' ® WHEATON e, Drop Tubes (j Emco Wheaton offers a range of drop tubes to match various fill sys' tem needs, These drop tubes are supplied in a variety of lengthS and are designed to be altered in the field to meet specific tank dimensions, Installing Emco Wheaton drop tubes is fast and simple and requires no excavation, The drop tube is in, serted in the riser pipe until it touches the bottom of the tank. Next, the dis, tance from the top of the tube or lugs A 70 Coaxial Drop Tube with Adapter e S" -,..-. Model No. A70-001 A 70-002 A70-005 Fuel Leaded/Unleaded Leaded/Unleaded Leaded/Unleaded to the top edge of the riser pipe is measured, and 3" is added, This amount is then cut from the bottom of the drop tube at a 45° angle, The tube is inserted in the tank and ready for use. -~-----~-------+ -------------- +---.-- The A70 drop tube is used for coaxial vapor recovery tight fill sys' tems, and has a vapor recovery efficiency rated in excess of 95%. The A70 drop tube comes com- plete with the A96-001 adapter, and the 491689 bushing if required, The A70 is light weight aluminum for easy handling. Guides are heliarc welded for extra strength. Comes complete with bun a seal. Cut to size in the field at a 45° angle for efficient flow. Size 4" x 12' 3" x 12' 4" x 5' Weight Tube No. 121bs. 491312 8lb.s 491402 Coax Tube Part Only Installation instructions are sup- plied. Use with the A97 fill cap and the F298 coaxial elbow or equivalent. SOLD IN CARTONS OF TWO. (Tube and adapter can be ordered separately.) C'Ù -' Adapter A96,OO1 A96-001 Bushing N/A 491689 N/A A88 Coaxial Drop Tube with Adapter -- Emco Wheaton's exclusive A88 drop tube is used in coaxial fill sys' tems to provide a self-sealing vapor line, Spring-loaded assembly secures the tube against the adapter during normal storage. When product is dropped, the coaxial elbow pushes the tube down from the adapter to create a path for vapor return. The A88 comes complete with adapter and, if required, a reducer bushing. Drop tube is light weight aluminum for easy handling. Guides are heliarc welded for extra strength, Standard buna seal is supplied. Cut 45° in the Model No. Fuel *Size Weight A88,OO1 Leaded/Unleaded 4" x 12' 12V2 Ibs, A88,003 Leaded/Unleaded 3" x 12' 8V2 Ib,s -Many drop tube assemblies are available longer than 12' standard, Consult factory. 8 field for efficient flow. Vapor recovery efficiency rated in excess of 95%, Use the A97 fill cap and F298 elbow or equivalent. Installation instructions are supplied, SOLD IN CARTONS OF TWO. (Tube and adapter can be ordered separately,) Tube No. ( Adapter A89,001 A89,OO 1 Bushing N/A 491879 491563 491659 - - "--.'. .--.-.--~ . .._~. . ~ '-~ - -._-_.--~,-.",. _....~..-. ---""'-..--------.---'---.-.---,-. -. ~...---- - .-=.--.. ....-.-._----'------~--------- Tight Fill Caps .' 1,···"~ , " Emco Wheaton offers a variety of tight fìll caps designed to mate with different adapters in various fill sys- tem configurations, When selecting fill caps, be sure to consult the charts below each product description for the correct variant. A97 Tight Fill Cap The A97 top seal fill cap is designed for use on all coaxial adapters and the A30-014 adapter, Protects the adapter and prevents product line contamination. The A97 features an exclusive self-aligning, toggle-action design for easy coupling and removal. Toggle pins and cams are stainless steel, links are plated steel. Provides even compression on a low swell compound gasket for long service life, Replaceable seals and padlocking capability. --.r ~Il Model No. Material Seal Size Adapter A B *A97-004 FRP Buna 4" AIIV/R 23/5" 63/5" Plastic Adapters a , . ' , A97 -005 FRP Buna 4" A3Q,014 23j5" 63/5" .~ .' -; ,-' 7 Plastic *Supplied with identification marking, "Use only with F298 elbow," A99 Vapor Adapter Cap . The A99 cam and groove cap features a special cam system expressly designed for use with the A76 adapter on the vapor line portion of dual point fill systems. Made of thermo-plastic material for corrosion resistance, and has an exclusive self-aligning toggle,action design, Same rugged design as the A97. Replaceable seals and padlocking capability. Impregnated orange color to identify vapor return line. ~r I· B :¡l- Model No. A99-002 Material FRP Plastic Seal Buna Size Adapter A76 A B 4" 2'12" 63/5" NOTE· A99-003 Available with chain assembly. ,~¡ J . ~¡-;¡ M:J> :J>Z :;:>;:~ CJGJ Me:: ¡-;¡:J> MGJ OM HZ; OH z¡-;¡ :J:: . . VEEDER-ROOT ALAR~1f'& . ¡~~~ '"', .r-- WARNING"{ftJ . "r' " POWER~ ,~ .. i l...,. ì - . . . - - - .. - - -- -- - ,.. -- - - - - - · ~ W _ - ~_. -... . ... .... . & - .. ~.-...- ~1r@1M ~[E[E[D)[E R¡", R¡(Q)(Q)ií = iílh® lL®(âltdJ®1r DIr11 QJJ~ií ~@Ir11Dft@IrÕIr11@ ~W~ft®lM~ NEW! TLS-350 UST : <."lJight for Today... .,','":,',,, '~,'.,:.,..,~'.:,i".';,....,",t;"",:~,..:,:,i!,,·,i,'..;,:,>' ..... '. ..' ", . .... -' ~\~ .~. ", .,~.~ \", '>.', .'.~' .' .' , . j , \ VEED~ .. ALAR~", , 'WARNIN~3f:J ,." = · · · - - =- - - - - - ,- ''';-:, ::~ , " .'- ,,,,,""""'" .",;e.:_::~:, \1- .. " . IIONITORING SYSTEM Ready for Tomorrow . ' ;.ROOrI - -- --- -- .... -- -.....--...-- -- -- .~-- .... -. ..-- . __1_..- - . - . - .-.. - -- - -.... -- ~1:tI.IY¡mm(._ ',' I .' fÆu@DîJß r?@[l u@cQ]&Jrf 0 0 0 because the new TLS-350 is an advanced, fully-integrated UST monitoring system that offers everything you need for improved business management, regulatory compliance and environmental protection. In fact, it offers all the monthly monitor- ing alternatives approved by the U.S. E.P.A. regulations, plus line leak detection for total compliance coverage in one system. It's a system whose modular design lets you select only the features you need now with simple snap-in modules that provide: I> Continuous inventory monitoring I> Fast, 0.1 GPH in-tank leak detection for up to B tanks I> Une leak detection for up to Blines I> Interstitial and piping sump leak sensing for up to 64 sensors I> Vapor well and groundwater monitoring for up to 40 wells I> External inputs I> Relay outputs I> Programmable alarms I> Data communications And, ,it's a single system with the ability to meet varying regulatory requirements in different geographic areas, yet the compatibility to link into one network for centralized polling and reporting of all inven- tory and leak detection data. VEEDER-ROOT 1 lÆ®~(Q]w fP@[f ll'@lJìíi)@[f[f@W a a a rR!l/Jù~il QfJ~f%®~ ll'[1~c3J~@ [Q)åífíl®[f®ffùil fP[f@lJìíi) ll'/Jù® lÆ®~ilg> llDíJil®@[f~il®(Q] [Q)®~å@DíJ fP@[f ©®DíJil[f~llå~®(Q]~ ~åffù@ll®c~W~il®lJìíi) ~åil® QfJ@DíJåil@[fåDíJ@ QfJ@@][]l]ll&J[f [Q)®~å@DíJ lJ@ QfJ®®il lJ'@[]l][f ~fPJ®©åílå© œJ®®@]~ œJ@w= ÆDíJ(Q] [1~il®[f because the TLS-350 has the flexibility to expand with a growing business or changing regulations. You simply add features as you go. The TLS-350 grows with you. And, you can take advantage of advancements in leak detection and mon- itoring technologies as they happen to remain at the leading edge of UST management. . """ Experience! No other system ever had this much behind it when it was introduced. Veeder-Root's twelve years of measuring fuels inside more than 80,000 USTs led to the development of the TLS-350 . . . and it shows! Plus, we're one of