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HomeMy WebLinkAboutUNDERGROUND TANK (3) - -------------- \ ' ~ CORRECTI~ NOTICE ~ I , BAKERSFIELD FIRE DEPARTMENT N~ i) 0031 Locatiol1 () S S'P~I\f\ t {'J)I'þr¥\/)I\.ìc.A- t10fìS G. Sub Div. lIS ,,')11 (Y\ Y\P .¡~ . BIk. . Lot You are hereby required to make the following corrections at the above location: Cor. No e.J4 - bj I w /q<-¡, ( I ' . Completion Date for Corrections '1/ /,/C?Lj I Date :71/7''/ 7;?Þ/ cÍ'-6n-,j....L Inspector 326-3979: '\'i" ~ -. -.' .; . \;. -,~:' ," ., -\-¡.. " r ~ 1 , ' ~.. ,~.: ~"'l'~'" - - .~..;, . UNDERGRÒUND STORA'TANK INSPECTION Ba.eld Fire D~pt. Hazardous Materials Division Date Completed 3/ J /9Lf Operating Permit: ,..-- ...-~,.,} d""" :",.,:;..;, t Business Name: U.S. S P{{~V\-T C' Æ)fY)mtJr\ ~('IPttt'tJtv5 Lo. Location: ' 7//5' SD~N",R S;-t Business Identification No. 215-000 l 6 \ (Top of Business Plan) Nùmber of Tanks. Type: ()L 5~ -\:~~ðAP3, Containment: dooh\P"':H~\\~fx..h:~",\l~ \~ Lines:~~ CONTACT INFORMATION Owner: US ~~"'+ Emergency Contacts: ~rA PAP-.~&--. Monitoring Program ' Adequate o Inadequate L!)/ Có ì\b~~ 1M¥- tnI'> r'\ ~-bÞ 3 RECORDS Maintenance D ~ Testing Œf 0 Inventory Reconciliation ~' 0 RESPONSE PLAN Emergency Plan ~ o Violations: I~ Ne!?Å (¡)R~t\-e.,^, 1V'\r>V\~+-I\R\~ p~Rp,¡-n, ).") ~olÞ>~ Lf'A k d¡e- -tpr-\-:m'\ PC¿' .1{>f'nPV'\.+- f'to"ø:V; D.¥'Ý\'-^>A\ te~:;\-~/~b :,] Nr-rd, ~r'~, Ll51 f)opr¿yV¡,N-,(¡SPif (~~t't-I~V\ ^lñYtt;..P') , " ' '" I, " ' , ' , , . . All Items O.K. LJ / Correction Needed [y ~ ~ !!:. i o u. Business Ownerl White ~ Haz Mat Div ' Pink - Business Copy - 79.901-79.902 . 1991 UNIFORM FIRE CODE (b) BulkPlants. Motor vehicle fuel-dispensing stations are prohibited at bulk plants unless such use is in compliance with the provisions of this division and is completely separated by a fence or similar barrier from the area in which bulk - operations are conducted. (c) Sources of Ignition in Vehicle Repair and Fuel Receiving Areas. Smok- ing and open flames shall be prohibited in areas used for servicing internal com- bustion engines and areas where fuel is received. Storage ' .. Sec. 79.902. (a) General. Class I liquids shall be stored in closed containers. or in tanks located underground or in special enclosures in accordance with Section 79.902 (c). Class II and Class III-A liquids shall be stored in containers or in tanks located underground or in special enclosures in accordance with Section 79.902 (c), A connection shall not be made between an aboveground tank and an under- ground tank. ' Portable and semi portable tanks may temporarily be used in conjunction with the dispensing of Class I, II or III-A liquids into the fuel tanks of motor vehicles or other motorized equipment on premises not nonnally accessible to the public when approved by the chief. (b) Class I Liquids in Basements or Pits. Class I liquids shall not be stored or used within a building having a basement orpit into which flammable vapors could travel. unless such area is provided with ventilation designed to prevent the accu- mulation of flammable vapors therein. (c) Special Enclosures. When installation of tanks in accordance with Division VI is impractical or because of property or building limitations. tanks for Class I, II or III-A liquids are allowed to be installed in buildings as follows: I. Tanks shall be installed in an enclosure which is liquid tight, vapor tight and without backfill inside. 2. S ides, top and bottom of the enclosure shall be of reinforced concrete at least 6 inches thick. with openings for inspection through the top only. 3. Tank connections shall be piped or closed such that neither vapors nor liquid ~. can escape into the enclosed space. 4. Means shall be provided whereby portable equipment can be employed to discharge to the outside any vapors which might accumulate shouldJeakage occur. 5. Tanks containing Class I. II or III-A liquids shall not exceed 6.000 gallons individual or 18,000 gallons aggregate. (d) Storage inside Buildings. Class I, II or III-A liquids stored inside mòtorve- hicle fuel-dispensing station buildings shall be in approved containers and in ac- cordance with Section 79.202. ~-::!~l)f~lii~nãDc~:rest,ing::~-detecti!!g~~'y!~~~ sliãlll>è teste:9 ann~ally by ./~~~!?~~r.or.<><::~p~t:o[the¡;r~~rly_Qg~!t~~~~y'areJÕè~~:T~st ~s~lts shall \, ~ ~ne~En!h.Ecprem!se~3!!.d:a~!Ü~~*totb~ßl1ietupon ~i1est.'- ~-'," (t) Inventory Control. Accurate daily inventory records shall be maintained and reconciled on Class I, Class II and Class III-A liquid storage tanks for indica- ,316 o ~ 5f~'\^ 1- (7 17c..("'lcn.~ fA..i(L~ \ c::', p.. l \. Qc::k. L¡ '!J < -k:>?-Ì"(L. -...., \ '- . ~ 0-"0 V" \ -.J \_"",'+ \.v(2'-' '-. ?12-0ee55 ' 'ÇìDQ tr ~~ l y\. , r~~V'-Q.~ ~ -+~E'\.¿\&--\Q ..J.. \ 0. c.. C> v\. .Q- ~\: t ~ ;\ ~\r6.." o ~..e.V-70 ~':::> , ) I "'c::e- ~ ~( (~~ .=,€- ~\J '" p.e..(1...v'-" "::. \'" ":> L 2S ~c5~S Q,~ ~ --- ._-._--.-.-.-_._.- .---.-.-. . t.r/7/7'C( \ \ u__ ! ._--------_.. -....-.._------- , \. -- _.~._~'^.--"-.~~...--- ---- I, (e) .AII monitoring programs shall include the followfng:. ~ - - ---~'~ -- ~~ (1 ) Awr:Ùj.en rou..tfn~mòn-r¡-ór -i ñg procedure~:fc~'~es tab li shes: ' .~/~,;,/~~4" .~~<~?~ ." .?,-.~/~~__., .,. .~.~ _ . '!"lA') lh(;f.(equèncy of perfor!1'ingrt~e~m¡)ßitor-in9;:méthod ;----1>.> /->:~' , /;..:~~-<:;,"'-~¿- /-~....- . /(/B~;lhe methodsa~d,;~!pmént to}"~:~,d'::fó~p~~~9-rmirig the monitorlng; (C'). IhI¡!10!=¡t~·i9!!(·sTJ'¡';h;re the~nfunJÍó~ing·íiiJ:l;::'-be performed; / <~;,~~:'" ~;//::?>;;,:r..,_,~..... _..,,-;,~-: ';~ï,-J-" -~/~!5;;./.." _ r··· .~. ~" . .."._._'~..:.< __>/ç-'/ (P.L lhe~jl~I!Ié(s')a,!~ ti,tleJ$:);'óf the,persón(s) responsible;::-fci!'ý ''''-;p~dõriifhíg' thiCå\OjjUèír filg andlorJma i nfa i n I ng , theeqtÍi pmén t ; ({);';5'~~p-';;·t,~~g.~,;fì~;;',·:J;;f/·' ">~,;;/4,~fç, " "/, /" " .' f'"'/,r' - " /' /p;:' , /_,r/ '/ '<h.. lhe lre_f(ìi«~~ m~i'!~~ig¿:é schedule fOJ/JIiß'm:nit~ring equip~nt;_~? \, ~:~~:, i~~~,'~~~~~,~~fh,{,l~~'¿~~O~~fl ~n~e/tn:Wordanc~~1th ~, he ~~. /--:P"I/""---..-, "'(0.""'< -.. ". ./ -r//;f7" (G);çA/descriptl~{9('the trainlng/ríe(¡ted for the operatión:;óf both the '-"'¿':';~~~_k systemïâiíd 'the monitoring:equipment. " ~t,·..;:-¡, .' ,"';' ",_ ", ~__,""" "'""þ __', . ,_ _ _ . e ,.) A response pla~ which demonstrates, to,the satisfaction of the local' agency, that any únauthorized release will be removed from' the secondary containment system within the time consistent with the ability of the secondary containment system to contain the hazardous substance, but not more than 30 ca.lendar days. the response plan shall include, but is not limited to, the following: QA-)~' descrlptioriof the proposed methods and equipment to be used for --".removing an~ properly disposing of any, hazardous substances, including'thè location and availability of the required equipment if 'not permanently on-site,' and an equipment maintenance schedule for the equipment located on-site. (B»The name(s)'andtitle(s) of the person(s) -responsible for - authorizing ány work necessary under the response plan. ehority: Health and Safety' Code 25299.3, 25299.7 ference: Health and Safety Code 25281, 25291 40CfR 280.43" ((2)" . -- - , 3.9L . - -" , - - -. - - . ~ -' - . . - '.0 ~ 2633. Alternate Construction Requirements for New Motor Vehicle Fuel Underground Storage lanks' (a} lhis section specifies alternate construction requirements for new underground storage tanks which only contain motor vehicle fuels. Owners of new ' underground storage tanks which only, contain motor vehicle fuels may comply with ~his section' in lieu of section 2631 of this article. If this I section is used, ·then the monitoring requirements specified in section 2634 shall be used in lieu of those specified in section 2632 of this article. ,j Underground storage tanks used for storage of motor vehicle fuel and constructed under this section shall be composed of fiberglass reinforced plastic, cathodically protected steel, or steel clad with fiberglass reinforced p last Ic. lhese tanks sha 11 be insta lied in conjunct ion ~ith ,the leak interception and dete,ction system described in subsections (d) I through· (g) of this section. The primary containment system shall meet the ' requirements described in sections 2631(b) and 2631(c) of this article. , I Underground storage tanks used for storage of motor vehicle fuel that are constructed of materials other than those specified in subsection (b) of this section shall be subject to the requirements of sections' 2631 and 2632 of this article.' ,] lhe owner of an underground storage tank shall demonstrate to the satisfaction of the local agency that the leak interception and detection systemlused is capable of detecting a release before it can escape from the containment system.' " I lhe floor of any leak interception and detection system shall be co~structed on a firm base and sloped to a collection sump. Methods of construction for the leak interception and detection system utilizing membrane liners shall comply with' the requirement of section 2631(d)(6) of this article. ¡ Access casings shall be installed in the collection sump of any secondary containment system with backfill in the interstitial space. the access casing shall be: .' , , ,I (1) Designed and Installed to allow the liquid to flow into the casing; , I (2) Sized to allow efficient removal of collected liquid and to withstand all anticipated applied stresses' using appropriate engineering safety_ factors; _ ' - ',I (3) Constructed of materials that will not ,be structurally weakene4 by the stored hazardous substances nor donate', capture, nor mask canst ituents for,which analyses will be made¡ . _ ' j (4) Screened along,the entire vertical zone of permeable material whfch may' be installed between the primary container and the leak interception and detection system; (b) (c) (d) (e) (f) 3.10 -- . .. --' . :.,,:~...~_:~- " . - ~ -" -- Sprint e fÞ e- 'f 2330 Sfwwnee Mission Parkway Sfwwnee Mission, KS 66205 (913) 624-3368 Kern County Envi 1ental Healrh Services 2700 M. S _, Suite 300 Bake' ,eld, CA 93301 Ð ~ ({; ffI: Wrff:-,! ~I MAY 1 01994 n! LBy_ . 1/ ~I . ''-'''~~"....".-,-[ May 3, /994 RE: UST Financial Responsibility Genrlemen: In accordance with Section 25285./ of the California Healrh and Safety Code, you will find enclosed the Certification (~l Financial Responsibility (Attachment A) and the mechanism used to demonstrate financial responsibility for the following Sprinr facility: 715 Sumner Bakersfield,CA {{you have any questions, or require additional information upon your review ql the attached submittal, please conract me at (9/3) 624-3368. Sincerely. 2 Cathy Gosnell Environmental StaflAdministraror encl. cc: Van Vincent 1",~\, @ ©-@D\Yl rÆ n~:\ ~ 111 :.-------¡II Iii n;\('¡ ìMAY~'i!1994 ¡¡I 11: ,11,\ \ 1'I! j II ~ ~ .\ \ , ~ ," / .' , '~j L ____--_E..---...._.__...___... _.;J d ~ *' , , 4, _~______-....--~____._ _ _ _ _~.. e. =~~CœtldBolld_ ~ ~ . ,. .... ..... CERTIFICATION OF FINANCIAL RESPONSIBiliTY FOR UNDERGROUND STORAGE TANKS CONTAINING PETROLEUM A. 1_ reqllÏlM.. ..oalllalC F'ID&DCial RclpOaaibiil)' ia &lie reqllired ..ouall.. lpacWed ia s.ca;øa Zð07. o.pú, II, Diw.3, Tille U cx:R: [I)_,a cIoUan,., .- m 1 ail_ MUara__........ - MÐ _ 01 ailiN cIoUan,., ...... D 2 ailioa MIlan _uS ........ B. Cathy Gosnell (,*-"TWo..r.~ Article 3. CMpIer'1. DMIJøn So TIlltI 23, c.Jlfomia Cot» of~. . .: . . , 'The n»chaniJml UNd to demonstrate financiall'e$POMlbil1ty as ~uinÞd tw s.ctiøn 2807.,. .. foIløø: C. Mechaniamd:.' Nama and Addr...~lIIuerd. '.' ,Mechanllm· ,CoYtrage Coverage TVD8' ~·..";~":>d'-: Number AmOunt Period Self Sprint Communications :::500,000 " Insured Company L.P.. per occur :~~:~~y 2330 Shawnee Mission p~ 'Westwood, KS 66205 N/A ' 1,000,000 . - !annual -- - - - -- -- .---- -------------~--- -. --- .--- --- ---- - ----- -- -------- --- --. - .--.........-..----- ._._-.~-.-.. --'- --- --- .--_.---~:.._--------- -_. ~., -,~, ..e· A7YAc"~r A I '- - '. -- - -_._-- - ------ - -- . ·CPage.e ' . . ,......., ""Ulla.IJ .. .. . .,. .. I»reby certdies thiJt , is In compliance with the r.qunments of Section 2107, . . '. . '. .. " - .' - : .' ,.. - ..' . . . . .' . COrrectNI Third Party Action CoIN'II. YES YES . . - iD: .....,-.. Stockton Switch. ....... Anaheim Switch hiIitJ... Orovi1lè : Switch ,...... Rialto Switch . ~..... Sprint Communications Company L.P. Note: If you are using the State Fund as any part of your demonstration of finaneia I responsibility, your execution and ,ubrrliløiøn of this certification also certifies that ~LI are In comDliance with all conditions for œrticiœtion In the Fund. PodI,Addr-. 38u7 Coronado Ave. Stockton, CA 95204 PodIIJ AIIrIr-. 1750 W. Penhall Way Anaheim. CA 92801 PIdIi., AIIrIr-. 2405 Biid '1110 r.A Q~Qfi,fi, PMiliIJ AIIrIr-. 282 Sycamore Rialto CA q2376 FICiliIJ ""*- 1 Adrian Court Rl1rl; r.A a/,n1 n : . . - . . E. Sir '1 Jfrj~{l!f)"5IJ jJ I {l ~...er~.,.., li/~ , /("Q" ~ Cft(DIIZ) d (f ÞIt 5S/QC¡ ÞIt S;l.3jc¡y HeI. ..sl1t1tofTIIak 0... err ~nvironmen tal CathvGosnell, Staff AdministrAtor N.....orWi_errNow, Mary Kay Ullrich I'1U!: 0rI.... - Yo.!""" eap.- ....,...11(.) , - -.- -.. .'. 4Þ_: e .. ,....... .--- --_.__.~~_. . " .- .;-. - . %tfS'1'Rt7C'1'IOIIB CEUIPICA%IOII OP PlHAJrCIAL USPOIl8Iau.zn ft»M -~ PI... type or print cl..rly aU Inforwtlon on Certification of flftlnClal InponalbfUty f.... AU un facllltl_ erdIor alt_ ..... or operated -.y be U.ted on .. forw¡ therefore. ....r.t. certlflcat. I. not .......... for eecIIalte.'. ' ," .. '.. ~ . " DOaJŒIT I.FORMATlCII A. .... ..........- Chect the apprciprlat.__. I. ... of Tank CMwr - 'uti ~ of either the tn owner 01" the ....tor. or Clperator Indicate ""ch Itat. approved -.chanl_Ca) are bel~ Uled to "'0lIl "ftMClal rnponalbHlty .Ither a. contained In the federal I'...,latlons. 40 efl. P.rt 210. ~rt II. Sectfons 210.90 through 210.103 (lee "ftlnc:'al lponalbH lIy Gul.. for &lOre Info,..tlon). or Section zaoa.1. Chapter ta. Dlvlalon J. Title 23. a. Uat aU __ end acldrn... of coapenl.. rdlor fndlv'dl.lele fe.ul~ cove,..... LI.t Identifying ftI.IItIer for each -.chan'.. UleeI. Ea~le: lnaurenc:e policy ""1' er fHe ~r a. Indicated on bond or docuDent. (If Ullng State CI'erqI ,.... (Stete ,....) I,ave blank.) , Indlcat. MIDU'It of coverage for each type of _chanfUl(.). If ~ra thM .. ~.,I. I. Indicated. total _t ~I 2D01 of financial responslblUty for .... facUlty. Indicate the ',ffectlve dat.C.) of .U financial IleChani_C.). (State'.... coverage vould be continuous .. long a. you ..intain c~lfenc:. and r_in .U,lbl. to conti,." participation In the ,.....) Corrective Action - Indicate yea or no. Does thl .pecifled financial ..chanl. provide cover.,. for correct I ve ac:tI on? (I f UI ing Stat. f..... I ndi cate 1Iyn-.) , . c. ......1_ Tn- - ... of I...,. - 1IIchan'. .~ - Cowwage AII:uIt - CIIftrete Period - 1IIIrcI Party - ea.p..atlon D. fKILlty- Inforatt_ E. I'"tun .Ioct - Indicate yea or no. Does the specified financial IDtChani_ provide cover... for third party c~tion? (If using Stat. f..... Indlcat. 1Iyn-.) Provide aU facH Ity ard/or .Ite hllDel and acldre..... Provide .ignature and date .Igned by tank owner or operator; printed or typed NIle .nd tUle of tank owner or operator; .Ignature of .,Itness or notary .nd date .igMet; end printed or typed name of witne.. or notary elf notary .igftS .1 witnes.. please place notary seal neat to notary's signature). "'et't to elan Certification: Please .end original to your local agency (agency "'0 bsutl your UST pe,..lt.). lCeep. copy of the c.rtlflcatlon at .ach faciLity or alte listed on the fena. ~f..: If you have queltlons on financial responslbllfty requirements or on the Certification of 'Inancl.L ' Responsibility '0,... please contact the State UST CLeanup fund .t (916) 227-4307. Note: Penalties for 'enure to ~Ly with financial IKDOnSlbn ftv leo.Jirments: Failur. toe~ly ..y result In: (1) Jeopardizing claimant eLigibility for the Stat. UST Cleanup fund. end (2) liability for civil penalties of up to "0,000 dotlarl per day, per underground .torage tank. for .ach day of yfotation as .tated In Article 7. Section 25299.76(a) of the California Health and Safety Code. , \ \, I. ~......_-. ---'- --_.---.~--------------------..- --. ----..; -. - - --._-- . - ~ -:~ r ,.- + '\I: '··e A,.,.AeAiMQ¡r A . (Page ,~. @ =~~o...._ . >. _,:.. .. CERTIFICATION OF FJNANCIAl RESPONSIBiliTY FOR UNDERGROUND STORAGE TANKS CONTAINING PETROlEUM A. ... nfluirM.. ..DUltaIC rlll&DCial JùlpODlibiil1 ia 1M ,..lIired ..011." .. .,.cified ia SecaiOll 2107, ca.,.., 11, 1m. J, T.... U. CCR: [Dsoo,aoO doUua per ,- DO. ail... doUua............. . ..CMD . D. aili. doUuaper No.. A.._ 02 ailiaa doUua............. .........,,,,,.., UIIc..IJ ., .. . .,. ., . '.' B. Ca thy Gosnell hereby ceftifies ~t /I is in compI;'nce with the r.Quftments of Section 2101, f"..,ar1Wo...~ Afticle 3, ChIIplw II, DIvSiøn ~ TIlle n, c.JlfomJa Code of~. . . .: . . . , 'The ~~ uød to demonstrate finant:;'1 resøø",1bt71tv as r.aw.d tw s.ction nor.,.. .. foIløM: IC. Mechaniam·;' NamtandAddr...~tuuilr. '. .. m .~ra", covera", CorrectNe lhirdParty TVDe' .' ;."."~'.,>:. : Number'· Amount Period Action Conm. Self Sprint Communications ~500 000 . , Renewed Insured Company L. P. .. per occur. 11 2330 Shawnee Missiòn PkW) Ännua y YES YES Westwood, KS 66205 N/A l,OOO.OOO . , ,. ' annual , - - . . ,- . " .. " . , . - .... .' .. . ... . . , . - E. Ii .0øfiD ) /},/1 /I I I{ if J j ¡:., rJ()x/ J/ j/ l' jjj~~¿: ~ CR(OØ2) ð (/ Note: If you Me using the State Fund as any part of your demonstration of finaneia' røponsibility. your execution and .ubrniaion of this certification also certifies that ~" sre In comDliance with .11 conditions for œrticiœtiøn In the Fund. ¡g.IWI.,... ,....,~ Sp-rint Communications COIl1pany :L. p, :. ~~~, ~::~~:t C'.A Old) 10 1'adIi.,"- hÃIi., AddnIì 3068 Kilgore IR::>n"::ho·C.ordova r.A 4"1hlll ,.a¡'l~ 30b5 Gold Camp Rancho Cördova. CA 95670 'adIi,,~ 185 Berry St. C:~,.. 1~~,.. C'.A OL..l0? F"',,~ 715 Sumner Bakersfield CA 93305 Ha..s 1111eoCTao.\ 0.... ~nvironmen tal Cathv Gosnell, Staff Administrator N.....orWi_·NowJ Mary Kay Ullrich FlU!: CIri.... - 1.-1 A.-, eo,;. - hdIIeplllI(l) Sprint Communications hdIi"... Sprint COmmunications hiIi."- Company L.P. . . Company L.P. '. San Francisco POP (Point of Presence) . F.aï.,... Bakersfield POP (Point of Presence) DIll 5/SJC¡L/ .s/3/?ý DIll ~:.. ; . e e .,¡~< - ':,....,.. , - _._ ___ ·H_~ .-~-. . %WSTRUe'.rIOWI ..;.-.. CZR%XrX~IOIf or FIHAJrCUL "SPOIl.x.xun n... - , PI... type or print cl..rl, IU Info...tlon on Certification of 11'*11:1.1 I..,.. I bft Ity fora. AU UIT facllttl. erdIor .ft.. .... or .r.ted., be Uated on.. fora: therefÒN I .....t. certlflcat. a.not ......... for eec:h .Ite~· - ," . - - ~ ..',. .. DOCUŒIIT ..FORMATI. A. ~ .......... - . CMd: the a¡:v&iprl.t. ..... I. ... of T" CMwr - full MIlt of either the tn ...... or the .....tor. .. aparltor Indicat. "'Ich Stete epprowcf -.chen"aCa) Ire bel,. Uled to 811.., flnancl.t responalbUlty .lther .. conulned In the federal r.,utaUona. 40 CFt. P.rt 210. ~rt I. Sectfona 210.90 through 210.103 (S.. flnanclat lponalbU Ity Guide. for aore Info,..tlon). or Section 2101.1. Chapt.r '8. Dlvlalon J. nUe 23. cat. LI.t aU .-. and addr..... of cCIIf*'II.. rdlor Indivl~t. f..ulng cover.... Lfat ldentlfyl". ftUItIer for ..ch -.chani.. Uled. blll'flte: Insurance potley ....r or fite ruttier II Indic.ted on bond or ~t. (If Ullng St.te Clearql 'WId (Itate fund) ¡.eve blank.) . Indicate aIIIU'It of coverage for each type of ..chanl..c.). If aore tlaM .. aed\enl_ la Indicated. total ..t ....t '001 of flnancl.t responsibILity for aech facUlty. Indicate the 'effectlye dateCI) of .U flnanclat IIIKhanlIlllC.). (State fund cove..... woutd t. eontiftl.lOUl .. lone a. you ..Intaln canptlance and .._In ellllbl. to contin"e participation In the f&nt.) Corrective Action - Indicate yel or no. Does the .pecified financlat ..chanl.. provide cover... for co..rectlve action? (If Uling State f&nt. Indicate etyea-.) C. llac:hlftl_ T". - _ of ......- JIec:hao¡I.. .~ - Caverage ~ - Ca\Ærage Period - 1Ialrd ,.rty - ~tl_ D. '.cllfty- Inf....tl.. E. Sfpture Iloct - Indicate yes or no. Does the apecifled flnanclat IDeChanl... provide cover... for third party c~tlon? (If Ullng Itate fund. Indicate "yea-.) provl. aU facU Iry ardIor .lte I'IIIDeI and acIcIr...... Provide .ignature and date .Ilned by tank owner 0.. operato..; printed or typed MIlt and title of tank owner or operator; sl¡nature of witnes. or notary and date signed: and printed or typed name of tiftne.. or notary (If notary signs .1 witness. please ptaee notary .eat next to not.ry" sllnature). "'~ to ..II Certlffcatlon: Please lend original to your local a¡eney (ageney Mho blues your un pe...lta).' Keep. copy of the certification .t each facility or site listed on the fona. luestl_: If you have questlona on financial re.ponslblllty requirements or on the Certification of Flnancl.t Responsibility fo.... pt.ale contact the Stat. UST Cleanup fund .t (916) 227-4307. Note: Penattles for 'allure to Caft ly with financial Resoonsfblt Itv lecaJfrsørts: failure to comply ..y resutt In: (,) Jeopardizing ctalmant etlglblllty for the State UST Cleanup fund. and (2) liability for clvlt penalties of up to 1'0,000 dol tars per day, per underground .torage tank. for .ach day of vlotatlon as stated In A..tlcl. 7. Section 25299.76CI) of the Catlfomla Heatth and Safety Code. .'--'---'--~. "'--- -_...-. ..----------:..--.-----.. --- ;::.-' ''', --,I.. -e A'1TAC.,~rA {pa~~ . .....otCalifønúa . .... w.., a.c.ou.- CaDtroIBomt - -- . -. ~ ,¡ - - . . . III :.... CERTIFICATION OF FINANCIAL RESPONSIBiliTY FOR UNDERGROUND STORAGE TANKS CONTAINING PETROLEUM A. 1_ ...uinlllII ..oalllal& F...DCiallUlpOIIlÍbiil1 ia 1M ,..lIired ..0111&1 u speeifaed ia SHlioa 2&07. eN,.., ... Div. J, TIIII U. c:c:R: [!]soo,ooOtIoUan,., I ì_ D[]..ili_...u.n_........... _ AND - o ..ili_........ ' -. - ..- 02 .iIi_ tIaUan.._........ .. ......,,...,Ulla.IJ ., '. .. .. .,. .. B. Cathy Gosnell (Mløetn.to...~ Attic. 3, ChIIpter fI, DMù:>n 3, 17tIe n, c.Jlfomå Coc» of~. '. . The mechaniJrnJ us«1 to demonstrate financial feSOOfW/bi//tv ulWlw.d by S«tion noT.,. _1oI1øø: C. Mechanilm;' Name and Addr~ ~luuer. '. m > .~rage Coverage Tw.·' .' ;'...~'.,:....,:.: . Number Amount Period Self Sprint Communications ~500,000 R' d enewe Insured Company L.P. .- per OCCUI .An 11 2330 Shawnee Missiòn p~ nua y Westwood, KS 66205 N/ AI, 000·,000 , . annual hereby œrtifies that , ;. in c:ompI~ with thø requirements of s.ction 2tJDT, . .. Correctlw [l1'IircI party ActIon ComD. VES YES , . . . ' '.. .. - ' - ... .' . ., " .' ., , . ,..' . ' . Note: If you lITe using the Stat. Fund lIS any part of your demonstraoon of financial responsIbility. your execution and .ubrniøion of this cer1iflcsfion also ceftmes that II'OU are in como/iance wfth.// cond;riorrs for DSfticiDSf;on In the Furtd. I ¡;). ....,..... 'MIIJ ""*- Sa'n Dl.·ego POP (P' f P) 402 K Street Ol.nt 0 " ,resence :. an n;ø"r> ('1J. Q?1n1 ...,.... 1WIi1J""*- SanRamon Earth Station', 8851 Manning Rd. San Ramnn fA Q!J.""n ,.øIJ""*- ...,"- . . hillJ"- ..ø.,""*- . hiIåIJ ..... F"'¡¡;., ""*- IE. Sir ill t j1¡;-;M>d7 () /1 ~ afft'11"'" /IiOA d 'Po,,, ~ Cft(Om) ¡/ tI ,ÐOII c:::.1 :<.lq7/ I ~..I"''n''-afTwO''··~nvironmental û/~/ ''-/ Cathy Gosnell, Staff Administralor . I ' "'....ufWi_.,..., 5}3/ 9"t( Mary Kay Ullrich fJœ ari.... - &.Mol ,..., c.p. - ...auJlllII(I) DIll " ... .". e'- ·e '..~- '.-.~ - -- ----.-.:...... - - .- , . -%NS'.rRt1C'1';OIl8 CEUtrl~IQII or rlHAJrCl&L USPOIl.talLlft PO'" :..~. . . - . '1... type 01" prfnt cl..rty .tt Info,...tf~ en tertfflcetf~ of flrWlCfat løponIfbft fty f..... Att UIT facllltl. rd/or aft. .... 01" operated -.y be Uated en ani fMII: the...f... a sepa..ata artlflcet. I. not ........... for eac:II .fte~· . ," .' . .. . ., ' ~. DOCUŒIIT I.FORMATlCII A. ...... ......... - .. Check the SArGprfate__. I. _ of ,.. CMwr - 'utt .- of .fth... the tri ....r or the ......tOl'. fill' cperator c. .....1_ Tp - _ of I.... - 1IIdIIn1_ ...,. - Indlcet. "'leII Itat. approved _chanfuea) are bel". wed to ahOM flnMClat ....ponalbH Ity either al contained In the federal "efUlatlons, 40 CFR, 'art 210, ~rt II, Sectfona 280.90 through 280.'03 (See FINnclat lponafbf tlty Guf., for .r. Info,..tlon), or Sectl~ 2101.', Chapte,. 'a, Dlvfalen J, Tltte 23, CCI. Uat aU '*-. end eddr..... of coapnl.. rd/or Indlvlduata 'aaul". cover.... Liat Identifying runber for each -.chanf.. wed. EXM¡)te: Insurance potfcy .....r or fHe nuår .. Indicated on bond or ~t. (If wi", It.te Clelrq) fn (It.te fund) 'eave blri.) . Indicate ~t of covera,. for .ach type of _chanfuea). If .re thM ani ~enl_ fa Indic.ted, total _t eq.aal 1001 of financial raponslbftlty for .... faclt Ity. Indicate the 'effectlve dateCI) of aU financial IlleChanIIllCI). Cltate Fund cove..... would be continuous .1 10r\I al you ..Intaln conpl lane. and r_In .llllble to conti,.. participation In the fn.) Corrective ktlen - Indicete yea or no. Does the .peclfled flnanclat _chanl.. provide cover... for corrective action? (If wing State Fund, Indicate .,....) Cøwerege MIuIt - Cow,.... Period . 'IIIlrd ,.rty - ~tlen D. ..flfty- Infor.tfen I. Ifsnebn Itoct - Indlcete yea or no. Does the specIfied flnenclal IDIChanlu provide cover... for third party CGIIpnSItlon? (If wi", State Fund. Indicate -....-.) '..ovlde .U faclt Ity ardIor alte namel and adcIr...... Provide .;;nature and date Ilgned by tank owner or operator; printed or typed ,.. .nd title of tank owner or operator; Ifgnature of witness or notary .nd date signed; and printed or typed name of wh:ne'l or notary (If not.ry silns .1 IIftne.., please place notary seat next to notary'. .Ignature). "'et"e to Man certification: Please send orilfnel to your tocal Igency (agency Mho I..ues your UST perllltl). Clip a copy of the certIfication at each facltlty Dr aite ll.ted on the fena. , Ouestl_= If you hive questions on flnancl.t responsibility r~lrementl or on the Certification of FIMnClat ResponsIbilIty FOrll, pl...e contact the State UST Cle~ Fund at (916) 227-007. Note: Penalties for Failure to CoIÐlv vlth FlnanefBl IKDOnSlbftftv lecarlrsents: FaIlure to comply may result In: (1) Jeopardiilng clllmant eligibility for the State UST Cleanup Fund, and (2) Habit Ity for civil penalties of ~ to 110,000 dolllrs per day, per undergrcud .torlge tank, for .Ich clay of violation II atlted In Article 7, Section 25299.76CI) of the Cal Ifomll ".alth and Slfety Code. , \,' \ ~ e e ~ y Sprint Certification of Financial Responsibility 2330 Shawnee Mission /tJrkway Shawnee Mission. KS 66205 Sprint Communications Company L.P. hereby certifies that it is in compliance with the requirements of Subpart H of 40 CFR Part 280. The financial assurance mechanism used to demonstrate financial responsibility under Subpart H of 40 CFR Part 280 is self-insured in the amount of $500,000 per occurrence and $1,000,000 annual aggregate for taking corrective action and/or compensating third parties for bodily injury and property damage caused by accidental releases. Such self-insurance is effective until cancelled. ~~~ M. Jeannine Strandjord Senior Vice President - Treasurer Sprint Communications Company L.P. April 22, 1994 Signed before me this ZZ.Jday of April, 1994 at Westwood, Kansas .~~# , WESLEY KAUTZl . NOTARY PUBUC STATE OF Y'(1SAS My- þ,pp't £çire3 , 2~/n My Commission Expires :s-p7nl I e e A' T Sprint 2330 Shawnee Mission lt1rkway Shawnee Mission, KS 66205 Apri122, 1994 Letter from Chief Financial Officer I am the chief financial officer of Sprint Communications Company L.P., 2330 Shawnee Mission Parkway, Westwood, Kansas 66205. This letter is in support of the use of the financial test of self-insurance to demonstrate financial responsibility for taking corrective action and/or compensating third parties for bodily injury and property damage caused by sudden accidental releases and/or non sudden accidental releases in the amount of at least $500,000 per occurrence and $1,000,000 annual aggregate arising from operating underground storage tanks. Underground storage tanks at the following facilities are assured by this financial test by this owner or operator. NO. STATE Location Address I AL Atmore 716 East Ridgeley Avenue 2 AL Birmingham 1300 1st Avenue North 3 AZ Phoenix 401 W. Harrison Street 4 CA Anaheim 1750 W. Penhall Way 5 CA Bakersfield 715 Sumner Street 6 CA Burlingame 1 Adrian Court 7 CA Burlingame 828 Airport 8 CA Oroville 2405 Bird Street 9 CA Rancho Cordova 3065 Gold Camp Drive 10 CA Rancho Cordova 3068 Kilgore (2) 11 CA Rialto 282 Sycamore A venue 12 CA San Diego 1402 K. St. 13 CA San Francisco 185 Berry 14 CA San Ramon 8851 Manning Road 15 CA Stockton 3807 Coronado Avenue 16 CO Aurora 14190 E. Jewell Avenue 17 CO Denver 3443 Blake Street 18 FL Daytona Beach 141 South Charles Street 19 FL Fort Lauderdale 110 East Broward Boulevard 20 FL Orlando (Beeline) 17401 Weewahootee 21 FL Orlando (Earth) 17401 Weewahootee e e Page 2 NO. STATE Location Address 22 GA Atlanta 1190 Allene Avenue 23 GA Atlanta 3065 Cumberland Center 24 GA Atlanta 890 DeKalb Avenue 25 HI Honolulu 737 Bishop, Ste. 1700 26 HI Pearl City 96-1402 Waihona Place 27 IL Bloomington 120 North Western Avenue 28 IL Chicago 4200 West 40th Street 29 IN Indianapolis 95 South Davidson 30 IN Roachdale 204 Spring Street 31 KS Gardner 600 Industrial Parkway 32 KS Overland Park 9350 Metcalf 33 KS Lenexa 10951 Lakeview 34 KS Lenexa 15201 West 99th Street 35 KY Louisville 340 Baxter 36 LA New Orleans 3140 Eads 37 MA Springfield 400 Taylor Street 38 MD Relay 6050 Race Road 39 MI Detroit 1320 Third Street 40 MN St. Paul 847 Earl Street 41 MO Kansas City 101 Holmes 42 MO St. Louis 1925 Choteau 43 MS Jackson 211 N. Mill Street 44 NC Charlotte 126 West Liddell Street 45 NC Hamlet 102-104 Railroad Street 46 NE Omaha 820 S. 7th Street 47 NJ Franklin 254 S. H23 48 NJ Pennsauken 4101 Maple Avenue 49 NJ Sea Girt 100 Camp Drive 50 NJ Sparta 550 Weldon Road 51 NY Buffalo 271 Bristol 52 NY Syracuse 404 North Midler 53 OH Akron 120 N. Broadway 54 OH Cincinnati 1120 West 6th Street 55 OH Cleveland 2650 Broadway 56 OH Columbus 161 E. Goodale I 57 OH Fostoria 314 E. Lytle 58 OK Okarche Route 3, Box 41A 59 OK Oklahoma City 630 SW 7th Street 60 PA Pittsburgh 3126 Liberty Avenue 61 SC Fairfax 2nd & Hampton 62 TN Memphis 2632 Jackson A venue :, e e r Page 3 NO. State Location Address 63 TN Nashville 338 Woodycrest 64 TX Dallas 155 Continental 65 TX El Paso 151 North Boone 66 TX Ft. Worth 1400 East Presidio 67 TX Hockley Warren Rd. & Highway 290 68 TX Houston 1611 Providence 69 TX Satsuma 8902 Point Six Circle 70 VA Herndon 13221 Woodland Park 71 VA Reston 12490 Sunrise Valley 72 VA Reston 12524 Sunrise Valley 73 VA Richmond 1021 N. 17th Street 74 VA Vienna 8229 Boone Blvd. 75 WA Tacoma 2210 S. 35th Street 76 WI Milwaukee 2901 South Fifth Court 77 WY Cheyenne 114 West 10th Street A financial test and/or guarantee is also used by this owner or operator to demonstrate evidence of financial responsibility in the following amounts under other EPA regulations or state programs authorized by EPAunder 40 CFR Parts 271 and 145: EP A Regulations Amount Closure (264.143 and 265.143) . . . . . . . . . . . . . . . . . . . $ N/A Post-Closure Care (264.145 and 265.145) ............ $ N/ A Liability Coverage (264.147 and 265.147) ........ . . . . $ N/ A Corrective Action (264. 