the few companies in the industry that designs, manu- factures and services its own systems. Integration means one system can handle all the monitoring, data collec- tion, reporting, alarm and data communications at your site. No need to buy separate systems. You can even integrate external devices such as burglar alarms and other monitoring systems into the TLS-350 so that they can take advantage of its reporting, alarm and communications capabilities. . The TLS-350 console incorporates a modular design so that each moni- toring, control and communications function is available as a compact, snap-in console module. These functions can be selected from the feature options available with the TLS-350. t> If)ventory control with 0.1 GPH " in-tank leak detection t> In-line leak detection t> Interstitial monitoring t> Piping sump monitoring t> Vapor monitoring t> Groundwater monitoring t> System inputs and output relays t> Internal modems t> RS-232 communications ports The modular design lets you select only the features that best suit your current business and regulatory requirements. You don't have to buy capacity you won't use. And, later you can expand the TLS-350 when your business grows or if regulations change. . VEEDER-ROOT 2 . ·(it ~ y """ ~, ;:~¡.\ ~~~ 7' ~V? . ~åúîfiJfPJll®~ ffill®);:Kå[Q)ll® lP[j'@@[j'&JúîfiJúîfiJålìíJ@~ @fPJ®{j'&J~å@1lfJ ÆJIlfJ@) lÆ®fPJ@[j'~ålìíJ@ . Eight positions for probe/sensor modules, eight positions for line leak detectors, output and input modules and three positions for communica- tions modules are available in a single monitor. You pick the module combinations that meet your needs. MODULE TYPE MAXIMUM MODULES PER SYSTEM FUNCTION Probe and Sensor Modules (Eight module positions available) I 4-Probe Interface Module Inventory Monitoring and In-tank Leak Detection. Four tanks per module. Interstitial Sensor Interface Module Interstitial and piping sump leak sensing for double-wall tanks and piping. Eight sensors per module. Vapor and groundwater well monitoring. Five sensors per module. 2 8 I Vapor/Groundwater Sensor Interface Module 8 Line leakllnpuVOutput Modules (Eight module positions available) I Line Leak Detect Module Line leak detector interface and pump control. One line per module. I/O Combination Module Output relay and input interface to extemal systems or devices. Two inputs, two output relays per module. I 4-Relay Output Module Output relay interface with extemal systems or devices. Four relays per module. 8 8 8 Communications Interlace Modules (Three module positions available) I RS-232 Interface Module Local connection to modem, computer, P.O.S. tenninal. One port per module. Ilntemal Modem Module Direct connection to phone lines. Two jacks per module. I Printer Interface Module Required in systems equipped with optional integral printer. 3 3 1 (with printer) The programming capabilities. . . of the TLS-350 provide extraordinary flexibility in the way you use the sys- tem and its features to meet your business and regulatory requirements. Setup procedures are spelled out so you're guided through the process step by step. You enter information about your specific site, and about your monitoring and communications requirements. Plus, you can select U.S. or Metric operating units and have the display show information in English, French or Spanish. In fact, you can't overlook a setup step with- out the TLS-350 letting you know! UST MONITORING SYSTEMS 3 For emergency generator app'ications . . . . a special function can be selected, allowing you to monitor a mix of gener- ator and standard fueling tanks with just one system. Logica' operating procedures. . . make the TLS-350 simple and easy for anybody to use. Its front~panel keyboard has been designed with easy-to-understand function buttons that let the operator glide easily through the inventory and system status information gathered by the TLS-350. In addition, in-tank leak tests for all tanks or just a single tank can be initiated from the front panel, and output relays connected to external alarms, devices and pump controls can be tested easily. During normal operation, the TLS-350 continuously checks itself and provides a "System Status" display to keep the operator informed of any alarm conditions or system problems that may exist. 'nformation-viewed or printed. .. the way you need it, when you need it. The TLS-350's new two-line, 24-character liquid crystal display lets you access information on inventory, system status, setup and diagnostics. . Its high-speed printer can deliver clean, clear reports on this information at the touch of a button or automatically at times programmed to match your operating schedule. ALAR~_ WARNlN~~ POWEEr~ TLS-350 front-panel keyboard, display and printer provide operation and setup, easy access to inventory information. [}>[j'@@[j'~fñJi)[jfffJ~&JB@ ÆB&¡[j'fñJi) f?@&¡gß[J[j'@~ The TLS-350 also features programmable alarm limits that warn of in-tank alarm conditions. These limits are used to identify: J> Product loss due to leaks J> Product loss due to theft J> High Water in the tanks J> Low Inventory J> Potential Overfills (even a second overfill limit to prevent delivery of fuel to a full tank) Any of these in-tank alarm limits as well as leak alarm signals from intersti- tial, vapor and groundwater sensors and line leak detectors can be tied to relays in the system to trigger on-site devices such as an overfill warning alarm or to initiate an automatic alarm report to a central computer or mon- itoring service. @&¡g&¡ ©@fñJi)fñJi)[Jj][jf)Ö©&JÍ]Ö@[jf)~ f?@&¡~(]f][j'@~ Two data communications interfaces are available-RS~232 for local con- nection to a modem, P.O.S. terminal or computer, or an internal modem . for direct connection to phone lines. VEEDER,ROOT 4 . ~,- ~--~-~ ~ UNDŒGROUND STORAGE TANK fUEL MANAG[MENT SOr,!NAR~~ l?®tIDil(]l][l®~ ìJ'@ Dl1ìfù[p)[l@rw® @3[!j]~åúíJ®~~ œJ tIDlli1tID@®l1ìfù®lli1il ìJ'[1~c©@œJœJ flj] ~ ìJ'1f? [!j]®ll œJ tIDlli1tID@®l1ìfù®lli1il ~@ílí1wtID[l® TLS-COMM is an easy-to-use, menu-driven communications and database program designed specifically for TLS systems. It gives you the ability to set up TLS-350 systems from a central computer. It features built-in data- bases that can automatically profile standard tank sizes and refine fuel measurement accuracy. And, it can automatically poll systems for inventory and leak detection information. TLS-COMM also helps you effectively manage and store fuel data for improved inventory control and provides the documenta- tion necessary for accurate, reliable regulatory compliance record keeping. Plus, the information from TLS-COMM lets you plan bulk deliveries more efficiently, and, in many cases, it can reduce the significant cost of manual inventory control at remote locations. 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The light unit is easily at- tached to the top of the dispenser and illuminates the readout area with fluorescent light. .I!!!!!I!!I. Reliable, accurate Smooth-Flo 785 dispen- sers may be ordered with a stainless steel package to optimize weather resistance and provide maximum protection against outer corrosion. - 262 Model 785 785 785 785 785 785 785 785 785 FL·HV·S·RC 793 793 PR MC·PR HC·PR RC·PR 1-TW·PR 2·TW·PR 1·RC·TW·PR 2·RC·TW-PR HV·M·RC Satellite MC" Suction pump X X X X X X X Remote control dispenser X X X X Capacity/GPM· Up to 15 Up to 22 Up to 26 Up to· Up to 15 Up to 15 Up to . Up to· Up to 60· Up to 24· Up to 15 Up to 22 Motor/HPt 1/310 3/4 CO Two 1/2 CD 1/2 CD Two 1/3 to 1/310 3/4 CO 4-wheel non-computing register X X X X X X X X X 4·wheel counter X X Light box X X X X X X X X X Stainless steel X X X X X X X X X Doors only X X Optional APC/AFC system X X X X X X X X X e Hose size 1"x12 ' 1"x12 ' 1"x12' 1"x12 ' 1"x12 ' 1"x12 ' 1"x12' 1"x12' 1"x12 ' 1"x12 ' 5/8"x12 ' 1"x12' Approx. weight (Ibs.) 365 381 487 265 504 608 395 408 260 208 266 279 *Flow rates stated are subject to conditions of installations, size of submerged pump (for RC models) and accessories used. See your Tokheim representative for details. tlD-lntermittent Duty CD-Continuous Duty **Must be equipped with an interlock to be used for resale of fuel. Caution: Requirements for pumping Class 1, Group D petroleum (flammable) liquids for all models: (1) Delivery hose must be equipped with static wire (2) Use outdoors only, or indoors only with adequate ventilation, and in compliance with NFPA 30 and 70 and any local fire and electrical codes, Tokheim's policy is one of constant improvement. Specifications are subject to change without notice. ~~9~ Sysrems for rhe Movemenr and Measuremenr of Liquids. TOKHEIM CORPORATION Petroleum Equipment Division P,O. Box 360, Fort Wayne, IN 46801 219/423,2552 e BULLETIN No 3361,8/87 Litho in U.S.A. . . TM Emco Wheaton A400S Vantage Vapor Recovery Nozzle ) Taking the high ground in Vapor Recovery technology The all-new Emco Wheaton A4005 Vantage is the latest addition to the Emco Wheaton Vapor Recovery Noz' zle family, Developed with customer satisfaction in mind, the Vantage utilizes the most up-to-date vapor recovery technology available. It boasts the light weight and streamlined design of previous A4000 Series nozzles. This nozzle, however, does not require an external vapor valve, The vapor valve is built into the nozzle with a negligible in, crease in weight (1.5 oz.), This feature eliminates valve installation cost as well as the need to inspect and main, tain the valve. Some installations may require the use of an A4041 or A4042 splitter. See page 10 for details, The A4005 is available in leaded and unleaded spouts and is CARB and U.L. approved. A black scuff guard and black hand- warmer are standard. The A4005 Vantage Nozzle features the same insertion interlock device as all A4000 Series nozzles. This device prevents fuel flow through the nozzle until it is properly inserted into the filler neck, In addition, the A4005 Vantage along with the A4001 incorporates enhanced internal engineering which increases reliability. J ./ "- Model Description Fuel Weight Port Sizes Body Seals Lever A4005,001 Coaxial Leaded 3 lb. 3.0 oz, 1,7/8" . 12 Aluminum Buna Composite Material A4005·002 Coaxial Unleaded 3 lb. 2.0 oz. 1-7/8" , 12 Aluminum Buna Composite Material /I ) / . . . Nozzle Accessories ) A4041 Splitter A4042 High Hose Splitter ~t~· ~.. ~ --1-- THE EMCO WHEATON WARRANTY All Emco Wheaton vapor recovery nozzles are warranted free from defects in material and workmanship under normal use and service for a period of twelve (12) months from date of shipment from Emco Wheaton, This warranty excludes the spout and/or front end rubber components unless damage is obvious when the nozzle is removed from the shipping carton and the defective nozzle is returned to Emco Wheaton prior to use and within two (2) months from the date of sale, Emco Wheaton's 1n The Emco Wheaton A4041 Splitter is designed for coaxial applications. For island mounting, order the A4041 ,001 , For mounting through the dispenser wall, order the A4041-002. Port Sizes Fuel Inlet 3/4" NPT Vapor Outlet 3/4" NPT Coaxial 1-7/8" , 12 Coaxial The Emco Wheaton A4042 Splitter is designed for coaxial high hose dispenser applications. Port Sizes Fuel Inlet 3/4" NPT Vapor Outlet 3/4" NPT Coaxial 1-7/8" - 12 Coaxial liability under this warranty is limited to, at Emco Wheaton's option, the repair or replacement of that part of the vapor recovery nozzle which proves to be defec- tive within twelve (12) months of date of shipment from Emco Wheaton. This warranty shall be null and void if the Emco Wheaton product has been previously repaired with parts not approved by Emco Wheaton. We cannot accept liability for labor damages, or special charges beyond the invoice value of defective products, T'· ! B I I _L Dimensions A B 4,33" 2.25" ~t 1- A ---=1-- Dimensions A 6.13" B 4,50" => .) . . MODEL NO. 9912-1 9912·2 9913-1 9915-1 9915-2 9915-2GY 9915·2GR 991"5·20 . 17 CN. MANUFACTURING FIXED-HEAD HOSE RETRIEVER FOR USE WITH VAPOR RECOVERY ATTACHES TO REFUELING PUMP STANDARD UNIT CONSISTS OF THE FOLLOWING: · 18,month limited warranty, · Ball burnished aluminum fixed-head assembly. · Swivel joint base made to fit on 2' square tubing. · 6'2' anodized aluminum square tube, · Self-lubricating bronze bushings on pulleys. · 3116' nylon retractor rope. · Dual hose clamp, · Ball burnished. flush mount adjustable bracket. · Base bracket welded to post. · Counter weight. · Mounting hardware. FEATURES: · Retractor rope extracts at a 45° angle to minimize friction pull and wear on the rope. · Retractor rope guides through a nylon replaceable eyelet. · Hose retriever head is large enough to accept two 2" numbers for pump identification, · The unit can be ordered with welded spacers or adjustable bracket. · Pulleys cut extra deep so rope will not jump off, · Longer posts available for free standing installations. CALIFORNIA STATE· FIRE MARSHAL CERTIFICATION NUMBER: GVRC 005:024:2 DE5CRIPTION-FOR USE WITH: ATTACHES TO TWO 5/8" HOSES. WITH SQUARE POST ATTACHES TO ONE 5/8' AND 3/4' HOSE, WITH SQUARE POST ATTACHES TO TWO 3/4" HOSES. WITH SQUARE POST 1-1/4' x 9'·10' COAXIAL PRODUCTNAPOR HOSE. WITH SOUARE POST 1-1/4' x 11'·12' COAJ(IAl PRODUCTNAPOR HOSE, WITH SOUARE POST 11'-12' COAJ(IAL PRODUCT GOODYEAR HOSE 11'-12' COAJ(IAL PRODUCT GOODRICH HOSE 11'-12' COAJ(IAL PRODUCT DAYCO HOSE F'::' . .-' t'\H\' 20 . '31 1.:\: 0=: ~;HIELU=; HHF'PEF: ~: '-',' The breakaway valve that .prevents nuisance breaks. Husky's new Coaxial Super Safe-T-Break incorporates the pat- ented design features of the Super Safe-T-Break with the demanding vapor recovery requirements of Stage II fueling systems. The Husky Coaxial Super Safe·T-Break is designed with a COAXIAL SUPER SAFE·T·BREAK ~PM çPM MODEL 3030 12 unique internal pressure balancing chamber that overrides line shock. This feature assures the unit will separate from a 200 lb. pull, but internal line pressure will not force the unit apart. Excessive line pressure results from line shock and forced stretching of that hose, causing nuisance breaks. The Coaxial Super Safe-T-8reak will not separate under these conditions. In addition. after a driveaway the unit is reconnectable and retains its U.L. listing. The unit is completely reusable. no undamaged parts need to be replaced or reconditioned. Because the Coaxial Super Safe-T-Break is not installed near the nozzle, it will not affect the flexibility or ease of handling of tOday's lightweight hose and Stage II nozzles. Less bulk at the "business end" of the fueling hose is a customer benefit. In addition to its unique design and rugged construction, the Husky Coaxial Super Safe-T·Break offers several other user benefits: U1 ( 40 8 Þ(jjtf I8r,;trl ~ rltr:.M "'.