101 (b) ) .................. $ N/A Plugging and Abandonment (144.63) ............... $ N/A Closure ................................. $ N/ A Post-Closure Care . . . . . . . . . . . . . . . . . . . . . . . . . . . $ N/ A Liability Coverage . . . . . . . . . . . . . . . . . . . . . . . . . . . $ N/ A Corrective Action ........................... $ N/ A Plugging and Abandonment . . . . . . . . . . . . . . . . . . . . . $ N/ A Total ................................. $ N/ A This owner or operator has not received an adverse opinion, a disclaimer of opinion, or a "going concern" qualification from an independent auditor on his financial statements for the latest completed fiscal year. · , e e Page 4 1. 000.000 - 0 - 1.000.000 4.380.222.000 2.287.098.000 2.093.124.000 Yes No ~ -L -L -L -L 7. Is line 6 at least $10 million? . . . . . . . . . . . . . . . . . . . . . . . . . 8. Is line 6 at least 10 times line 3? ...................... 9. Have financial statements for the latest fiscal year been filed with the Securities and Exchange Commission? ....... 10. Have financial statements for the latest fiscal year been filed with the Energy Information Administration? ........ 11. Have financial statements for the latest fiscal year been filed with the Rural Electrification Administration? . . . . . . . . 12. Has financial information been provided to Dun and Bradstreet, and has Dun and Bradstreet provided a financial strength rating of 4A or 5A? .............................. -L Alternative I 1. Amount of annual UST aggregate coverage being assured by a financial test, and/or guarantee ................... $ Amount of corrective action, closure and post-closure care costs, liability coverage, and plugging and abandonment costs covered by a financial test, and/or guarantee . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Sum of lines 1 and 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Total tangible assets .............................. Total liabilities (if any of the amount reported on line 3 is included in total liabilities, you may deduct that amount from this line and add that amount to line 6) .................................... Tangible net worth (subtract line 5 from line 4) ............. I hereby certify that the wording of this letter is identical to the wording specified in 40 CFR Part 280.95(d) as such regulations were constituted on the date shown immediately below. 2. 3. 4. 5. 6. e /-, -\e - -.-..--- FILE CONTE~TS SUMMARY FACILITy:Jj ~ ~pÎì{,+ ADDRESS : 71-..') & '(Y'\ Yîe. ("' 3-1-. PERMIT #: /SO()·Sð ENV. SENSITIVITY: NE.s Activity Date # ·Of uTanks Comments 4ppllC'.Q+t'Õrì (///1 ~Pb J r3¡prak I I ~ ~/ l'i/f '1 / ~/.m n <:;.¡¡. Î ð-{}, 0 (1) V1 ~rS M" (J <dffJJ I' ~j¡ + lö y1 5/~7/9() I ata'YIdð n {JifJi J1j 'It /éÀ3;<.-IS" orpll~a-/.-¡o Y1 6/c2 7/CjD (¿. f'lJoil~/~aJt'(j f1 (> I Y'l9 .,.. J5ZJ(j c5ðÆL ./ ~' ·- ---- -- Permits t Fac-ili ty Name -jsJt:s-o :Ù ~ ~PIl.NT Aector Date /V1- Ôù ~"S. ,-, q-g-o FINAL INSPECTION CI1ECXLIST N SL)fY\r-.j<¿f2.. ~ øL ' /: ~/ '~~-]~ : , / ______ ¡ ':-:' ø._J.. - I '. 1- -/ --. -- -' -ve-f1t' , '-xl I , ~~I- ~ . - - - _'Ï'D~ [f~J¿V}-~l~~;:" , / $~ L-\~~T' ~ I ~fl..i '---'---x ~~MS{/(2\r-\ \ I (IW 0 S , ,; I ~~ 1/9 I I I I I I I I I I I I ] ~ P;11 ; ,:::. Svkpu"f I 6 :=: Weds (iJ'11l1it) t Plot Diagraa Plot plan notes I 1. All new and existin2 tanks located on plot plan? Yes No I~ - - '-I I~ - I_I I_I I~ 2. Does tank product correspond to product labels on plot plan? 3. Was there no aodifications identified which were not depicted on the plot plans? If "No" described ,/ <r' 4. Are aonitoring wells secure and free of water and product in sump? I~I=I 5. Is pipJng system pressure, suction or gravity? ::50cï:C,ù . -, '~. ,_.-......:...:; - - e e 6. Are Red Jacket subpuøpsand all line leaKdete<:tort;.. accesslble? Type of lin~ leak detector if any )JJl)- 7. Overfill containøent box as specified on : .lpl ication? If "No", what type and model number: Yes I_I I~ No 'I I!::¥ I_I a) Is fill box tightly sealed around fill tube? I~ 1::1 b) Is access over water tight? 1::1" I_I c) Is product present in fill box? '-I l:í/ 8. Identify type of monitoring: &-ee. Wew a) Are manual aonitoring instruments. product and water finding paste on premises? b) Is the fluid level in Owens-Corning liquid level monitoring reservoir and alar. panel in proper operating condition? c) , Does the annular space or secondary containment liner leak detection system have self diagnostic capabilities? If "Yes", is it functional If "No", how Is it tested for proper operating condi t1on? 9. Notes on any abnormal conditions: \ ~/ L-e ~ 'S~ s.~n.. ,~p ( p, ~6. S' ~f\o-\ () T 4 TI..e.. ~+~' ~ I a..\ :s ~'O~O~ ......, a.. '(\ nu...\'a.Y ~ p a..~ 4 r '('~ be.. (n è)( \... ~I t"'«1 ~ ~ í / ...' . ~"'I'-":' . '-I '-I I_I I_I I_I I_I I_I I_I / <' · r.... __......... ....... :..-.·t-·_.-..:. .,...... ..,...;......a.".~'...--;."_.........,,.. ... .' .....,....... ._.................,.-........_...._...____..~.""..._'.....______..,~...""'-¡;;;::¡¡;-;¡¡¡--- - ,.-", HAZARD~S MATE.RIALS ·....NAGEMENT..-~ ·PER~TTING AND IN~ECTIONS ACTIVITY SHEET ~, »--;',..,"'. .,.... ¡DATE ACTIVITY INITIALS TIME VMb ~YY'\ - .. -.- " D/qO If / I' ,\ o \ íìr¿, ! " (ìL'-" .() " o~ , d\C'Ó~L) ¡ \' \~ ~)( ;,LJ~7 I"\/ì^,-~ ~" {,\fl ' {)\~~, e Ii E) , ~ ~t(l) " 0 ' ur D(\¡eJ L ìÐ /10 \e,~0. 10 to, I~./ D,,1 ç IG0, ~, \ ~\ (f) tV 0 \ \ y~ ~ 01)-~eÞ~-ß,,-~tD l (j;, i ¿e- ~~Acü~~ì . I ~OOR O~ÐG tiW,ªlL ' i I I --.-. ---- -. -~- '. -- ~ r. \ .;- ~ ---.. .-.' I). HAZARDçAS MATE.RI ALS '~NAGEMENT ".._ PER' ~TTI NGAND I N"W>,ECTIONS AC,-IV:"':TY SHEET .,., I INITIALS! TIME JATE ACTIVITY ......... )-3i.ßW (é~,-\~ ~ ~ ~ rY\'¡) t : . , ,- , I I , , , I , . 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ENVIRO~MENTAL HEALTH SERVICES DEPARTMENT SERVICE AND COMPLAINT FORM '/.sm~¡V ~ .D....5:=J/l.:__9.(L.. "m·'.....u.u....__..,... ;Á. ,.,.". "':;"¡ Of com,..,"} ~ ....~T !:~.~__u'uuu__uu A"""'~..'u.uJ.u~.u____uuuuu____u~~,~u____ l.ocatIOri....,...:.....{/..~..~.........:.....>t::J.µ..~¿~................:........m............ City ..,::................................................................................_............ ~, - ~: Olrectlons..................................._......_.....................................................................c.,.................................':..................................'......................................,.......... Report I ng Person ,..........._........._.......................................................... Add ress -................................--......................................-......--.---.......--................................................... 'Ph one .............m................ 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RESUL TS OF I N V EST I GAT ION ....~.......~.........._........_................_......_............................................................................................................................................... ............. . '. . ...........-------------------......--..-------------....---------..-....---........-......--..........------......-----....-....-.....--....------..-........-......--........--..........-............-....-..--..---............-..--............---------..-..........--......------........--....-..--..----.............-........-....-....--..--...... . , -....-..............-----------..--....----..--..----....--..........-....--..---------..-...---..............---......-------..--....-...........-....-......--........----.-...--..........-...........-....-..-----................................--------------..........................----........---------..-...-................---...........-..----..-.. _____.______ ..0......_.._____.....______.._____________....._________.._..____· ..------~.----------------.-----..----------.------.--------------------------------- "----------------------------------------------------------------------..---- Complainant notified " l ': ' , _ ..j \.._~ -- of resu Its .......................__.......... I "Vest I ga t ed by ........................................,...............'............................:............................. Oa t e .................~..............................- Environmental Health 58041132029 (Rev. 9/119) --- -., --.Y· ~ - ., I, I' - ¡ I, o 5' 29 'L¡(lL - .ß- _ SERVICE AND COMPLAINT FORM ~::~':~n:~~_;r::_. .. SERVlées [)!=PARTMENT, Dat~ £.2.9..-:!i.(l... Time: :.:.:oom.mm...oo~ .._........00............... Assl9ned to:oo..........oo:..~......m...........oo.m.................:."000,'000000 ...............00.......... G,/s:U.CZs.a..L................:...................~~~........ t ~ ~ Directions ................----........-........-......--..-------.......--................----....---....--....-............--............................-.................-....--....-...................-............................--..---...............--..-....-------......................................---.....---...............-................-....-.----.--..- ~ ' Heportln9 Person..~oo........_..............._.oo~..m.oo~oo~m.....oom..C...........m...... AddreSS............m...m................m....................oo.:..........:....... Phone..........oo....................": Property Owner Address Phone._.m.m.m......m._oo_. n"".o ,., n".:~~: -.-" -. . :~:-_:=:---:-:::'---_ . .-:-- _:::::::::::_:::::.:::::.::::::-.:::::._____.___._.___--.. ·e , , ---..---......................-..-...---..............-....-....-......--......----..--....--....-................---..----..-----........-........----------.........................---------..-................------------....-.........-..---.---------................--.-----...-..---.-------------.------.__._._~_....._.._............_.. ...........ooo...oo..._........_.......mooo._....~.....ooo.....~...._...._~..:........:.....:..m....~..........m.m.......:.......ooo....'.............~~}"i;:~~~-;¡p;¡;¡;;:¡;¡¡~ RESULTS OF ::~~':~~~~:=.:=~~~=:=-_~:=_.:=:-ee:p¡1:;¿~::=t1;¡¡iii¡tlS·:=::==::-=::::::::==::==: .._.................000_.........000.._:._.......000_.._....:...__.:.......m.._.....moo....j2tR.1rÆ....J.QjJM1~.m............mmm......~.......mmm............000...000....... ........................_......_....__.......00..00._.........000__.1';...._...................000.......000.......000......00...000...........000..·7-'-_'..'000.........mm..ooo.ooo.......oo..mm..m........_...........oom Complainant notified \~,} ) of resu It s .__......._...___....__._____.....__._.. I nvest I gated by ..__........_.......__........._.._.........___........._..__.........._.._...._...__................_._._..__....~~=:___......_...._..........._ Da te .......__....____._......_..........__...__..................___ Environmental Health 58041132029 (Rev. 9/119) .. ~..___. .,'___u_____..____~._.__~~___ e:r -' ·0 W) W) .... ci.o W) CD 8 "? ..J ..J < \.JU < ')z -i~ J~ ')~ J?: )Ë )~ ¿.¡ ~ CD . ... ... 8 "? a: w I- Z W U w en z o 11. en w a: ..J < Z o ¡::: < z w ¡: ..J -' ~ 18. -' ..J ö: en a: o >- () Z W " 1: .u ~ w z « ~ ) .u f) « J ~ F6';; ¡P;~~;;'õMBÑ;'2Öro..:oo39(E~~¡;;; 9-30-91) Pl.... print M type, (Form d.signed ffN us. 011 elit See InstrucUona-ón Back of Page 6 and Front of P 7 Oeøar1ment of Hea"" ServIce. Toxic Sub.t.nce. Control Division S40cramento, Californl. UNIFORM HAZARDOUS 'WASTE MANIFEST information In the ahaded .r... I. not required by Fed.....,.w. o 3., G?'~~'S 5m. R: ~a;'g Addr.... _ C/O ::r,~ bvo 11)~00e.ïELVj). JJOJg g 2 -p"t.J~c...i'::¡~4MG, eA. C¡i/Ol .t. "'_ator'sPhone (If¡;jJ 37S- 3 :=tO~ þ ,ç Gro Afzt}LE z. 5. ~sp, ortar 1, Compallf?am. '-xU A-t../ I Ii ~ 7. Trsnsportar 2 Company Name 1. US DOT Description (Including Proper Shipping Nam., Hazard Clua, and 10 Numb...) a. G " E LI a.V I D N E R It. T 0 R c. d. , , :=~';~S,~~i0,~:~·:_~~.j·. ~~~;~<i;{""<., ~=~i~~:'{'H~·:·. EPA/OtIw, ".-:'::'\ " .,.~'-::'-, ~ Additional Deacripliona for !;Aateriala. Listed, Above " "....". .-' ,._,~" .~\, [)-/ o/O/}b":5,E'-i.- -~- ,,'y. ,.;'..>,! ':~:··,:_~".,,"_,'·,:.,,',O,·,.:, -,'" '.,..',..,:,....',.,'~._',',',-.'...,'_:.,.:,',':~,.".,,'..~'.",.,'.."".,.,_:,,'..,','..,;.',.".:~,'.-".,:," ';:~,.',o, ,'.,.','...-..,~,~.,',:,',.:"~,< ,,',',.',.::..,'_.,'.;:..' 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Special Handling Instructions and Additional Information ¡d-1tR... ~7/V£ OC/7t~- ~ GENERATOR'S CERTIFICATION: I h8t'.by declare that the content a of It1la conalgnment are fully and accurately described above by proper shipping name and are classified, packed, marked, and lab.led, and are in all reapøc1s in proper condition for transport by highway .ccording to applicable international and national government regulations. ' If I am a large quantity g.narator: I certify that I have s program in place to reduce the volum. and toxicity of wast. generated to the degree I have det.rmined to be economically practicable and that I have salected the practicable method of tr.atment. atorage. or disposal currently available to me which minimizas the preaent ,and future threat to human health and the environment; OR. it I am a ama" quantity generatM, I have made a good 'aith effort to minimize my waste generation and aelect the best waste mansgemant method that is availabl. to me and that can afford. T R It. H S P o ,R T E Printed/Typed Name Signature Month DIIY Yellr t 9. Discrepancy Indication Space F It. C I l I 20. Facility Own... or Operator Certification of recaipt of hazardoua materiala cov...ed by thla mandest .xcept aa _ed in It T Y Print.d/Typed Nam. ~S 8022 It. (1/88) 'A 8700-22 av. 9'88) Pravloua editions are obsol.te. Do Not WrÏfe Below This line 'v\Ihite: TSDf SENDS THIS COPY TO DOHS WITHIN 30 DAYS To: P.O. Box 3000, Sacramento, CA 95812 KERN COUNTY HEALTH DEPARTMENT ENV~RONMEl-lTA:LHE~I-..TH" DIY. 'N , HAZARDOUS SU~STANCES SEC ri " ,-- 1700 FLOWER STREET BAKERSFIELD. CA 93305 ,PHONE (805) 861-3636 " ' .------ -------. INSPECTION RECORD .~~. POST CARD AT JOBSITE . FACILITY ADDRESS íI CI,TY PHONE NO. ' OWNER ADDRESS CITY. INSTRUCTIONS: Please call fot an inspector only when each group of in~pections with ,the same number are ready. They will run in consecutive order beginning wi th number, 1. DO NOT, cover work for any numbered group unti 1 all items in ·,tha:t;,group ",are~, signed of.f by the Permitting Authority. Following these '.ins,·trutions:,wlll,"reduce the number of ' required inspection visits and therefore prevent assessment of additional fees. .. ~ ..,. . ,..,,-j<'J',:,,-¡,i-¡· " -".',; . I (' .. , ~ " " " ." .:;; ~', ~.~! :-'~:.,~ "- , & BACKFILL - DATE INSPECTOR _õ~. .: ,-·-:;.'t:\~;·A-!' .:...;~ ~~',,--: . -.-.,' '. ,,',,-.,,-, ."..-,~ - - . ,;-'-,- ',,' .,;......<\-, - ?- .... - FINAL - Ca s & Locks CONTRACTOR CONTACT' .J DICD é:;æLfOr¿ 1ìJIlI2¡< é$ IJt 1 , , ., LICENSE # PH # 707-.6-ztc-9706 RÉS'uRCE, MANAGEMENT AG.CY - ------. ~-- ----"~- RANDALL L ABBOTT Director EnviroIH1H..·nt"I, H,,\,1t h S,'rvin"s 1)"11.\1 t 11"''',1 ,STEVE McCAli.EY. RlliS. DIRECTOR Air Pollution Control ni~lrid WIll.IAM J. RODDY, APCO PI"nnin~& Dl'v4.'lopl1H'nl St'rvitO"s ()"IMrlT111'I1t TED JAMES. AICP, DIRECI"OR PERMIT TO CONSTRUCT UNDERGROUND PERMIT NUMBER 150050M ENVIRONMENTAL HEALTI-I SERVICES DEPARTMENT , STORAGE FACILITY FACILITY NAME/ ADDRESS: U.S. Sprint 715 Sumner Street Bakersfield, CA 93305 OWNER(S) NAME/ ADDRESS: U.S. Sprint 715 Sumner Street , Bakersfield, CA 93305 CONTRACTOR: JOTCO Petrole~m Equipment Co. P. O. Box 1556 Santa Rosa,CA 95402 License # 512601 Phone No. (707) 526-9706 Phone No. (805)332-8592 PERMIT EXPIRES September 11, 1990 NEW BUSINESS CHANGE OWNERSHIP RENEWAL X MODIFICATION OTHER APPROVAL DATE ecialist APPROVED BY .,.........:.............................................,......................... POST ON PREMISES..................................................................... CONDITIONS AS FOLLOW: Standard Instructions 1. All construction to be as per facility plans approved by this department and verified by inspection by ,Permitting Authority. All equipment and materials in this construction must be installed in accordance with all manufacturers' specifications. ' Permittee must contact Permitting Authority for on-site inspection(s) with 48 hour advance notice. Backfill material for piping and tanks to be as per manufacturers' specifications. Float vent valves are required on vent/vapor lines of underground tanks to prevent overfillings. Construction inspection record card is included with permit given to Permittee. This card must be posted , at job site prior to initial inspection. Permittee must contact Permitting Authority and arrange for each group of required inspections numbered as per instructions on card. Generally, inspections will be made of: a. b. 2. 3. 4. 5. 6. c. d. Tank and backfill Piping system with secondary containment leak interception/raceway Overfill protection and leak detection/monitoring Any other inspection deemed necessary by Permitting Authority. ,/ ~' BAKERSt='IELD, CALIFORNIA 93301 RECYCLED PAPER (805) 861·3636 FAX: (805) 861-3429 2700 "M", STREET, SUITE 300 . . ." ~ -- -~_.- -.---.-- Standard Instructions Permit No. lS00S0M 7. All underground metat' connections (e.g. piping, fitting, fill pipes) to tank(s) must be electrically isolated, and wrapped to a minimum 20 mil thickness with corrosion-preventive, gasoline-resistant tape or otherwise protected from corrosion. 8. Primary and secondary containment of both tank(s) and underground piping must not be subject to, physical or chemical deterioration due to the substance(s) stored in them. Documentation from tank, piping, and seal manufacturers of compatibility wiih these substance(s) must be ~ubmitted to Permitting Authority prior to construction. 9. No product shall be stored in tank(s) until approval is granted by the Permitting Authority. 10. After installation of all piping and related equipment in the specifications, a tightness test will be performed on the tank, fittings and all underground piping. ACCEPTEDB~~ DATE:~~ MD:cas \ 150050m. ptc j < REstuRCE MANAGEMENT Aó9..JCY RANDALL L. ABBOTT Director En\,'lfnnl1wnl~,t H,'.,hh S"rvi,','s 1)"IMI1I1wnl STEVE McCALLEY. RÐ-IS. DIRECTOR Air Pulluliun CUI11fol ni~lrìd WILl.IAM J. RODDY. APCD P1.UUlm~& D'·V(·!t)IH1u'nt SI·rvll·I·~ 1)",,,,rlllwlIl TED JAMf.S. AICI'.OIRFClOR PERMIT TO CONSTRUCT UNDERGROUND PERMIT NUMBER lSOOSOM ENVIRONMENTAL HEALll-I SERVICES DEPARTMENT STORAGE FACILITY FACILITY NAME! ADDRESS: U.S. Sprint 715 Sumner Street ' Bakersfield, CA 93305 OWNER(S) NAME! ADDRESS: U.S. Sprint 715 Sumner Street , Bakersfield, CA 93305 CONTRACTOR: 10TCO Petroleum Equipment Co. P. O. Box 1556 Santa Rosa, CA' 95402 License # 512601 Phone No. (707)526-9706 Phone No. (805)332-8592 PERMIT EXPIRES September 11, 1990 NEW BUSINESS CHANGE OWNERSHIP RENEWAL' X MODIFICATION OTHER APPROVAL DATE ecialist APPROVED BY ..................................................... ....,...................... ...POST ON PREM ISES...................... ................................... ............ CONDITIONS AS FOLLOW: Standard Instructions 1. All construction to be as per facility plans approved by this department and verified by inspection by Permitting Authority. All equipment and materials in this construction must be installed in accordance with all manufacturers' specifications. Permittee must contact Permitting Authority for on-site inspection(s) with 48 hour advance notice. Backfill material for piping and tanks to be as per manufacturers' specifications. Float vent valves are required on vent/vapor lines of underground tanks to prevent overfillings. Construction inspection record card is included with permit given to Permittee. This card must be posted at job site prior to initial inspection. Permittee must contact Permitting Authority and arrange for each group of required inspections numbered as per instructions on card. Generally, inspections will be made of: a. b. 2. 3. 4. 5. 6. c. d. Tank and backfill Piping system with secondary containment leak interception/raceway Overfill protection and leak detection/monitoring Any other inspection deemed necessary by Permitting Authority. ~' " 2700 .oM" STREET, SUITE 300 BAKERSFIELD, CALIFORNIA 93301 RECYCLED PAPER (~05) ~61·3636 FAX: (~05) 861·3429 e e Standard Instructions PermIt No. 150050M 7. All underground metaiconnections (e.g: piping, fitting, fill pipes) to tank(s) must be electrically isolated, and wrapped to,a minimum 20 mil thickness with corrosion-preventive, gasoline-resistant tape or otherwise protected from corrosion. . 8. Primary and Secondary containment of both tank(s) and underground piping must not be subject to physical or chemical deterioration due to the substance(s) stored in them. Documentation from tank, piping, and seal manufacturers of compatibility with these substance(s) must be submitted to Permitting Authority prior to construction. - 9. No produ(;t shall be stored in tank(s) until approval is granted by the Permitting Authority. 10. After installation of all piping and related equipment in the specifications, a tightness test will be performed on the tank, fittings and ail underground piping. . ACCEPTEDBY~~~ DATE;\\'\ MD:èas \150050m.ptc / " ..... . RESt0RCE MANAGEMENT AG.~CY - ~ . .- ~------ RANDALL L. ABBOTT Director EnvinHUl'Il'ntål Hl'ålth S,'rvin's D,'p.utn\l'l1t STEVE McCALLEY, REHS, DIRECTOR Air Pollution COl1trol Dìstrid WIlLIAM J. RODDY. APeO PI(\lH1iI1~& Dl'v"I()I~I1H'l1t Sl'rvin's Dl' MrlnH'ul . TED JAMES, AICP; DIREClUR ENVIRONMENTAL HEALll-I SERVICES DEPARTMENT PERMIT FOR PERMANENT CLOSURE OF UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY PERMIT NUMBER A 1232-15 I FACILITY NAMEI ADDRESS: OWNER(S) NAMEI ADDRESS: CONTRACTOR: U. S. Sprint 715 Sumner Street Bakersfield, CA U. S. Sprint 715 Sumner Street Bakersfield, CA 93305 Jotco Petroleum Equipment Co. P. O. Box 1556 Santa Rosa, CA 95402 ,Phone: (805) 332-8592 License #512601 Phone: (707) 526-9706 PERMIT FOR CLOSURE OF PERMIT EXPIRES SePtember 5. 1990 LOCATION APPROVED BY , PIPING AT ABOVE APPROV AL DATE ................... .......,.... ........ ................... ......... ... ....... ...POST ON PREMISES .. .,. .......... ............................ ................... ......... .... ..... CONDITIONS AS FOLLOWS: 1. It is the responsibility of the Permittee to obtain permits which may be required by other regulatory agencies prior to beginning work (i.e., City Fire and Building Departments). ' 2. Permittee must notify the Hazardous Materials Management Program at (805) 861-3636 two working days prior to tank removal or abandonment in place to arrange for required inspections(s). 3. Tank closure activities must be per Kern County Environmental Health and Fire Department approved methods as described in Handbook UT -30. 4. It is the contractor's responsibility to know and adhere to all applicable laws regarding the handling, transportation or treatment of hazardous materials. ' 5. The tank removal contractor must have a qualified company employee on site supervising the tank removal. The employee must have tank removal experience prior to working unsupervised. 6. If any contractors other than those listed on permit and permit application are to be utilized, prior approval must be granted by the specialist listed on the permit. Deviation from the submitted application is not allowed. 7. Soil Sampling: a. Tank size less than or equal to 1,000 gallons - a minimum of two samples must be retrieved from beneath the center of the tank at depths of approximately two feet and six feet.. .. b. Tank size greater than 1,000 to 10,000 gallons - a minimum of four samples must be retrieved one-third of thé' way in from the ends of each tank at depths of approximately two feet and six feet. c. Tank size greater than 10,000 gallons - a minimum of six samples must be retrieved one-fourth of the way in from the ends of each tank and beneath the center of each tank at depths of approximately two feet and six feet. 8. ,Soil Sampling (piping area): A minimum of two samples must be retrieved at depths of approximately two feet and six feet for every 15 linear feet of pipe run and under the dispensér area. 2700 "M" STREET, SUITE 300 BAKERSFIELD, CALIFORNIA 93301 RECYCLED PAPER (805) 861-3636 FAX: (805) 861-3429 - - PERMIT FOR PERMANENT CLOSURE OF UNDERGROUND HAZARDOUS 'SUBSTANCES STORAGE FACILITY PERMIT NUMBER A 1232-15 ADDENDUM 9. Soil Sample analysis: a. All soil samples retrieved from beneath gasoline (leaded/unleaded) tanks and appurtenances must be analyzed for benzene, toluene, xylene, and total petroleum hydrocarbons (for gasoline). b. All soil samples retrieved from beneath diesel tanks and appurtenances must be analyzed for total petroleum hydrocarbons (for diesel) and benzene. c. All soil samples retrieved from beneath waste oil tanks and appurtenances must be analyzed for total organic halides, lead, oil and grease. d. All soil samples retrieved from beneath crude oil tanks and appurtenances must"be analyzed for oil and grease. , e. All soil sampléS retrieved from beneath tanks and appurtenances that contain unknown substances must be analyzed for a full range of substances that may have been stored within the tank. ' 10. The following timetable lists pre- and post-tank removal requirements: ACTIVITY DEADLINE Complete permit application submitted to Hazardous Materials Management Program At least two weeks prior to closure Notification to inspector listed on permit of date and time of ,closure and soil sampling Two working days Transportation and tracking forms sent, to Hazardous Materials Management Program. All hazardous waste manifests must be signed by the receiver of the hazardous waste No later than 5 working days for transportation and 14 working days for the tracking form after tank removal Sample analysis to Hazardous Materials Management Program No later than 3 working days after completion of analysis 11. PurginglInertingConditions: . ,a. Liquid shall be pumped from tank prior to purging such that less than 8 gallons of liquid remain in tank. (CSH&SC 41700) b. Tank shall be purged through vent pipe discharging at least 10 feet above ground level. (CSH&SC 41700) c. No emission shall result in odors detectable at or beyond property line. (Rule 419) d. No emission shall endanger the health, safety, comfort or repose of any person. (CSH&SC 41700) e. Vent lines shall remain attached to tank until the inspector arrives to authorize removal. RECOMMENDATIONS/GUIDELINES FOR REMOVAL OF UNDERGROUND STORAGE TANKS This department is responsible for enforcing the Kern County Ordinance Code, Division 8 and state regulations pertaining to underground storage tanks. Representatives from this department respond to job sites during tank removals to ensure that the tanks are safe to remove/close and that the overall job performance is consistent with permit requirements, applicable laws and safety standards. The following guidelines are offered to clarify the interests and expectations for this department. 1. Job site safety is one of our primary concerns. Excavations are inherently dangerous. It is the contractor's responsibility to know and abide by CAL-OSHA regulations. The job foreman is responsible for the crew and any subcontractors on the job. As a general rule, workers are not permitted in improperly sloped excavations or when unsafe conditions exist in the hole. Tools and equipment are to be used only for their designed function. For example, backhoe blickets are never substituted for ladders. 2.' Properly licensed contractors àre assumed to understand the requirements of the permit issued. The job foreman is responsible for knowing and abiding by the conditions of the permit. Deviation from the permit conditions may result in a stop-work order. 3. Individual contractors will be held responsible for their post-removal paperwork. Tracking forms, hazardous waste manifests and analyses documentation are necessary for each site in order to close a case file or move it into mitigation. When contractors do not follow through on necessary paperwork, an unmanageable backlog of incomplete cases results. If this continues, processing time for completing new closures will incre f .r ') ~\Y\ bATE MD:jrw (a1232·iS.plc) /~ í( ¡/ f/ RES<eRCÈ MANAGEMENT AG~Y -- _.~. -- ------- . . ! RANDALL L. ABBOTT Envirnnnwnl., H,'"lIh S,'rvll"'s n"'''"lnwnl Director STEVE McCAll.EY. REHS. DIRECTOR Air Pollution l\mlrul DislrÎd WIU.IAM J. ROOD\'. APCO P~,'nnin!.J& [)t·vl·lc}pI1Wnl S"rv ('('s 1)"IMrll1lt'lll TED JAMES, AICP.OIRH-H)R ENVIRONMENTAL HEALlli SERVICES DEPARTMENT PERMIT FOR PERMANENT CLOSURE OF UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY PERMIT NUMBER A 1232-15 FACILITY NAMEI ADDRESS: OWNER(S) NAME I ADDRESS: CONTRACTOR: U. S. Sprint 715 Sumner Street Bakersfield, CA U. S. Sprint 715 Sumner Street Bakersfield, CA 93305 'Jotco Petroleum Equipment Co. P. O.Box 1556 Santa Rosa, CA ,95402 Phone: (805) 332-8592 License #512601 Phone: (707) 526-9706 PERMIT FOR CLOSURE OF PERMIT EXPIRES September 5. 1990 PIPING AT ABOVE APPROV AL DATE LOCATION APPROVED BY ............................. ................................................. .POS TON P REMIS ES............................. ...... ............... ............... ............... CONDITIONS AS FOLLOWS: 1. It is the responsibility of the Permittee to obtain permits which may be required by other regulatory agencies prior to beginning work (i.e., City Fire and Building Departments). 2. Permittee must notify the Hazardous Materials Management Program at (80S) 861-3636 two working days prior to tank removal or abandonment in place to arrange for required inspections(s). \ 3. Tank closure activities must be per Kern County Environmental Health and Fire Department approved methods as described in Handbook UT -30. 4. It is the contractor's responsibility to know and adhere to all applicable laws regarding the' handling, transportation or treatment of hazardous materials. ' 5. The tank removal contractor must have a qualified company employee on site supervising the tank removal. The employee must have tank removal experience prior to working unsupervised. , 6. If any contractors other than those listed on permit and permit application are to be utilized, prior approval must be granted by the specialist ;' listed on the permit. Deviation from the submitted application is Dot allowed. 