~ ...(~ wi::1 t:1, ..ipff~nI. Ct.ctk wnt. nose T,",,,! )Chit" o' .~"r.kr !Of ~e'.,t.ø fe'lIJlhI The Co¡xiaf Sept' S""'8"3' ~,Oa", Of! 1"$IÞIIo(l lC' It\)m ¡ dis¡.cnw oN tn(¡¡,r rl{\st fè:~.!i.l"I~. (,( 1:''' O(N:nWt't.T. from tne host 'å!flCl~ 1,..It.:\~ 1:1,1"(1 ~ 20 ~ - The reconnectabte feature of the breakaway is designed so that any station attendant can easily "snap" the unit back together with minimum effort. -The straight line design of the unit means that its internal ball bearings are not subject to continuous wear. ( galling and seizing together. . - The flow-through design means that at any GPM rate, there is minimal pressure drop. o o PSI 0 ,2 .4 .6 .3 I I I KPAO .1 ~ .~ PRESSURE DROP (SpG = .78) . Vapor rfJWVery path Pressure b¡¡~ncing ctlamt>er M04el No. 3030 Deml l1lon Coaxial ~per Sate+8r'eak valve with sC , ff guards. 10· Coaxial hose fœm &cuff guard ror No.3030 Plastic Stuff guald for No. 3030 Coupling with hos(' and foam &cuff guards 2715 3250 3320 303~ 333 Patent No, 4827977 CAR.B. Certified \. Form VRN-1 2·91 HUSKY CORPORATION 1 + Dalley Ind. Park P.O, Box 67 . Pacific. MO 63069 (314) 257-3073 . FAX (314) 257-4962 2300 fast Vis!o$OICommerce Loop Oro Valley. AZ 85737 (602) 742·3994 . FAX (602) 297-8891 · "'$'. :~^_~f~":- H C/) L' ::t> Z t::1 r<:J .0 c::: H '1j 3:: M Z t-j ( . [DISPENSER-S-UM-PS- F~· ~- '-'.~r . . .~ -:-:-::; ~.~;~~~~~~~~:.;~~ ~' t. ~,·",,~,4 ,..... I I . . [Fe~ure-~ :: COrrïÇJ e~E- un,'! consis1ing 01 sump, PUr.-lp ho);.. 6tebd,ziC\º ber, and mounting brac~e~~ = LargE' sump access area L' Constructec of high density polvethv'e~,e C· Me"'", dlf~ere'Î~ models C Built·,n monnoring sump C Imernal cuffs and custom reducer boots r " . -----'- I ( =101'."1.::';' CO"H"MPd I Dispenser Sumps! Totel Containment's Dispenser Sump is designed to conteln any fuel leek originsting from en ebove·ground fuel dispenser, sheer velve. flexible connector or swing JOint loc8ted on the dispenser island. I Benefits: o Ease of ordering and installation [j Complete secondary containment for dispenser, impaC1 valve. and flexible conneC10rs or swing jOint o Product compatible material that dielectrically isolates the metal piping components o Compatible with all major pump manufacturers' products o Allows for electronic monitoring when required o Water tight pipe end conduit entries I Easy Installation! 'nstølletion of the Dispenser Sump is easy, with the sump itself servi"g 86 e concrete forming box eQuipped with its own fully edjusteb1e stabilizer. Constructed of corrosion· proof polyethylene, the aump is compatible with all fuels end ellow&: great flexibility in placement of entry point holes. -" . . TM Dispenser Sumps Installation Instructions r.' TOTAL CONT AINMENT / t Publicalion No:· DPP,200' EHective Dare: 4,01-90 Supersedes: Introduction Dispenser Sumps are installed directly under the above ground fuel dispenser and secured within the concrete island. This sump is designed to contain fuel leak so that it may be detected by a leak sensing device. Ordering Island Forms If metal island forms are used, they should be manufactured with two island sump supports. They should be installed a specified distance apart. depending on the type of Dispenser Sump ordered. Refer to the chart and illustration below when ordering your island forms, ( ~ ~ ~ rr-------i 0.,. L ~~ L2.650 T) "1 ....---- 1.5' )(1.5' ANGLE --<ô TOP fLANGE MUST PWNT A'JAY F'RDM CENTER OF F'DRK TO ( r ALLDI.' ACCESS fOR MOUNTING DISPENSER PAN CENTER TD CENTER r-- A--¡ Tel fRAl4f PT. ND. DIM 'A' DS-2215 23.250 J7S-2316 24.875 DS-2415 aS75 JIS-2416 25.500 DS-Z614 27.250 DS-2922 30250 JIS-3-416 35250 JIS-t4Z2 45.250 JIS-4616 46.750 JIS-4816 48.125 JIS-4819 49.3~ JIS-592J! 60.250 :51.' )( LOOOL SLDT fRAME fOR HPD SHOI.'N ( 0æD I 'I I, I ! . \ J . 1 , . Underpump Valves - A60 Underpump Emergency Valves A60,001/011 Union A60-002/012 Male NPT A60,003/013 Female NPT 563617 Wrench This wrench is expressly built to install and remove all variants of the A60 underpump emergency valve. Designed to prevent applying tension to the shear section of the valve while assuring proper, tight valve seating. Made of heavy duty ductile iron, with a 13;4" diameter boss for use with pipe wrench and a Y2" diameter rod hole. ORDER SEPARATELY. Replacement Tops 492937 Union 492938 Male NPT 492939 Female NPT Model No. 492937 492938 492939 Should an original A60 underpump emergency valve become damaged or sheared off, A60 replacement tops are available. The kits provide the necessary components for replacing the valve top, Kits include the replace, ment top, fusible link assembly, control arm, Q,ring, 3 screws, instructions, and warning tag, Outlet Union Male NPT Female NPT Replaces A60,OO 1 A60,002 A60,003 21 '. le . [Jj) [b [bO~ Il& [þ)~ ~a&1U[íìJO@@@ ~a@@o @)~&1U@]@@]~ Underground Flexible Connectors TITEFLEX, the world's largest manufacturer of Teflon PTFE hose, still offers the highest pressure rated, UL Listed (Listing Number 18R8) flexible connector for underground tank systems. The connector meets and exceeds the recommended pressure ratings of UL Specification #567. Titeflex connectors are rated higher than other currently available UL Listed connectors. The convoluted T etlon innercore is reinforced with Teflon-impregnated fiberglass and type 304 stainless steel wire braid. These hose assemblies have several advantages: FLEXIBILITY - Withstands flexing and movement without damage or failure, AND eliminates alignment problems. HIGHER PRESSURES - Higher rated burst and operating pressures than other currentlý available UL listed connectors. The Teflon innercore will not break down with age or exposure and the connector is unaffected by the various ethanol/methanol blends of today's fuels. EASY INSTALLATION - The fastest, easiest way to mate two pipes. No alignment problems. Easy bends because of the tight bend radius. Permanently attached fittings tighten easily with a hex wrench. Convenient LAY-LINE for proper placement. AVAILABILITY -Standard assemblies are available in three sizes, and standard lengths of 24" or 30". can us toll free 1-800-343-3037 for price, availability and technical help. ( ( TITEFLEX Industrial Products Group 170 Tapley Street Springfield, MA 01104-2893 USA l 413-739-5631 FAX: 413-788-7593 TWX: 6817465; Telex: 95-1898 For more information, just call us- The Widest Choice of Styles and Configurations to Meet Your Needs (e SoilSafe-20 Series FittinQs Male x Male Male x Swivel Male Male x Female Pipe (jump sized) SoilSafe-30 Series Sß.e.s. 1-112" & 2" 1-112" & 2" 1-112" & 2" Type Number 111360 Series 111394 Series. 