7. Soil Sampling: , a. Tank size less than or equal to 1,000 gallons - a minimum of two samples must be retrieved from beneath the center of the tank at depths of ápproximately two feet and six feet. o' b. Tank size greater than 1,000 to 10,000 gallons - a minimum of four samples must be retrieved one-third of th¿~ay in from the ends c:i each tank at depths of approximately two feet and six feet. c. Tank size greater than 10,000 gallons - a minimum of six samples must be retrieved one-fourth of the way in from the ends of each tank and beneath the center of each tank at depths'of approximately two feet and six feet. 8. Soil Sampling (piping area): A minimum of two samples must be retrieved at depths of approximately ,two feet and six feet for every 15 linear feet of pipe run and under the dispenser area. 2700 "M" STREET" SUITE 300 BAKERSFIELD, CALIFORNIA 93301 RECYCLED PAPER (805) 8613636 FAX: (805) 86r3429 .' e e - ---~--~ I PERMIT FOR PERMANENT CLOSURE OF UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY PERMIT NUMBER A 1232-15 ADDENDUM 9. Soil Sample analysis: a. All soil samples retrieved from beneath gasoline (leaded/unleaded) tanks and appurtenances must be analyzed for benzene, tolue~e, xylene, and total petroleum hydrocarbons (for gasoline). b. All soil samples retrieved from beneath diesel tanks and appurtenances must be analyzed for total petroléum hydrocarbons (for diesel) and benzene.' c. All soil samples retrieved from beneath waste oil tanks and appurtenances must be analyzed for total organic halides, lead, oil and grease. d. All soil samples retrieved from beneath crude oil tanks and appurtenances must be analyzed for oil and grease. e. All soil samples retrieved from beneath tanks and appurtènances that contain unknown substances must be analyzed for a full range of substances that may have been stored within the tank. 10. The following timetable lists pre- and post-tank removal requirements: , ,ACTIVITY DEADLINE Complete permit application submitted , to Hazardous Materials Management Program At least two weeks prior to closure Notification to inspector listed on permit of date and time of closure and soil sampling Two working days Transportation and tracking forms sent to Hazardous Materials Management Program. All hazardous waste manifests must be signed by the receiver of the hazardous waste , No later than 5 working days for transportation and 14 working days for the tracking form after tank removal Sample analysis to Hazardous Materials Management Program ' No later than 3 working days after completion of analysis 11. Purging/lnerting Conditions: a. Liquid shall be pumped from tank prior to purging such that less than 8 gallons of liquid remain in tank. (CSH&SC 41700) b. Tank shall be purged through vent pipe discharging at least 10 feet above ground level. (CSH&SC 41700) c. No emission shall result in odors detectable at or beyond property line. (Rule 419) d. No emission shall endanger the health, safety, comfort or repose of any person. (CSH&SC 41700) e. Vent lines shall remain attached to tank until the inspector arrives to authorize removal. ' RECOMMENDATIONS/GUIDELINES FOR REMOVAL OF UNDERGROUND STORAGE TANKS This department is responsible for enforcing the Kern County Ordinance Code, Division 8 and state regulations pertaining to underground storage tanks. Representatives from this department respond to job sites during tank removals to ensure that the tanks are safe to remove/close and that the overall job performance is consistent with permit requirements, applicable laws and safety standards. The following guidelines are offered to clarify the interests and expectations for this department. I 1. Job site safety is one of our primary cOncerns. Excavations are inherently dangerous. It is the contractor's responsibility to know and abide by CAL-OSHA regulations. The job foreman is responsible for the crew and any subcontractors on the job. As a general rule, workers are not permitted in ï'mproperly sloped excavations or when unsafe conditions exist in the hole. Tools and equipment are to be used only for their designed function. For example, backhoe buckets are never substituted for ladders. 2.' Properly licensed contractors are assumed to 'understand the requirements of the permit issued. The job foreman is responsible for knowing and , abiding by the conditions of the permit. Deviation from the permit conditions may result in a stop-work order. ' 3. Individual contractors will be held responsible for their post-removal paperwork. Tracking forms, hazardous waste manifests and analyses documentation are necessary for each site in order to close a case file or move it into mitigation. When contractors do not follow through on necessary paperwork, an unmanageable backlog of incomplete cases ,results. If this continues, processing time for completing new closures will A«<p'ro By' C\~~ ;p""",,, " 6w1<fu, OR AGENT' ) .'. l\~J ,¡ MD:jrW (al232.1S.ptc) I e ~~1T~@ e PETROLEUM EQUIPMENT COMPANY July 13, 1990 Kern County Environmental Health 2700 M St. - Suite 300 Bakersfeild , Ca. 93301 RE: 715 Sumnèr St. To whom it may concern, I Gary Whiteman the licenced RME for JOTCO Petroleum, give my permission for the following person to apply and pick-up any and all permits and information that may be necessary for our performance at the above mentioned site location. The following persons are Mark Burris, Rod Bertoli, Dan McCready Jeannette Moneymaker-Giles and Jeff Mikelson. Please feel free to Phone our office if there are any problems or questions that you may have our number is (707)526-9706 Thank You, , ) , ' ~~ Gary Whiteman / ~ 77 WEST THIRD STREET SANTA ROSA, CA 95401 ' (707) 542-0741 FAX (707) 544-9384 2718 TEAGARDEN STREET SAN LEANDRO, CA 94577 (415) 357-2167, FAX (415) 357-3168 709 W. STADIUM LANE SACRAMENTO, CA 95834 (916) 927-2204 FAX (916) 646-1264, e e ~;E~ caJNTY RESaJRCE MANAGÐ1ENT ACENCY £NVI~MÐHAL HEALTH SERVICES DEPARTMENT 2700, -M- STREET, SUITE 300 BAKERSFIELDÅ CA 93301 (805)861-36;:s6 '(FILL OJT ~E APPLICATIŒJ PER FACILITY) APPLICATIŒJ FOR PERMIT FOR PERMANENT CLOSURE/ABANDONMENT OF UNDERGROUND HAZAROOJS SUBSTANCE STORAGE I7ACILITY IS FOR ~EM::>VAL, OR [] ABAN[x)\ MENT IN PLACE INTERNAL USE ~L y:, I) 1')21 J , APPLICATIŒJ DATE:~~~jjCQ_ PTA:tt_~~::__ ~ OF TANKS TO A8AN~ PIPING FT. TO A8ANDON:---=PTo:l~~!i _ THIS APPLICATIŒJ A: F~lL1TY l~TI~ PlnJECT CCNTACT: FACILITY !WE: S MM I: tI oS -33~- ~ER: l) > S ì MM I: '~ ~ ~8g l...A-ð '3, T/RISff, (IUW. LOCATlOO): NEAREST CfŒS STREET: 0 \) t)Q. 'K. 4l r- STATE: ZIP: 8: COO'RÞCTæ I~TI~ TÞNK ROOVAL CCNTRACTæ: MM I: 8Ób- PIO'OOED START DATE: Þ CCNTRACTæ RETRIEVIOO : PHM I: C - Z ,- 'C\ \ \ IØlŒR'S COONSATI~ I: t1 ~uJ ê 3ð 7;), lJiW,Tæ'f 1HAT WILL .ANALYZE SAMliS: j? L AœE I:? q \ (tP 1<1) s9R- 3917 P(o...ìl/ ~ 8vì(de.r~. In c.. CALIF~IA UŒNSE TYPE & I: \o..þ 'Þe\ STATE: ZIP: c: QØ1CA1. Itfa5Tl~ CHEMICAL COMPOSTIŒJ OF MATERIALS STORED: TANK # VOLUME CHEMICAL STORED _1- --4tJ2.ºD__~¿ ---12~£..LEL~-- DATES STORED --~~--tg~~r --r0--- ---r0 -CHEMICAL FORMERLY STORED ------- ------------- --------------------- D: aNllOlÐlTAl I~TI~ ""TER TO FACILITY M)VIŒl) BY: C /Á(; NEAREST WATER æ.L~IVE DlST~ IF WI1HIN 500 FEET: ~IS Fæ SOIL TYPE ÞND ~[) þ.TER ŒP1H ocrmlINATI~: TOTAL N.MIER (f 5A'RES TO BE .ANALYZED: E: DISFœA1. I~TI~ J. s: y e ŒW{TAI!,T~!.\TI~ PmWRE: DEWIIAJoI!NATI~ CŒTRACTOR: B d,- L V c... c t/ u >">"'-, PHC!~E Í!: "3 q =3 - S, 0 DIS-"ŒAL f!{'Rœ FeR TNtK(3): DISFœA1. I£!HOO Fæ PIPltß: ' IS ~TER NIìHIN 50 FEET? Y æ N g¡IL TYPE AT FÞi:lLlTY: No Ú~' ) l iE:'_~ \ c.er-\.,Çìe.J (..O)"}-t.'fc<.dD"" wì \l -\,<2. hìrQ..~ .--... OISPœAL LOCATI~ Fœ RINSATE: , L~ ; b.;.o J\. -m~ tœAfleIi Fœ T~K(S): ~ , DISP.œAl LOCATI~ Fœ PIPItf3: S c. y- cz. \ **PLEASE CCMPLETE THE REVERSE SIDE OF THIS APPLICATI~ BEFORE SUBMITTING FOR REVIEWt* THIS FORM HAS BEEN CQ'YIPLETED UNDER PENAL OF PERJURY AND TO THE BEST OF MY KN~LEœE IS TRUE AND CORRECT. c: IF) tJ fa 1'\, ' SIGlIIATURE: TITLE30þ m~,~,,-~ ,._:y DATE_~ _...,1rtec.......~ ,..~.:-..;o...,,~..: :.\, .,,~. . ,,: ::. ~'.....~,.... e;· e/ R E C E I P T PAGE 1 ----------------------------------------------------------------------------- OS/29/90 Invoice Nbr. 1 34608 I 4:40 pm KERN COUNTY PLANNING & DEVELOPMENT I 2700 'M' Street I I Bakersfield, CA 93301 Týpe of Order W I I (805) 861-2615 I J-------~~--------------------------------------------________________________t 1 I I CASH REGISTER PLAINS BUILDERS INC I I I I I I I I_____________~_____~_________________________________------------------______1 ¡ Customer P.O. ++ I Wtn 8y ! Order Date I Shi p Date I Vi a , Terms r H0529902 I RAR I OS/29/90 I OS/29/90 DO I NT I I______-~-______I________I___________I_____~___~_I___------~------I-----------¡ Line Description Quantity 'Price Unit Disc Total '1 TANK PLAN CHECK 1 100.00 E 100.00 170A Order Total 100.00 Amount Due 100.00 Payment Made By Check 100.00' THANK YOU! / " \ , E'NVIROIÜ1ENTAL HEALTH DE.'TMENT 2700 "M" STREET, STE. 30 BAKERSFIELD, ·u CA - -93301 epp.rlUit No.1600!::>-t) M hppllcat10u Date h. }\!'PLICATION FOnrEmUT TO OrEnATE UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY Type Of Apclicntlon (check): C~ew FaciEty f&Þiodificatio;¡ Of Facillty)¡QExisting Facility OTransfer or Ownership Emer~ency 24-l1oul' Coatact ~na¡r.e. al'ea code. phone): Days fC~l.d.J::~LJ~,ey· 9:05- 33=<--x!7Cf2.. Nights S <:'Am ~ Facility Name U. S. Sf R. IN T No. Of Tanks Type Of Business (c:leck): OGasollne Station u (2lother (describe) T./2.\~fhor\Q Is Tank(s) Located On An Agricultul'al Fal'm? DYes ~No, Is Tank(s) Used Pri::\arilyPor Agdcultural Purposes? DYes ~No Facility Address liS SlJrnner- S-hre.-e-t:. Nearest Cross St. Bó. k(Or T' R SEC (Rural Locations Only) , l1'ank. Owner" ~ S ~f'("\~-t 'Contact Person R£lÅ t>ar-\ce-r Address 1\5 c'umne,- '1~,..-e.<D-'c- citY/Stateßr.~er~.\-\~à eft Telephone ~ÀOS-33;2-~S'?;t. .Operator ) is "-'rl"'-ìnt ' COl~ta:~ Person 1<" _ f'ð.r-ke'('- Address ÎIC:; SlImnpr S+-V-Þ-eo\- ' Zip13úkø...,.Ç,cU1...,LJ;tTelephone R()<fr3~:;¿-~f,q~ Water To Facility Provided By GCL.\~+-or^\Co- W.....+,r Se.J-dcLDepth to. Groundwater 1(10 t+ Soil Characteristics At Facility Basis Fer Soil Type and Gl'OUndHater Depth Determinations ~Iì (0 r"Î CL <..U~+cr r ~~~\{àì;; B. C. Co.ntracto::- P\a\'I\s i:h,~\Aer-,> \n.¿. Address r.C eð)(l~ i m~",',Ho.'TX Proposed Starting Date j"nP It;? I 19 ~o Wo.rker's Compensation Cel'tiflcation No. CA Contractor's License No. S4-/.;2fJ4 ('6) Zip 19 \ '4- Telephone 5?Ob-366-~ ¡et I Proposed Completion Date \'6 e.. ~ () , ) 'J q 0 ' IIlb<Z44--Qt\ Insurer _+crte :Çù~A D. If This Permit Is For Briefl-y Describe Modifications Proposed S ~ ~ , e v.. ~ 1lV-~ ro ~ hd> f ì pì "', VJo 't ~'^ ì Q.v-~ \~~ E. Tank(s) Store (check all that apply): Tank # Waate Product Þlotor Vehicle Unleaded Re~ular Premium Diesel Waste Fuel oil 0 0 0 0 0 0 ~ O· 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 F·. Chemical Composition Of Materials Stored (not necessary far motor vehicle fuels) Tank' Chemical Stored (non-commercial name) CAS # (if known) Chemical Previously Stored (if different) D~("s",1 f=lteJ G. Transfer Of O~mel'ship Date Of Transfer Prèvious Facility Name I. NOflQ...- knouvl\..... Previous Owner / ~' accept fully all obligations of Permit No. issued to. I understand that the Permitting Autho.rity may revieN and modify or terminate the transfer of the PerDli t to. Operate this underground storage facility upon ~eceiving this completed form. ' - - - - - - - - - - - - -"- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .¡ . This fora has been completed under penalty of Bnd correct. perjury Bnd to. the best of my knowledge is true ~t<..iI~_._ .5!,;<~/9 4 '. .'". -~:- ..~"'~~.... ~ '-~~;' . , Facility Name .__ _________ H. 1. 2. 3. I- 4. s. 6. D.S. S.PRtNI ,Penn it No. T L- (FII.L OUT SEPARATE FORM F~A,CH TANK) , EACH SECTION CHECK AlJ. APPROPRIf11'E BOXES ( ) Vaulted () Non·Vaulted M Double:Wall , ,() Single-Wall_ 7. ¡Tank is; : M Material () Carbon SteeJ () Stainless Steel () Polyvinyl Chloride () Fiberglass-Clad Steel ~ Fiberglass·Reinforced Plastic () Concrete () Aluminum () Bronze ( ) Unknown () Other (describe) , Primary Containment Date Installed Un¥.,.,;".......", Tank Secondary Containment ~ Double·Wall ()' Synthetic Liner () Other (describe): () Material Tank Interior Lining ( ) ,Rubber () Alkyd () Epoxy' () Phenolic ( ) Glass ( ) Clay ~ Unlined () Unknown () Other (describe): Tank Corrosion Protection () Galvanized ( ) Fiberglass-Clad () Polyethylene Wrap () Vmyl Wrapping () Tar or Asphalt ~ Unknown () None () Other (descnbe): Cathodic Protection: () None () Impressed Current System () Sacrificial Anode System Describe System and Equipment: Leak Detection. MonitorinS!:. and Interception-L", ø" ",õ¿Ei!Á f'er- ~..\h:..Lh.e~ '7£.4I~e.. ~{wC)'}-K a. . Tank: () Visual (vaulted tanks, only) () Groundwater Monitoring Well (s) () Vadose Zone Monitoring Welles) () U-Tube Without Liner () U-Tube with Compatible Liner Directing Flow to Monitoring Well(s)* () Vapor Detector* ~ Liquid Level Sensor* () Conductivity Sensor* 'þ¢ Pressure Sensor in Annular Space of Double Wall Tank* () Liquid Retrieval & Inspection From U-Tube, Monitoring Well or Annular Space () Daüy Gauging & Inventory Reconciliation () Periodic Tighmess Testing () None () Unknown ( ) Other Piping: () Flow-Restricting Leak Detector(s) for Pressurized Piping* :1"0 b~ ÎI17-t-....\ 'I. ~ Monitoring Sump with Raceway () Sealed Concrete Raceway ".> L-&'Ç' e. () Half·Cut Compan1>le Pipe Raceway () Synthetic Liner Raceway () None () Unknown () Other ·Describe Make & Model: Tank Tighmess Has This Tank Been Tighmess Tested? () Yes Date of Last Tightness Test Test Name Tank Repair Tank Repaired? () Yes Date(s) of Repair(s) Describe Repain Overfill Protection 'M Operator Fills, Controls, & Visually Monitors Level () Tape Float Gauge () Float Vent Valves () Capacitance Sensor () ,Sealed Fill Box ( ) W Other:t X.J p to ~ Û ( \-. e. () 5> ( 4 r'L <J \. It .<:> r- ~ Piping a. Underground Piping: 9Q Yes () No () Unknown Material Thickness (inches) Diameter ~ I' Manufacturer p,~ .iI'S m" -j... 'I.v () Pressure ~ Suction ( ) Gravity Approximate Length of Pipe Run '2 4- \ Underground Pipmg Corrosion Protection: () Galvanized () Fiberglass-Clad () Impressed Current () Sacrificial Anode () Polyethylene Wrap () Electrical Isolation () Vmyl Wrap () Tar or Asphalt () Unknown ~ None ( ) Other (descn"be): Underground Piping, Secondary Containment: xø Double-Wall () Synthetic Lin,' er System ë) Other (describe): Thickness Onches) Capacity (Gallons) 4¡Ðco Manufactw"er ()..I_J<""I1'> - (../>("nì ': j () Lined Vault Manufacrurèr: Thickness Onches) Capacity (Gallons) () None () Unknown b. e,:l 8. () No Results of Test Testing Company W. Unknown 9. ~ Unknown () No 10. () Auto Shut-Off Controls None ( ) Unknown Ust Make & Model for Above Devices 11. b. c. () None () Unknown --.;'.---. .-- It ~,',"iÐ' , r~ "I~ t i~ ~" , J' "" " !. '.. '.:.' '. . .-' -e ~,"'L' A,', '~n'~ j·1 ;--J.~, 'f! - : ..-. :' ~;;';';":J " _,,1 r _ ,~ Brw'~~L-JC:.~GRS1 ~n~-=~ (:\()(») 355,fjl'ìl 7110 (,\t·IYON DrivE 1'.0 EO.' 7(111e: ..\,':,·'·lllU, T' ï0111, f,\.' (Hllí.) :".: 11117 SCOPE OF WORK FOR U S SPRINT--BAKERSFIELD, CALIFORNIA , 1. Hand excavate to the top of the existing tank, cap the F.O.S and'the F.O.R. lines at the tank and have ATEC·perform precision test on the tank and vent. I Hand excavate the existing F.O.S. and F.O.R. lines from the tank to the generator day tank. (If the lines cross under the building floor" stop the excavation at 'the building foundation wall.) Based on accessibility, determine if existing lines will be removed or abandoned. 1. 3. Obtain services of local laboratory which is approved by· the state and county to perform soil samples and testing at a rate of 1 sample for every .2f!f"'" of existing lines removed (or more if required by local authorities). leI 4. If lines are abandoned, follow local regulations. 5. Furnish and install a new Owens-Corning model SPS 42-22A plplng sump on the existing underground fuel storage tank. The F.O.S. and F.O.R. lines will be routed through the piping sump. A leak detection sensor will be placed in the piping sump. 6. Furnish and install new F.O.S. and F.O.R. lines with A. O. Smith Red Thread fiberglass piping, with secondary containment. Furnish new single wall Red Thread pipe for vent line, with galvanized pipe riser. 7. Furnish and install a new 4-inch fiberglass fill riser with O.W.P. #1 spill containment manhole with drain, O.P.w.-61-S0 overfill protection valve, O.P.W. 633 T duratuff fillpipe adaptor and O.P.W. 634TT dura tuff top seal cap. 8. Install s Gilbarco TM-4 with sensors for inventory monitoring system and for leak detectiòn of interstitial space and of secondary containment. 9. 10. Install an ALC 20 audio/visual warning system for overfill. After installation of all piping and related equipment as described above and in the specifications, prior to concrete placement and in the presence of the U S Sprint representative, have ATEC perform precision test on the tank, fittings, and all underground piping. 11. / Backfill all excavations with pea gravel. Form and pour a new concrete pap over the fuel tank. Restore all surrounding areas to their prior condition. Remove all deDris from site. .. : : ~ : ¡,': - "~ ;: . ".. . . ';".-'-'- ,-~.' '. '-~'''-'' '~..' '-' ~~ :',..- . . ..... . .' . -'.~' .';:'. :', , . . .·i~~ tg. d~ijl,i'lltiri(fl~ . PLRlnS - BliIlLDERS 'y:lrne~ ,-,",·;,~o<"·~z.,,~,~<, ;'W;:'t?i'''¡~12'f~;K#¡; . " ",:,;' ". . .. ...... ..; ·.·;ë;!f!!f~~tffÆ~.'i¥:JJ;· ;¥~ (806) 355:aï9ï'-' 7110 CÀNYON DRive ··P. ó; BOX 7008 AMARillO, TX 791l4'-~'~FAX (806)3S4~01121t:~~tt.5'-f~";1":'1~~'f·~~'·:: , CALIFO~~;~ CO~;~~~TOR' S LICENSE # d~41;~f¡)~~I;~i{lti~~;' . . --.... . ::;'-.., ,"¿:';::.-;-~:-:. "';:'..~..':. ..:. I ,.-....,:, - ' . .-, I~ " '-. . ~... . ~ .. I II l I~ Ii î I II IJ !J '. ....:,:.:..._:;.J::¡..:...:......;::.,:,;........: . ..' '-" ." SCOPE OF 'WORK FOR U S SPRINT LOCATION '.'.,' ,. u.. ::'>..::..:...- . 1. Excavate to the top of: the existing tank, cap the F.O.S. and the F.O.R. at the tank and perform precision test on the tank and vent~ Report the findings to the ATEC representative. (Precision test by ATEC). 2 . Obtain services of local and testing at a rate of lines removed. laboratory to perform soil samples 1 sample for every ~~ of existing (S' ,."., 3. Furnish and installne~ fiberglass piping with. secondary containment where required. 4. Furnish and install a new Owens-Corning model~#sp$ 42-22a piping sump on oc;..;. U __ b.ÌliL....4 [j r 1 1~ underground stora.ge tank. 5, Furnish and'install a neW 4-inch fiberglass fill riser with O.P.W. #1 spill containment manhole with drain. O.P.W.-61~SO overfill protection va.lve,.O.P.W. 633 T duratuff fillpipe adaptor and O.P.W. 634TT dura tuff toP seal cap, 6. Install a Gilbarco TM-3 or TM-4, with sensors,{8 tank inventory monitoring system or interstitial leak sensor). i' 7. Install an ALC 20 audio/visual warning system per specifications, !: , , . . 8. ,After installation of all piping and ·related equipment as '. described above and in the specifications, prior to / ~.,., concrete placement and in the presence of the U S Sprint representative, precision test the tank, fittings and all underground piping. Upon completion of the test, report the findings to the ATEC representative. (Precision test . by ATEC). " I' '.' ò ¡' I' CESIGN£A5-aUILCERSISINCf \9sa .' .--.-: '".,,~",' --,........~-"....-..;.,.!-';,-- -,',; ',..~._.....~<,.-."..""~,, '·"""·.,._':,·"·C' .---- / - -. -, -~ -~-~-. ---. --- ---.-. R E C E I P T P.A.GE , ----------------------------------------------------------------------------- , I OS/29/90 Invoice Nbr. 1 346091 I 4~42 pm KERN COUNTY PLANNING & DEVELOÞMENT I I 2700 'M" Street I l 8~kersfield, CA 93301 Type of Order W I I I ' 1 ,( 8 0 5 ) 8 6 1 - 2 6 1 5 "',, ',' , ,! ' 1______-----------------------------------------------------------------------1 I " " I CASH REGISTER PLAINS 8UILDERS INC I ¡ I I . I I I I I ' ' , I I____~------------------------------~---------~--'~------------~--------------- ¡Customer ~_O~I I Wtn By ¡Order Date I ßhip Date I Via ¡ Terms I IH0529901 I RAR ¡ OS/29/90 ! OS/29/90 I DO! NT 'I I______---______I____~___I~__________I___________I_~_-------------!-----------I Line De$cri~tion Quantity Price Unit Disc Total 1 TANK PLAN CHECK 1 100.00 E 100.00 170A Ord,er Tota 1 100.00 Amount Due' 100.00 Payment Made By Check 100.00 THANI< YOU l ì I I í I I , ì I ! ì I ì ¡ ì , 1 ¡ ¡ , I ! i / " '- , '.-~~-; , . ...... ~ ~ 0 . "¡ ,~, ..: ': . . Jò¿)()5LJC -' i" ~~ :': \:E"1~: :::-.i~ ·:;i.5."t No. ;m Date ifl ~~7i (".~ '.¡1-~ r\·: ..l~·"":ri r" r:: ,:11'1;· -) t '!O'!! , ·1,7D~ ~ t~'l~¡·.';'~· ~~~~~~',-- 'B;'l~~rs'f Ie:; CA (1305) gGJ-~;G::;G__._ _____ 93305 /\1_; . ' ."'.. APPLICATION FOR PER~ IT TO (~_',:RhTE UNDEHGFWUND HAZARDOUS SUBSTANCES STORAGE FACILITY Type or Application (check): - DNew Facility DModification or Facility DExist1ng Facility BTransfer Of Ownership A. Emergency 24-Hour Contact (name, area code, phone): Days US Sprint Western Region Nights Control Center (916)636-6253 Facility Name Bakersfield Point of Presence No. Of Tanks 1 Type Of Business (check): [JGasoline Station ~Other (describe) Telecommunications Is Tank{s) Located On' An Agricultural Farm? [JVes [JNo Is Tank(s) Used Primarily For Agricultural Purposes? []Ves [JNo Facili ty Address 715 Sumner Street Nearest Cross St. Baker St. T R SEC (Rural Locations Only) Owner US Sprint Contact Person Margaret Pitts Address 901 E. 104th St., Kansas City, MO Zip 64131 Telephone (816)941-5695 Operator ITS Snri nt, "'" Transmission OpeI,"atiOnl3 Contact Person Rod Parker /Rich GI,"een, , Address ~OLd) þ,,q!':ton #9. Bakersfíeld~GA Zip 93369 Telephone '(805)322-8592' / , (209) 941-0917 W~t~p T9 f~gil!ty PrgYig~9~¥ Depth to Groundwater 26.5+ gðfl ~hara~t@ri§tl~9 At Fð~ilfty Mediumdense to dense sllty sand Basis For Soil Type and Groundwater Depth Determinations 1/1R/Rfi· Soil!': Report by J.R. Kleinfelder & Assoc. Contractor Cal-Valley Equipment CA Contractor's License No. Address 3500 Gilmore Ave.. Bakersfield Zip 93308 Telephone (805)327-9341 Proposed starting Date 7/21/86 Proposed Completion Date 8/4/86 Worker's Compensation Certification No. Insurer ~: C. D. If This Permit Is For Modification Of An Existing Facil ity , Briefly Describe Modifications Proposed N/A E. Tank(s) Store (check' all that apply): Tank # Waste Product Motor Vehicle Unleaded Regular ,Premium Diesel Waste Pu~ Oil 1 0 0 0 0 0 0 G [] 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 F. Chemical Composition Of Materials Stored (not necessary for motor vehicle fuels) Tank # Chemical Stored ( non-commercial name) CAS # (if known) Chemical Previously Stored N/A (if different) G. Transfer Of Ownership Date Of Transfer 7/1/86 Previous Owner GTE " Previous Facility Name Bakersfield Point of Presence I, James Gonzalez accept fully all obligations of Pepmit No. 15005GB issued to GTE Sprint Communications I understand that the Permitting Authori ty may review and modify or terminate the transfer of the Permit to Operate this underground storage facility upon receiving this completed form. - - - - - - - - - - - - - - - - - - - - ------ - - - - - - - - - - - - - - - This form has been completed under penalty of perjury and t~ the best of my knowledge is true and correct. "PM.".. r ~ ''i t 1 p Project Engineer 4/14/89 Oate US Sprint Communications Company '~~f) Old Bayshore Highway :".00 B 'ame, CA 94010 415375-4140 .' ,~----- ¡ --". US Sprint [Ri ~ © fË ~ W ~[Q) APR ~ 0 196\ . Apr il 14, 1989 I I ~NVIRONMENTJ\l HEAL T!-! Mr. Bill Scheide Kern County Environmental Health Department 2700 M Street, Suite 300 Bakersfield, CA 93301- Dear Mr. Scheide: RE: Transfer of Ownership for Underground Diesel Storage Tank at 715 Sumner Street, Bakersfield, CA The registration process for the above referenced tank began under the ownership of GTE by a company named GTE Sprint. The installation was completed after GTE and United Telecommunica- tions merged US Telecom and GTE Sprint ina joint venture called US Sprint. The tank documentation should have reflected this change. In an effort to correct this discrepancy, the attached application to transfer ownership is attached for your review and acceptance. Please notify me at 415-375-4143 or at the above referenced address with the results-of your review. Thank you for your help. Sincerely, t=s~z JFG: jb Att. cc: R. Cobb M. Pitts R. Green / ~' - '. '. . '. ..~: :_~',,:l'':: "-':;""~:.~'-'" . ! ' 1 ~OO Flower Street Bakersfield, California 93305·4198 Telephone (805) 861-3621 eN COUNTY HEALTH DEI ;\RTI\hAT AIR POLLUTION CONTROL DlSl:dCT . LEON M HEBERTSON, M.D. Director of Public Health Air Pollution Control Officer March 10, 1988 G.T.E. Sprint Communications P. O. Box 974 Burlingame, CA 94010 Re: Permit ,'" :)~' .:,~~~~~1:?~".:ÌJi ~~~ . ;t':,:.i:,'f,.f'~}í J':(J"(,\"'l'~ '- o ~......,...,..;.1~"'f~¡..$.-t~~ Dear Sir/Madam: Enclosed you will find a copy of the original invoice, plus a computation of the 50% penalty on the annual fee for the permitting of your underground storage tanks. This department I s records show that this invoice, due February 27,1988, has not been paid. Please submit payment within ten (10) days to avoid legal action. If you have any questions regarding this invoice, please contact me at (805) 861-3636. Also, please refer to your permit number when contacting our office. Sincerely, ) . '\ - ~. <,' 0 v. l; C'~J \ 'y, \(~ _\ .......... ' Brenda Knight --_.è> Environmental Health Technician Hazardous Materials Management Program BK:dr Enclosure / ~' KERN COUNTY HEALTH DEPARTMENT' 1700 FLOWER STREET _ BAlI:;mSfIHD,.CAUFORNIA 93305 (805)861-3636 LI~:-,_.,. ." I r "..-;'f.i.:: Sl)rl.nt. ;..,:c~~:~nu¡·~....:..:¿; L ~:_"'d~ ~ . \..1. Go}\. ') '7 ..~ Lur]._ir1g~æ(~, (:.~ ),~,~l(.; L DETACH HE~E. _. - / 'V' , . .....)....!;;.; ì BILLING DATE 1. .- .:'¡ -:.' ~.; AMOUNT DUE ...; 1 ~Sl: . .~\.:. AMOUNT ENCLOSED CHARGES PAST DUE ARE SUBJECT TO PENALTY DUE DATE --3 PLEASE RETURN THIS PORTION TO INSURE CORRECT PAYMENT IDENTIFICATION SEt/D ï);'ì.ï:,-:_..~.·'i~· '!r'L'¡i!~; jO DilY.;:; :I'~) .:1.\l¡JI~~1 .~I,)% .?~U.ALrY DESCRIPTION :' l-27-ÓS I; ~.:':':-J·L[ 'i.'/IL\f(jIC£ It 1 :~\~) ~J :~. .- ';'l';-l~·Ü'~ 1-':~(,:,;.·iILD j~...I'; ~\L1r;;J.T''.L t,:'L'¿ r·û~..{. l.Jt:¡:;2·lI:':' I..~t) DI)l~tI..:J:E ütIDï::¡;'GR·~· U::C :::T0J~~G2 F~\CILlrr"'.!· :';I::~·.i 1 71:; ¿"ú!;\¡~~r Street S·f.\ rL SJ l~'''::L1'\·ID··~ ~ \)F' ':f' ~~ '~:, j() :;? 2i~ r:\\!h': KERN COUNTY HEALTH DEPARTMENT 1700 FLOWER STREET BAKERSfiELD. CALIfORNIA 93305 I" ·fJ SECTLOU Ja01 P(NAl!I(S, " a"y ,_ I.qu"ed by ItI" d¡YI'~ '. "01 po..... pr.Of' 10 '1'\,. d.¡,.,qvencv Ogle. ,n ~dd "Of1 10 such I... .he oppl,c.:J'" V'!oU pay a P4il'\Olry .qvo~ 10 toffy p.u;or! f~""¡ 9~ 1"-It t~·· .T~...'e/~ 'd~1t'1q"pr~'i Po~' ,t.ÞQIJ[Q"QI\.~tt.,.UU:' "JJ1r~¡1.~'" TOTAL AMOUf\JT DUE ~~;~~~~~1 ~;:-6~,~::,~::~~,~~~~1I'tUI ef.",II'fAlr-JI\tWzW.. ,J1_~ aiwk ANNUAL FEE FOR PERMIT TO OPERATE $ 100.00 50.00 56...00 f( 206.00 50% PENALTY fJ@@~ @~'@~~£l ,STATE SURCHARGE TOT1;;.L Ñ1ÒUNT DUE ~ ' \" . --. ......-- -....-.-. ./ .2 - :27 -.::: r DETACH Hf AMOUNT ,~ ~ J~.) . :..:0 v "..Ji:. .. .J'.) ~.) 1 ~)Ó. -..J~..ì CONDITIONS AS FOLLOWS: 1. All pertinent equipment and materials used subject to identifica~ion and approval by prior to construction. This permit is guaranteed compliance with the guidelines Permitting Authority. 2 . All con st r u c t i on to be as per f a c i 1 i t y pIa n s approved department and verified by inspection by Permitting Authority. 3. Permittee must contact Permitting Authority for on-site inspection(s) with 48 hour advance notice. 4., All underground metal product piping, fittings, and connections must be gasoline-resistant tape or otherwise protected from corrosion. 5. Float vent valves required on vent/vapor lines of underground tanks as a prevention to overfillings. Con s t r u c t ion ins p e c t ion r e cor d car d is i n c 1 u d e d wit h per m i t g i v e n t 0 Permittee. This· card must be posted at jobsite prior to initial inspection. Permittee must contact Permitting Authority and arrange for each group of required inspections numbered as per instructions on card. Generally, inspection will be made of: a. Tanks and backfill b. Piping system with secondary containment c. Overfill protection and leak detection/monitoring d. Any other inspection deemed necessary by Permitting Authority. 7. All equipment and materials in this construction must be installed in accordance with all manufacturers' specifications. Contractor must be certified by tank manufacturer for installation of fiberglass tank(s) or a representative must be present at site during installation. Liner shall be installed by a trained experienced liner contractor and installation at site ~pproved by Permitting Authority. 10. No product shall be stored in tank(s) until approval is granted by Permitting Authority. 11 . Monitoring requirements for this fa c i Ii t y wi 11 be '''Permit ~rate". ACCEPTED BY( ,Jr:i'1-1/1L..~ /laÞ // ' !/ I , I e.RN èOUNTY HEALTH D~P~I\R,TME. 1700 Flower Street Bakersfield, California 93305 Telephone (805) 861-3636 PERMIT TO CONSTRUCT UNDERGROUND STORAGE FACILITY HEALTH OFFICER Leon M Hebertson, M,D. ENVIRONMENTAL HEALTH DIVISION - . -- -~--,-~- " i' DIRECTOR OF ENVIRONMENTAL HEALTH Vernon S. Reichard PERMIT :t150050B FACILITV NAME/ADDRESS: GTE Sprint Bakersfield 715 Sumner Street Bakersfield, CA OWNER(S) NAME/ADDRESS: GTE Sprint Communications P.O. Box 974 Burlengame, CA IXXI I_I I_I 1-1 I I NEW BUSINESS . CHANGE OWNERSHIP RENEWAL MODIFICATION OTHER PERMIT EXPIRES July 11, 1987 APPROVAL DATE June 11. 1986 '¿;te ~~-/ r Joe Canas APPROVED BY . . . . . . . . . . . . . . . .POST ON PREMISES. . . . . . . . . . in this construction are the Permitting Authority issued contingent upon as determined by the by this 6. 8 . 9. " ~' described on final ~O@[R{ @~~@~~ßll DATE 7/7IYc;., , I - ~..'. ;:.::<~~-,;".:: DISTRICT OFFICES Delano , Lamont . Lake Isabella . Mojave . Ridgecrest . Shatter . Taft '-';~",' K~r,! çounty Hea+th Department ,'. DIVlSlon of Envlronmental Heal'" 1700 Flower Street, Bakersfiel~CA 93305 Permit No.~~)~{)ó5D{j Application o4IP ' B. APPLICATION FOR PERMIT TO OPERATE UNDERGRCXJND HAZARDQUSSUBSTANCES STC>Hl>£;E fACILITY ~ of Application (check): ~New Facility Of'bdification of Facility DExisting Facility OTransfer of <Mnership Emergency 24-Hour Contact (name,.area code, phone) : Days 9/~ -~.3~ - ~ z.53 . Nights 9/¿~¿' 3~-éPZ 53 Fac il i ty Name 'íÆ 5PØ',..¡¡- BAKØt--sf1.iz.D 1 c!;s::.IF f,:..k; 1. '-:TÌ!-. No. of Tanks I Type of Business (check): OGaso Ine Statlon Other (describe) TÐ.J:.c;.:"...,...w(~iQ-J~ ~'-lT'1 Is Tank(s) Located on an Agricultural Farm? Dyes IØ"No, ' Is Tank(s) Used Primarily for hjricultural Purposes? DYes ~No Facility Address 1/5 SV.t-hJE:f2 --S'f. Nearest Cross St. 84k&z. :51; T R SEC (Rural Locations Q1ly) Owner 67'& Sp¡e,',J-r ~"'U,....ucA;'~'S Contact Person ~ I,...., 6e»1zAuZZ. ' Address P.D.ßo,..'114,13\..lR.t..I,J(,¡~~,cA_ ' zip '140¡0 Telephone 4-/<5....37?-t:;g¡t:¡ Operator ~~ (~ ~~ SPRito1..:r.c. hI,.uJ,(¡}-r,,,,,,J-s..J Contact Person, k6J 13AI£.~ " Address 7tSS<...u-\tJe;:. ~. &k;!/'5h-e.Jd~ . zip q 3365 Telephone pq,os.-- 32"5- 9713 ' , , Water to Facility Provided by Lcc.AL ~-¡¡..~ to GrouOOwater i3E::L.ø~2Stll&"_ , Ér}£:.v- Soil Characteristics at Facility.s ~'O ß c.k.. e.. ~ t= S~1i4:f4) 13 ¡Zo..1f" 1b~~'''. ,e....- Basis for Soil Type am GrouOOwater Depth Detennmatlons SC:.lL.. ~u:J,,-:;. Contractor C¡:)L t(/Ju-C3-1 ~ I.;(.¡f='. CA C<?ntrad:o~' s License No. ~O:~...;. 2. - C b I Address :3'5.:x> l;¡,c..,u.:.,'Z;#~.. P:,Ak.(-sf'té4JJ, CA ZlP -,33c.8 Telephone oS-3'27~9:y¡./ Proposed Startlng Date ~Q'(\c:. '23, /166 Proposed Canpletion rate Jl.\to(ß'l.ß) /9ø;,. Worker's Canpensation Certification t <J..5/970-é35 Insurer 5(.4'7& ~c..omP-71:r-IJ<:ørl . I^,S~~ ,.:ü;J,). If This Permit Is For Modification Of An Existing Facility, Briefly Describe Modifications Proposed A. C. D. E. Tank (s) Store (check all that apply): Tank . Waste Product Motor Vehicle Unleaded Regular Premium Diesel Waste -- Fuel Oil f ~ Iff - 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 D 0 B 0 0 0 0 0 0 0 0 0 0 F. Chemical Composition of Materials Stored (not necessary for motor vehicle fuels) Tank i Chemical Stored (non-coITJT\ercial name) CAS t (if known) Chemical Previously Stored (if different) 4 G. Transfer of Ownersh~ Date of Transfer . '/It Previous Facility N I, Previous <Mner accept fully all õbligations of Permit tt>. issued to I understand that the Permittin:] Þ.uthority may'review and modify or tenninate the transfer of the Perm~t to Operate this underground storage facility upon receiving this completed form. , This, fórm has been canpleted under penal ty of true and co~ Signature~:p /?d! per jury and to the best of my knowledge is Title~/ Date há'o/~6 / Facility Name 10. . Permit No. - . TANK I (FILL OUT SEPARATE FORM FOR~CH TANK) -roR EACH sEcTfõÑ,æEcK ALL APPROPROOEBõXEŠ-- 1. Tank is: DVaulted ONon-Vaulted ~I):)Uble-Wall OSingle-Wall 2. Tank Material ~carbon Steel 0 Stainless Steel 0 PoIYVin, yl Chloride 0 Fiberglass-'Clad Steel Fiberglass-Reinforced Plastic D Concrete D AlLmim.rn 0 Bronze OUnknown , Other (describe) , Primary Containment Date Ins)falled Thickness (Inches) Iff&? ,~'" it; .:vg" , Tank Secondary Containment, f:B1>Ouble-Wall 0 Synthetic Liner 0 Lined Vàul t D None D Unknown ¡ DOther (describe): Manufacturer: O~ ÚJRJ.;¡Ñú ~LAS6 DMaterial -f'8fr6lAsc; Thickness (Inches) f.¡"fo'Ytl·· Capacity (Gals.) _5-º-- Tank Interior Lining DRubber 0 Alkyd DEp:>xy DPhenolic DGlass DClay MunlinedDunknown OOther (describe): Tank Corrosion Protection . -rrGalvanized -oFiberglass-Clad DPolyethylene Wrap DVinyl Wrappin;) DTar or Asphalt DUnknown DNone DOther (describe): Cathodic Protection: CNone OImpressed Olrrent System D Sacrificial Anode System Describe System & Equipment: 7. Leak Detection, Monitoring, and Interception ' , . a. Tank: DVisual (vaulted tanks only) DGrouoowater Monitori~ Well(s) D Vadose Zone Moni toring Well (s) 0 U-Tube Wi thout Liner [JY-Tube with Cam~ble Liner Directi~ Flow to Monitori~ well(s)* [3f'Vapor D:!tector* M'Liquid Level Sensor 0 Conductivi t¥ Sensor* o Pressure Sensor in Annular Space of Doub.J.¿ Wall Tank o Liquid Retrieval & Inspection Frexn U-Tube, Moni toriDj well or Annular Space B Daily GaugiDj & Inventory Reconciliation 0 Periodic Tightness TestiDj o None D Unknown 0 Other b. Piping: []Flow-Restricting Leak Detector(s) for Pressurized PipingW o Moni tor in;) Sl.II\p wi th Race'WaY 0 Sealed Concrete Race'WaY D Half-Cut Canpatible Pipe Raceway []ðSynthetic Liner Raceway 0 None D Unknown 0 Other *Describe Make & Model: ~nk4igh~n~sBe s is a en Tightness Tested? D?te of Last Tightness Test Test Name Tank Repair /" Tank Repaired? DYes [ØNo DUnknown Date(s) of Repair(s) Describe Repairs OVerfill Protection DOperator Fills, Controls, & Visually Monitors Level DTape Float Gauge D~t Vent Valves' 0 Auto Shut- Off Controls o Capac i tance Sensor 0Sealed Fill Box DNone Dunknown DOther: List Make & Model For Above Devices / H. 3. .4. Capacity (Gallons) 55"0 I "7¥& ¡:ldwk) Manufacturer ^ , O/l./iN$ ~o(?N 1¡\)4 -h 1"5-¿~b£f1'::. ' 5. 6. 8. DYes D No 0 Unknown Results of Test -- -rrësting Campany f\l6J í;rJ <. 9. 11. Piping a. Underground PipiDj: DYes ONe DUnknown Material Thickness (inche~ ' Diameter Manufacturer DPressure r::fSuction DGravi ty App'roximate LeDjth of Pipe Rœ d.b I b. Underground Piping Corrosion Protection: DGalvanized []Fiberglass-'Clad Drmpressed CUrrent DSacrificial Anode ~polyethylene Wrap [JElectrical Isolation []Vinyl Wrap []Tar or Asphalt DUnknown o None DOther (describe): c. Underground Pipi~, Secondary Containment: Dl):)ubl~Wall 8'"'Synthetic Liner Syst emDNone DUnknown [JOther (describe): '.' - .----- .>---- e _ Standard Compliance ChecR Facility: aTE:. 'ý;~+ CT IS Equipment to be installed: , Tank (s) , ~O ft. of [Ðsuction Opressur i zed pipi n.g Req: d II Approved ~ 7/7 ( primary Containment IIaFiberglass (FRP) OFiberglass-clad steel DUncoated steel DOther: Comment: Make & Model Make & Model Make & Model Make & Model O(vRM~ (J~ Additional: Inspection: 1 ~A -)~,' Secondary Containment of Tank(s) ~1g& !1YDouble-:-walled tank.( s) Make & Model DSynthetic liner Ma ke& Model DLined concrete vault(s) Sealer used DOther Type Make & Model Comment: ¡)r~~ ~~~ AddItional: Inspection: Secondary containment volume at least 100% of primary tank volume (s) Comment: Additional: Inspection: Secondary containment vplume for more than one tank contains 150% of volume of largest primary containemnt or 10% of aggregate primary volume, whichever is greater Comment: Additional: ~ Inspection: Secondary containment open to rainfall must accomodate 24 hour rainfall Total Volume Comment: 1 .~~. Req'd ) I -L Æ I ./ /' J v I Approved, ~7 se1p #7 ~? ~1 - - Additional: Ins'pection: Secondary C, ontain~:Jt pr od uc t----1) ìe Comment: Additional: Inspection: is product-compatible Documentation - -1-",- h"L Annular space liquid Prod uct Comment: Additional: is compatible with product Annular liquid Inspection: Primary Containment of Piping OFiberglass piping \2)Coated steel piping DUncoated steel piping OOther Comment: Additional: Size & Make Size & Make UJiClfpDJ V~QIU:; ·k ~ Size Inspection: Sec6ndar~ Containment of Piping DDouble-walled pipe 00, Synthetic liner intrench DOther Comment: Size & Ma ke Size & Make »bP G:: Additional: Inspection: corrosi,on protec~n ~ il[Tank (s) ;~ ~y\""'-j O-piping & lttlngs ~ OElectrical isolation Comment: Additional: Inspection: Manufacture~-App~oved Backfill for Tanks & Piping Type ...J.:ea. b~ Comment: 2 Req'd J / I ' -L Approved ~7 ~7 ~1 _. - Additional: ~. -----. ._---~- Inspection: Tank(s) Located No C¡OSerTÞ,an 10 Feet to Building(s) Comments: --15 ·tnilk~ Ll-'rl.20 Additional: Inspection: Complete Monitoring System Monitoring device within secondary containment: []Liquid level indicator(s) []Liquid used ' []Thermal conductivity sensor(s) 'ij pressure sensor (s) Ovacuum gauge []Sump ( s) []Gas or vapor detector(s) []Manual inspection & sampl ing []visual inspection . []Other Comments: Additional: Inspection: Other Monitoring []periodic tightness testing Method ,[]pressure-reducing line leak detector(s) []Other Comment: Additional: Inspection: Overfill Protection []Tape float gauge(s) , l21Float vent valve(s)OPtJJ53"t-" ~2,~~ []Capacitance sensor(s) []High level alarm(s) []Automatic shut-off control(s) /~ i]Fill box(es) with 1 ft.3 volume DPI.Ù A''lb [JOperator controls with visual level monitoring Other Comment: 3 Req'd I I I I I . .. :.:~",~":'.~~:; Approved e - ,Additional: -- -_.--~_. -< ----~. Inspection: Monitoring Requirements AdðitionalComments Inspection: Inspector .. ~ II ~,v.Þ # Date7/~)8ç, / '~' 4 ~';;".: I"'~.:' " '-'''<'tOO . . . Date: I I, Purpose: Comment: Da te: purpÒse: Comment: Da te :, purpose: Comment: Date: Purpose: Comment: - - Extra--'-.Inspections/Reinspections/consultations I nvo ice Da te : Inspector 4 . ~,:::.' Time Utilized , Time Utilized Time Utilized Time UtiI'izeò Total Time: Date: KERN COUNTY HFALTH DEP~mr mviRO~ HEALTH DI~lt:A HAZARDOUS SUBSTAN:ES SB:TIONW - . ----.- ----- ~, " , ) je 1700 E'LatÆR STREET BAKERSFIEID, CA 93305 æONE(805) 861-3636 DÐrD..-rIOII 1CJ!LUlCU POS1' 0JiID ld' ~.I.T15 005"08· INSTRUCTIONS: Please call for an inspector only when each group of inspections with the sane nunber are ready. They will run in consecutive order beginning with number 1. DO NOT cover work for any numbered group until all i tans in that group are signed off by the Penni tting Authori ty. Following these 'instructions will redœe the number of required inspectiòn visits am therefore prevent assessnent of additional fees. I I SPEX:l'OR - PIPING SYSTEM - Pl lng & Racewa w Col1ectlon Sump Corroslon Protectlon of Plpln , JOlnts, Fll1 Plpe Electrlcal Isolatlon 0 Plplng From Tank(s) Cathodlc Protectlon S t~Plplng - SECONDARY CONTAINMENT, OVERFILL PROTEX:TION, LEAK DETEX:TION - Llner Insta11atlon - Tank(s) 2- Llner Installatlon - plping ï-22 -~(.. A, A _I . I Vaul t With Product Canpatlble Sealer . "2- Level Gauaes or Sensors, r'loat Vent Valves '7- Z5'-7{£-. 13~ /1./ //1 :3 Product Ccmpatlble F1l1 Box (es) Product Line Leak Detector(s) 3 Leak Detector(s) for Annular Space-D.W. Tank(s) Mom ton ng Well (s) /Sump (s) Leak Detectlon Devlce(s) For Vadose/Grouoo.water , - FINAL - 3 Monltorlng wells, Caps & Locks Flll Box Lock .' , / '"':3 Monl torlng Requuanents 75'\l1kH'l5 -- , c' .. , ,'.' .. ' .. .. , CONTRACTOR ~! /kIts: Ef//$iJl CONTACT ' [/ ¿.UA P.¿.f¿ LICENSE t Æ/l; /0 -gbO-~2- Cb/ æ t 327- 9:.."?4i . .~ , ' ;' , e e , .. ;~ .,' ~. "';~'~;:;'?",~¡), ,,' ' I." ;1' -, , :t;;:;;',~;~~\;~,: ð"~;;' "- ,. ". " .,' ",' ,.... ';1 '.', .'.. ., .'..... ' .1.:. , , ~. ': ~~~~:~~~~.<;:::~. ~~~.-r....""'¡~",~~.:...._,: < ",- ,";; . l;.~::< ~ S-P~ )NT r 0)( ú [aY;] iQ' r,~' Q (;;; -1 ry 01 J \::V\;:VL\.Í \::A ~lJu~\,) -' '.~", '~L- ~ ':.~-~"",-,."';""""~~'.". . ..~ ~- . ~".:~.:..", - . :::::' ~'f> ,~:-:,~~. ~~'~'; ~;:': ;':,:,~.:~'~:::' ~;~'1 .,;;~ >::.~ ' .. .~;·~:!n"'~" _..:..._ - . r',! "'_~':L~~ ..~~~,~:t~.· .. .. ~ ." -" . . ..:.,.", .~.~ j : . ~ > .,........,-~.,. '.' . , . . '.' , , .:~~':~~~'-'.':'"'..~~--~~-..._.._.... ...~... ..~...._....:...---.._. .... . ,~ .........-. ~~~---~..----- .~ ~""" , " . '. . , " . . ~'t\.,;.. . 1\:,.. TOM SALLES '" ..j ., ~;~r~.X;';~~:{: , :§::r~~J~ AMBROSINI &. CHALMEhS, INC. P,O. BOX 908, 2075 PIONEER COURT SAN MATEO, CAliFORNIA 94403 PHONE (415) 34~8222 ~¡~¡i~~~:~~~;1~~~:ff,,::,:,0'ii~~~ " .,) " . ,.'.. ~:i.:~;;~~:~:l;J~~I;~: ~¿ ";~i.'~:~~~:)~~'¡ ::k ~ ~., ;,.' " ,: '. ."::,,':. ", . 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',,'.',,',' k';'.·.~,;;'.::, ,:' "'.':; ": ELECTRON I ell Q I y, L.I:; V ~þ:AlJr:--. , ,<;: ::c: ::"", :, " , ",:L ,AN D A :r :I-S sr -i E~)': "-"; /;.<..~"H' :...>~.<,,/:) ':,,'...':;+; , t ,'" .'" :";".\',' ',,',' ",,',,',;' ,: ,',', ¡:"', ' " '>', ,',,","< ,,": .." ," ,..: """,, ">..Ii:," ' , '. .:> :".:".;¡-'¡:., ", <,:,';' .:y,: ",":' ." ":,/'" ',,""-,:"'c',:,"','c':''i'' ,:,t."" ,," ',":',',"" HYDRAULlC,U9UID LEVJ~LqAUGE$ ':if"", AND ACCESSORIES'.. :.":'. ..d.'.....·... :':;.. _"0 .,. ..d,' . . . ;' , . " . . ~, . .. '. . '. ,",,' ",,;,:,. '" /""" ':,.x.,?· ,,:' ,"'",: };, ""'. . 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",,' " ':, ,'<,':;,':.',;" ,',> ""'_';',;; ',i.: .'¡. : ; ,'ti,! 1 ':';:':'::.""', > .' ';?,'" ',"", ;,;; .,;t,r: ", ::', i,. .,', :-:":~:I:",. '}',':+ · .:.... i,· \;':,;:';i,:,";.>,,~,;:,';',';,2:~i,;; ;" ;,ii' <">,>0;:\"",,,,,, '."; 'H "'.',: J:",.n,; ,.' ;:: >"'! ( ,:. ';,:"::i<,'" ,,' .' ",., ·..·:ry , " '- .' 1': " '. . \.,,; -' .~' .( I ¡ ~·H~rsey Electronic liquid level ~~Úges' . ~ObEÙ+B-1 'ELE,êTRO MECHANICAL LEVEL 't" " ',,,,,'c' , SENSqR. :':'>.Th\~~-férsay Model TB-1 is a variable resistance type È{ëcÙonic Liquid Level Transmitter. It can be used to 'transmit a šignal proportional to the level of water, oil; gaso!i!180r other liquid in such vessels as tanks, wells, lakes, etc. The TB-1 liquid level system consists of the TB-1 Sensor and the Model 5000 solid state electronic indicator. System accuracy is + 1.5% full scale. (B) ,. c.' '~'-". .."- !. e MODEL VR-2 LEVEL TRANSDUCER Hersey VR-2 Liquid Level Gauges combine very pre- cise accuracy with simple operation and exceptional reli- ability. Important benefits of the system are: no special wiring required; no transmitter calibration; no signal con- ditioning; remote indication to 5000 feet; easy installa- tion; and no field maintenance is required. Basic components of thr- system are the transmitter, float and indicator. The transmitter is a resistive-type level sending device housed in a stainless steel rectangu- lar tube that extends the full tank height. The cylindrical, polyurethane encased magnet float fits over the transmit- , ter and moves up or dow,n witll the liquid levE:!. The indica- tor, either a Model 714 or Mode~ 5000 houses the solid state electronics and operates on 110 VAC, two amps. System accuracy is + 1.5% full scale. (A) J II ,-.-; . ~ - J-,~: í , } ..... '" e MODEL 714 INDICATOR. F(ee standiilg or panetmounting up to 5000 feet from :t7a'nsmitter. Clock-like scale may be calibrated per cus- tom~r requirements. Scale'length is 10% inches. Unit has "two'fully adjustable switch contact set-points and indica- 'tofs. Optional,analog outputs available for computer .,.interface and driving external indicators. (C) SERIES 5000 INDICATOR '.~, Uses the same custom-calibrated scale as the Model 7.14. En~losed in a s~Jrface or wall mount, weather-proof'~1 ~JI;C enCl0surü. Has a standard 4-20 mA output and has up ,lo4alarmo'ûtputs, (D) ).. ' " " ' " ,',,', ,;0:" ".~ -, ~ ;,. ' .., . ..........'..'., to indicator., B ~¡ ':" i ~1 ! ~,1, , ~"'f~ ,:::.,:~ · , 'It> ~ " ~ 1,;' ~ ,';1<;.........., ,'" ~ .____. _. ,t4"'~.h· ,-_.~; --~ D 2 ':1,',: " '.,.' ·:e, ..--- ~- --------~--- ,J . Hersey Electronic Liquid Level Transmitters .... .~. MODEL 2020 NON-INTRUSIVE LEVEL TRANSDUCER' The Mqdel 2020 Liquid Level Transmitter uses the field-proven technology of variable capacitance mea- surement to convert mechanical motion created by pres- sure changes or differences into a useful electrical signal. The result is excellent performance in the most difficult of applications. Differential process pressure is applied across the seal diaphragms of the sensing unit. The process pres- sure is transferred through a non-compressible fill fluid, to slightly displace the measuring diaphragm. The meas- uring diaphragm acts as the common capacitor plate between two fixed capacitor plates. The displacement increases the distance from the common plate to one of the fixed plates and decreases the di9tance from the common plate to the second plate, resul.~ing in a change of capacitance that is a precise function of the differential pressure, The change in capacitance is detected in the , amplifier and is then converted into' arl output current signal. ' Compact modular construction is the key to easy maintenance in the Model 2020, In fact, you can perform most maintenance procedures with a minimum of time and tools. The same goes fe'r servicing, High .reliability makes servicing infrequent,modular'construction makes zC it easy. ' " The transmitterdesign ess'~ntially combines a detect- ing unit with an electronics unit. The detecting unit con- sists of process flanges enclosing the sensing cell, which is itself a completely electron-beam welded assembly. The electronics unit has an interchangeable amplifier and a base printed circuit board which consists of passive components for temper;¡ture compensation. The elec- tronics enclosure is a weatherproof NEMA- type enclosure and has two separ- ate chambers: one for the terminal connections, another for the elec- . I :. l' ~. , ¡ f" \.- - -- tronics. The terminal connectiôns are sealed off from the eleçtronics so that the electronics circuitry is not exposed tqJ the atmosphere when the terminal box cover is r~Ínoved for wiring hook-up. "!:{ , ;i With a 10:1 span turndown ratio, the Model 2020 offers ¡a~ wide a range as any transmitter available. Since each ., ' tt~ansmitter has such a wide rangeability, you can keep , fewer on hand and still meet most of your needs. The wide ra,ngeability combines with the zero control to give you gre,:\t v,ersatility. As a ~ypical examþle, the 50" w.c. range Mo<;ie12020 can easily be calibrated to 45-50" w.c. output t (4mf', at 45",20 mA at 50" ~.c.). ~. , : . '"The Model 2020 gives you top performance from as low as 0-:-5" w.c. to 0-1250'~ w.c. The instrument comes with ,either a ,150 lb. or a 300 lb. ANSI flange for flush mO~,htif1g., An~xtension is available to suit your special '. mountihgrequ¡rements. '·Jrrittì8se tough applications where a corrosive fluid is i~compatiblewith carbon steel or316 SS,you can instead cI~oose Hastelloy C,· Monel, or Tantalum. FM explosion- proof approval is standard for hazardous locations. Class 1,tDivision1, Groups 8" C, and D. FM Intrinsically Safe a~þrov~1 ôr CSA approvals are available as an qption. -', : '~""., - . -. .' , In tçUghconditions - low ranges, high static pres- sure,overpressure, corrosive process fluids, hazardous locations - Hersey Series 2000 Transmitters are instru¡" ments ~::lCé; (Q measure. \ . Hastelloy is a Cabot Corporation trademark. Monel is an Interna,ional Nickel Company trademark. t FIU'~rolube is a Hcoker Chemical.Company trademark. . . j;, ~ J ,~. .' .,.. ~ ."J: 3 , ' J , e " - .", -- - --.---- - --- .... . ----:~-;~,-:..:- i_'_ __._ ~ --..:.----..-....-....:...-...... .-..- ,....... Hersey Remote Reading·Hydr~u~icGauges-- " The liquid level is sensed by afloat which transmits the level through a mechanica(linkage to a temperature- - compensated hydraulic bellows syst,e.m.The hydraulic bellows transmitter at the top, of the tank transmits the liquid level to the remote iridicatormechanism. '. These units are fully automatic, self-powered liquid level gauges with remote readouts which may be located' up to 250 feet from the transmitter.,Units may be installed, through 2-inchtank opening with no intank assémbly required. Units are available for tank pressures up to 200 psig. OPERATION. ,-~t -.... " Standard Remote Read.ing Hydraulic Indicators Senior Model. Recommended for tanks over 15000 gallons, th!3, Senior Model may be used with any tank from3' to 12' in height. Case size is 11 %" by 1 0%". Clock:-likedial has " scale length of 29W' which can accomodélte up to 400 scale divisions. An adjustable check pointer allows liquid level comparisons over specific time intervals. (A) . " Recommended for tank capacities to 7500 gallons, Waterproof Senior Model. .. ,,,¿:,J.Q!~.~,ç.()r:rJP.çtct indicator features a clock-like dial with a < Similar to the Senior Model, this unit has theadded" total scale length of 10 inches to accommodate up to 100 benefit of being waterproof for outside installation. Case· ";scaleidivisions. Case size is 7" x 8'14" without switches. size is 129/16" by 12 9/1,6". {B) , \ 7%"x 8%!~\Nith switches. (D) ---,~. IndustrialJunior Model. Recommended for tanks to 15000 gallon capacity, this mid-size remote reading indicator has a 20-inch dial scale length which can a'ccommodate up t0300 scaledivisions. . Case size is 1 Hs" x 10%". (C) , , 1 : ¡ I 'I., A \ ' J B \' , , . ~: .: .., '" .. 4 e Hersey Direct Reading Me~hani\cal Gaug'es ~>Y::~·.;.,~.' . , , . , \ /' ( Of rugged construction for outdoor installations, these gauges feature å sealed indicator mechanism to, prevent condensation on the dial face or glass. Gauges may be installed through 2-inch tank openings with no in-tank assembly required. Indicator mechanism is com- pletely isolated from tank fumes either by a metal bellows, seal or metal diaphragm. There are two basic types 'of Hersey Direct Reading Mechanical Gauges: Float with direct mechanical linkage to indicator, and the MDR Ser- ies with a float magnetically coupled to indicator. Operation of Direct Reading Gauges with Mechanical Linkage Liquid level is sensed by the float which transmits the level by direct mechanical linkage through the bellows seal to the indicator. These direct reading gauges' ~ay be ordered with high and/or low level explosion-proof switches for warn- ing or control. Standard Direct Read,ing Gauges are sup- plied for non-corrosive liquids and tank pressures up to 15 psig. A special model of the Direct Reading Gauge is available for higher tank pressures and corrosive liquids. 12-lnch Mechanical , Indicator. Recommended for tank capacities over 10;000 gal- loris, the large Dir.ect Reading Indicator has a scale length of 291f2 inch- es. (A) 6-lnch Mechanical Indicator. This smaller indicator is recommended for tank capacities undeï 10,000 gallons. The dial scale length is141f2 inches. (8) ( .... ;\ A ,; , ,~-:'I:"J ':"':' " :,:. Ma~Þ~:tic )Jirect Reading Gauges Stahdard MDR Gauges are designed for tank pres- sures to 15 psig and non-corrosive liquids. Tube type MDR Gauges are designed for top or bottom installations in tanks having obstrLJctions. Side arm gauges are de- signed for use en the sides or ends of tanks. Gear driven types may be installed in virtually any position on the tank. Operation of MDR Series Gauges With Magnetic Coupling ,/' The rising or falling movement of the float is tr( fo~fned either directly or through gears to the rotational motion of a permanent magnet. As the magnet turns, its -'~motion is followed by the magnetic pointer mounted on 'the opposite side of a non-ferrous metal diaphragm in the " 'ind:cator. Gear-Dr¡ven , MDR Gauges, Forflalige:mounting in atIYP6sitiòn,:f~p, side,or bottÓmoftank. (C) Tube Type MDR Gauges. For vertical mounting in top or bottom of tank. 11;4" or 1 W' NPT mounting with horizontal or vertical indi- cation availabf.e. (D) .- ( -, ·t..';. , '),; ,,'.., .~;,i ,. ,) e e Hersey Pneumatic Liquid level· Gauges There are two types of Hersey Pneumatic Liquid Level Gauges: Continuous readingan'd' intermittent reading gauges, both for vented tanks only~ o o UP TO 1,000 FT, Continuous Reading for Vented Tanks: Operation. A continuous source of compressed air empties the bubble pipe in the tank of liquid. Excess air escapes through the bottom of the I~ubble pipe and out the tank vent. Air pressure in the bubble pipe is then a function of the liquid level in the tank. A pressure-sensitive bellows in the indicator contracts or expands according to the liquid level and operates the pointer mechanism. ------, FI I I I I _J UP TO I~O FT -- - o HAND PUMP . Intermittent Reading for Vented Tanks: Operation. " A built-in hand pump (except on Model 276 which uses a separate hand pump) is used to empty the bubble pipe of liquid, in lieu of the compressed air source used in continuous reading models. The maximum distance to the remote readout is 150 feet from the tank. Except for , this difference. the operation of the intermittent reading Pneumatic Gauges is the same as the continuous reading models. . . J. Pneumatic G,auges may be used on any shape of tank -. with remote readouts up to 1000 feet from the tank. Transmitters fit into standard 2-inch tank openings. High an110w level switches are available for each continuous íeading indicator. ISOLATING OIAPHRAGfoA Model 401 Transmitter for Vented or Non-Pressurized Tanks: Operation. The Model 401 Transmitter for Continuous and Inter- mittent Reading Pneumatic Gauges operates from either , a hand pump or continuous compressed air source. Liq- uidin the tank is in contact with the wet side of an isolat- ing diaphragm. As the liquid level changes, the, dia- phragm cause~ a change in the supply air pressure which is sensed by abe,llows in the indicator. The bellows in the ilidicator controls the position of the dial needle. The f\¡:odeI401 Transmitter may be used on all Hersey Pneu- matic Indicators. replacing the bubble pipe arrangement. LEVEL INDICATOR , IThe.MOÚaI401 is flange mounted at the bottom side of a tkn'It'Ä316 stainless steel diaphragm separates the m~asÜred liquid from the gauge air system. The unit may ûeleasilyremoved for tank cleaning. The diaphragm also ,. may be easily cleaned or replaced. It is the only moving \ part in the transmitter, and it is the only transmitter partin I con~aci with the liquid in the tank. . ¡ 6 I Hersey Pneumatic liquid Level Gauges \~ MASTER MODEL PNEUMATIC INDICATOR e Clock-like dial has scale length of 29V2 inches and will accomodateup to 400 scale divisions. Unit is recom- .;,. mended for tank capacities over 7500 gallons and 41" to 924" w.c. Case size is 12Va" x 12Va". (A) LARGE MODEL PNEUMATIC INDICATOR , This indicator is recommended for tank capacities 25,000 gallons and 45" to 295" w.c. Dial scale length is 10 inches and will accommodate up to 100 scale divi- sions. (8) c I.~~: < A CB . " - SMALL MODEL PNEUMATIC !NDICATOR For tank capacities to 5000 gallons and 25" to 152" w.c., this indicator has fi 5-inch scale, length for up to 50 scale-divisions. Case Size is 7" x 6v..". (C) MIDGET MODEL PNEUMATIC INDICATOR. Scale; ,ên,!;1'~nis 3Y2 inches, for up to 40 scale divisions, Reeomm~Dqed for tank capacities to 2500 gallons and 25'~to 152!!:\W.c. Case size is 5 1/32" x 4 19/32". (D) , ,. :" "".:i.,':,',:,:', ' , 'MODErX'276 PNEUMATIC INDICATOR ~'\\~.~';:--; . . .':' ForanYJank with 25" to 152" w.e., the model 276 has a linearsc~'t~graduated in Va - tank height increments. Case s,izeds:3v.." x 3v..". (E) , "": ,:/f;;i;7 .' .-', ¡ ,.!~. ( :~,; ..4>;,..;~, ,C 7 (:' , ~ ',"' ¡i F' , ,;~W,' e ----~"- --- .~".-.'..;. . e Specifications for Hersey Liquid level Gauging Systems The t~~p.5,mitter unit consists of a continuously wound Ni Chroq:'!~:.'r?sistance strip, a return' magnet strip and a goldpla~~}W:ontact element within an inert atmosphere, totally S~~!~5~ in a 304 Stainless Steel'Housing. The exter- :nal!y rT}~~~~led sensor/transmitter unit is capable of being insertêdWlfPugh a 2" tank opening and extends to the ¡~?ttqW;~Ii¡jÎe tank. The internally mounted sensor/trans- YfT)i~t!:}r;lJ:rJ!t~\s mounted to the side of the tank utilizing a full "'lengt~lc~hgitudinal flange arid the transmitter extends to th~bottom:.of the tank. Thès~,/"Isor/transmltter is FM approved as intrinsically safèfor;iÇlass 1, Division 1, Group C & D Hazardous locationš' when used with safety barriers as specified by the manufacturer. The transmitter has a resolution of ± .125 inches of actual liquid le\lel. Operating temperature range is -700 F to 2000 F. Electrical connection is W' electrical conduit connector Wi!!l potted cable exit. The remotè: indicator shall be (surface or panel) mounted. 14W' The surface mounted indicator is enclosed in a weath- 29W'rðr-proof JIC enclosure. It has a custom calibrated, 2500 10'12" dial. The surface mounted indicator has a stand,'~ " proportional4-20 rnA output. Two or four fully adj ustéL alarm outputs are available as options. Calibrations are accomplished by screw driver adjustments inside the '.enclosure and read directly from the dial. Alarm contacts Continuous Reading'i'i,,;aì~ íé!:zd for 5 amps. Tank gauge(s) are the dial type calibrated in gallons . The pane: mount indicator can be used as a free stand- (or any other unit of measurement). The system includesiri~~ ,::-,¡,' t has a CU$tom calibrated 2500, 10W' dial. a pressure regulator, air filtet, hand valve and tan1< . The, par:! mount enclosure has 2 fully adjustable entrance fitting, and is actuated by a source of clean dry alarmset~rig:>and power on/off switch on the front panel. air. A"bar[i~~HxM terminal block is provided internally for The underground portion of the transmission tubing transrrijtt'~;~:sonnections, 110 volt A.C. connection, and should be protected by a 1" steel pipe cpnduit using long ou.tputp9Pt\;èctions. radius bends where necessary. ¡, ,The;WiJing between the indicator and the transmitter ShOlJld':rb~H3 conductor, minimum 18 AWG, shielded ",', ,:(' 'cablê>lt-ëiéfn be provided by others - or by Hersey as an 0ption·:,;T:~/ Hersey Hydraulic Remote Reading Gauge Tank gauge(s) are of the dial type calibrated in gallons (or any other unit of measurement). The system operates independently of anyoutside source of power. Dial read- ings are not affected by chángesin specific gravity, vacuum, pressure up to 15 psig or normal ambient temperature variations. Length of scale: Junior......................................... 10" Industrial Junior ............................... 20" Senior ....................................... 29.5" Hersey Mechanical Direct ~eading Gauge Tank gauge(s) are of the dialtype calibrated in gallons (or any other unit of measurement). The movement of the float and arm assembly is transmitted through a metal bellows seal which isolates the pressure within the tank. Length of scale: 6" Direct Reading............................. 12" Direct Reading ............................ Hersey Pneumatic Type Gauge Hand Pump Manually Operated Tank gauge(s) are of the dial type calibrated in gallons (or any other unit of measurement). The system is manu- ally actuated using a built-in hand pump (except Model 276, which uses a separately mounted, hand pump). The underground portion of the transmission tubing should be protected by 1" steel pipe conduit using long " radius bends where necessary. Hersey VR-2 Electronic liquid level Gauging System The tank gauging system consists of a resistive sen- sor/transmitter element, a float encapsulated magnet ant a remote read-out indicator. - ) ! - -- '...... , .. ". ~. U ;.\ I. :.\ !:; ~ He~s~'y'¥lectronic Liquid level Transmitters The tå'nk gauging system consists of a floating cell type differential pressure transmitter y¡ith remote read- out. . The transmitter Ünit consists of a detecting unit enclos- ing the sensing cell. The unit is electron beam welded, The transmitter is constructed of 316 SS with seal diaphragms of 316 LSS~s standard. Fill fluid is Silic Oil or Fluorolube Fill (optional). ¡ The transmitter is FM approved as intrinsically safe for I Class I, Division 1, Groups B, C and D; Class II, Division 1, ' , Groups E, F and G; and Class III, Division 1 hazardous ¡ ioeations when used with safety barriers as specified by 8 -- 'e ..<':.-. . the manufacturer. ' . The transmitter has an accuracy of ± 0.2,5%. The operating temperature range shall be -200 F to + , 1800 F. The electrical connections are %'~ -14 NPT,with screw terminals in terminal box. The remote indicator can be surface or wall mounted.',J The surface mounted indicator is enclosed in a weath-) e¡ "'I -". .----- - - . , er:'proof JIC enclosure: It has a custom calibrated, 2500 '10%" dial. The surfacemounted indicator has a standard , proportional 4-20 mA output. (Seè Page 8) ,_.:rl'1e wiring between the indicator and the transmitter ¡jhouTct~.be3 conductor, minimum 18 AWG, shielded ·cable. !tcan þe- provided by others - or by Hersey as an éptiôn. I ~~~ ~. . . 't','" -', t¡¡i'~¡!~\~~i;~¡ . - A: (- '~,. '.'/ . , ,~, . ~ '.,. ¡ J ~iW;¡t~;V¡t :. ':_"-~"~>\:':) t. " ,"- ( '- . :o,.o..i - ;1'. :\ / ~' .i\ (" \,-. -+ler~y , PRODUCTS INC ,..;' ; , " ,.'. ,Old Vé1l1ey Falls Road, Spartan..:~r~, S:C, 2930:1 (803) 578-3800 Telex 80-9430 HYDRAULIC & i5íRECT"READING TANK CONTENTSêÄô~N~'{ SYSTEMS t,"''-'')~~--\!'''' ,i,il,; ." ~ -':.. ( . ,e' I, I .. I ! . HYDRAULIC SYSTEM SPECIFICAT~bNS ! J '. ~ .. \,..., , , Tank Gauge(s)-Shal:be of the dial type calibrated In gallon8 (or any other unit of measurement). The system " ' shall operate Indepen~ent of any outside source of power. Dla! readings shall not be affected by changes of specific gravity, vacuum, pressure up to 15 psi, or nonnal ambient temperature variations. ., ;; ~ The underground portion of the transmission tubing shall ,be protel:ted by 2" minimum conduit using long radius bends where necessary. . Gauge(s) shall be ................. "~""""""",' ;,}speclfymodel) as manufactured by , Hersey Products Inc., Spartan burg, So. Car. 29303, órapp~·.wed equ~S. . ;~I·' NOTE: ¡â" 'i~ , , While even the smalle.t gauge can be used on a large tank,lt Is contlcier~ good prectlc:e to seleet a scale that will provide closer Indlc:atlon ) o' ttie tank's contents .-.~f·~~,;.:..~ -::¡¡ p.-inciple of Operation of the Automati4: HvdrauU4: Gaulle Senior (Standard Case) Senior (Waterproo' Case) 30" over 15,000 'Ial!~ns, "",! . ~l!4;~t4MS, I.'" ' , The following table Ia submitted OI)ly at a general guide to the selactlon,," a model that will 'provide reasonably close Indication: Suggested . Model Poioter Travel Tank Capacity 10" un/or 20" 30" '!I;. . _' ECT READING SY$TEM SPECJ~iCÂTIONS ~:, '. . Tank Gau s>-Sha~1 be of the dial type calibrated' ¡¡'¡'gallons (or ,':my other unit of measur ent). The movemen thf: float and arm assembly inside ~he tcnkshail be transmittedthr gh a metal bellows seal whic . olates the indicating mechanism', fr<.,m the liq,'Jid, fumes or essure. The indicating mechanis", s I be protected from conde~$crlion by m.eans of a ydrating agent in the housing. . "", , Gauge(s) shall be......... ................................:. ...........m...........m.;...". (specify m en l']5 manufactured by Hersey Products Inc., e~ual. NOTE: While even the smallest 9all~e can be used on a r9.',tank,,~. it is 'considered good practice to se'ect a sea at will,pr,o,',.,~ " . :}-, '., ..---:-_ vide closer indications 0' the tank's con ts. ~ ~:: :::~:;;-;:. ':·:':'~å:~~;::~ ·åil/ p:.:¡~: ~.:;,.~:~:,~.