111393 Series 111398 Series Male x Male 1-1/2" & 2" 111404 Series Male x Swivel Male 1-1/2" & 2" Note: Single anode fittings available for certain installations. as required. Stainless Steel Braided Series 1 08992 Series 110165 Series 111351 Series 1-1/2" & 2" 1-1/2" & 2" 1-1/2" & 2" Male x Male Male x Swivel Male Male x Female Pipe (jump sized) OTHER STYLES/CONFIGURATIONS ARE AVAILABLE ON REQUEST. ( Pressure RatinQs 150psi / 150psi 150psi / 150psi 150psi / 150psi 150psi / 150psi 150psi /150psi 550psi / 400psi 150psi /150psi 550psi / 400psi ,. NOTE: 1) All assemblies are UL Listed (18R8) 2) Specific technical data available on request. 3) Longer lengths available (up to 8' with UL listing; Longer lengths as specified) 4) 3-inch connectors available in ALL Series (UL Listing pending). - ( ~ 3: H C/) (') tr1 r-' ~ :Þ- Z M o c::: C/) . "":8· . . . TOTAL=TM CONT AIN1VIENT Isolation Jackets Price List Pl.i:JIr::ri:JnNo: FJP·I03 Effective Da1e: !k) 1 ~9 ~QS: FJP,1C2 Isolation Jackets are designed to provide corrosion protection for metal piping which is buried underground. They are designed to completely isolate metal piping from the surrounding environment. ¡,These air tight jackets eliminate the need for cathodic protection and they extend the service lite of the piping. ~::::" /?~~~\~.·:~~t:1~:~~.I~~~~1~;t~·~);i ;~:" ...} ,,,.' .. . .,.... . "\ I I I~I ~' ~ D ~ ' 3" Flex Jacket (FJ0042) Isolates both the 24" and 30" long, 2- or 1-1/2- diameter, flexible connectors, It comes lilted at each end with rubber seals and stainless steel clamps, capable of sealing to 1-1/2- and 2- pipe diameters, Comes packaged in a case of 12 each. 5" Isolation Tube (RJ5048) Isolates a 4' diameter steel riser pipe which is installed into a 4" containment fitting found on Jacketed Steel Tanks, It comes with a 48" long rigid 5" polyethylene tube and 5" to 4" rubber test reducer. Comes packaged in a case of 4 each, ~ 6" Isolation Tube (RJ6048) Isolates a 4' diameter steel riser pipe which is installed into a 6" containment fitting found on conventional double wall tanks. It comes with a 48" long rigid 6- polyethylene tube and 6" to 4' rubber te:;t reducer. Comes packaged in a case of 4 each. Riser Jacket (FR4000) Isolates a 4" diameter steel riser pipe which is installed into a 4' containment filling found on Total Containment Tanks. Comes with base cap, cap/riser, flex pipe, stainless steel . c~rnps. and I\Jbber seals. Packaged in a case of 4 each. FOB Total Containment, Exton. PA , Paymenl Terms: Net 30 Days . Prices Subjed to Change Wr.I1ou1 Nolice h TT - 5 4 '10-30-89 ...... =TOTAL=T.. CO NT A INMENT u.s. PAT. 3.5&<526. ..7751)7.], .,eos,..... Or-eUS & ~ Puns ""'*';¡ eTOTl,:. c::cNTAt~ÆNT. 1'£, TMróCið T""""....... To"~ TOTAL CONTAINMENT, INC. 3X~",c-'Ero-\ Pm! 19'141 P-o-. :"s.-s;>~?;". fAX 21SS24.~1O "'d H j"'d H Z GJ e ""e" . . We give you an extra layer of protection on the inside, too. . Ameron offers you real secondary containment. It's real because the carrier piping is completely contained from turbine to dispenser by an outer piping system. The space betwœn secondary and carrier is continuous throughout, so you can morùtor your system's performance. Any problem anywhere in the system and you'll lrnow immediately. And it's all rugged fiberglass-inside and out. That's protection 'plastic trench liners can't deliver. And then there's our resin-rich epoxy inner liner that's an integral part of the pipe wall. It's flexible and resilient for impact protection, and it's chemically inert just like fittings and proven, UL-listed Dualoy 3000/L pipe. Our pipe is so smooth on the outside that you nœd only remove the surface gloss before installing the containment fittings: no special end preparation is reqtúred. That's quick installation only Ameron can offer. For more information, call Ameron Fiberglass Pipe Division (713) 690-7777, or write to Dept. PM, r.o. Box 801148, Houston, Texas 77280. Oualoy 3000/L has a resin,rich flexible liner thats an integral part of the pipe wall structure. the rest of the pipe wall. That's an extra layer of protection only Dualoy® 3000/L can provide. Ameron secondary containmentesystems use rigid, heary-wall outer b' FPD88·1 :i1 .:~:~:I:~g::~:: ~~:lf~Ä~~:-::i~:aloy 3000/L (? .~ you something no other product has (including steel). Dualoy 3OOO1L from Ameron is the best UL-listed piping available for underground fuel system construction and rehabilitation. Manufactured from chemically inert materials, Dualoy 30001L fiberglass pipe and fittings resist external corrosion far better than cathodically protected steel. The Dualoy 30001L liner delivers features and performance no other UL -listed piping system can offer. Resilient and holiday-free, the flexible inner liner is an added layer of . protection inside the structural pipe wall. Competitive fiberglass pipe has no liner. Galvanized steel pipe can descale when exposed to modem no-lead fuels. The inert Qualoy 30001L liner remains intact throughout the service life of the system, protecting , downstream strainers and pumps while maintaining product purity. Ughtweight and easy to handle, Dualoy 3000/L with its simple, . Thousands of steel service station fuel- handling systems throughout the United States have reached the end of their service lifetimes. An API survey has shown that unprotected steel tanks and piping account for 94 percent of all leaks, and nearty one-third of these leaks can be traced to the piping itself. Federal laws passed in 1984 and 1988 permit only two piping materials for service station rehabilitation and new construction: cathodically protected steel or fiberglass. Dualoy 3000!L provides secondary containment pipir19in a tan/{ complex designed to store a variety of jet fuels. Seen here is the inner catTier piping during initial layout. threadless adhesive joint can be installed in less than half the time needed for steel. The result is lower initial installed cost and a maintenance-free corrosion resistant piping system with a service life much longer than steel. Inert to external corrosion Dualoy 3000/L piping is electrically nonconductive and never requires cathodic protection. Installed systems are immune to external corrosion from stray-current electrolysis and cathodic inter- ference. They are unaffected by alkaline or acidic soil conditions. Installation, inspection and maintenance of costly impressed- current systems and sacrificial anodes are permanently eliminated. Excellent flow characteristics The superior flow characteristics of fiberglass pipe are now more important than ever because of the high pressure drop through today's multiple product dispensers. Because of its smooth inner liner, Dualoy 3000/L maintains a high Hazen-Williams coefficient of 150 throughout its service life for consistently low pressure drop. :1 , .;~.. t , ~ ;J. ';~" .. " ~~ " ," " ., . .:' :i~ .<{; :t1 ~.'. :~ ".,; ~:-,. ~ì ~,t; !~ -;~ ;,. ~ .~ ' ~~ " , ." .~ ~ {; :~~ ~~ j, ~ '- Ii .,~ ,:.~ " ~ .~ ~ ~ ~'~ ~~ ,~ C', , . ¿~ ,.' "' 1~ ~ ~::~ ";. (e (e (e Dualoy 3000/L ': Secondary Containment Systems Description . --- -.--. <- -' -- '--- -- ""-----_..~- -" -.