¡~;~',s,::,: ··i· . .... .' ], " indication: Suggest~d , . , Model Tank Capl ,cJty. , ',' ",' 6" f~:ect a' ord~:rizontalJ 14%" to JO;OOO !;'¡,Î(~'ris 1::, ';, < ",'., irect leader 30" over J 0,000 ¡Jallonl , (V.rtical or Hor;zonlølJ . 'f\-' .::..:>. .. ...,. '0' ~ / Prindplc of Operation of the Dire4:t 1leadins Gaulle LOG..lL12_ -76 LENGTH OF TUBING IF TANK IS OTHER, THAN CYLINDRICAL SUBMIT SKETCH ON REVERSE SIDE. INSIDE I TO -- - INDICATOR 2.-ADVISE ;F TANK IS VENTED OR UNDER PRESSURE. STATE P. S.I.OF PRESSURE. SPECIFIC GRAVITY NOTE I.-IF LIQUID IS CORROSIVE ":'0 SiANDAR!) PA~TS SHOWN IN SKEïCH Or TANK, SPECIFY MATERIAL REQUIRED. ALSO ADVISE SPECIFIC GRAVITY OF LIQUID. -+Ie, rse" uremenl Division . ·";1,,,,,..,,. MM' s c 29303 ?ROO.JCTS d Spartanburg, . . ' Old Valle~ Falls R~le~ 80.9430 '. (803) 578·3800 e F UNDER PR[!SSURE P.S. I. PRESSURE " H 0 SET POINT IN GAL ..- OR IN FT. I LO\V~ ê,~;IJ8!3·I{. c.z9 1:'::~~T;gSN~J,,1 N GAL . "\;~~~~','rCS,1;}:{':S:~,:~·_:P R':IN/'~f. '\ ' " . ,,- 2"';~t.;~~~1·"p'PLESlJPPLIED· "d';):': ~" ~~¡·j!'~;~1~~~:~ ~Æ~¿"tl~~·:~vit ;i. '." IFSTAND PIPE IS ~e GH SWITCH FŒl MORC THI\N 2 SWITCHES CONSULT FACTORY -- ,I ._-- ~, " ;. .....~. -.. ...,.", 1 I I MOUNTING FLUSH 0 WALL 0 NDUSTRIAL JUNIOR JUNIOR JOB # CUSTOMER # P o. C) Fill in all dimensions, check Indicator required and answer all questions. If necessary write in space provided below any pertinent data dealing with the conter11þlated installation. HERSEY HYDRAULIC GAUGE ORDER DATA SHEET ,e .' .('~. . ! ' e ,. , INSTALLATION, INSTRUCTIONS SENIOR, INDUSTRIAL:]!JNIOR· AND JUNIOR HYDRAULIC LIQUID, LEVEL GAUGES, CAST IRON AND HIGH PRESSURE MODELS I' \.. c ;. ',; .~ . . , . , ";... ; ~ . ".\ . ~:~ ¡',}"" '.) / ,,".", HERSEY PRODUCTS INC. " . MANUAL 60015P998' February 1, 1982, . ~- - - -~--_.- -~-- / c' '\¡"'rit';:'I\~';';I' i: '-·,t:.. ;.·rr".,-. 'I ¡' Ï\I.I..... \U... "I L... LII~IL I¡Lr\";'1 ·~u. ,,',: . ¡: C). ¡1G:'~ ~j.}; 2!J~"J ¡;¡~,;.~~I.'-' :..Q~;:{r ~Ai'; 11J;-"·,I¿J. C,',LiF. ~~~P3 ('il:':) 3~S,8L22 e e .~-- ~~~ ~-, -,-,----~ ::' :, TABLEDF CONTENTS ,ì ' ,/- 'I "-it' ; " , ,'-;.1 ;.i:_J Page ..- i..,".:.:" 1. 0 GENERAL ..,.. . .' t . ............ 1 " - - -', ';-'-"~' . 2.0 INSTALLATION OF TANK EN[j ASSEMBLY. \ .' 4 - 3.0 ATTACHMENT OF TRANSMITTER 'IG TANK ASSEMBLY 6, 4.0 ADJUSTING THE POINTER STROKE . · · · · · 8 , 5.0 FINAL REASSEMBLY . . . . . . . . . . · · · · · 10 ,6.0 ADJUSTING GAUGE OUTSIDE OF TANK . . . · · · · · 12 C~,~, ,:. I' . .,' ~.';. ¡ .. / «' ~ ...... I ¡, i - --- - ---.-----.--. c f~" . _-/r ~. " e . LIST OF ILLUSTRATIONS Page '- - , FIGURE 1 : ASSEMBLY OF TANK UNa- AND FLOAT ARM ASSEMBL I ES . . . "1 . . . . . . . . .. 2 FIGURE 2: INSTALLING THE TANK END ASSEMBLY . · . . . FIGURE 3: ATTACHMENT OF TRANS¡"1UTER TO TANK END ASSEMBLY. . . . . . . . '. · . . . ',', 'Ò: .l FIGURE 4: ADJUSTING THE POINTER STROKE · . . . 7 'J' FIGURE 5: FINAL RF.ASSEMBLY. .. 9 . '. 'If . . . . · . . . . FIGURE 6: ADJUSTING GAÙGE OUTSIDE OF THE TANK 11 ,¡\" : , ..' '" ./, ii 3 ~ / <r' - . e , ! I I -- -~~~~- ~-- -----'-~-- 1 .0 ' GENERAL (/""- '.¿¿ I All models consist, basically, of two main components; (a) the indicator and the sealed hydraulic tubing and (b) the tank assembly with float and float arm. Since the indicator and tubing are a totally sealed hydraulic system, the tubing cannot be lengthened or shortened in the field. It is, therefore, suggested that the distance between the t~nk 'opening and the indicator be carefully checked to make certain that sufficient tubing was ordered. THIS SHOULD BE DONE BEFORE THE TUBING IS UNCOILED AND ANY ATTEMPT IS MADE ATuACTUAL INSTALLATION. Excess tubing may be coiled around the tank assembly ¡in'coils with a diameter of not less than 1411.· , .' f' .' '," , The hydraul ic level gauges to which these ins..trllc-t'io~sapply are suitable for installation on tanks containing light òils a;ndpther" liquids that are under pressures not exceeding 200 pounds per squareihch gauge (psig). NOTE: For, tanks with pressures not exceeding 15 psig, stainless steel tube floats or stainless steel ball floats may be used'¡~ depending 011 the specific gravity of the liquid. Polyurethane foam filled stainless"steel tube or stainless steel ball floats must be used for tanks with'pressures greater than 15 psig. Hydraulic level gauges can be furnished,'with tubil!gJ~ngths up to 250 feet. In no case should the indicator be located more than 25 feet above or below the transmitter. c· This gauging system was manufactured and adjusted at the factory for a specific tank diameter furnished. by the customer and, therefor':!, should not require additional adjustment. However, due to va~iations in tanks and installation factors; adjustments may be necessary tofi r'r:' tlln.~ the i ndi cator. Two adjust- ments are provided at the bellows seal fo.r t.~is purpose. One, the adjUsting block controls,the total amount of pointer t':¿p:el. Two, the push rod adjust- ment controls the pointer position. ' ('" CAUTION: BOTH OF THESE ADJUSTMENTS ARE EXTREM~LY SENSITIVE. AS LITTLE AS 1/4 TURN OF THE NUT RES~LTS IN CON- SIDERABLE POINTER POSITIO~ CHANGE. wHEN MAKING ADJUSTMENTS, BE SURE TO TIGHTEN ALL LOCKING NUTS BEFORE MOVING THE FLOAT TO CHECK RESULTS OF ADJUSTMENTS. ", ~~ f", Before proceeding with the installation,i\pla-ce the indicato\'" in the upright position. The pointer should stand at the neutral position when the neutral pin is in place in the transmi tter. Do not r'2moV~ thï: neut~a 1 pi n from the transmitter unti 1 ready to attach the transmi:-.te:'" to th:: tank housing. If the pointer is off the neutral, position.;bymo·~e t~~üll: 1/2 ìnch, the indicator, tubing and transmi tter shoul d be returMdto Hersey :Products for inspection. ;;i '¡ , ¡ ,! ¡ í i ¡ '. ~ Kit contains th~ following parts: , I DESCRIPTION The Hersey Installation ITEM 1 2 3 4 5 ./ ~' QUANTITY 1 1 1 10 10 ; ~ . , " . : ; . - d ' i"· .~-' . _':,; .:\1; Manual ;,"Transmi tter Gasket ,Twine, 27 Feet Wood Screw, #6 X 1 Line Clip \ '". I ,j í,I!, , i '. ~ \. ; ~ - .. - \ ~ ¡ (, .; '"", !,-\ F: '. I\) , " 'F' -...-., , ''\ ~ : .;. - (;> PIV~ Å ~LOAT , ARM LEVER . \'\ " , Ù~ J .~Þ-~¥--~ f """e',o" . ," /",',,"/,.,/,.' <~/)_Y/' . 6:;", ' . , , /' , '" ., ' , ' , ' , . .,. . . ~FLOAT AND FLOAT ARM ASSEMBLY . ". .... . . .' ;'.õ1¡~. .:':- ,.'. ::: ) . I ,e , .. FIGURE 1 : ASSEMBLY OF TANK UNIT AND FLOAT ARM ASSEMBLIES .I'!:Z:'_, "r"~ ....¡. e " I ' ,e ,- I:' :- - ,', . -,< ,e ~ \ ..-.-- -,~ './ '~ ~ '\r , PULL FLOAT UP, ,WITH ÇORD ..", ,.,'" ,.' . . . - . - - . TO PREVENT JAMMING , ' . -. . . ON-TA¡\IK BOTTÖM ATTACH TANK END A~SEMBL Y TO THE FLANGE WITH 4 BOLTS '.....- -- .,', ',' . -----...:---. FIGURE 2: INSTALLING THE TANK END ASSEMBLY -¡ I "I -- -', .<?__...:.~:':' . ."'; I , I ~ //'.- ,I' ~ . ,,' , . e , , ,e "." ;,:i .-- -----~ , ' 2.0 INSTALLATION OF TANK END ASSEMBLY 2.1 Attach the float arm :to, the pivot lever as sh:þw in Figure 1. 2.2 Remove the-front cOVer from the .tank end hóusing. 2.3 Ins'ert the stroke setting cord (twine) through the, hole in the float arm then through the hole in the fulcrum pipe. Pull the cord up through the housing and knot both ends together. 2.4 Check the tank to make certain that the float and float arm have sufficient clearance to move from, the bottom to~the to~ of the tank. Move the float arm assembly by means' of the stroke ~ettingcord. 2.5 Install the tank end assembly as shown in Figure 2. Check the float and float arm clearance bein[ careful not to bend, the float .!!:!!!.,' .. ,... i,. :,,1, ,I «' - 4 -. BACK COVER~ (JlhlthllhlllllllillllllhlC3 ÐI IIIIIIIII IIIIIIIN ~~ . ' " . I, ' BELLOWS~ " " ASSEMBL Y 1,,;\;>.,: e --~ --------- GASKET / -\ I FIGURE 3: ,~ - ~ ; . j . ". /~ ' , ~, t1-;- , If °0 ~ ~ STUD \ ~N)T ~\ HEAD PIECE / ;1.. ' TRANSMITTER GASKET ( \(. ADJUSTING BLOCK PUSH ROD ADJUSTMENT I i I LJJL '¡, : '(b) ';;'" ',n, ;¡, i{"i ATTA,c~M~:Nt OF _ TRAiNSfv1ít;tE TO TANK ", " .. ), , END ASSEMË,L Y / ,,' ,~ q,..., ì-.·:'1 "./'__ ',': .-.~ {:- :',. e ~;,,:,i'. 1 [,-- \~ . . '. . " . . . .. ',',', ,-....- ,. 3.0 ATTACHMENT OF TRAN~MITT~~TO.'PT:AN,K ASSEMBLY' -~-~. ~; ;::'~ ;-'.: >< j ~~t: 'f· ,"~' ::, : ;'i, ','~.: '..'~ :;(1 , CAUTION: SLOW MOVEMENT OFtrHE:FLOALAFTER THE TRANSMITTER IS CONNECTED TO THE. TANK, ASS",EMBLY IS EXTREMELY , ..... IMPORTANT IN ORDER',THAT tH~ HYDRAULIC SYSTEM WILL NOT BE DAMAGED; A\MINIMUM QF 30 SECONDS SHOULD BE TAKEN TO RAISE THE FLOAT TO THE TOP OF THE TANK AND ANOTHER 30 SECONDS ;.TOALLOIJ~ IT TO RETURN TO THE TANK BOTTOM. AVOID KINKS OR DAMAGE TO THE HYDRAULIC TUBING AND DO NOTFA5TEN THE TUaING TO A STEAM OR HOT WATER PIPE. WRAP A CLOTH AS PADDING AROUND THE TRANSMITTER TO PROTECT IT FROM DAMAGE AND DIRT DURING INSTALL.4TION. I 1 3.1 3.2 Remove the back cover from the tank end housing. Remove an E-ring from·'one...~nd of the pin and remove pin. from the link. 3.3 Remove the head piece from the housing. 3.4 Remove the neutral pin from the transmitter~ The transmi~ter cannot be put into the tank assembly with the ~eutr¿l pin in place. ( 3.5 Place ~he fiber transmitter gasket~o~the face of the transmitter socket. .' \í 3.6 Put the transmitter into the sockef:making sure that it is properly sea tee (the end of the transmitter stroke·' leVer fits into the slot of the link). 3.7 Pull on the stroke setting cord to:alignthe holes in the link wìth the hole in the transmitter stroke lever·./ . , ',~;\"> :;)-// (;' l t,; í,;¡: 3.8 Replace the pin through the link '~Í1dt;r"å~~m;:tter stroke lever. Secure the pin with the E-ring.;~,,::, ,; " ~~;_":: ,}~:'~'h \:' .?:; \::-!t~:':;~: ·:·:',-~'V "~. \ ,/ 3.9 Put the head piece over the tubinga:nd'pr:e$s"itagainst the transmitter, fi xi ng it in pl ace on the three stu4si,on;rthetank end hous i ng. ~.10 Make sure the transmitter is properlY; located and, all the way in the socket., Secure the head piece with the thfèe nuts provided. Tighten the nuts equally but do n?t overtighten., ,:. The gauging system is now ready to be checked ;:¡r.d fine tuned, if necessary. Liquid should nót be ,put into the tank until'after the next series of steps has been complet~d. / ~' <~~ .... . ~..' ': ¡ -, - 6 ~ . Ie. '-e .,...., .~) ¡ I FUlL ,CORRECT SETTING .._', '~ ADJUSTING _ BLOCK BELLOW~ FRONT OCK NUT ~'/', L / I .,~ L . " P_9iN!~I3_$T()P$ - "S~'h)RT POINTER PASSED EMPTXMARK . TRAVEL AND SHORT OF FULL MARK o "--.../ 1/ ~\/ , POINTER SlOP~:' . SHpRT Of EMPTY MARt(ANDPASSES' FULL MARK . ,;";... ~ -.!'" ' ;~'.. H._· ~ TO CORRECT: LENGTHEN PUSH ROD, TURN COUNTER " CLOCKWISE ~ TO CORRECT: SHORTEN, PUSH ROD, TURN CLOCKWISE TO CORRECT: MOVE ADJUSTING BLOCK TOWARDS BELLOWS FIGURE 4: ADJUSTING THE POINTER STROKE .- . ~../ '. 'It , 1\ ) 'v/ ¡ ~J ,~:- LONG POINTf:R TRA '.'EL : ", ..-.-.:"". .,-,'" . . ..~" '. ".- -. . '.. '". ... '.~ - .<~.;; , , ~' TO CORRECT: MOVE ADJUSTING BLOCK OUTWARD ':J ! ~;,~' ~:;. :0--- ,I e e ,tJ,) " 4.0 ADJUSTING THE POINTER STROKE To determine if the gauging system is prqperlý adjusted to the tank and to adjust the pointer stroke, two persons are required, one at the indicator and one at the tank to raise and lower the float. '\ I J The schematic drawings of indicators in figure 4 represent the different approximate pointer positions that may be>encountered if the gauging system is not properly adjusted to the tank ~hen~it i~ first connected. The drawings and notations explain the adjustments.reqúiTêsr,to:~ëorrect the various pointer conditions that may be encountered. ':' ",i;;¡"':,!¡-;:. . ';', ,.~- ,':';'-'" ,: ,::..\:;i';~;: < . CAUTION: VERY MINOR ADJUSTMENT5 ÁRË:ÄLli THAT ARE NECESSARY. ,J "'. ' . :'~'," :"; ~'.~;]. :":, . ''''oO ",:" ¡ '" After completing any necessaryadjustments,m~k~sÜre that all locking nuts are tightened before proceeding with final reassembly. ';;.<. , '," -: :~ " . , I.. ,,' " "'~ .... .". 1 ~ " ~. i ; :.' : ¡' i L."i-- , i .' ,I , t' I ... , '." : ì.t :" / ~' :,L .,ç..~ ". I ;'8- i /e le_ ~ OIIIIItIllIIJl11,ltllltl lf4CJ ' 4 -'IUD .;1 "" .. "'."""""''''~ Þ- . /', TRANSMITTER "_ .~.n (a) LONG BOTTOM -- SCREW, FIGURE 5: ~1,' (b) FINAL REASSEMBLY '.. , ,- Nl'?" ~' I " ' (J) < ,.:. ·1 , , , e e , . .. i (,~>, 5.1 I I . 5.2 5.3 i ~ I 5.4 5.5 5.0' FINÅ~,'RËA;'SSEMBLY" , ..i,", ", ,: i ' " " , Remove an E-ri ngfrom one end of the pin and'remove the pi n from the 1 ink and' transmi tter stroke 1 ever'~ " ',:: ' " Remove the head piece from the hbusing. ' , . ',·;;1 . ' Remove the transmitter from theÚnkassernbly. ; ::: ~: ~ , j . ! : Replace the neutral pin in the tf~ris~ftter. Rep 1 ace the front hous i ng cover and"'secÚre't/ith the six socket head screws provided. 5.6 Locate the indicator in the desired pösition. \~ 5.7 Secure the hydraulic tubing from the indicator to the tank using the line clips and wood screws provided ~n-the kit. NOTE: ' WHEN THE TANK IS LOCATEC SOME DISTANCE AWAY FROM THE BUILDING WHERE THE INDICATOR IS TO BE INSTALLED, THE HYDRAULIC TUBING CONNECTING THE INDICATOR AND THE TRANSMITTER SHOULD BE INSTALLED THROUGH 211 MINIMUM CONDUIT. ANY BENDS SHOULD BE EQUAL TO STANDARD ELECTRICIAN SWEEP. WHEN 211 CONDUIT IS USED, IT IS ADVISABLE TO FIRST RUN'A:PLUMBER'S SNAKE THROUGH THE CO~DUIT FROM THE TANK END, THEN FASTEN THE END OF THE SNAKE TO THE TRANSMITTER ASSEMBLY. ONE PERSON SHOULD GENTLY FEED THE TUBING TOWARB THE TANK WHILE THE OTHER PERSON STATIONED AT THETANK SHOULD GENTLY PULL THE SNAKE .,¡ :' Li v 5.8 Remove the neutral pin from the'trans~tt~er.:: 5.9 Replace the transmitter in the socket making $ure that it is properly seated and that the transmitter'gasket~is in place. 5.10 Pull on the stroke setting cord ¡:o,align'the', holes in the link with the hole in the transmitter stroke lever. ' , '<" , ~ ."~ ... ~ I:" ..:: _ ,"'; 5.11 Replace the ~in and secure with theE-ring~ 5.12 Replace the head piece and secure it with the three nuts. Tighten all three nuts equally but ,do not overtighten~ 5.13 Replace the back housing cover and secure it with the screws provided. NOTE: THE LONG SCREW GOES IN THE BOTTOM HOLE. .( The gauging system is now complete and re~dy for operation. ,'~:'" .:,' '-~ " '. " - 10 '~r ~ ( '-.- ,(e, - PARALLEL LINES REPRt=SENTiNG TOP AND BOTTOM OF TANK : Ie . . I' ---~---'~-~~ ", - -- - -- > HEAVY OBJECTS --TO HOLD FULCRUM ;~}PIPE IN PLACE "- ·~~)'T~7 '" .:~ .""- FLAT FACE OBJECT . ""-TO SERVE AS FLOAT STOP FIGURE 6: ADJUSTING GAUGE OUTSIDE OF THE TANK f/ INDIGATOR IN , UPRIGHT POSITION \ .-/ _."_'_~_'_""'__"_"._ ._~_.," ø-_ , I , I . , - - ,I -I ,... ,... .-... -.---- - l' A . L \i. e e - ---~-----_.~ 6.0, ADJUSTING GAIJG~¡ OUTSIDE OF THE TANK :1 ',," installed in ~ t~nk containing liquid, the above pointer strokeadjl:stment can be accomplished as If thê gauge is to be calibration chetk and follows: 6.1 , Mark three parallel lines on the floor to coincid~ accurately with the tank top, bottom and cente~ line. " , .! ',:~, 6.2 Assemble the tank unit and the indicator tb'¿¡nsmitter as directed above. . i . ~:~ :.-,,, 6~3 Plac~ the tank assembly at right ~ngles t~~the top line with the fulcrum point and float arm resting on~th~ center¡line. 6.4 Move the float and float arm betw~e~ the t6p and bottom lines to check the gauge calibration~ ~ . ~ 'i - 6.5 Make any necessary adjustments as (ou;tl ine'èi' in Section 4.0 ADJUSTING THE POINTER STROKË. " 6.6 After completing the adjustments on the f~ûors make sure that all the locking nuts are tightened. 6.7 Remove the transmitter from the tank assembly. 6.8 Install tank assembly. in tank~ 6.9 Locate the indicator where desired. ,- 6.10 Replac~ transmitter in the ~ank asserr~ly. ~ ~ . , . .1\) i' ..;:.: ; j ,', / ~ - 12 - "".".-.'..,":. I - e LEAK ALERT SERVICE INC. 44S E. BOTH STFIEET LONG BEACH, CA eoeoe 213/42S0CJ2B START-UP SERVICE LEAK ALERT/LEAK RATER Upon, receipt of a purchase order for the ~tart-up of a Universal Sensors and Devices, Inc. Leak Alert or Leak Rater system Leak Alert Service, In~. will: 1. Go to the location and check and verify that all wiring and equipment has been installed in a workman like manner,in accordance with manufacturers specifications, and/or owners specifications, and in compliance with state, county and local codes. Leak Alert Service will, also make recommendations for change when necessary. 2.Certify·that all electro~ic equipment is in working order, by pulling each probe and conducting manual tests o£ each wor~ing part, whether it be liquid or vapor,or pipe leak monitor. 3. Check voltages at monitor box and calibrate per manu- facturers specifications. 4. Place equipment instruction tags and probe I.D. tags in proper locations. 5. Seal boxés with registered sealing devices and n¿tify owner of co~pletion. START-UP SERVICE FEE $250/DAY per 1st panel, additional $125/panel thereafter (Southern California). NOTE: Optionally Leak Alert Service can provide a two visit service that includes a pre-installation, on-site installation instruction session for the installing contractor and the above start-up service. The combin- ation 2 visit start-up and instruction session is $350.00/1st panel, additonal $125/panel thereafter. / ~' In many county or local jurisdictions, it is required that a factory representative meet and demonstrate to regulatory officials the working ability and testing of the equipment before it can be approved. Items 4 and 5 are also part of these requirements. LASOl 1-86 e _ k\\J ~()-\- \ ~ ~ < ~~~ ; ~ \r,.Y' LEAK ALERT SERVICE INC. 44S E. BOTH STREET LONG BEACH. CA EIOSOI5 213/42&002B ) CONTRACT-~ ALARM RESPONSE AND MAINTENANCE SERVICE LEAK ALERT/LEAK RATER Leak Alert Service will provide a yearly maintenance and alarm resp6nse service with periodic inspection, to assure that Universal Sensors and Devices, Inc. monitoring systems are maintained in proper working order. Many counties and local regulatory agencies are now, and will be in the future, requiring minimum ~eriodic inspection and maintenance by qualified maintenance organization. Insùrance companies may also be interested in this service. SCOPE'OF WORK 1. Initial check of equipment and wiring methods to conform to manufacturing, and/or owner specifications and compliance with local, state and county codes and repair as needed or inform owner so that he can have original ~nstaller make necessary repairs. (Note 1) 2. Make quarterly stops. a. Check each probe by removing and manual testing. b. Check alarm panel for proper voltages & functioning. c. Repair as needed. (Note 2) d. Tag equipment as operational. e. Fill out s'ervice card and notify owner of service visit. f. Seal alarm panel with registered seal. 3. Alarm response. ~ a. On call 24 hours. (Respond by next working day.). b. Check all equipment as described above. c. Attempt to locate le,ak source. / <' d. Advise customer of our findings. YEARLY LABOR CONTRACT FEE: (Southern California) $275.00/alarm panel $lOO.OO/probe package per ¿ite. Multiple sites will be quoted on a site by site basis. e _u._ _ _______ e 4P Universal Sensors and Devices Inc. , 9266 Deering AI/enue, Chat$wOrth, CA 91311 ,Phone (818) 998·7121 PARTIAL LIST OF DETECTABLE GASES i' I Acetone Acetylene Ammonia Benzene Butadiene Butane Butylene Carbon Monoxide Diesel Dimethylamine Ethane Ethylene Ethanol Ethyl Acetate Gasoline Heptane Hexane Hydrogen Hydrogen Sulfide Iso-Butanol Iso-Propanol Lacquer Thinner LP Gas Methane Methanol Methyl Acetate Methyl Ether Methyl Ethyl Keystone Natural Gas Octane Pentane Propane Propylene Toluene Triclorethane / c' e e ~ Universal Sensors and Devices Inc. 9266 Deering Avenue, Chatsworth, CA 91311 Phone (818) 998·1121 LEA~ ALERT SPECIFICATIONS LEA~ DETECTOR ALARM PANEL ~be alarm panel sball provide for tbe following: w~atber-proof operatio~; lead seal panel lock-up; audio and visual alarm for each indlvidu~l probe; intrinsic safety barriers for each channel; overall auxiliary alarm relay; built-in provision for i~dividual cbannel alarm relays; built-in provisions for recorder or computer output; transformer isolated/regulated power supply; gold to gold printed circuit electrical connections, minimal electro mechanical components, concurrent leak rate detection and shut-down; positive shut-down of turbines. VAPOB. SEHSOB.S Vapor probes sball meet tbe following performance criteria: small enougbto fit inside a 1" vapor monitoring well; shall indicat~ presence of gasoline, diesel, waste oil and most organic vapors; bavea response time of not greater than 2 minutes; shall provide for an alarm range setting of 100 to 7,000 ppm in air; must provide for operator alert of excessive background soil contaminat~on; operate in vadose as well as saturated loil conditions. LIQUID SENSOi.S Liq~id probe shall meet the following performance criteria: must, fit tbru .75 in tank annular space; provide for flexible cable attacbment thru annular tank space to alarm panel; .25 inch minimum liquid level detection lim1~~with 11q~1d temp. 32 degrees F to 120 degrees F. ~ 2./86 Well In e e ~~ ,"~ Universal Sensors and Devices Inc. - ,----- ---- . 9256 Deering Avenue, Chatsworth,CA 91311 Phone (818) 998-7121 SITING RECOMMENDATIONS FOR USD PROBES LIQUID VAPOR COMBO LALS-IP LAVS-IP LACS-IP Double Containment Double Wall x (1) X (2) (3) Tanks Hydrocarbon x (1) X (2) (3) Resistant Liner In Soil Monitoring Wells NOTES; 12/3/85 Vadose Zone (Dry Well) x Saturated Zone (Wet Well) x (1) USD liquid probe ~ill detect presense of any 1 i qui d " i . e., wa t e r , gas 0 I i n e, 0 iI, e t c., but will not differentiate between water and hydrocarbons (organic). (2) Combo probe (2 sensors) will discriminate between water and hydrocarbon (organic) based liquids. (3) Sensors from combo probes need not be set in same monitoring location i.e., liquid sensor to double walled tank and vapor sensor to vadose zon~ well. / ..' DEaCRrP'nON LTR DATE I ~ REINFORCED CONCRFrE . .... " \M~' \ \ ~. - ::.:::~._- \\ \ \ EL.aY eO'CAPPED ELBOW CEXP\.OSION PROOF) ': '\ WrTM THREADED REIIOYABLE. COYER --- '-- \ ...."'"",- - - '- ~- \ :, .,.: '," (' - - ," >' ,'" ,I '"'- \ ~ "t -..,. r I.: ---¡ EXPLOSION ·PRooF AlNCno. 801 SEE MOTE , UNT WALE UNION CUJI'lOSIOJII PROCr:) ~ !EE Nr:m I :~ JG .'\ I .", , ". I---'-- ,. I ,¡ j \ L--..j '- ~r L112""" OA " ~O.DUIT TO THE .U:T WÐ.L .. _ " . 011 T.... \ \ . . . C. LEAK ALERT "ANEL ....-. L---.J O· o o o 0 e CONDUIT CONNECTED TO THE WELL OR TAN. . < ., ~ ~ ~ \.NV8'ISAl SENSœS & DEVICES N:. ~ c-."~~".J" -- "ONE 1-:-:--· :> ~.. H.AZIZ _.... 1IH./.. t-v- -s:- .:> IlÆCO....OIOEO UAK AL£KT WiltING Fall aE ltYK:E .TATKHI .....;....cAnO.. 1--;.:;:;. AlaEA FROII TAU Oft TOP OP IIOfIIrTO" WEU 1 .111'" Oft MEA TEA _.._ BOTTOM ËYA_OAUCUD- --- (AJ - FCA £IQB.Æ WAU. T.... MC»n0AlMQ: ... L.ALa-1 UQUD ..... LOCATE ..-oR AT ~C* CI' TM! .........ut .AŒ.. G) - FOR YADOIIE ~ WEU. ~ UJE LAYS-' YAIfIICM IBeOft , LccAn lIE EeOA MQIW£ teGt€ST QACUI) WA1IR I.EYB... WARNING: VAPOR SENSOR W""""""" YOID F SLtIMERGED INTO UOUD. ETe SEALING I"IT'TJNG : EXPLOSION PROOF ) FEMALE HU8 TOP ..0· "." .al.· 011 ,. .... MOTE . ....... FOR ØIQINIEER1NG ~1"IOft OILy PARTS AM ~.,-. , ...Q..IaC .. "-1 ~..urr-a -"""'l.ETC* .. BJI'Y-1OQ OR ..,.."ALøT 1_~"L."U.l'_.) ............ .. ....,( 'ee..... _ 808) ~....-nøa,.7D _ 1CJO) OR EQUlVALDfT I .. &&..AM .. ......AC'.2 . I Ko-m AI9'\..ETCIIe" _',A"Z2A _ UA .O"a) OR EOUIVALBIT ... ~.. EYS(,,.2 0A3) AI"P'L£r'OfII .. nwuo,,7a _ 100J QIII ECUVALENT ' . " * -, It ---- ., I I I I I I _-4 EDGECARDCONNECTORS FOR CHANNEL PC BOARDS CH 4 ~ o -0- -<;J ,ol~I~1 UJ J: a:1 a:s<.:J ) ---- -- ò ) - ~ _----1- ~ + --I rt rZENER SAFETY , BARRIER -= --I - - + r--:-- I I I I I -=- I . 3 4 I : ZSB·2 -- --______._...J 6 \ ~ I I I f ~ r1 UNIVERSAL SENSORS & DEVICES INC. 'CHAfSWORTH. CALIFORNIA 11311 ' . -i I --¡--¡-o ~ I I I --r-TO I I ! I ~ I I ~ i I - I . F1 I I I I Y:. Amp Fuse : : ~-----________J : ~ I I ---!...o-- -! I I I I ~ I I I ~ I I I I ++0--- I I I I I I I -¡-¡-o----, :: ..l. ' _ I -: ! '-Z::THERBOARD W I I I , . J CH 3 1 ' 2 CH 2 @ UJZ @ot::~ UJJ:a: a:Sl:J IUJIZ 'I- UJ ,0 - UJ UJJ:a: a:ls,<.:J CH 1 æ .!3- @ § @ 1 ) 0- I K1 RELAY ~Q ^ 4 5 Q3 2fVOLTAGE1+5V REGULA r + 1 1 R R fCR5 +1 r PS1 POWER SUPPLY S1 BASE PANEL WIRINGS RED LAMP ALARM INDICATOR - CO M 1£ NC ~ N,O. 0- TB2 115VAC 0- I 115VAC rc;: - POWER ~ SWITCH r--- I I I I I I I I I I I I I I I I I I I ~ ,- ,...., I I I ¡ L4 ~ ( þ ~ ?R16 .., " , BZ1 ~rcg ï I I I 1 I I I I ! r L; .... ( L..; r L: fi 1 ' '-' L [ e l_ BUZZER - RINGS I .-L. '1' C2 S2 ~ S3 LIQUID ALARMJo- TEST SWITCH 10- 54 VAPOR ALARM JO TEST SWITCH , SI LENCER SWITCH ! ! e i L I L--L DRAWN BY RING DIAGRAM r DRAWINQ NUMBER 84-1010 RI:VIBED -=-- "2 APPROVED .V: ;ÆJL-S f LEAK ALERT SYSTEM W NONE AUG 1984 MODEL LA·04 '.' DATE: LlQUI D SENSOR VAPOR SENSOR Sensors ENCLOSURE COVER WIRINGS (5) VAPOR SENSOR: Maximum Current (Short Circuit) 170 mA;MAX, Open Circuit Voltage 6,9V (4) LIQUID SENSOR: Maximum Current (Short Circuit) 25mA; MAX. Open Circuit Voltage 6,5V (3) ALARM RELAY Product of Aromat Co., Part No. NC 2D-P·OC5V; UUCSA Recognized (2) ZENER SAFETY BAR RI ERS: ZSB·1 For Liquid Only Sensor; ZSB·2 For Vapor/Combo (1) POWER SUPPLY Product of Condor, Inc., Part No. B12·1.7; UL/CSA Recognized '.' NOTES I L. L - --- MASTER RELAY I ~ I I I "- .,._--~ -...,...-'"'..".,....~--..,--~.:..-~. :., . 1 K I , , 02D ,~~ b;;~;l.~ 0: ,. ,01 ~ In '0: ! 'D'-In ' < 0:, .... n u <+ > N,a .... ' + I!~~ o T 0 ~ . 03 , " - ~.. . _-"DO'~-~"'" ~ ~ I r EDGECARD CONNECTOR o 'C:i::\ II:::> c:'t, 1::1 ~ > 0 ~, N < 0: .... .... > + 1 - GREEN .:=a GREEN -== GREEN c=¡ GREEN c:JI 'WH ITE c::::I WHITE ~ WH ITE c:::; WH ITE ~ RED RED ~RED c:::a RED ....- N M V I-:- l- I- I- - .:. U Ü Ü Ü 0-0 c:::::1 o CHl CH 2 ~ c:=> c=> ~ +\- \ + ANALOG OUTPUT ~ c::::. ~ o CH 3 o CH 4 c:::) c:;:) .+ ... è:J c;;:3 + - .\ CHANNEL RELAY DRIVE -~-'-"I'--' ~ UNIVERSAL SENSORS & DEVICES INC. ~ CHAT8WORTH. CALIFORNIA 91311 BCALI:: NONE DATE: AUG 1984 APPROV!:D BY: MOTHERBOARD COMPONENT LAYOUT USD PC-59 LEAK ALERT MODEL LA-04 DRAWN BY REVISED DRAWING NUMBER ~ 84·1012 , "I, < ,~""........~~,_.,..,...."",-~,,: .---.-.."....~v.,......--..,.~:::'I.... oe::::Jo R8 o (0-' ~ o C 1 ~ . 0+ a: oe:::1+ R11 ~CR: ~ o~ 0 , oCJ.o 2QO ~ R' æQ 0 ¡;¡ 0 CR2 0 U o ~ 0 I o o o Z :J, o o TR-:810 TR-810 o o '0 >-1 ¡ ~, UNIVERSAL SENSORS & DEVICES INC. ~ CHAT8WORTH.CALlFORNIA 91.311 SCALE, NONE DATE, AUG 1984 APPROVED BYI DRAWN BY ~ REVISED CHANNEL'PC CARD COMPONENTS LAYOUT , DRAWING NUMBER I J LEAK ALERT SYSTEM USQ PC-58 84- 1 013 1.1. r---~- , ' 1.2. e. e I . t INTRODUCTION GENERAL DESCRIPTION I Universal Sensors, and -Devices leak Alert System is designed specifically for: underground liquid storage tank leak detection ·applications. The system uses two types of sensing probes: (1 ) a thermal element capable of detecting the presence of any liquid, and (2) a metal oxide semiconductor (MOS) sensor that recognizes the presence of most combustibl~ and organic vapors. Each leak Alert system includes an electronic control enclosure, and one or more remote liquid/vapor sensors. INITIAL INSPECTION AND WARRANTY The instrument should be inspected for shipping damage after unpacking. If any damage is found, 'please notify the carrier and factory immediately. Universal Sensors and Devices, Inc. warrants the original purèhaser that its instrument and component parts thereof, will be free of defects in workmanship and materials for a period of one year from the date of shipment USD's sole obligation under this warranty is to replace defective parts, f.o.b. USD's factory, or at USD's sole election , to repair defective parts without charge. Claims under this warranty must be made in writing within 15 days after the defects are discovered, which period of time is expressly agreed to be reasonable. All such claims must be substantiated by USD's inspection department. USD will not be liable for any consequential damages, including, without limitation, damages resulting from loss of use. 1.3. RETURN REQUESTS Authorization must be obtained from the factory before returning items for any reason. When requesting authorization, please state reason for return, date of purchase, instrument's serial number, or your P.O. number and our invoice number if available: ,/ " -1- e e ¡ ---. ------------. H. SYSTEM DESCRIPTION The leak Alert system consists of an alarm control pànel enclosure, and one or more remote sensors. tn' 11.1. ALARM CONTROL PANEL The Alarm Control Panel is' a NEMA Type 4 weatherproof instrument enclosure. Included inside the enclosure are the following major components: ~. . A. Base Plate B. Wiring Terminal Block C. I ndicator Nameplate D. 12VDC Power Supply E. Motherboard F. Channel PC Card G. Zener Safety Barrier I' , I i: I ¡ \ . 11.1.Ä. Base Plate i! " ¡. The function of the Base Plate is to provide a mounting base for the other components. This plate is fastened to the enclosure with four mounting sc rews. 11.1.B. Wiring Terminal Block The function of this terminal block is for connections of 115V AC 60 Hz power input, as well as the alarm relay contacts. Use of each contact is marked on the base plate. i i: I. I.,.... 1I.1.C. Indicator Nameplate The function of this nameplate is to identify the channels, status of power and alarm lED indicators, the adjustments trirripots for liquid alarm, vapor alarm, and Zero and Span for optional analog output. ¡ i " I ! 11.1. D. 12- Volt DC Power Suppl,y The leak Alert system electronic circuit is operated with a 12-Volt DC power supply. This power supply is a product of Condor Inc. and has been listed by Underwriters laboratories, Inc. and certified by the Canadian Standards Association. . This power supply is mounted on the base plate. 11.1. E. Motherboard / «' This mother PC board is to provide the edgecard connectors for interfacing with the individual channel PC cards, the alarm and relay driving circuit, and various wiring terminals for the sensors and analog outputs. - 2- , , . ._._._~--.......,..- I"'";" i ! ;. , Î.. . \, .' : I' \ r ! . L 11.2. e- e- 11.1. F. Chann'el PC Card Depending on the model selec~ed, a Leak Alert system can accommodate up to 4, 8, or 16 sensing probe channels. Functions of each channel is controlled independently with a PC card, plugged directly into the edgecard connector on the motherboard. Each channel PC card can be used to control one liquid sensor and one vapor sensor. An optional electronic- module is available for converting the vapor sensor signal into a zero to 1 volt or 4 to 20 MA analog output. Each channel PC card also provides mounting of three LED indicators for power, liquid and vapor alarms, and trimpots for liquid alarm, vapor alarm, and optional analog output zero and sensitivity adjustments. ' 1I.1.G. Zener Safety Barriers The Zener Safety Barrier is employed to provide safe interfacing betwéen the sensors and the control electronics. More specifically, one side of the zener barrier is connected to the motherboard wiring terminal while the other side of the ,barrier is connected to the sensor lead. The maximum voltage (in 'case of an open circuit) and maximum current (in case of a short circuit) is limited by the zenor voltage and built-in resistance within the zener barrier package. LIQUID SENSOR The liquid sensor uses a thermal element enclosed inside a O.5-in dia x D.g-in long housing. The, sensor assembly is equipped with a 25- Ft. PVC jacketed 2-conductor cable with green and black color code. 11.3 ; VAPOR SENSOR The sensor can be installed in any orientation, and works for most liquids. 11.4. The vapor' sensing probe uses a metal oxide semi-conductor (MaS) sensor enclosed inside a 0.75-in dia x O.9-in long housing. The assembly is shipped with a 25-Ft. PVC jacketed 3-conductor cable with red, white, and black color code. SYSTEM ELECTRONIC CIRCUIT The Leak Alert system electronic wiring diagram is shown in DWG No. 84-1010. It can be divided into the following subgroups: (a) (b) (c) (d) 'Motherboard Wiring Base Plate Wiring Front Cover Alarm Circuit Wiring Channel PC Card Wiring ./ <' The 115AC power is conn~cted to the terminal block mounted on the base plate. This AC power is then connected to the master switch, the fuse, and then to the -,3 - 1 e - 12VDC power súpply module. The 12VDC output is, then connected to the motherboard. The motherboard provides six wiring posts, for audio and visual alarms, arid the alarm circuits functional ,testing switches \l\(h ich are located on the front cover alarm panel. i" ," I ' , i, The interface between, motherboard and channel PC board is ,furnished with a 15-contactedgecard connector~ Next to each edgecard connector on the motherboard are three male' quick, connectors marked GREEN, WHITE, and RED. These connectors are to be interfaced with the sensors via the Zener Safety Barriers. Also below each edgecard connector are two male connectors marked "+" and, "-" to be used for analog output options. ' I; ~ ,0. Mounted on the front cover alarm panel are onered color master alarm indicator, one buzzer and its silence switch, one liquid alarm test switch, and one vapor alarm test switch. The master visual and audible alarms can be triggered with any alarm signal generated from any of the sensing channels. The source of alarm can be identified with the individual channel LED indicators. The. LIQUID and VAPOR test switches are to be used fòr functional testing of the active liquid and vapor channels. i: , !" I : I. I. I' i / ~' -4- e e ----- .- -. ------.--.,-. II ,\ III. FIELD INSTAllATION AND ELECTRONIC WIRING , ' 111.1., ENCLOSURE MOUNTING The enclosure is equpped with four 5/16" dia mounting holes. SeJect a vertical wall or instrument panel free from water splash or dust collection for the enclosure mounting. I; III. 2. SENSOR INSTALLATION I; For, future inspection and service purposes, a junction box should be used to terminate the sensor cable above the monitoring:well or the tank riser. Size of the 'junction box should be 3/4" NPT or larger, to allow the sensor housing to be removed freely when service is needed. I' '.. r. ... Because of its small size, the sensor can be adapted to almost all well sizes and tank gap spacing. Also, because of its light weight, the sensor can bè supported by its own cable alone without need òf any additional mounting attachment. I ¡ i .. The liquid sensor should be' placed close to the lowèst point within the space to be monitored, so as to respond to the early leakage condition. , ,". , ' ; 1 : The vapor sensor can be placed arbitrarily within the probing space due to the fact that the vapor will diffuse and ocèupy the space uniformly under stagnant conditions. However, to avoid' potential direct contact with the liquid in case of large leakage, it . is recommended that the våpor sensor be installed at least a few feet above the bottom of the well or tank. , I II It. \ 1 ! if I'· , I 111.3. HOME RUN CABLE The transmission between the junction box and the electronic enclosure is facilitate.d with home run cable; it can be a PVC-jacketed cable installed inside an electric conduit, or a certified direct buriar cable. An 18-AWG wire size cable can be used for distance up to 1000 ft. A larger wire size cable must be used if the home run distance exceeds 1000 ft. The factory supplied conduit cable is a four-èonductor 18-AWG cable with red, white, green, and black color code. 111.4. CHANNEL PC CARD In most cases, the channel PC cards are installed atthe factory. When field service is needed, the PC cards can be reached by first loosening the three flat-head mounting sCrews to remove the nameplate. The PC cards can then be inserted into or removed from the edgecardconnectors. IMPORTANT: Turn off power before removing/inserting the PC card; failure .to do so may cause damage to the card components.' / or' 111.5. ZENER SAFETY BARRIERS The interfacing between sensor cable (or home run conduit cable) and the electronic motherboard is facilitated with Zener Safety Barriers. Depending on application - 5- I',,· ,. \ ' I r l , r: : . j. , I \:, , , \ ! I: [' , , , j~_. I i \- i . [ . I I I \ .. .. e- needs, two Zener Safety Barriers are used: Model ZB5-1 for liquid-only channel, and ZSB-2 for vapor-only' and liquid/vapor combination channel, applications. The following three different wiring schemes are available: A. For Liquid-Only Channel: Use. Model ZSB-1 Zener Safety· Barrier. ZSB-1 Terminal Connect To B. 3 Motherboard terminal marked GREEN 4 Ground terminal block 7 , Liquid sensor green wire 8 Liquid sensor black wire For Vapor-Only Channel: Use Model ZSB-2 Zener Safety Barrier. ZSB-2 Terminal ( Connect To 1 Motherboard terminal marked RED 2 Motherboard terminal marked WHITE 3 No Connection 4 Ground terminal block and Motherboard GREEN terminal 5 Vapor sensor red wire 6 Vapor sensor white wire 7 No Connection 8 Vapor sensor black wire C. For Vapor/Liquid Combination Channel: Use Model ZSB-2 Zener Safety Barrier. ZSB-2 Terminal Connect To ... 1 2 3 4 5 6 7 8 Motherboard terminal marked RED Motherboard terminal marked WHITE . Motherboard terminal marked GR E EN Ground terminal block Vapor sensor red wire Vapor sensor white wire Liquid sensor green wire Liquid and vapor sensors black wire I!I.G.MASTER RELAY CONTACT The leak Alert system provides a set of' SPOT master relay contact for applications such as remote alarm, automatic phone dialer, or pump shut down controJ;·etc. This master relay is mounted on the motherboard, and it responds to any alarm signal from any of the individual monitoring channels. The relay cO,ntact is connected to a terminal block marked COM. NC. and NO on the base plate. The contact rating is 5A at 125V AC. -6- e e --- - --- -- ----- SENSOR/ZENER SAFETY BARRIER WIRING DIAGRAM CHANNEL BOARD MOTHERBOARD - - +- GREEN +- WHITE +- RED ro" . I,.· I·' ' '. . - r' ., \ \ ZSB-l .78 ZSB- 2 SAFETY BARRIER (.7 . 3 4 ' i.. ! ' .. I I JUNCTION BOX I :\ I . W::'¿ Z ::,¿ °l-U w Z::,¿ w U w -« I- CC:J:-l WU w « ,$CD :J: W« CC -l $ CC-l t:) CD t:)CD +- SENSOR / ~ LIQUID VAPOR V APOR/LlQI,J I D , ONLY ONLY COMBINATION ! . SENSOR SENSO R SENSORS i !- CASE A CASE B CAS E C ¡ [ l. :.... 7 - 1 ---~---~- e e ,111.7. CHANNEL RELAY (Optional Item) 111.8. I, I, ' I' , i' {.., III. 9. !, i ! i Ii , , , I ¡ In addition to the master relay, each channel is equipped with an alarm signal for driving an optional relay. Connection of this alarm signal is a male quick connector located next to the 1,5th contact of the edgecard connector. The output voltage swings between zero (no alarm) to 2 volt approximately, when either liquid or vapor sensor triggers the alarm. Contact the factory for optional channel relay module. ANALOG OUTPUTS (Optional Item) The leak Alert system provides analog output option for any vapor sensing channel. When this option is elected, the gas sensing channel will be equipped with an analog module chip which will convert the gas concentration into current or voltage output. The. baseline signal and the sensitivity can be adjusted respectively with the ZE RO and SPAN trimpots. '. Two male quick connectors are provided below each of the channel PC cards (marked + a~d -) analog output connection. 115VAC POWER INPUT WIRING The leak Alert system operates with standard single phase 115V AC 60 Hz power. 'The power wiring is facilitated with three terminal block contacts marked 115V AC, 115V AC, and GN D on the base plate. Connect the 115V AC hot and neutral wires to either of the 115VAC terminals, and the ground wire to the GND terminal. A 0.5 amp midget fuse is provided for short circuit protection. / ~ ~ 8- e e' IV. OPERATION AND MAINTENANCE .lV.1.SY$TEM START UP After all the wifing is complete, the system is ready for the start up test. Turn on the AC power switch; The green LED lights on the active channels will light to indica'te power on status. If the system is equipped with liquid sensors, the red LED lights might light up momentarily, then turn off automatically after 1 or 2 seconds. i If the system is equipped with vapor sensors, the red LED alarm lights might light several seconds after the power is turned on, and continue on for many minutes, depending on the idling time of each individual vapor sensor. Allow at least two hours of warm up time for the vapor sensors to be stabilized. If desired, turn off the buzzer switch to avoid the warm up audio alarm. IV.2. SYSTEM TESTS AND ADJUSTMENTS " ! ! Each active channel of the Leak Alert system is equipped with trimpots for liquid and vapor alarm setpoint adjust'ments. In. addition, there are two push button switches mounted on the enclosure cover panel for alarm circuits functional tests. I· i \ I V.2.1. Liquid Alarm Adjustments The liquid alarm adjustment Q.,t marked LADJ is located above the green power indicator LEO/~I~d alarm trimpots have been adjusted at the factory prior to Sh~'P eVd hence no field adjustment is required. If, for any reason, an adj ent IS altered, proceed with the following setpoint adjustment proced7~ Step 1. M~re that the liquid sensor is located in dry ambient ~' stL.i. ~ Adjust the LAOJ trimpot clockwise until the LlQU 10 is <)v triggered, then back off the trimpo, t counter-clockwise 1 % to 2 turns from the alarm point. The liquid alarm setpoint , is now properly adjusted. ' r I. If actual sensor functional test is desired, simply submerge the sensor housing slowly into the liquid, the alarm should be triggered immediately. When the sensor is removed from the liquid, the alarm might continue for a while until the sensor element is dried. IV.2.2. Vapor Alarm Adjustment / 'The vapor alarm adjustment trimpot (marked V ADJ) is located'" below the red vapor alarm LE D. It is essential that the vapor sensor be warmed up for at least two hours before the alarm setpoint is adjusted. Prior to shipment, the vapor alarm setpoint is adjusted to approximately 2% turns counter-clockwise from the alarm point when the sensor is sufficiently - 9 - 11"'·' I I r , I ,\:: I , I i -- IV.3. - e ---- ~------ warmed up under clean air environment. When the system is first switched on, the fnitial warm-up period would activate the alarm. If the alarm continues for more than one hour, then, it is quite possible that· the monitoring' environment has already been contaminated with certain toxic gas or hydrocarbons., To verify whether the alarm is caused by contaminant species, simply remove the vapor sensor: from the well, and place it in clean air; if the alarm continues, then the setting is too sensitive and hence, should be readjusted. On the other hand, if the alarm stops, then it confirms that, indeed, the monitoring well has ualready been contaminated. Under this condition, a thorough inspection of the field should be launched to seek the . cause and magnitude of the contamination, and contact the proper authorities to determine ~he necessary clean-up efforts. The alarm trimpot may be adjusted clockwise to increase the sensitivity, or counter-clockwise to decrease the sensitivity. An overly sensitive setpoint maý be subject to background noise effect and causing nuisance false alarms. Under normal· condition (i.e., the field is not contaminated) it is 'recommended to adjust the setpoint to approximately 1% to, 2 turns counter-clockwise back off from the alarm point. IV.2.3. Alarm Test Switching On the cover of the panel housing are two push-button switches marked LIQUID and VAPOR. These switches are for functional tests of the alarm circuits. When the LI QUID switch is pressed, the alarms of all the active liquid ,channels will be activated. Similarly, the alarms of the vapor channel will be activated when the V APO R test switch is pressed. IV.2.4. Analog Output Adjustments (For Channel Equipped with Analog Output Option Only) The ZE RO and SPAN trimpots are for adjustments of baseline and sensitivity, respectively. TROUBLESHOOTING 1. All Green Power LED Off Possible causes and remedies: a. Power Switch Not Turned On: Make sure the power switch is in ON , , position. b. ACpower is connected properly: The 115V AC hot and neutral power inputs should be wired to the terminals marked "115VAC." / c. Fuse is broken. Check the fuse continuity and replace it if 'needed. 2. Vapor Alarm Stays Activated All The Time Possible causes and remedies: a. Vapor Present in the Well: Remove the sensor from the probe well; if the alarm stops, then it indicates a presence of vapor. - 10- e e ---, ---~_. b. Alarm Setpoint Too Sensitive: If the vapor alarm continues outside the probe well, then adjust the setpoint trimpot counter-clockwise until the alarm stops. (See section IV.2.2 Vapor Alarm Adjustments. ) c. Vapor Sensor Failure: If vapor. alarm continues even after th'e V ADJ trimpot has been turned counter-clockwise all the way, disconnect the white sensor wire from the safety barrier ZSB-2; if the alarm stops, then it indicates a short Circuit in the sensor. ' , I d. Channel -PC Card Failure: If after the above three check-up procedures, the alarm still continues, then it indicates a malfunction in the PC card. If the unit is equipped with more than one channel PC card, then check by exchanging it iNith another PC card, and contact the factory or authorized service agent for replacement. 3. Vapor Alarm Fails to Activate when "Vapor" Test Switch is Pressed Possible causes and remedies: a. Improper Alarm, Setpoint Adjustment: Adjust the V ADJ trimpot clockwise to increase the sensitivity, (See Section IV.2.2. Vapor Alarm Adjustment.) b. Channel. PC Card Failure: If the vapor alarm fails to respond to the trimpot adjustment, then the problem might be with the channel PC card. Check by replacing it with PC card from another channel if available, and contact the factory or authorized service agent for replacement. ¡ ¡.. 4. Liquid Alarm Stays Activated All the Time Possible causes and remedies: a. Liquid Present: Check the probe well to verify whether the sensor is in contact with liquid. b. Open Circuit in Liquid Sensor Circuit: Check to make sure the liquid sensor circuit is properly connected. (NOTE: If the channel has no liquid sensor, then one of the following steps must be taken to avoid liqu id alarm: (j) Turn the LADJ trimpot counter-clockwise until the liquid alarm disappears, or OJ) Connect the GREEN wire to one of the Ground Terminal Block contacts.) c. Trimpot Adjustment Too Sensitive: Turn the LADJ trimpot counter-clockwise to decrease sensitivity. d. Channel PC Card Failure: If none of the above, then the trouble could be due to the PC card malfunction. Consult th~'(factory or authorized service agent for replacement. "-11- 1--- . 'e .-_. ----.--.. 5. Liquid Alarm Fails To Activate When The Test Switch Is Pressed I~ . Possible causes and remedies: / I a. b. I i I c, r" Improper Trimpot Setpoint Adjustment: Adjust the LADJ tr:impot clockwise to increase the sensitivity. Sensor Wire' Grounded: Check to see whether the green wire is mistakenly grounded. Channel PC Card Failure: If none of the above, then the problem might be due to PC card malfunction; verify it by replacing it with another PC card if available, and contact the factory or authorized service agent for replacement. , L' ;, ! i i " i r l. , j : .¡ ::", / or' I l _ -12- \ VIEWWINDDW \- \ 1 I - \ I ~I ~ "'-..., ONE CARD PER CHANNEL) ,\OTHERBOARD NAMEPLATE ~ANEL ¡ ~'PCBOARD 12 VDC POWE R SUPPLY UL LlSTED;CSA RECOGNIZED '(0 ~ o AI 0.94 ¡ i \' r-' ! í: ! BASE PANEL 3/4" EMT CONDUIT COUPLING; 2 PL'S , , BARRIERS S1 POWER SWITCH \ !~25 \. SECTION A·A \ I ; L ZENER SAFETY (SEE NOTE (1~)) '. \~ TB2 POWER/RELAY TERMINALS STRIP BARRIER J... 0 ß Power ß & 0 CH1 CH2 CH3 CH4 0 o LiquidO Q 0 o Vapor 0 0 0 8 § 8 0 EW WITH COVER REMOVED TB3 GROUND_____'I TERMINAL . 0 BLOCK -I F1 FUSE r o o CH4 o o '--, i (![} -' L j/ A - :LARM CIRCUIT TESTING PUSH BUTTON SWITCHES S3 (LIQUID) S4 (V APOR) o Power 0 CH2 CH3 OLiquidO o Vapor 0 LEAK ALERT OFF © Test © LIQUID VAPOR /~/ - / o CH1 o o I ~ /- EH1 / NEMA TYPE 4"'"- ENCLOSURE:' ' UL LlSTED'- L4 RED ALARM INDICATOR 13.5 BZ1_ I BUZZER ----..:._ SI LENCE R -_____1___ S2 ¡ i , i I I , i r ! L i, [ ¡O'" "-. 1_- L ( I- i , , þ . U~IVERSALSENSORS & DEVICES INC. CHATSWORTH. CALIFORNIA 91311 < ~ I, SCALE, NONE APPROVED BY: DRAWN BY We --::> DATI!, AUG1984 ~,-> ) REVISED 'J I ' " LEAK ALE RT SYSTEM ASSEMB L Y ! DRAWING NUMBER MOpEL LA·04 84-1 009 . l!:JSE ZSB·1 FOR LIQUID· ONLY SENSOR; ZSB-2 FOR VAPOR·ONLY AND COMBINATION SENSORS. NOTES: I t I I -- e I' II I I; I \ I i:.·, 'I -' ,', . L I" ! l r \ ' , \ i ¡ i í I \, , In . - ....-----~---_. OPERATION MANUAL FOR LÈAK ALERT SYSTEM e / ~' e e , , TABLE OF CONTENTS I. INTRODUCTION 1 1.1 General Description 1 , .- 1.2. Initial In'spection and Warrantÿ 1 1.3. Return Request 1 II. SYSTEM DESCRIPTION 2 (:- 11.1. Alarm Control Panel 2 11.2. Liquid Sensor. 3 11.3. Vapor Sensor 3 11.4. System Electronic Circuit 3 III. FIELD INSTALLATION AND ELECTRONIC WIRING 5 III. 1 Enclosure Mounting. 5 ï, 111.2. Sensor Installation 5 "l 111.3. Home Run Cable 5 111.4. Channel PC Card 5 I J 1.5. Zener Safety Barrier 5 111.6. Master Relay Contact . 6 111.7. Channel Relay (Optional Item) 8 I' 111.8. Analog Outputs (Optional Item) 8 I.. . III. 9. 115V AC Power Input Wiring 8 IV. OPERATION AND MAINTENANCE IV.1. System Start Up . 9 IV.2. System Test and Adjustments 9 IV.3. Trouble Shooting 10 ! . / " I·, " e e - --- ,-- ---------.. I ! . IllUSTRATIONS ' DWGNO: TITLE 84-1 009 LEAK ALERT SYSTEM ASSEMBLY ; , , , , , 84-1010 LEAK ALERT SYSTEM WIRING DIAGRAM I ¡., I· : 84-1 012 MOTHERBOARD COMPONENT LAYOUT j', 84-1013 CHANNEL PC BOARD COMPONENT LAYOUT : ¡ " ; . ! ii , I " ~' t :' F a c lli·t y : e 'e- Standard Co.pllance Check U S SPt2/,J, CT IS Equip.~nt to be installed: ___Tank (~), aO'¡' Ft. of ReQtd ;-- Approved v ~. OSuction (]Gravity, Piping OPressurized 54-1'254 Proof of Contractor's License - License' T y P e 0 f Ll c e n 9 e Worker's Co.pensation Insurance Proof of Contractor's Prl.aryContalnaent [3-r1b erg 1 ass (P R P ) OFiberglass-clad steel OUncoated steel DOther: COllllent: CJt.J tS ~ .5"50 c¡aIs' & Model & Model & Model & Model Make Make Make Make Additional: Inspection: ' Secondary Containaent of Tank(s) (]1rouble-walled tank(s) Make & Model (Î.JLb,2 o S y n t he tic Ii n e r Make & Mode 1 DLined concrete vaul t( s) Sealer used DOt her Type Make & Model COllllent: o ,~.,.;;q-;J~ , Additional: Inspection: Secondary Containaent Voluae at Least 100% of Pri.ary Tank Volulle(s) Co..ent: Additional: Inspection: ./ " Secondary Containaent Voluae for More Than One Tank Contains 150% of Voluae of Largest Priaary Containment or 10% ot Aggregate Pri.ary Volu.e, Whichever Is Greater Co.ment: Additional Inspection: ReQ'd , ¡. ~. ~ ~ ~ e e -- - -- ~._- -- .----- Approved Secondary Contaln.ent Open to Rainfal1' Must Acco..odate 2 Hour Rainfall Total Volu.e Co..ent: AddItional: Inspection: Secondary Contaln.ent Product Co..en t : Additional: Inspection: Is Product-Co.patlble Docu.entation Annular Space Liquid is Co.patlble with Product Product Annular liq~id Co..ent: Additional: Inspection: Pri.a~ ~ain.ent of Piping , All r (3"1"Lberglass piping Size &: Make :¿ (I' f..I-t/J(h¡n?- [] t 0 ate d s t ee 1 pip i n gS i z e &: M a k e OUncoated .steel p~pi~g Sl~e r\ ' ". ' C;;~~~~ -. so~~ ~Ç) :y~ ~'.-- .~, Additional: ' Inspection: secon~~Contain.ent of Piping , ~ouble-walled pipe 0SYnthetic liner in trench OOther Co..ent: Addi tional: Sf.ze & Make ~;~~1ø(TW- Size &: Make ~__ Ins p e c t ion: Corrosion protecti~ ' ¡ð-Tank (s) , bJenS (&p i pin g '&: fit tin g s [JElectrlcal isolation Co..en t: 'Additional: ÚJILi'1I Y21úJ · e¿-~a Inspection: Manufacturer-Approved Backfill tor Tanks &: Piping TypeCo..ent: Req'd L ~ v, I Approved - e --~- -.--- AdditIonal: Ins p e c t i on : ' Tank(s) Located no Closer than 10 Feet to Building(s) Co..ent: Additional: ~.' Inspectio,n: .C 0 II pIe t e M 0 nit 0 r i n g S y s t e. Monitoring device within secondary contain.ent: OLiquid level ind1cator(s) , []Liquid used []Thermal conductivity sensor(s) (Jpressure sensor(s) OVacuulI gauge (JSuap(s) ~Gas or vapor detector (s) Manual inspection & sa.pling Visual inspect10n , Other Comllent: Addi tional: Inspection: Other Monitoring 'DPeriodic tlghtness testing Method OPressure-reducing line leak detector(s) OOther CO,Jft.ent: Additional: Inspection: ~ ~~~èJ>,.S:'.o...J ~.--- Overfill Protection Drape float gauge(s) ŒlFloat vent valve(s) O~~D..J, $53 6"àJ/Þ/o¿¿-j- DCa pac ita n c e s ens 0 r ( s ) ~' OHigh level alar.(s) ~Auto.atic shut-off control (s) (')P~~1-s:.o" Fill box(es) with 1 ft. 3 volu.e·O~"LÙ .#=/ , Operatcµ; cont~ls with~isual<level .,onHoring , Ljœt7S w/)yJ;tlCj nfl/up vùm« Other ' ' , , Coaaent: ·1· - 3 - I , I R~. ADD roved e e- -- .. -'-'~ ,-"- ----- Additional: , ,'\ ~~,....G ~ --L.~I&L' . '~ Cl.. ~ ,~ \->on... "~/\Á\ 'J\ '~ Inspection: MonitQring Require.ents Additional Co..ents Inspection: ~~,,~. , . \ " \ ~~ ~y~ Inspector Date ----------- ----------------------------- / <{' - 4 - I· .- ~- ~. ---- ---- I Date: Purpose: Coaaent: Date: Purpose: Coa.ent: I Date: I I Purpose: I Co.aent: Date: Purpose: Co. . e n t ,: I n v 0 i c e.D ate: Inspector I e e Extra Inspectlons/Relnspectlons/Consultatlons - 5 - T lae Ut ill zed Tlae Utilized Tiae Utilized Tille Utilized Total Ti.e: Date: .I ~' .., .- .·....1--· .--. ...--.------ .-.--....- .. ._--. p. 4Ip e Permit Application Checklist Facilíty Name Facility Address Application Category: . _ standard Design (Secondary Contajnment} Motor Vehicle Fuel, Exemption Desisn . (Non-Secondary Containment) Appr()vecl permit Application Form properly Completed Deficiencies: 3 Copies of Plot plan Depicting: -~- Property llnes Area encompassed by minimum 100 foot radius around tank(s) and pip i ng All tank (s) iden ti f i ed by a number and product to be stored Adequate scale (minimum 1"=1fi'O" in detail) North arro\.¡ All structures within 50 foot radius of tank(s) and piping Location and labeling of all ptoduct piping and dispenser islands EnVironmental sénsitivity data including: *Depth to first groundwater at site *Any domestic, or agricultural water well within 100 feet of tank(s) and piping *Any surface water in unlined conveyance within 100 feet of tank(s) and piping *All utility lines within 25 feet of tank(s) and piping (telephone, electrical, water, sewage, gas, leach lines, seepage pits, drainage systems) *Asterisked items: appropriate documentation if permittee seeks a motor vehicle fuel exemptlon from secondary containment .~ Comments :' I '-;"- -- ----.. --.. . --. ^pproved e e ~ ---- -~. --~- --~. ,3 Copies of Constru~tiori Drawings Depicting: Side view of Tank Installation with Backfill, Raceway(s), Secondary Containment and/or Leak Monitoring Syste~ in place Top View of Tank Installation ,with Raceway(s), Secondary Containment and/or Leak Monitoririg system in Place ' A Materials List (indicating those used, in the construction): Backfill Tank (s) . Product piping Raceway (s) Sealer(s) Secondary Contain~ent Lea k Detec tor (s) Overfill Protection Gas or Vapor Detector(s) Sump(s) Monitoring Well(s) Additional: Documentation of Product Performance Additional Comments Rev iewed By Date Approved ____ Disapproved / ~' SI'rE INSPECTION: ---- ' Comments: Inspector Date GARY J. WICKS Agency Director (805) 861·3502 STEVE McCALLEY Director e e 2700 M Street, ~ulte 300 BaKerslleld, CA 93301 Telephone, (805) 861-3636 Telecopler (805) 861~3429 - ~-_. - _._~_._~- RESOURCE AGENCY " PERMIT NUMBER 150050M I , , STORAGE FACILITY .J FACILITY NAMEl ADDRESS: U.S. Sprint 715 Sumner Street Bakersfield, CA 93305 OWNER(S) NAME/ ADDRESS: U.S. Sprint 715 Sumner Street Bakersfield, CA 93305 CONTRACTOR: Plains Builders, Inc. P. O. Box 7008 Amarillo, TX 79114 License # 541254 Phone No. (806) 335-8191 PE~MIT US APPR~\L~ APPRE~ BY (~ Micha 1 Drig s . ~ Hazardous Materials cialist ..................................................................¡............... POST 0 N PREMISES.............................·····..··..··..··....····..··..······..· I ! Phone No. (805) 332-8592 x NEW BUSINESS CHANGE OWNERSHIP RENEWAL MODIFICATION OTHER September 11, 1990 1. CONDITIONS AS FOLLOW: l Standard Instructions ! I All construction to be as perl facility plans approved by this department and verified by inspection by Permitt' g Authority. / All equi ment and materi,~.rs in this construction must be installed in accordance with all manufacturers' specifica ·ons. ~ . Permittee ust contac ermitting Authority for on-site inspection(s) with 48 hour advance notice. Backfill mate . piping and tanks to be as per manufacturers' specifications. Float vent valves are required on vent/vapor lines of underground tanks to prevent overfillings. Construction inspection record card is included with permit given to Permittee. This card must be posted at job site prior to initial inspection. Permittee must contact Permitting Authority and arrange for ea'ch group of required inspections numbered as per instructions on card. Generally, inspections will be made of: a. b. 2. 3. 4. 5. 6. c. d. Tank and backfill Piping system with secondary containment leak interception/raceway Overfill protection and leak detection/monitoring Any other inspection deemed necessary by Permitting Authority. <r' / e e ~tandard Instructions Permit No. lSOOSOM 7. All underg~ound metal connections (e.g. piping, fitting, fill pipes) to tank(s) must be electrically isolated, and wrapped to a minimum 20 mil thickness with corrosion-preventive, gasoline-resistant tape or otherwise protected from Corrosion.' ' ' . 8. Primary and secondary containment of both tank(s) and underground piping must not be subject to physical or chemical deterioration due to the substance(s) stored in them. Documentation from tank, piping, and seal manufacturers' of compatibility with these substance(s) must be submitted to Permitting Authority prior to construction. 9. No product shall be stored in tank(s) until approval is granted by the Permitting Authority. 10. After installation of all piping and related equipment in the specifications, a tightness test will be pèrformed on the tank, fittings and all underground piping. ACCEPTED BY: DATE: MD:cas \150050m.ptc, / If I, e ~.., r-l i~"I" ë),,] !f;,¡- ~ ,-.--. ," '...' , d 't~ r'c," ,,~1 ~e - - -- ~,. ;T3ß B:=jmè¡" ~~ ~';:';,> {î,~''; ß ~ ~ ~ ',.' ,fq ~ r.;~= ~ :~ ~ ~ Vi ~~' ;" t;~ :"!" ~ i:J ~'t t-' ~", ~.J n~-'~ ~~"" f.1 f;~ ~'}1_:,'-- f·J__...... ~.~ ....\_ r-'-'~, ~,~ d "I -.-- ~ '~,:I)::,\ :~'I'} 1\-1')1 /11() ( '.,r 'II Ù J {d·'I'.'! I' (ì f.'r <.' '1,,1:' , . '.! ; I ¡ I , 1,' -" !.! 1 I : '. '., (~.: (I . ,~ :: ! I II I .. SCOPE OF WORK FOR U S SPRINT-~BAKERSFIELD¡ ÇALIFORNIA 1. Hand excavate to the top of the existing tank, cap the F.O.S and the F.O.R. lines at the tank and have ATEC perform precision test on the tank and vent. 2. Hand excavate the existing F.O.S. and F.O.R. lines from the tank to the generator day tank. (If the lines cross under the building floor, stop the excavation at the building foundation wall.) Based on accessibility, det~rmine if existing lines will be removed or abandoned. 3. Obtain services of .local laboratory which is approved by the state and county to perform soil samples 'and testing at a rate of 1 sample for every ~ of existing lines removed (or more if required by local authorities). ' JJ 4. If lines are abandoned, follow local regulations. 5. Furnish and install a new Owens-Corning model SPS 42-22A piping sump on the existing underground fuel storage tank. The F.O.S. and F.O.R. lines will be routed through the piping sump. A leak detection sensor will be placed in the piping sump. 6. Furnish and install new F.O.S. and F.O.R. lines with A. O. Smith Red Thread fiberglass piping; with secondary containment. Furnish new single wall Red , Thread pipe for vent line, with galvanized pipe riser. , 7. Furnish and install a new 4-inch fiberglass fill riser with O.H.P. #1 spill containment manhole with drain, 0.P.w.-61-S0 overfill protection valve, O.P.W. 633 T duratuff fillpipeadaptorand 0.P.\v.634TTduratuff top seal cap. 8. Install ~'GilbarcoTM-4 with sensors for inventory monitoring system and for leak detection of interstitial space and of secondary containment. 9. Install an ALC 20 audio/visual warning system for overfill. 10. Aftèr installation of all piping and related equipment in the specifications, prior to concrete placement and U SSprint representative, have ATEC perform precision and all underground piping. as described above and in the presence of the test on the tank, fittings, / «' 11.' Backfill all excavations with pea gravel. Form and pour a new concrete pad over the fuel tank. Restore all surrounding areas to their prior condition. Remove all debris from site. r';" ~ ': . ·e . STATE COMPI!NSATION INSURANCE FUND p~~s _~JI.!J~ING. P.O. BOX 807, SAN FRANCISCO, CA 94101·0807 MAY 16 1990 CERTIFICATE OF WORK.ERS· COMPENSATION INSURANCE I ¡ f\ y I, ì~; :' U POLICY NUMBER: CERTIFICATE EXPIRES: J 1 i iJ th '. - 'j >j ~ - i ,-::ì ì r ,C 1 n ùr C J ¡{Ll;¡ Gi\¡\C A Tì t j : F H MJ I\. L ¡ ì j ¡¡ A.íJ l S :., U ¡ P IU ; ¡ K U S L UURL LH;.'\m: L ì\ :::H lJ i 'J J û:3: J\ L. L ù P t R 1\ ì' 1 0; S I ¡¡ r ¡ I E S l í\ T 1:: 0 F C A L I F Ij ¡{ !J I Po L This is to certify that we have issued a valid Workers' Compensation insurance policy in a form approved by the California Insurance Commissioner to the employer named below for the policy period indicated. ,This policy is not subjecno cancellation by the Fund except upon ten, days' advance written notice to the employer. We will also give you TEN days' advance notice should this policy be cancelled prior to' its normal expiration. This certificate of insurance is not an insurance pòlicy and does not amend, extend or alter the coverage afforded bv the policies listed herein. Notwithstanding any requirement, term, or condition of any contract or other document wi th respect to which this certificate of insurance may be issued or may pertain, the insurance afforded by the policies described herein is subject to all the terms, exclusions and conditions of such policies, ~~ PRESIDENT ." .~ '--- EMPLOYER '1£' r i-' ~,:; I iJS G U 1 L D L i~:; , P U, ~HJ.~ 7 lJ U J I HC . j\j L'\,\ ILL ~J ._--'..../ 'À /'J ì ì 4 ¡ ¡ f{ L CG?Y FOR ~JSIJIJE,)'S <1U: SCIF 10262JREV. 10·86) OLD 2f.2A DETACH AT PERFORATION THIS IS YOU~_KET.IDENTIFICATION CARD - KEf_WITH YOU -- --- -- ---- AND FOLD "I" ~" Audit No. 7 43656, ,- r:.:' ~.,. ..-~. STATE OF CAUFORNIA·";···~I"··"":~'~~?~~"":·:'·~~:·~:.·'· , 'DEPARTMENT OF CONSUMER AFFAIRS '0.: ':' '", ":'::'.,' _: , CONTRACTORS STATE'LlCENSE BOARD ' . ""'!' t; EXP1RES ON ;:~:.:.~. ;:; /·::-Tt: ANY CHANGE OF' BUSINESS " , , - '. - i ADDRESS MUST BE REPORTED TO THE REGISTRAR WITHIN 90 DAYS, ;' :,. '.. ".-.......-,.... ~... . ", 'i .,. -- .~. :~ . -.~.,,~~. - :'~.~.,;_. ~PLAINS BUILDERS'INC '. P 0 SOX 7008 . :'.. A MAR 1 L lO "T X 791'09 ,. ., '.o~' , ,. - - ...,-.,....-.,. -, " ., :,;,~; .: ". " , ,~.; ': '.~-:; ':::: :, -,;~ j _.i.:. " ~ -:.~:.'~..-::.~~.2~ , ;-~',.., .?..~ ;":" ,·:·:;;;~:.~:·.::;:1~ .'_;t.' :"!. .~.:.. .-:,;,,7 '~~\f~I~::~f:;L '~i ,:,.-' ',,-:0-."" " -f';Y~}x:,~i<.[i)Vjm:~' RE~~':::4 00 975,,: :\~!.:~ r.~~;;t:~~~'{f?~;~ i'·i.~{: . . ~.:~ ",. .. 11·22 (REV. 8-851 SIGNATURE ""'... / ~' · - .'...... ...,..."