----- Dualoy 3000/L Secondary Containment systems are designed to encapsulate UL - and ULC-listed Ameron primary piping systems for handling flammable liquids. Dualoy 3000/L Secondary Containment systems consist of the next larger size pipe and specially designed fittings that provide complete contain- ment of primary piping such as product lines, vent lines and vapor recovery lines from the dispenser to the product storage tank. The systems are designed to allow for close make-up and ease of installation. Refer to Ameron Bulletin 7501 "Installation Practices for 2- through 6-inch Pipe Systems" for general installation instructions for UL-listed pipe. If needed, contact Ameron Engineer- ing Department for assistance in designing secondary containment systems. Two different adhesives are used to install Ameron secondary containment piping. C20HT adhesive is used for 3-,31/2- and 4-inch containment pipe and fittings and SC-1 0 adhesive for 6-inch systems. Both C20HT and SC-1 0 are two-part amine-cured epoxy-resin adhesives designed to permanently bond containment fittings on fiberglass reinforced epoxy pipe. Each adhesive kit contains resin, hardener, mixing stick, application brush, detailed instructions, emory paper and paper towels. -------- - Listings VL UNDERWRITERS' LABORATORIES. INC.'~' <:::-:" (rúL!èJ 0 \-, /.J ''<:':-3 Dualoy 3000/L is listed with Underwriters' Laboratories for nonmetallic underground piping for petroleum products, alcohols and alcohol-gasoline mixtures for both primary (File MH9162) and secondary (File MH15596) piping systems. Dualoy 3000/L pipe and fittings are also listed with Underwriters' Laboratories of Canada for petroleum products (File CMH 715). On-site inspection Primary piping inspection is especially critical on double-wall installations. Inspect the pipe for damage caused by shipping or handling before containing the primary. Damaged pipe can be identified by localized discoloration, crazing and deep scratches or gouges. Refer to Ameron Bulletin 7501. Inspect secondary containment system piping and fittings for damage. Make sure that an ample supply of nuts, bolts, washers and adhesive is on hand before starting installation. Trenching, backfilling and bedding None Asphalt 4 min, Concrete·\ I -r- r t'.,:,> l'>' '1-" .,' 4 minJ -~' '~~g r , ,,' '2min I u._, __' __'- , " 18min ,-'.- -, , ' . . , 8m1n! , rí"'iI~-' _L.I. ~--~--I' .¡. " 6min , '1-' .uL ~I min min Select backfill such as washed sand. pea gravel (314-in maximum) or crushed stone (1/2-in maximum) is recommended as padding to protect the pipe from rock damage during backfilling and against abrasion during operation. Foùrto six inches of select backfill should surround the pipe. The trench bottom mùst be graded with a minimum of 6 inches of select backfill to provide firm. even support for the bottom of the pipe. The trench b::>ttom must be free of hard or sharp objects that could damage the pipe or fittings and should slope evenly from the dispensers back to the tanks. For unpaved areas: a minimum of 18 inches of select backfill is recommended between the top of the pipe and the ground surface to minimize the likelihood of damaging the pipe. For reinforced concrete pavement (4 inches thick minimum): a minimum of 4 inches of select backfill is recommended between the top of the pipe and the pavement. For asphalt pavement (2 inches thick minimum): a minimum of 8 inches of select backfill is recommended between the top of the pipe and the pavement. Provide a trench width equal to the pipe diameter plus six inches on each side for a single line. For multiple lines in the same trench, separate the pipes by at least 4 inches while allowing 6 inches from the trench wall. Although fiberglass pipe has excellent strength properties. it must be protected against impact damage which is most likely to result from improper handling or during backfilling. When laying pipe near concrete. wrap it with rubber or foam padding to avoid direct contact with the concrete. The subgrade should be well compacted to prevent differential settling. When containing vent piping. support steel riser pipes by something other than fiberglass vent or containment piping, as the weight of the steel piping may prevent good bonds in the fiberglass lines and might very possibly result in leaks. Support the riser pipes by attaching them directly to the structure walls. (e (e Dry fitting primary piping t~" -"~.~'~),.----:J C";-, _,-----i.::s---'--<~~",/'J \)':~,::-/~_..----I:::)'<";:~_/~, , ',,,,...--- í J.-----' _~, ' .J ,~. _ u~ Qi~z'§-~~'~t] tSJ~·'0. '''''JJ Dry fitting secondary containment system 11/2 2' Island forms, boxes¡ and shear valves should be in place before dry fitting the piping. Both the primary and secondary piping may be laid out and dry fit at the same time. During layout. dry fitting and bonding. support the piping on 2x4 blocks to keep the joints clean and to keep bedding out of the pipe. Allow sufficient clearance when dry fitting the primary to accommodate the secondary containment fittings. Containment fitting dimensions may be found at the end of this document. Do not bond primary system together before the secondary containment system has been dry fit The following special tools are needed to install secondary containment piping: · A 3/B-inch electric drill · A 11/4-inch hole saw if installing saddles · Several 11/2-inch diameter by 1-inch wide coarse grit flapper sander wheels · Heavy-duty heat guns, hot air blowers. heat blankets or Chem Cure Paks if installing in cool or cold weather After cutting containment pipe to length. use a flapper sander to remove all surface gloss from the square-cut ends of the pipe. Alternatively. coarse sandpaper or emery cloth may be used. This is most conveniently done before the containment pipe has been placed over the primary lines. Some secondary containment piping may be received with tapered ends. Cut off these tapers before installation and prepare the ends as described above. Remove gloss from exterior of secondary t:.,e I t ~9 ~~~=~~+ Dry fitting secondary containmèritsystem--- (continued) (. - - ~. - "__n_ _._: --,~.-~.::.:..- - - - - ~':'-..: ~-.':''''"7... -:.::--- - ._0..- ~ _ .. - ----.-----.. . , , ..-.-.. '--'-. ~- --... - . -' , .. . <e \ '" Using standard containment pipe: Place containment fittings under the dry-fit primary fittings when measuring the length of containment pipe to be cut. Always include a coupling in the secondary wherever a primary coupling is located. Cut the containment pipe to allow 1 to 1 '/2 inches for insertion into each containment fitting. In primary runs not containing a coupling (that is, less than 20 feet or one standard pipe length), include a containment coupling anyway, as this will facilitate access to the primary fittings during bonding, testing and inspection. For short primary runs where space limitations make the use of an entire containment coupling inconvenient, cut a full-length containment coupling to make two short couplings. Locate the cuts so the bolt holes are equidistant from the ends. At crossovers and very short runs where a containment .. cåuþling is not included, cut the containment pipe so that a 3/4-inch insertion depth in the containment fittings is maintained. Using inspection containment piping: If 100% inspection of the primary . piping is specified or desired, special 3'/2 -in containment pipe and appropriate reducing