......,.....,v .....,.. CERTIFICATE OF INSURANCE ,.. " .' ,"'.'" ' __ , , ' ¡ 8~}~0/90 . ------------------------ ~--------------~--------- ~llZJ-~~--------------__ Ò~~~~~~AUNDERS CO. -~:_- l-ð~E~ ~~§T~~~~~~~ ~~~¥~~~~ ~~O~ ~~T~~R~iFi~À~~TIO~ P.,O. BOX 1149 HOLDER. THIS CERTIFICATE DOES NOT AMENDé EXTEND OR AMARILLO, TEXAS 79105 ALTER THE COVERAGE AFFORDED BY THE POLl IES BELOW. '----------------------------------------------------- B.BOVENZI/NINA MCGREEVEY I, COMPANIES AFFORDING COVERAGE CODE· ' SUB~CODE, ,~--------------------~------------------------------- 'COMPANY LETTER A TRAVELERS INSURANCE COMPANIES -------------------~~-----,----------------------------------------------------- INSURED . ' ICÒMPANY LETTER B UNITED STATES FIRE INS. CO. PLAINS BUILDERS, INC.; I---------------~-------------~-----------~----------- PLAINS BUILDERS OF . I COMPANY LETTER C ' .{ LUBBOCK INC. I-------------------------------------~--------------- P.O~ BOX ~008 'COMPANY LETTER 0 ' . AMARILLO, TX 79109 I -----------------------,---------.,..-------------------- -~-~----------------------l~~~~~~:_~~II~~_~~____________________________________ COVERAGES , , -------------------------------------------------------------------------------- I' ! THIS IS TO CERTIFY THAT POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED, NOTWITHSTANDING ANY REQUIREMENTf TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH TH SCERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED ~ÓNð¥~IÕ~~IÕ~EŠug~s~§l~~~E~~Rfî~IfŠ ŠH~~~C~~OH~~~ ~M~NT~~5éE5XÉ~U~Ã~~SéL~gS. -------------------------------------------------------------------------------- CO I ' I I POLICY I POLICY I ALL LIMITS IN LTR1 TYPE OF INSURANCE I POLICY NUMBER IEFF DATEIEXP DATE' THOUSANDS ___1______--------______1______---------,--______1___-____,_____________________ I GENERAL LIABILITY I Ir...1 I GENERAL AGGREG .'2000 A ¡X]COMMERCIAL G/L IPRODUCTS AGGREG 2000 I · r lCLAIMS rX10CCR LSCP-545J884-2-'12-01-89112-01-90,PERS & ,ADV INJ. 1000 ,OWNER&CONTRACTORS 89 ' , lEACH OCCURRENCE 1000 " X CONTRACTUAL LIM. 1 1 1 FIRE DAMAGE 50 ___1______--------______1______--------- ________I________I~~~~:~_~~:~~~~_~____ , 1 AUTOMOBILE LIABILITY 1 ' " A X ANY AUTO EE-CAP-545J885- 12-01.,-89 12-01-90 CSL $1000 ' ALL OWNED AUTOS 4-89 ' _____________________ I SCHEDULED AUTOS I I 'BI (PERSON) $ , HIRED AUTOS' ' 1 ,_______.,-_____________ , NON-OWNED AUTOS ,_, I I B1 (ACCDNT) $ I GARAGE LIABILITY , , , ,_____________________ I I I PROP. DAMAGE $ ___1______-------------- _______________ ________ ________ _____________________ EXCESS LIABILITY I EACH I I [ ], ' I I OCCURRENCE I AGGREGATE ,[ ,]OTHER THAN UMBR. . 1 $ 1$ ---1-------------------- --------------- -------- --------IŠTÃTüTÕRY------------ IWORKERS COMPENSATION'I EACH ACCIDENT AND , TO BE ISSUED DISEASE- LIMIT 'EMPLOYERS' LIABILITY BY COMPANY I DISEASE-EMPL. ___1______-------------- _______________ ________ ________ _____________________ 'OTHER , B BUILDERS RISK 3210221538 112/1/89 12/1/90 1750,000. I I I I I I -------------------------------------------------------------------------------- DESCRIPTION OF OPERATIONS/LOCATIONS/VEHICLES/SPECIAL ITEMS CERTIFICATE HOLDER , , -------------------------------------------------------------------------------- ATTN: Larry D. Mullins, P.E. 'Asst. Vice-President CANCELLATION ------------------ ---------,-------.------ ISHOULD ANY OF THE ABOVE DES'CRIBED 'I POLICIES BE CANCELLED BEFORE THE EXPIR- ,ATION DATE THEREO!.J THE ISSUING COMPANY WILL ENDEAVOR TO MAIL 30 DAYS WRITTEN I,NOTICE TO THE CERTIFICATE HOLDER NAMED' TO THE LEFT BUT FAILURE TO MAIL SUCH I NOT'ICE SHALL IMPOSE NO OBLIGATION OR ILIABILITY OF ANY KIND UPON THE COMPANY, ITS AGENTS OR REPRESENTATIVES. I______-----------~--------------------- "AUTHORIZED REPRESENTATIVE IJAHESJ. BOVENZI --------------------------------~------- --------------------------------------- ATEC ASSOCIATES,INC 1300 WILLIAMS DRLL MARIETTA GA.30066-629~ I I I I I I I , I , I , I ----------------------------------~---- CIA-025 IRS-AIMS' II II" II II II II . .:, . .' -Iff -e -·e ----------- rtFQ No. RQ900S1-T-PP EXHIBIT B GENERAL SAFETY REQUIREMENTS FOR US SPRINT EMPLOYEES AND AGENTS ~afety rules cannot improper practices regulations and "the be all inclusive. Workers must re'frain from unsafe and iricludingboth the violation of written rules and violation of unwritten rules of common sense. Contractor Note: Work in the proximity 'of a railroad track is extremely dangerous. US Sprint will rigorously enforce safety requirements, and any other requirements for safety deemed necessary by the railroad or any other agen~y. Should violations by the Contractor or his, agents forèe the shutting down of Work in progress, all costs resulting from said stoppage _ shall"be for contractOr's sole obligation and at Contractor's sole expense. 1. Should any employee or' agent of US Sprint Communications Company suffer a personal injury while on Owner's property, details of that injury must be submitted promptly to the Director-Outside Plant Engineering and Construction or Project Engineer. Federal regulations require the railroad to report all such incidents that occur on Owner 1 s property. A copy of the report is to be submitted to US Sprint Communications Company, Director~Contract Administration, 9350 Metcalf Avenue, Overland Park, Kansas 66212. 2. Workers must not use, or be under the influence of, intoxicants, drugs, or any substance which may impair senses of alertness. 3. Scuffling, horseplay, practical jokes, and all conduct of a similar nature. is prohibited. ~. Profane, indecent, or abusive language by workers is prohibited. 5. Good' housekeeping is of the utmost importance in the prevention of accidents and fires. Workers must keep that part of the property that is their responsibility in a neat and orderly condition. Clean-up will be conducted on a daily basis. ó. Throwing waste, garbage, bottles, refuse, or other such materials on railroad property,' or disposing of such at other than designated locations, is prohibited. Each Contractor will provide several refuse containers at the, work site, which will be dumped on a daily basis. ., , . In all cases. established routes in and about the property must be used. 3. Workers are warned that t~ains, locomotives, or cars may be expected at any time, on any track. in either direction. and that they must' watch for and keep clear of such movements. All employees will become familiar with and be capable of recognizing railroad equipment (switchboxes, lights) adjacent to the tracks. Sì\FET'l/ RAI LROAD ROW Page,l of 14 Rev. 4 '(2-3-88) e .--e ~FQ No. RQ90051-T-PP '- g. W;¡lking, stepping, or s\:.anding on rail, frog, switch, interlocking machinery or connections, or sitting on any part of' track structure, except in performance of duty, is prohibited. (Note: The term "track ,structure" means the space between the rails and within three feet outside the rails, unless otherwise specified.) 10. Workers must not cross tracks by going underneath cars. 11., Workers must not cross. tracks by crossiog over between cars that are . coupled together. 12. Workers must keep a 30' distance from passing trains' locomotives, or as _, far as possible, to avoid injury, from falling objects or projections on the equipment. 13. Objects which constitute a slipping or tripping hazard must not be left in walking areas. 14: Color selection in clothes and equipment is critical. Some, colors ,like green, orange, red, or yellow may be prohibited on the railroad right-of-way. Workers must not wear or use anything which impairs 'vision or hearing.' Individual radios, such as Sony Walkmans or the like, are prohibited. 15. Whenever it is necessary to create a hazardous condition in performing work on,' or in the vicinity of, a track, proper protection must be afforded in accordance with a safety plan submi~ted to and approved by the US Sprint Project Engineer prior to creating the hazardous condition, as well' as taking any other precautions that my be necessary to protect the condition. 16. Workers must take extra precaution to be on the lookout for approaching trains, especially when working in mùltiple track t.erritory, when view of vision is limited or when noisy equipment is in use. A warning type signal shall be used by a designated person to warn workers of approaching trains or equipment. Portable air horns will be used. 17. All power line wires must be considered dangerous, and of high voltage, unless informed to the contrary by proper authority. For lines rated 50KV or below, minimum clearance between the lines and any port of the equipment or load shall be 10'. For lines rated over 50KV. minimum clearance between the line and any part of equipment or load shall be 10' plus 0.4" for eachlKV over 50KV. A person shall be designated to observe clearance of the equipment and give a timely, warning for all operations where it is difficult for operator.·- to maintain U~e desired clearance by visual means. ... 18. ' Machines will be operated across tracks only at established grade crossings. ,If necessary to do so ,at any other location. it may be done only with permission of US Sprint under the supervision of the Railroad Chief Engineer or his representative on site. SAFETY/RAILROAD ROW Page 2 of 14 Rev. 4 (2-)-88) - i -e -. - ~ -. - -- ~.~ - --~_._-- RFQ No~ RQ90051-T-PP i.'3. þ.nywork within 20' of rail without stopped in the clear when trains operator and workers must stand back the 3Ò' distance cannot be attained, far as'possible. consideration'to height lTÍust be are approaching. The machine at least 30' from the track. If workers must clear the tracks as 20. Machines must not' be left unattended with the engine running. If a machine is left unattended, it must be in gear, with brakes set, and if equipped with blade, pan or bucket, it must be lowered to the ground. I ' ' 21. All machinery and equipment left on right-of-way unattended must be left inoperable and secured against movement. 22. Wh.en leaving work' site areas at night and over weekends, the areas must be left in a condition that will ensure that railroad employees who might be working in the area are protected from all hazards. Any open pits or holes shall be covered securely and a physical barrier placed around the opening, i.e., fence. ' 23 .No machinery or equipment can be stored, or left temporarily, near a highway grade crossing in such a manner as to interfer~ with the sight distances of persons approaching that crossing. Prior to beginning work, Contractor, with concurrence of the Project Manage~, will establish a set storage area. ¿4. Some rails are conductors of electrical current and are integral parts , of ,the railroad's operating system. Devices mUst not be laid across rails that could shunt this electrical current. No hand or portable tools will be, left on the rails at any time. Use a wooden lath to provide separation when making measurements adjacent to the tracks. 25. çutting or knocking down trees, or moving rocks and other materials, that might fall on the track structure or on communications or power lines, is prohibited unless with the approval and supervision of the Railroad Chief Engineer or his representative. All trees will be removed in such a manner as to fall away f rom tracks, whenever possible. I I 26. ,Workers must nOt creat,e and leave any condition at the work site that would interfere with water drainage. 27. Workers must not make any move toward ap approaching train with machinery that would cause the engineer to believe that the track is going to be fouled. ,/ I II ~8. Safeguards condition. same. and safety It is the 1(' signs must be kept in place and in good responsibility of the Contractor to provide 2'3., Workers must not. take refuge from rain. heat. etc., under cars or· other rail equipment. I ~ ' ! ! ~:AFET'{ I RA I LROAD ROW Page 3 of 14 Rev. 4 (2"3-88) ___ ____.__ _-----------. ___~__._ _ _ n . 30. 31. 32. 33. I ! e R-.. RQ90051-T-PP - ~------- workers must not attempt to catch onto, or ride, moving trains or other rail equipment even though it is moving slowly. Upon entering the work site, hard hats and leather shoes are required. TenrÜs shoes are not permitted. other appropriate safety equipment (glasses, goggles, gloves, side shields) must. be worn when OSHA or other railroad regulations apply. work in tunnels, on bridges and overpasses must be done in a~cordance with a safety plan submitted to and approved by the US Sprint Project Manager prior to beginning work in these areas. When work is being done in tunnels, specific requirements must be met and be under the, railroad's supervision. In' cases of emergency, it may be necessary for US Sprint Communications Company employees or its agents to flag and stop approaching trains. Flagging equipment should consist of . red fuses and/or red flags. I 34. When emergency flagging is necessary, workers should protect against trains moving in both directions. 35. When required to perform emergency flagging, workers must understand that a great distance is required in which to stop a moving train. The flagperson must be at least 1. 5 miles from the point being protected in order to provide minimum distance for the engineer to stop the train. A stop signal is given by swinging the lighted fuse or red flag at right angle to the track,· but the engineer will recognize the stop signal if given violently in any manner from a ,point near the track. Workers, when giving a stop signal. must not stand on or within· fouling distance of the track, as normally the engineer will not have the required stopping distance to stop short of the point where the signal is being given. 36. When an emergency exists, the Railroad Chief Engineer. or his representative on site, must be notified immediately. Each person in charge of a work party must receive instruction from the Rail,road Chief Engineer or his representative concerning the emergency use. 37. Each person in charge of a work party must be familiar with the Mile Post location of the area in which work is being performed so that, in cases of emergencies, the exact location may be given to the railroad personnel. 38. Prior to starting work, each crew will have available ~ site a list of emergency numbers (ambulance, police) to contact when necessary. 39. Each crew will possess and maintain. 'at each work site, an OSHA-approved first-aid kit. (36 unit minimum, with snake ëi.te kit mandatory.) SAFETY/RAILROAD ROW Page 4 of 14 Rev. 4 (2 - )-88 ) u 4 ~ I l J I I J J I ' I I . I ~ ,I I I I ß , ~-" ~- ,~~..' .. -,~~.- ,,~. - e ~- . -- ~-- .--.- 2FQ No. RQ90051-T-PP 40. Workers are not stations), unless project. permitted they are within railroad buildings (off ices, on official business relating to the 41. Contractor will work daylight hours only. 42.. Cont.act the US Sprint Field Representative if any hazard is noticed on passing trains. Note the time and direction of the train. 43., On double main tracks: walk" facing traffic; clear both tracks when a- tràin approaches, keeping a minimum of 15' from the tracks. 44. Do not wave violently, this is a distress signal. 45. High frequency radios (not CB' s) shall be used by all crews for emergency communications between crews. 46. Open fires,or fires in barrels are not allowed on railroad property. IN ALL CASES OF DOUBT OR UNCERTAINTY, THE SAFEST COURSE MUST BE TAKEN. " PERSONAL PROTECTIVE EQUIPMENT L Long pants, shirts, and full leather shoes must be worn at all times.- Shorts, cutòff shirts, and tennis shoes are not permitted. (Safety-toe footwear may be required, if required by right-of-way owner.) 2. Safety glasses and goggles must be available for each worker and worn under the following circumstances: I A. When working in close proximity to a trenching machine. B. ~hen using any air-powered or hand-held impact tool. I r<o '-. Drilling operations. D. All other operations hazardous to the eyes. (OSHA 1926.102) I E.As required by railroad. I :1 . Workers wearing prescription glasses must wear goggles when performing any of the aforementioned duties, prescriptions must meet A.N.S.I.jO.S.H.A. requirements for safety glasses. / f( Hard hats will be worn at all times when a worker enters the site. All hard' hats will have the name of the worker's company on the front, of the hat. The worker's name will appear on the back of the hat. Each company will provide hard hats of a uniform color, for security reasons, to each worker. Foreperson or management personnel will wear whiiehats with the word "Foreperson" ftppearing on the hard hat. I '1. I I I. ST\FET"l/RAILROAD ROW Page 5 of 14 Rev. 4 (2-3-88) ~e R--e. RQ90051-T-PP .~~- --_.-- + --..--~- ------ s. Safety gloves will be on sitè, in sufficient numbers, and worn by workers when needed. ,(OSHA 1926.28) 6. Disposable respirators will be available to and worn by workers 'whenever conditions ( dust storms, pungent odors) exist that warrant their use. (OSHA 1926.103) 7. while working over water, each worker must be provided with and must wear an approved life jacket. (OSHA 1926.106) 8. 'tlorkers will be provided with and wear hearing protection where the average noise level .exce~ds 90 decibels (db) for an 8 hour period. Persons working air tools, compressors, o~ the like 8nter this category. (OSHA 1926.101) 9. Drinking water and cups will be provided for all (OSHA 1926.141) workers. FIRE PROTECTION (OSHA 1926.24) .1. Each Contractor is required to have, on site, a sufficient number of fire extinguishers. Each worker is to be trained by the employer in their use. 2. All vehicles and motorized equipment are to be equJ..pped with a fire extinguisher. ,3. Flanunable lIquids are to be stored in' approved containers. and away from work operations. 4. A list of local fire department phone nwnbers is to be kept on site and readily available in the event a fire cannot, be handled by the employees. 5. A written report of all fire incidents will be completed and forwarded to US Sprint Communications Company, Director-Contract Administration, 9350 Metcalf· Avenue, Overland Park, Kansas 66212. ON OR ABOUT TRACKS 1. Foreman in charge workers. \ for the safety of the of gangs is responsible 2. Workers must be warned of approaching 'trains. Extra protection must be taken while working in multiple track territory. when view or vision is limited, or when motorized equipment is in use. 3. An air horn must be used to warn workers of approaching trains. / .r 4. Whenever work on " railroad afforded. it is necessary to create a hazard~us condition in performing orin the vicinity of the tracks, proper protection of property, personnel. and construction personnel must be SAFETY/RAILROAD ROW Page 6 of 14 Rev. 4 (2-3-88) l I I I I ~ I I 1 · J · · tjj ,. -e --e RFQNü. RQ90051-T-PP 5. \'¡ùl'kers must avoid contact' between hands and face: arms, or other pa~ts of the body when handling creosoted materials. 6.' Tools or work material.s must not be left in close proximity to tracks. 1. Railroad vehicles have -an unquestioned right-of-way circumstances relating to work on or about the track area. in all 8. Construction vehicles will not be left unattended in close proximity to the tracks or in such a manner as to impair the vision of workers working near the tracks. 9. Walking o~, or even being on the tracks except in the direct line of duty ,is prohibited. If it is necessary to cross railroad tracks, look both ways, and remain at least 25' from st~tionary rail cars. 10. ,Sitting, ~alking,' stepping, or resting feet on rails, frogs, or 'switches is prohibited. \ 11. Workers working in tunnels will leave the tunnel when trains approach. 12. Construction workers are prohibited from tampering with switches. electrical boxes, frogs, or grease boxes unless it is necessary for work operation' and only in the presence of an authorized railroad worker. COMPRESSED GAS AND COMPRESSED AIR EQUIPMENT (OSHA_1910.SUBPART M) 1. Each employer shall determine that compressed gas cylinders are in safe operating order. 2. ' Storage of flammable gas ,and oxygen cylinders together when not in use is prohibited. 3. Gas cylinders shall be secured in an upright position at all times. 4. All cylinders shall be checked for rust, corrosion and cracks' that affect the operating integrity of the cylinders on a daily basis. 5. Any cylinder will be rejected and taken out of use when dented. 6. Valve leaks w~ll be cause for immediate rejection of cylinders. 7. All compressed air/gas equipment shall be equipped with pressure indicator gauge. ,No valve of any type shall between the air/gas receiver and its gauges. a ' working be placed 8. Gauges and valves will b~ mounted in such a manner so that they cannot readily be rendered inoperable. '~ II . 3AFETljRAILROAD ROW Page 1 of 14 Rev. 4 (2..)-88) / <r' -e ril,l:jUU:"'l-l'-PP .\ru-e L MANHOLES, SEWERS, EXCAVATION AND TRENCHING (OSHA 1926.650-653) 2. 3. 4. 5. '6. 7. 8. 9. A pre~construction (Box) shoring system must be used when trenches or excavations are 5' or more in depth. Trenches or excavations less than 5' in depth shall be equipped with a pre-constructed (Box) shoring system when inspection of the ground indic~tes unstable soil such as sand or' silt regardless of depth. The Contractor is required to present to US Sprint, prior to the start of construètion. a detailed drawing of the shoring system or manufacturer I s cutsheet. Said drawing or cut sheet shall contain certification from a registered professional engineer licensed for the state in which the shoring box will be used. The certification will verify that the shoring box meets or exceeds the requirements of the .Occupational Safety & Health Act (OSHA) and/or any approved state plan. whichever is applicable. The Contractor shall not "slope", "step", "bench" or otherwise "laýback" the earth of any trench or excavation in lieu of the requirement for a pre-constructed shoring system except in conditions as exp lained in #5.' The Contractor may area to do so. If required by OSHA, shall be used. slope when digging out the plow chute if there is the area precludes sloping and sloping/shoring is a modified pre-constructed shoring (Box) system The Contractor's pre-constructed shoring system shall be at least "equal to the depth of the trench or excavation it is placed in. A pre-constructed shoring system shall be available at each work site where slöping/shoring could be expected. L~dders for ingress and egress will be placed within 25' of lateral travel when depth of a trench exceeds 4'. Excess soil and any other material will be placed a minimum of 2' from the trench. 10. All excavations, no matter the depth, will require a pre-constructed shoring system where there is any danger to the track structure. 11. No excavation will be left uncovered or unprotected overnight. 12. Holes or trenches about the railroad track must be guarded and protected when not being worked on. 13. Excavations, trenches, or pits adjacent to public roads wi~l be physically protected and denoted by flashing highway barriers when....not in use. 14. All excavations will be backfilled as soon as possible. SAFETY/RAILROAD ROW Page 8 of 14 Rev. 4 (2-3-88) .. t I I l!! I II I I fJ · · ~ · · · · 15. 16. 17. 18. 19. e -e RFQ No. RQ90051-T-PP Before excavating, it must be ascertained by the Contractor if there ;He, underground electric wir~s, cables', pipe lines, etc.-, in the vicinity. If obstructions ,are encountered that do not appear on drawings, the US Sprint Inspector' must be ,!otif ied before continuing excavation operations. Jumping over pits is prohibited. Excavations will be inspected after each, rainstorm for against slides or collapse. protection \ Diversion ditches, dikes, or pumps shall be used to prevent surface water from entering an excavation. Water will not be permitted to accumulate in an excavation. 20. Entering a sewer or manhole without 'an employee at the top to render assistance, if needed, is prohibited. If a question arises concerning òxygen levels in a sewer line or manhole pit, a test, using N.I.O.S.H. approved equipment must be conducted and the results documented before resuming work. If the oxygen level is below 19.5%, OSHA approved entry procedures must be used. , , 21. Smoking in manhole or sewer line is prohibited. 22. Operations of any internal combustion engine in a manhole is prohibited. CUTTING OR TRIMMING TREES 1. When trimming trees, ladders will be used when practicable. '2. If climbers are necessary, extreme care and necessary safety precautions must be exercised. 3. When cutting down trees, sufficient rope must be used to fell the tree in the desired direction. 4. Care múst be exercised to prevent coming in contact with wires running through trees. 5. Precautions must be taken when trimming a tree, either from a ladder or when using climbers, to see ,that a cut off limb does not kick back or drop so as to do injury to the operator or helpers. It is best to . "safety off" as high as practical above the work. Never "safety off"'/ ~ below a heavy limb that is being cut. ó. Do not throw any object to or from workers in trees. Hand lines will be used to transport all tools. ï. :\11 felled trees or limbs will be clearly and properly disposed of iOllTled ia te 1 y . SÞ.FET'l/R1\ILROI\D ROW Page 9 of 14 Rèv. ~ (2-3"'88) -e -4t I RFQ No. fRQ9005l-T-PP --> -- -.--.---- TRAFFIC CONTROL (DOT - Work Zone Traffic Control. standards and Guidelines) 1. 2. 3. All applicable local, county, state and federal regulations applicable to traffic control shall be followed. All signs shall be orange and alert the f low of traff ic well in advance. The size and spacing of signs shall be based on the speed and volume of traffic. 4. Minimum cone size shall be 18" in height. 5. ó. Flag persons shall be used where work operations encroach on the roadway or where required by permit regulations. Orange vests shall be worn by employees working on or near the roadway, or where required by local, county, or state regulations. 7,. Traffic controls must remain relevant to moving operations. construction VEHICLES 1. All vehicles will be clearly identified with CODtractor's company name, when on the railroad right-of-way. 2. Unless loading or unloading, trucks will be as far from the track right-of-way as possible. 3. Trucks and equipment will be parked in such a manner so as not to impair vision from public roads or track right-of-way. 4. The speed limit on the right-of-way will not,exceed 5 miles p~r hour. 5. Only licensed drivers will operate trucks or equipment along the right-of-way. 6. All vehicle accidents resulting in damage to railroad property will be reported immediately to the railroad chief. / ~' SAFETY/RAILROAD ROW Page 10 of 14 Rev'. 4 (2-)-88) fl . . Ii · · a · · · ,. ~ iI . . CI . . . II -.e ,-e ._- ----------- RFQ No. RQ90051-T-PP TUNNEL CONSTRUCTION PROCEDURES The following procedures cover pipe strapping, pipe and cable placement in railroad tunnels on ~S Sprint ,construction projects. The procedures will be strictly àdhered to on all US Sprint projects involving tunnel work. 1. .., <.. .1. \ I I I L I I The Contractor shall ensure that all equipment is approved for underground work and environmental tests are conducted by competent personnel who are familiar with the testing equipment and are able to evaluate and interpret the test results. The Contractor shall conduct a pre-job safety meeting with the US Sprint Project Manager and railroad representative and any regulatory agencies to outline safety precautions which will be taken in tunnel operations. The Contractor shall notify US Sprint 30 days prior to scheduled work in any tunnel and arrange a mutually-agreeable meeting time to review these precautions and minlinUffi safety ,procedures. In this meeting the Contractor will outline their plan for compliance with written procedures of tests, equipment, and qual if ications of the person making the environmental tests. US Sprint will approve the procedures for compliance with the items .,listed below. 3. The Contractor will conduct a tailgate meeting with el!lployees to inform them of safety and work procedures required, in the tunnel prior to commencing work. 4. At least one work person shall be stationed outside each end of the tunnel to'watch for oncoming trairis. The worker's duties shall not be such that they wquldbe unable to secure aid for those in the tunnel in the event of an emergency by prearranged communications methods. 5. The work operation shall have lighting of a sufficient level to illuminate the work area in the tunnel. ó. All internal combustion engines used inside shall be diesel. e~gine shall have a scrubber on the exhaust system. Each 7. Prior to the daily work and at regular intervals throughout the work shift, the, Contractor will ensure that each environmental test is taken at a location not less than 12" from the roof and one not less than 12" from the digging operation. The following tests shall be required: A. Tests for flammable and combustible gases shall be taken four (4) times during the shift while working in the tunnel. (Example :..... in an 8 hour day,. every 2 hours.) Results of the tests shall be <r' recorded and, avail'able for inspection on the" tunnel site each day, SAFETY/RAILROAD ROW Page,.l1 of .14 Rev. 4' (2-3-88) -e ._~...u. ~\,!':IUU~l-'1'-PP ß. Oxygen level tests shall be taken four (4) times during the shift while working in the tunnel. The oxygen level shall not be less than 20% by volume. Results of the tests shall be recorded and available for inspection on the tunnel site each day. C. Tests for concentrations of carbon monoxides and nitrogen dioxides shall be measured four (4) times each shift while in the' tunnel. Results of the test shall be recorded and available for inspection on the tunnel site each day. The acceptable levels are 5 PPM for nitrogen dioxides and 50 PPM for carbon monoxide levels. , Personal monitor badges for' each gas. are also acceptable for each employee in lieu of graþsamples of carbon monoxides and nitrogen dioxides. These badges must be changed each day. D. Tests for ventilation shall be taken with a velometer to ensure a lineal flow rate through the tunnel of not less than 60 feet per minute. These tests shall be conducted four (4) times each shift in the tunnel. Results of" the test sh?ll be recorded and available for inspection on the tunnel site each day. 1 If minimum flow rates cannot be achieved at any time during the I work 'shift, administrative controls (leaving the tunnel) or engineering controls (mechanical ventilation) must be implemented. NOTE: Often there are changes in the direction of air in tunnels due to temperature inversions at a givèn point during the day. The'Contractor should be aware of these changes in direction and prepare to implement controls until airflow rates return to minimuffi levels. 8. Adequate water supply and toilet faGilities shall be available on site. g. Emergency communications for remote tunnel work shall be in effect. it shall include a minimum of two employees trained in first aid, a 36 un i t first 'aid kit, back board or stretcher, and' a plan to, remove injured employees from the jobsite and contact emergency personnel. The communications with the railroad dispatcher shall be clear so emergency conditions may be reported. 10. No smoking or open flames are allowed in tunnels. 11. The use of volatile solvents (flash point below lOOoF) , or gasoline undèrground is prohibited. The above requirements are considered minimum and shall be superseded ~y any state OSHA plan which is more stringent or has additional requirements~~ SAFETY/RAILROAD ROW' Page 12 of 14 Rev. 4 (2-3-88) 1 I I f! 'I I . . "I[ . I ' ' "''''iÏIììiÌII ~fIí8¡' .,~. ~ ~"""""''k.:~-~'''''''''-';;~,,~:r: "\?',"::'': 1,. 