couplings are available. Each run of primary pipe can be contained by three pieces of containment pipe, each one third the length of the primary pipe run. The two lengths of containment pipe at the end of the run are standard containment pipe; the rpiddle piece is sized between the 3- and 4-in standard diameters. In '3 over 2' systems, the middle section slips over the 3-in containment pipe; in '4 over 3' system, the middle piece slips inside. By manipulating the pipe sections during testing of the primary, 100% inspection of the primary system can be acheived. A typical run of primary pipe in a '3 over 2' system can be bonded (or inspected) by sliding the first section of containment pipe inside the larger center section: this provides complete access to one-third of the primary. The first section is then returned to its proper position and the center section is placed over it: this provides access to the center third of the primary. Access to the final third of the primary line is acheived by placing the remaining length of secondary inside the larger center section. 3 Dry fitting secondary containment system (continued) ŒTB -i1""~ Containing flexible connectors Steel pipe Hose clamp Containment boot Flex connector (by others) Hose damp Rberglass containment pipe 3 x 1 '" containment reducer 1 '" gaJv coupling o 4 After inspection, the containment system is closed by bonding with standard adhesives. . When joining adjacent lengths of pipe with containment reducers, insert the larger diameter pipe no more than 11/2 inches into the reducer. Make sure that the end of the pipe does not contact the tapered part of the reducer, as this may prevent the two halves of the reducer from closing completely. Tighten the reducer at the large end first, letting the smaller diameter containment pipe come as required. For pipe runs less than three feet in length, the standard 14-in containment coupling and pipe sections can be substituted for inspection containment piping. Flexible containment boots are available from Ameron aod from flexible connector manufacturers and other sources to extend the containment from the fiberglass containment to the shear valve. Alternatively, containment elbows and reducers may be combined with short pieces of piping to encase the 1 112-inch flexible connector to just below the shear valve. Containment fittings cannot be sealed directly to flexible connectors. Provide a short galvanized nipple between the end of the flexible connector and the shear valve: the fiberglass containment can then be extended to enclose the entire flexible connector and the containment terminated at the galvanized nipple with a 3 x 11/2-inch containment reducer. . 3 x 1 '" containment reducer 1 1" gaJv coupling o 45° containment fittings Flex connector (by others) Short containment nipple FiberglasS coupling 2x1'"NPT . threaded fiberglass bushing I ((. Crossovers Make crossovers by using 45° and 90° elbows in both primary and containment. In this way a minimum of 4 inches of vertical clearance can be ^ provided between the lines. Limit the length of secondary nipples at crossovers ~+ 1'" to the face-to-face distance between the primary fittings plus 11/2 inches to allow sufficient space to move the secondary nipple while working on the " > primary. This will provide an insertion depth of 3/4 inch of containment pipe in the o containment fittings. / 45° containment elbow '~,- .'. ". -.... '.'.-., '.~" Bonding ànd testing primary system n_ ,. . . - -." ...~.-,.-- ~ ". - . - . ,..- --- - -~---' - . -- .._--_. -----,-----~.---, -. - (Ce (e . . - - ._-~.,,-.-..... ---.- ~ Lightly sand all primary bonding surfaces. Brush all dust off the bonding surfaces with a clean rag or clean paint brush. Do not touch with bare hands or 'inany way contaminate the sanded surfaces as the adhesive will not bond properly and leaks may occur. Bond the primary system only after the containment pipe has been placed over it and all final adjustments have been made for clearance or interference. Bond primary lines in accordance with Ameron Bulletin 7501 by sliding the containment pipe away from the primary line bonding areas. Do not disturb the bonds on the primary piping before the adhesive cures. Primary system bonds must be visually inspected or soap tested before installing the containment fittings. Using the adhesives For best results, the adhesive should be at 70 to 100°F (21 to 38°C) when used. Thus, do not store kits in the direct sunlight during warm weather. In cold weather warm the resin to 70°F (21 0c) to permit good mixing and easier application. Use C20HT adhesive to assemble 3- and 4-inch containment systems and SC-10 adhesive for 6-inch systems. Take careto scrape all resin from the lid and from under the upper lip ofthe can. Empty all the hardener into the can of resin. Do not allow any water to get into the can. Mix thoroughly with the wooden spatula until all streaks are gone and the mixture has a uniform color. Excessively vigorous stirring may cause some hardener to splash out or may result in air entrapment. Mix all of the hardener and resin in the supplied proportions. Never try to split a kit The hardeners contained in the adhesive kits might burn the skin. Avoid . inhaling the vapors. Read and observe the label precautions. Pot life/cure time The pot life (working time) of adhesives is measured from the time the hardener and resin are first mixed until the adhesive starts to thicken and harden and no longer can be used. The table indicates the pot life of a 6.8-oz adhesive kit under various temperature conditions. This table also indicates the cure time required prior to moving or hydrotesting the bond. In hot weather, pot life may be extended by wrapping a damp rag around the can of mixed adhesive to keep it cool. Temperature OF °C 65 70 80 100 120 150 Pot Life (min) 45 25 15 8 (hr) (8) (4) (3) (2) (11/2) (1 ) Cure Time' II II II [ I i I I (hr) 12 5 4 3 2 1 18 21 27 38 49 66 . Times shown in parentheses indicate when cure is sufficient to permit moving the bonded joint. 5 Pot life/cure time (continued) The full indicated cure time must elapse before testing. At temperatures below 65°F (18°C), use an external heat source to force cure the adhesive. The adhesive should be warmed to 70°F (21°C) before mixing and applying. Adhesive may be force cured using an Ameron Chem Cure Pak, hot air gun, an Ameron heating blanket that will completely cover the containment fitting, or a forced air heater if the trench is covered to contain the heat. At temperatures below 40°F WC) or if it is windy, plug the end of the pipe before curing and, if using heating blankets, wrap insulation over the heating blanket and fittings. (. Sealing secondary containment system After the primary lines have been successfully tested, the containment system can be joined. For the adhesive to perform properly, all bonding surfaces must be free from water, soap, oil, grease, dirt and the like and should be lightly sanded. Take care that each leg of the containment pipe goes into the fitting straight and is not disturbed until the adhesive has cured. Do not step on the containment pipe before the adhesive is cured as this can disturb the joints enough to cause leaks. Assembly of 3- and 4-inch systems Sand shaded areas before applying adhesive Apply a uniform, heavy coating of adhesive to all flat, sanded sealing surfaces of the fitting, to the sanded radius of the fitting where the pipe will fit and to the outside of the containment pipe. Put the containment fitting around the containment pipe carefully. Make sure it is not cocked or misaligned in the fitting. Tighten the nuts and bolts in steps to bring the mating surfaces together evenly. Bring the nuts and bolts on the inside flanges of the elbows and tees -.- down first before tightening those on the outside completely. Do not attempt to move the containment piping during the cure as this may cause leaks. - Assembly of 6-inch systems 6. Apply a uniform layer of SC-1 0 adhesive at least 1/8 inch thick to all flat, sanded sealing surfaces, the sanded end of the containment pipe and to the sanded radius of the fitting where the containment pipe will fit. Assembly procedures after application of SC-1 0 adhesive are the same as for C20HT. If the temperature is below 40°F (4°C), the containment pipe and containment fittings should be warmed to at least 70°F (21°C) before applying the warmed adhesive. Number of two-piece fittings that can be joined per 6.8-oz adhesive kit Adhesive 90° 45° Concentric Type Elbows Elbows Tees Reducers Saddles Couplings C20HT 3-in 4 4 3 5 10 4 4-in 4 4 3 5 10 3 SC-1 0 6-in 'e (W 'fe, <.' Provisions for testing and release monitoring The location and number of probes will determine whether to use open end terminations in manhole extensions, reducer shells with threaded outlets in manhole extensions, or 'U' traps. Open end terminations: In some jurisdictions it may be admissible to allow the containment to drain directly into the turbine pump enclosure. -, --.- --"":_~ ':..--- -- ~ . -- ---- ---- -- :':"--,-:~~:-.:.....-;-;'_-:-...;;.... Reducer shells with threaded outlets: Where open end terminations are not admissible, the containment can be closed off by means of a reducer with threaded outlet. Release detection equipment can be attached at the threaded ,outlet. The gloss should be removed at the bonding areas on the primary and secondary pipe surface. " -.- - .- - -- _ . - - .- r 'U' traps: Pressure test equipment can be connected to the containment piping ata 'U' trap by means of a threaded adapter on the end. 'U' traps are typically - located adjacent to manholes, at branches or at low points in the system to monitor possible releases from the primary and are fabricated by mounting a reducing saddle on the underside of the containment pipe; the trap itself is made from two 90° elbows, two short nipples and a riser which terminates in a manhole. 'u' trap piping should be bonded together with C20HT adhesive following ordinary primary pipe bonding procedures. Manway wall Seal (by others) --- --- 7 Provisions for testing and release monitoring (continued) Remove surface gloss before applying adhesive Apply adhesive ,~ Observe the following procedures when installing saddles in order to insure maximum perfonnance: 1. Cut a 1'/4-in hole in the containment pipe using a pilot drill and a circular hole saw. Do not force the cutter or it will fray the edges of the hole. 2. Use flapper sander, rough sandpaper or emery cloth to remove all surface gloss from the pipe wall where the saddle is to be bonded. 3. Insure that the bonding surfaces are clean and dry before applying adhesive. 4. Mix C20HT adhesive according to directions. Observe pot life restrictions. 5. Apply adhesive to the pipe wall, to the edges of the hole and the interior of the saddle. 6. Align the saddle over the hole and clamp in place with two hose clamps. 7. Tighten the clamps alternately until secure and an adhesive bead surrounds the saddle. 7. At temperatures below 65°F (18°C), cure the adhesive with a Chem Cure Pak or heating blanket. 9. Do not pressurize the containment line until the adhesive has fully cured. 1'/dhole -- Tighten hose clamps alternately (e , I 1 ¡ (. '. {.' Testing Secondary containment systems are intended to prevent accidental pollution of the soil and groundwater. Shut-off valves, leak detectors and the like should prevent the secondary containment system from seeing the operating pressure of the primary lines. Low-pressure air testing of approximately 10 psi is recommended and is the preferred method of testing. Higher air pressures in testing the secondary containment system would be dangerous as a sudden release could cause pipe and fittings to whip out of the trench. A 1 O-psi test will attest to the integrity of the system. If higher pressures are required, please consult Ameron. C20HT and SC-1 0 toxicity Hardener: The hardeners are irritating to the skin, eyes and respiratory tract. They are toxic orally, and may cause sensitization. Resin: The resins may be mildly irritating to skin and eyes and may cause sensitization. C20HT and SC-1 0 handling precautions Harder:ter: Do not get in eyes, on skin or clothing. Avoid breathing vapor. Wash thoroughly after handling. When handling in the field, wear gloves and eye protection. When handling in bulk quantities, wear rubber gloves, rubber apron and NIOSH approved respirator. Resin: Avoid contact with eyes, skin or clothing. When handling in the field. wear gloves and eye protection. Wash thoroughly after handling. (e (eo C20HT and SC-10 first aid In case of contact Eyes: Immediately flush eyes with plenty of water for at least 15 minutes. Call a physician. Skin: Wash skin with water. and soap if available. Clothing: Remove contaminated clothing and wash before reuse. Inhalation: Remove to fresh air. Give oxygen or artificial respiration if necessary. Ingestion: If hardener is swallowed and patient is conscious. give plenty of water or milk to drink. Do not induce vomiting. Call a physician. If resin is swallowed. give 100 grams (about 1'4 Ib) activated charcoal slurry in water. Do not induce vomiting. Call a physician. 9 Containment fittings Nominal No. of dimensions Pipe Size A B C X2 Bolt Holes Wt. - (in) (in) (in) (in) (in) (Ib) goo Elbow Shell 3 4.280 7.283 1.50 5 1.1 {~. 4 4.770 8.250 1.50 5 1.3 6 5.750 10.375 1.50 5 1.5 ¡ 3 3.500 6.000 1.50 5 0.8 j 4 3,750 7.000 1.50 5 1.2 6 5.500 9,125 1.50 5 1.5 Tee Shell i:~3 Coupling Shell 01 B o a 0 0-.1 LA -=±j- Reducer Shell fWJ- 01' La a~ l- A±}- Reducer Shell with 3/4-inch NPT I~al ~ c $ B-+- La o~ l- A±}- Saddle r-B r;-~ ......-.,.. Ail rll Lf- 10 3 4 6 4.280 4.782 5.720 3 4 6 14.000 14.000 14.000 3 x 1 '/2 3x2 3 x 31/2 4x3 4x3'/2 6x4 6.250 6.250 6.250 7.000 6.250 7.000 3x 1'/2 3x2 4x3 6.250 6.250 7.000 3x2 4x2 6x2 4.000 4.500 5.560 7.240 8.250 10.375 6.000 7.000 8.875 4.478 4.900 6.000 6.000 6.360 7.125 4.470 4.900 6.000 6.000 6.000 7.750 8.560 9.583 11.315 6.100 6.100 6.370 7.000 6.980 9.000 6.100 6.100 7.000 1.50 1.50 1.50 5 5 5 1.2 1.6 1.7 1.50 1.50 1.50 8 8 8 1.7 2.0 2.0 (:. 1.50 1.00 1.50 1.50 1.50 1.50 4 4 4 4 4 4 0.6 0.7 0.8 0.9 1.0 1.0 1.50 1.00 1.50 4 4 4 1.1 1.1 2.0 2.15 2.15 2.15 1.3 1.7 2.1 (~. Note: 1) Bolt holes are sized and arranged for '14 inch bolts and '14 inch flat washers. Ji { l'