0': .' ;'--"'''''_~~.,;;.¿:I'~:''',,,:,=~,~'''i;ï;. ';""-"'-,;;'.;..' ""-'-~~;'--~-:¡~" L-~', - 'j;~' _. "If ,_. _ _. ~~~JT" -:-!' -= I I.~~:==I;::I I_I _ . I _ I...... .- -- --. - -, - ·e RFQ Nú. RQ90051-T-PP SIGNl\L RULES 1. Timetables 1\. It is the, responsibiiity of each foreperson to obtain from a railroad personnel, a train schedule for the da~. B. Not more than two (2) times are given'for a train at any station; where one is given, it is the leaving time; where two are given. they are the arriving and le~vingtimes. C. The following letters in the timetables indicate: L - Leave A - I\rrive S - Regular stop F - 'Flag stop T Train Order officer P - Siding t PN - Northward Siding PS - Southward Siding PE - Eastward Siding PW - Westward Siding CP - Center Siding I sig. S - Signaled Sidings of a Capacity in Excess of 250 Cars x - Railroad Crossing I Y - Wye Track o - Track Scales I N - North I S - South E - East I W - West I I SI\FETY/RAILR0.1ill ROW Page 13 of 14 / ~' Rev. 4 (2-3-88) e HAND SIGNALS RFQ--'Q90051-T- PP Fusees ,must not be placed where fire may be communicated to platforms, bridges, or buildings. Special attention must be given in areas where there are trees. brush, or ,9rass along the right-of-way. 'HAND SIGNALS FOR TRAIN AND ENGINE MOVEMENTS (With Hand, Flag. or Light) Manner of Using," (a) Swung across the track (b) Hung horizontally at arm's length when (c) Raised and lowered vertically (d) Swung vertically in a circle at right angle to thètrack ~e) Swung horizontally above the head when train is standing (f) Held at arm's length above the head when the train is standing Indication stop Reduce speed Proceed Back Apply air brakes . . Release air brakes (g) Any object waved violently by anyone on or near' t.he track stop S'ignals ,must he given from a point where they may be plainly seen and ir;¡ such a way that they cannot be misunderstood. If there is doubt as to the meaning of a signal, or for whom it is intended, it must be regarded as a stop signal and not further acted upon until fully understood. Except as provided by radio rules, when backing or shoving a train, engine, or cars, the disappearance from view of employee giving signals. or light by which signals are given, must be construed as a stop signal. When practicable, hand signals will be used in lieu of radio. S~FETY/RAILROAD ROW Page 14 of 14 '?'Y~:'-:'""':." IT ._<~' ., ...-- ...,.- - -- -, / ~' Rev. 4 (2-)-88) - -~.- ~,~ I. c '~Î~' ..~ 'j¡.. I l!.,J · · · · ~ · -- !I · · · · · . - -.~~- ~ , .;oWENS/CORNING ~BERGLAS . naol......!· - ( \. Model PS42-22A , With Standard Fittings Shown 22'12'4 . ,..................: kr mm_m.m_m. ~-por (, '.i Mk. Size No. ttem Position 1,7 4,10,16,22 3 Fiberglass pipe coupling NPT fittings w/plugs Sensor mounting clip Friction tit lid with handle Lifting handle Bottom cutout wlbolt pattern A' 3" 2 B I" 4 ~C 1 6 0 22" dla. 1 w E 4 is F 22' dia. 1 ~ G Z H ¡:: I- I ü: J K L Customer Recommended Service Top: 1,13: bol1om: 1,13 Destination & Method Orwg. No. Q\y. c-. """', ..., No. Revision OM, d, Notes: 1. Installation accessories not shown: , (1) 22" Cork Manway gasket, (24) metal! neoprene washers, (1) tube of silicone caulk. 2. Fitting positions are every 15 degrees as shown in Figure Ä. ' 3. Standard fitting positions are at 1 and 7 as shown. \ . _.---, .---. Pip;.. Sump Short Form Specification: The contractor shall provide Fibergl~ piping sump with fittings as shown on the drawings. The piping sump shall be manufactured by Owens-Corning Fiberglas. Piping sumps shall be installed with pea gravel or . approved alternate crushed stone backfill material according to the current installation instructions (Owens· Corning Fiberglas Publication 5·PE ·13606) provided with the piping sump. ' ModeISPS42-22A With Standard Fittings Shown 28'Ii TG=Er ...........-... 36' 00 I ì I 1 32%" T" / , ~ \ \ \ l®>1 ~® ,~è)\ ® ~22' MIf1,-:j --42"10 Mk, Size No, Item 'Position A 3' 2 Fiberglass pipe coupling 1,7 B I' 4 NPT fillings w/plugs 4,10,16,22 w C 1 Sensor mounting cUp 3 -' => D 28" dia. 1 22 -10 manway w/steet cover 0 w E 4 Lifting handle Top: 1,13; bol1om: 1,13 J: U F 22' dia. 1 Bottom cutout w/bott pattern en G 4" 1 NPT Iil1ing center " Z H ¡:: l- I ü: J K L Customer Recommended Service Destination & Method Orwg. No. Q\y. c-, """', No, No. Revision 0_ "","" Fig. A Pub. No. 3-PE.13703-s UlhoU.S.A., August, 1987 ,Copyright © 1987 Owens.{;oming Fiberglas Co<p. · . or . OWENS,CORNING FIBERGlAS '''111l1li...:£ -e ( Piping Sum --.nsor-Model PSS Switch Panel~odels SP1 & SP4 Monitoring Components For Owens-Coming Piping Sumps Models PS42-22, SPS42-22, PS42-30, SPS42-30 Installation & Specification 1.1 General Description The piping sump provides secondary containment for a submersi· ble pump leak and also provides a termination point for double wall piping systems. ,As ,an optional accessory, Owens·Corning provides a: piping sump sensor for continuous electronic monitor· ing ofthe piping sump. Figure 1 Completed f>1:¡ing Sump InstaBation with Optional Sump Sensor ( 'Optional sump sensor kit is available from Owens·Coming "Contractor supplied items The sump sensor consists of a float switch housed in a protective plastic casing. A 2" accumulation of water or produèt (approx· imately five gallons) in the piping sump will trip the float switch. The float has a rounded bottom to minimize the possibility of freez· ing the float in less than 2" of standing water. The sensor features atrip rod, which is used to test the float switch in the installed condition. " The sump sensor is compatible with the optional electronic control panels supplied by Owens·Corning. Without additional monitor- ing accessories, the four circuit control panel (Model 880014) can be used to independently monitor up to four separate sensors. These four sensors can be either double wall tank or piping sump sensors, in any combination. ' Also available is an optional switch panel which will double the number of piping and double wall tank sensors which can be monitored with the Owens·Corning supplied electronic control panels. A switch panel connects a tank sensor and piping sump sensor to one monitoring circuit of the control panel. In an alarm condition when both the tank and piping sump sensor are con· nected to the same monitoring circuit, the switch panel is used to determine which sensor is in the alarm mode. Using a switch panel (Model 8P1) with the single circuit control panel (Model 880011) expands the monitoring capability to two sensors-one ?ouble wall tank and one piping sump sensor. Using a switch panel (Model 8P4) with the four circuit control panel (Model 880014) expands the monitoring capability to eight sensors-four double wall tank sensors and four piping £ump sensors. ( In the event the piping sump sensor detects product in the piping sump, Owens·Corning recommends that the power to the submersible sump be disconnected, This can be performed automatically by providing an electrical feedback circuit from the monitoring system to disengage the submersible pump. The, OCF·supplied electronic control panels feature a set of transmi sion contacts which can provide the switching mechanism for this feedback circuit. Each monitoring,circuit on the control panel has a separate set of transmission contacts, so when using the four cir- cuit control panel (Model 880014), it's possible to automatically isolate and disengage a single sumbèrsible pump from a field of four. . , All electrical components for the piping sump sensor and switch panels are UL listed. 1.2 Features Figure 2 Piping Sump Sensor Model PSS Lead wire 72" min. Trip rod Hose ci¡¡mp Stainless steel float switch Perforafed plastic casing Q Fig. 3 Switch Panels Model SP1 Model SP4 Alarm check button switci1es lãnk sensor buttons Non metallic box Model SP 1 is used with the single circuit control panel (Model S800 11) to monitor one double wall tank sensor and one pipe sump sensor. Model SP4 is used with the four circuit control panel (Model S800 14) to man· itor up to four double wall tank sensors, and four pipin¡j ~I)mp sensors. 1.3 Specifications: . . --e _~~iping Sump Sensor-Model PSS Dimensions: Lead Wire Length: Weight: Type Materials: Float Switch Housing Mounting Clamp Electrical Components Rating: Switching Contacts: Switch Panel Dimensions: 5" L x 2.5" dia. 72" 11b. Stainless Steel PVC Stainless Steel UL listed (NEMA4X) Normally Closed Model SP4 7"Lx 10.5"W x 3.5"0 3lbs. Model SP1 8,5"Lx3.5"W x3,5"D 1 lb. Weight: Panel Housing Material Color: Electrical Components Rating: . UL listed (NEMA 4X) (NEMA4X) Polyester Resin , Gray Polyester Resin Gray 1 .4 Installation Piping Sump Sénsor Usi!1g the supplied mounting clamp, mount the piping sump sensor on the sensor mounting bracket. For maximum sensitivity, the sensor must rest on the bottom of the piping sump. The float switch is activated after a 2" accumulation of liquid in the bottom of the piping sump-approximately 12 gallons of liquid. To improve the sump sensor sensitivity, add 2" of gravel tothe bót· , tom of the piping sump. With gravel, the sensor is activated by approximately 5 gallons of liquid. If gravel is used in the sump bot· tom, wrap the sump sensor sides and bottom with filter fabric to' prevent small stones or grit from entering the sensor casing. The piping sump sensor can be wired directly to the Owens- Corning supplied electronic control panel or can be indirectly wired to the control panel using an optional switch panel. For intrinsically safe wiring, use 16 AWG type M1W or 14 AWG type THNN (contractor supplied). All electrical connections must be in accordance with local and national electrical codes. After the sens~r is installed and connected to an operational con- trol panel, the sensor can be tested by lifting the trip rod located on the top of the sensor. ' Switch Panel Installation of Model SP1 is detailed in this section, Reference Figure B for Model SP4 circuit diagram. For added installation details and wiring diagrams for the electronic control panels, reference OCF publication 3·PE·12834. The switch panel is preassembled and ready to wire. Locate the switch panel in a non hazardous area where an explosive , environment does not exist, preferably next to the electronic control panel. The switch panel can be wall mounted using the provided mounting hardware. ) Sénsor Circuits For ULrated applicatir-'" maximum wiring distance between the control panel and .sors is 1.750 fè et, however if a switch panel is used the maximum wiring di;:;tance IS 875 feet. For intrin- sicallysafewiring, use 16AWG type M1W or 14AWG typeTHNN (contractor supplied). The wiring from the switch panel (from ter· minals 1 and 2) enters the right conduit at thl~ bottom of the control panel and is connected to terminals A and B. On the fbur circuit control panel (Model SB0014), there are four terminal pairs (AB, CD, EF, and GH). Connect a separate sensor 'circuit from the switch panel (Model SP4) to ,~ach terminal pair. If less than four sensor circuits are used, a jumper wire is required to separately connect each unused terminal pair in the control panel. The tank sensor (from the reservoir) and the piping sump sensor are wired to the switch panel. Connect the t"lnk sensor wires to ter- minals 3 and 4 and the sump senso~ wires te, terminals 5 and 6 in the switch panel. The switch panel is pre-wired so that the tank and pipe sump sensors are connected in series. ( Testing After connecting the tank sensor, the pipe sump sensor, and the switch panel to an operational control panel, activate the sensors to test the total system, To testthe tank sensor, place liquid inthe reservoir and then open the tank leak simulator. To test the pipe sump sensor, lift the trip rod on the sensor. Transmission Contact Switch In the event the piping sump sensor detects product in the piping sump,\Owens-Corning recomme"1ds that the power to the submersible sump be disconnect,~d.,This can be per· formed automatically by providing an electrical feedback circuit from the monitoring system to disengage the submersible pump, The transmission contacts in the electronic e ontrol panel (located at terminals 3 and 4 for Model 8B0011) can provide the switching mechanism for this feedback circuit.' Figure 4 Model 580011 & SP1 Shown ( To piping sensor SPl Power ciæuit (to 120 volts AC) , To tank sensor The four circuit control panel (Model S8001 ,~) has four separate sets of transmission contacts. When the tank sensor and piping sump sensor are connected in series using a switch panel, an alarm in either sensor would activate the transmission contacts for that monitoring circuit. If the tank sensor anel pipe sump sensor are wired on separate monitoring circuits using the four circuit control panel, each sensor would activate a separate set of ' transmission contacts. " ~' l I( I :. 1.5 Contractor Provided Ite~ The installation contractor provides the follo\, Yms: A. All electrical fittings and junction boxes. B. Wiring, and conduits to connect the lead wires from the piping sump sensor to the switch panel (or electronic control panel). For intrinsically safe wiring use 16 AWG type MTW or 14 AWG type THNN. 1.6 Warranty The piping sump sensor and switch panels are warranted to be free from material defects in .workmanship and materials for a period of one (1) year following date of original delivery by Owens-Corning. ' Our liability under this warranty shall be limited to, at our option, (i) repair of the defective unit, Qi) delivery of a replacement unit to the point of original delivery. or (iii) refund of the original purchase price, and we shall not be liable for any labor, other installation costs, indirect or consequential damages or other damages in connection with such tanks. THE FOREGOING CONSTITUTES OUR EXCLUSIVE OBLIGATION AND WE MAKE NO EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF MER· CHANTABILlTY OR FITNESS FOR ANY PARTICULAR PUR· POSE WHATSOEVER, EXCEPT AS STATED ABOVE. Failure to install the piping sump sensor or switch panel in accord- ance with the Owens·Corning installation instructions will void the warranty. 1.7 Normal Operation c Pipe Sump Sensor-The floatswitch contacts are normally closed. The system will stay in the normal mode until a liquid of 2" or more accumulates in the piping sump. In the normal mode, the NORMAL-light on the control panel is illuminated continuously. The ALARM BELL switch should be set on AUTO. 1.8 Maintenance The control panel, tank sensor, and piping sump sensor should be tested at least once per year. To test the control panel circuitry, depress the TEST BUTTON switch located on the side of the control panel. To test the tank sensor, drain the reservoir or remove the probe ass~mbly from the reservoir. To test the piping sump sensor ,lift the trip rod located on the sensor. 1.9 Leak Detection ( If a liquid of 2" or more accumulates in the bottom of the piping sump, the float switch will activate the alarm system. If the reser- voir totally drains, the double wall tank sensor will activate the alarm. For any alarm, the WARNING Light will illuminate, the alarm bell will sound, and the transmission contacts will activate any accessory alarm or feedback circuit. When both the double wall tank and piping sump sensor are con· nected to the same monitoring circuit, the switch panel can be used to determine which sensor is in the alarm mode: Using the button9witches on the switch panel: A. Depress the TANK SENSOR button-if the alarm is silenced, the tank sensor is in the alarm mode. B. Depress the PIPE SENSOR button-if the alarm is silenced, the piping sensor is in the alarm mode. C.lfthe alarm is not silenced by pushing either thePIPE SENSOR or T ANKSENSOR b,·...,dividually, then both the pipe and tank sensor are in th wmode. This can be verified by pushing both button switches simultaneously. If the alarm con- ". dition continues with both buttons depressed, consult the Control Panel Trouble Shooting Guide in OCF publication 3-PE-12834. ' The alarm bell on the control panel can be temporarily silenced by setting the ALARM BELL switch to the OFF position. Under this condition, the ALARM BELL light is illuminated, the WARNING light remains on, and the NORMAL light is off. 2.0 Potential False Alarms Piping Sump Sensor A. The standard piping sump features a friction fit lid. If the lid is not in place, or is cracked or damaged, it is possible to accumulate rain water in the piping sump. S. For extreme high ground water conditions. the friction fit lid may permit ground water to intrude the piping sump. Control Panel-See OCF publication 3cpE·12834. Tank Sensor or Reservoir-See OCFpublication 3·PE·12835. 2.1 Guide Specification The contractor shall provide piping sump sensor and switch panel manufactured by Owens·Corning Fiberglas. Piping sump sensor and switch panel shall be installed according to the current in· stallation instructions. Piping Sump Sensor 1. Sensor is preassembled and ready to wire. All electrical components are UL listed NEMA4X. ' 2. Float switch sensor is capable of detecting a 2" or more accumulation of liquid (water or product). Contacts are normally closed. 3., Float switch is stainless steel; float switch is housed in plastic casing with mounting clamp. 4: Warranty-See 1.6 Warranty. Switch Panel 1. Switch panel is preassembled and ready to wire. All electrical components are UL listed NEMA4X. 2. Electrical boxis non·metallic. 3. Warranty-See 1.6 Warranty. .~ \. I'D . TYPICAL UNDERGROUN INSTALLATION FO~~~~'f SERVICE STATION I I Easy, Economical Installation Lightweight RED THREAD II pipe is available in 15 and 30 ft. random lengths. The easy-to-use T AB.T. Joint, standard on UUULC RED THREAD II pipe, promotes fast positive makeup and prevents "backout" problems during cure time. The combina- tion of light weight, flexi- bility and easy joining assures econo- mical installation. Joining System The exclusive TAB. (Threaded and Bonded) Joint is factory installed. It is the standard joining system for UUU LC Listed RED THREAD (( pipe. Spigot and bonded-on coupling ends are threaded NomÍnaI 0.0. In.fmm NomInal 1.0, In.~mm 2.375 60.33 2.235 56.77 3 3.500 88.90 3.360 85.34 -;~, r 4.500 114.30 4.360 110.74 4 with special profile double-lead threads. Combined with adhesive at time of assembly, the TAB. Joint is also fast and easy to install. The standard joining procedure for field-made epoxy bonds is achieved by the mechanical locking action of matching bell and spigot taper angles. Fittings compatible with the product piping are also listed by Underwriters Laboratories for use in underground handling of petroleum products. , , When connecting containment pipe and fittings, plain ends of the containment pipe are machined or thoroughly sanded to accept the two-piece U L/U LC Listed containment fitting. Containment pipe must be positioned over the product piping prior to assembly and bonding of the product pipe system. Upon completion of a successful prod- , uct pipe test procedure, the secondary containment fittings may be installed. The system-matching adhesive is applied to all bonding surfaces, and the fitting halves are then joined and bonded. Proper assembly and bonding proce- dures are detailed in Smith Fiberglass products installation manual 1055 for product piping and manual 1190 for secondary containment piping. Or, con- tact your local Smith Fiberglass Products ._ distributor for a video presentation. ( l i ( .1 II Special two-piece containment fittings allow [ , · the product piping to be tested before the system is sealed. 500 3.45 24 .17 -:.~ :~,;~.:"._~-~:".~ t:~.t>::'·:·;,·-··:-~·,:-~_, -, -.: . "~:>:ST?·:'~ .:0:::>,,.:. '::.' ..:~-~;>.:. - ',' .' ,-,-.:, .'-'-,"~~ ,;:-~- . _··~-~··;f~}·~·:·~~,:~~~{~;-~t . [Y::')4c,~~i:\;r;?i;;);:F': d;:··:),~:¡,ix;)~~';>~L:~ '.,.' , ,,'tf,<è:C ,"fY(~::;N~'" ;','" "" );~~~G~,NERAlfSP,~Glf'~TIº>N~>,ANº.;~RA TI N :. ;2..~:,:.~~~ .:,;,;!:;:~-,_.~....~::,:,.~_-.,.,.~::_-".;;...,..-,; '''':';-'.~~'~ ...-'".:..,,;-...--::....~~~-:-;,..!'¿'""',.,..~~.i.JJ"~;.,.-~;_ . .>-:~.:.~~-:-:-..'_!;.-- :-" ~~:.:_;-:::~!>'.~{:~':~..:~.::.,.... '.... '. ': _._~ .. .- ~.... ;¡:;;;¡., Nominal I "~:- ~;f~ ,.~.~""_! '-~~~f Nominal WaD Thlc:knøa In./mm NomInal Weight Ibs..ft./kg-m Pressur.. Temp. Max. Rating Mill Test External Pressure / .' Random , Pressure Max. Rating psig'MPa at~ Lengths >Sig 7S'F'24'C 1SOoF/66·C It.'m 1000 112 106, 15 30 6.89 .77 .73 4.6 9.1 700 29 23 15 30 4,83 .20 .16 4.6 9.1 23 .16 15 4,6 0.070 1.78 0.4 0,60 250 psig @ 150° F 1,.12 MPa @ 66,50 C ',r.-.: . f~¥;~·~~~~&~~:¡~~_7~f~i~~J~ii~fl'~~~~,š~i~¿~~i~1¡;rÃrf~: 4 0,070 1.78 0.6 0.89 175 psig @ 150° F 1.21 MPa @ 66,5° C 0.070 1.78 0.8 , 1.19 125 psig @ 150° F 0,86 MPa@66.5° C · \...-. ,. 1,-, I I I .,- I APR 20 "30 ifJ: 30 FUEL TEC~~.PE' AZ. P.2 ~- f Bulletin No. 1070 August 15, 1987 _._~.-- --. --- ._---- ,U.L. LISTED RED THREAD® II PIPING /~ GENERAL.. SPECIFIC,ATIONS ,~~~~~ SMITH ABËRGÜ~SS PRODUCTS INC. 2700 W. 65th ST, LITTLE ROCK, AR72209 501~568.4~ A Subsidiary of A.O. Smith Corporation .' T'NX 910-722·7377 SCOPE Pipe - Pipe shall be manufactured by Smith Fiberglass Products Inc. by a fiJamant winding process using a thermosetting ~poxy resin to impregnate strands of continuous glass' filaments which are wound around a mandrel at a prescribed helix angle and under controlled tension. All pipe will be supplied with a matching tapered threaded coupling and a matching tapered threaded spigot. ' CONSTRlIJC1'10N Z' - 4" - RED THREAD II pipe shaH have continuous glass fibers filament wound at a 35.1/4° helix angle in a matrix of epoxy resin. Pipe shan be in compliance with ASTM 0-2996 and classified by its designation code. Pipe shall meet all dimensional and performance requirements, mechanical properties, and shall be marked with the following designation codes: Size Designatj.on Code at 73.4°F 2" - 4" RTRP-11AF-3111 ITEMS Pipe- 2" - 4"- Glass 1iber reinforced filament wound pipe with matching tapered threaded coupling and spigot. , Pipe to be factory proof tested at the following pressures: Z' - 1000 psig 3" - 700 psîg 4" - 675 psig Fittings - , Z' - 4" - Compre'ssiori molded fittings shall be manufactured using an epoxy molding compound. The molding compound shall be reinforced with a minimum of 60% chopped glass fiber. In-line fittings are filament wound. Adhesives - Adhesive and curing a.gents shall be U.L. Listed D5-70oo series adhesives. Joining TechniquHs - Z'· 4" - Pipe and fittings shall be joined with OS-7000 series adhesive using matching tapered threaded COUplin9 and spigot. Consult Smith Fiberglass Products' installation manual no. 1055. / t(' '3,R~reo tr~ 01 SmitI1 ~ Produas iI1C. 51.1887 Printed In USA ".~~~?:" ">,,::.:::.,\:,,,:~_:,,;:_o::,>~:>~.:...~~:~':.':'~i;(:f/'i'f:'~,r':"::,'::._~'/'~'~:,":~~~,:"'~":'·:'·',:' ." :'. ,,''-' .;.-~'¡ , " , ""J.;" ':-: "~;'-'<":"',.:',',:'",: ~:,'~: '~:",,~~,,<:'':'.'':;_:;,::;,.~!:';;':;,' ,::: ;:',:':, ,---,,.,.. -Y , ~.,' .- UL/ULC LISTED SECONDARY,C:ONTAINMENT FITTINGS :j," .. ."< '~~: - .: ," " . . . - -. ~. ;::;-'.- :0:."-'':'::', :< .'::: '1 C 1 TERMINATION CONCENTRIC REDUCER F ...L. TEE 90° ELBOW 45° ELBOW SLEEVE COUPLING ET TERMINATION CONCENTRIC REDUCER!') WITH 3/4" NPT SADDLES ~,'~' ITJY 3/4" NPT TAP SIZES AVAILABLE Belled Side Outlet Threaded Side Outlet NPT Internal ThreacIs(2) 3" X 2" 3" X 1" 4" X 2" 3" X 1'/.0" 4" X 3" 3" X 1 '1.0" 4" X 1" 4" X 1'/.0.. 4" X 1'1.0" Sizes available for Termination Concentric Reducers, with and without tap: 3" X 2", 4" X 3", ·6" X 4", SIZES PRESSURE RATINGS Bending Properties of RED THREAD II Pipe ,: 3" 6 7 14 3 2'12 2'12 3~' 90 2" 50 It 15.2 m 4" 7V2 8 14 3 3 2'12 4:' 80 3" 80 It 24.4 m 6"· 4 4 3 6"* 4" 100 It 8 9 ,16 (4) 30.5 m "NOTE: 6- secondary cóntainment fittings are not UlIULC Listed. Long Term Hoop Strength Cyclic Pressure (150 x 106 cycles) at 75° F at150°F 11,900 psi 82.05 MPa ASTM 0-2105 9,300 psi 64.12 MPa 22,700 psi 156.51 MPa ASTM 0-695 1.92 x 106 psi 1.32 x 104 MPa ASTM 0-2105 1.70 x 106 psi 1.17 x 104 MPa 44,000 psi 303.37 MPa ASTM 0-1599 9,140 psi 63.02 MPa ASTM 0-2992 8,020 p~i 55.30 MPa Procedure A 1.09 x 10-5 in.lin.l°F 1.96 x 10,smm/mm/oC AOSI- TM16-3 2.9 BTU I (ft2)(hr.W F lin.) 0.42 W/(mWK) AOSI- TM16-15 1.85 1.85 ASTM 0-792 at 75° F Tensile Strength - Axial at 1500 F Compressive Strength - Axial at 75° F at 75° F Modulus of Elasticity in Tension at 1500 F Ultimate Hoop Tensile Strength at Burst Average at 75° F Thermal Expansion Axial 2" 3" 4" pipe Thermal Conductivity 2" 3" 4" pipe -( Specific Gravity Flow Factor Hazen-Williams Coefficient 150 150 AOSI (1) A 3" x 2- reducer bushing which is not UlIULC Listed is available for use with the' 4" x 3" termination concentric reducer. (2) Threaded connections must be made with a . flexible connector. (3) Sharper bends should be eliminated to avoid stress concentration which would result in premature pipe failure under pressure conditions. (4) Data not available at time 01 printing. (6) Pipe is manufactured in compliance with ASTM 0·2996, Refer to general specification sheet in catalog for the 0·2996 designation code, (5) Tests run on pipe samples, 7 J·-'.'_',i~i~1~i~/;~f~;~;;~\~~~;;:ï%~¡:: ':;~j~"U ;:::c:;: . .....;' '. ....... '/~, c.' ..',' .". UL/ULC,LISTED PRODUCT FITTINGS 90° ELBOWS CA~ I A I T;~* @$ ;.~; tf~i~,,~ 2" 3'1i1 86 4;\, 117 1 'iii 35 1;\, 41 1'h 38 SLEEVE COUPUNGS ,A ¡-x-I ., TEES I FLANGES ¡-a-I=- ,~,¡1 -,~,":";"""I j ,í -lc~E , SADDLES THREADED OUTLET(21 é""Î'~ _____ A ':'''';' "', I - ~i ,...~'~:-:c --iC'>~ . '._ ,:,<:",...- ~:._::: :.:.'_'-.-c: ~';- .::.;. _::~. ':;;,;,;~; . , ' 3" 4" 5'10 130 2" 7 178 7 178 3" 4" 8~ 210 2;\, 67 33A 95 4% 124 i~~~~, 2" 3'1i1 86 4;\, 117 3" 4" 5% 130 ~Z~) ~~1 ~êj 2?dt 1 'iii 35 1;\, 41 1','> 38 ~h¥] l~ 2'.4 '.4 4'.4 '.4 0·4 Holes 6 1'h 2" 54 19 121 19 0·4 Holes 152 38 2;\, 1 'iii 6 '.4 0-4 Holes 7'h 1% 3" 67 35 152 19 0·4 Holes 191 48 2;\, 1 'iii 7'h '.4 0-8 Holes 9 H'. 4" 67 35 191 19 0·8 Holes 229 48 ,>i!.p~:~:~\~;~~ 'I~~f~~i; '""B :},'., I,'¡'¡;'mm'::.': ,',.,,, 2% 4 1800 2" x 1'12" 73 102 1800 NPT THREADS ,...1- A-I , 1"-.. ¡-x-----¡ -~I...'., l~< il":~ I ".~" ,I ': ,,; c' " ",' - .,', ':1;""·";:"··:.. NPTTHREADS ~A-I .',..,..·..',"1 ::-"'"'.'. ",._.-;.<..; ; -:..·,·;'"~i·_.;.;- i 45° ELBOWS REDUCER BUSHINGS t=x:=-4-¡ .....ii'.':""'''''~'''.,..,_ , '"','.',.,',<,',,..,'4ß>~,.,__ -... ..," ·:.?tt~iJ~~~~1 \t~l,; );2Rf·~g:~'f~1 ;;}2 END CAPS I x~~1 .:..c;'j;;~:~i~I~: '.';::;F';l)~i ,','>'.<, .,."L. ,'.~.7>,'··/·I'·: NIPPLES I A I 1",:'C¿':';0!c'¡':;'2~';;( .,::¡,::;".~\"" . ',' .", .....t>" -.,.,". "~' ¥"_ -.' -_.~ ~::,2~~1~~o~;:r~:,j; CROSSES _ -A-I-\-I I -1- f A I I A ~ ,~; ,,," -..,.\ ( . ¡ 2" 2;\, 67 3" 3'.4 1;\, 95 41 4" 3¥. . Ph 98 38 2" 1" 1'.4 t x 44 t 2" 1~" 2 t x 51 t 2" 1 'h" 1'.4 t x 44 t 3" x 2" 2~ 1'h 57 38 4" x 3" 2'1i1 1>'. 60 48 ~~W~~H;¡¡ 2" ( '~=i~, ,~~~:ri~~~~~~é'~~~ t~:.~~~\~~!\.~'i~§8 101.eoa-::1S2..4Omm ~ .2S4.oo-a:-304..8OrMn 2" .,' 1 .,' .,' .,' .,' 3" - .,' .,' .,' .,' 4" - .,' .,' .,' .,' -i~if~~~~;l!i~, " >,)~t~~'~~if~ 2" 3'1i1 86 1 'iii 35 \-x--; rj/NPTTHREADS l-",','.,'.,.".,'::".~':-,.. ":,' "," >__,' ._ 'f ',- ._ .<. ;, '.:. ,.'. --:, ":' '.,>' I-A ---'--I NPT THREADS -,~""·"",','..,'""fV,;,c, . -: ,>.-- .~- . ", -'-,' --- ",.:" -..-. -'.-., . -:"'- '- ... ,"-' 8 ~,-:- ,- I ".".,,' ,',,:' . "\';,;rHREADED ADAPTER(3) '~ , BEll&'MALE ,,' ·.y::::",;'i,.:NPTTHREAD '::Noiriinâl,""'¡"'>~ "~')3:'}';':'X(1} "'Noiríínái""é . PiP<! Size, In./mm' In.ímm' In.!mm "Pipe Size':'·, "~pìG()~·r~~D~~,.~gfr~TH~~~\~B~ll & F~R~DED.~DAP~:: T~~¿D~: ·.:::;,,·,i'A'·~~,:,}; 'B ~ .. :>Nominal C;"'A -/!}: ':,""')((1):"':;:;: J.l,';In.'t?/·~mm··'~t.;¿,~r; " In.'/m' m'" . ' - ' <:'In.!mm ,X' ~,'.Pipe Size'In:/mm " , ".. " THREADED ADAPTER ,'/y;.'.:: ',SPIGOT & FEMALE .:¿".·NPT THREAD "~::~.: ~-~.:mr~' :{~~~f~~~?~ 2" 4',4 2 1 'iii 3;\, 2 ··r· 3'12 1 'iii 3>'. 2% 108 51 35 2" 92 51 2" 89 35 2" 98 54 5'12 3 1;\', 4;\, 3 4'12 1;\, 4'.4 3% C 3" 140 76 41 3" 117 76 3" 114 41 3" 121 79 517 4 1'12 4% 4 4'12 1'12 4'/. 4V. 4" 140 102 38 4" 124 102 4" 114 38 4" 124 105 (1) X dimension is a nominal makeup dimension ,for drawing layout only. 00 not use for assembly dimensions. 6 (2) Threaded connections must be made with a flexible connector. (3) 2" and 3" Bell X Male threaded adapters arealso available on t Reduced opening has lemale NPT thread, request with the 0.0. sanded to accommodate secondary con- . tainment fittings. You must specify for secondary containment ./ Available from stock. "- ,,-- e'/'e Flyer 61-50 O \&I September, 1989 . .p Overfill Prevention Valve q ( OPW 61-50 Series The OPW 61.;SO overfill prevention valve is designed to be a'simple, low cost solution to shut-off of product'fill of underground storage tanks. The shut-off valve is an integral part of the4" drop tube used for submerged filling. No extensive excavation is required. The OPW 61-S0 can easily be retrofit into niost existing locations. No special manholes are required. Installing the OPW 61-S0 is as simple as changing drop tubes. The OPW 61-S0 is a two-stage shut-off valve. When liquid level rises to about 95% of tank capac- ity - the valve mechanism is released and the valve closes automatically with the flow.This re- duces the flow rate to approximately 5 gpm through a bypass valve. The operator may then stop filling process, disconnect and drain the delivery hose. As long as the liquid exceeds this level, the valve will close automatically each time delivery is attempted. I ' If the storage tank is overfilled to an unsafe condition and the liquid rises to about 98% of tank capacity - the bypass valve closes. No additional liquid will.flow into the tank until the Jevel drops below a reset point. Features: · Simple, easy and quick installation - rio excavation or special manholes required. · Economical- costs a fraction of expensive, complicated and difficult to install valves. · Completely automatic operation - no pre- checks to perform, no resets, no overrides to be broken or abused. · Works at all flow rates - operates directly from liquid level. II Will accept a dipstick for gauging. · Retrofits directly - for existing tanks and 4" riser pipes. · Automatic hose drain - for operator con- venience. Two Point Fill Application The OPW 61-50 series is available in two sizes for two point fill, separate product and vapor connections, applications. The OPW 61-50 replaces the standard tight fill tube in the 4" tank riser pipe. Actuating Float -'/ Coaxial Fill tf;:" Poppeted Application ,I"f~~';; Coaxial Fill TheOPW61-S0seriesis4/~ Application also availablefor coaxial . . fill, single product/vapor ~ The OP":' 61-50 series IS connection, applications. t also avalla~le ~or po~- The OPW 61-S0C series) ~eted coaxial fill appllca- valve replaces the t' tlons.. The OPW 6~ :SOP stand, ard coaxial tight fill ','",','",.. style I~ CARB certified for drop tube in the 4" tank ;;: gasoline vapor r~covery riser pipe. ~, '". systems, executive order G-70-97. / <r' Typical APp.,:ation Assemb~ 00: 0°0:0°°0°0 :0000°.: 00 : 00 '000° 0000° 0000° : 0° 0°00°°00°00 Installation Schematic Typical, exact dimensions and ullages will vary with tank configuration. OPW1 Spill Container /: 634- TT o 0° 00: 000°00 0°0°00°0° 0: 00 °0°°0°'0 0 0°00°:°00: oOo:c 000000° 0°00°: 00 , 3V2" approx. (98% UST capacity) 8'12" approx. (95% UST capacity) I 6"orp~ local ;;quirements , Underground Tank, typical 1 Shown: OPW 61-50 (4000) How to Specify and Order ('-" Information , For additional useful information on the specification, assembly, installation and use of the OPW 61-80, refer , to Technical Bull~tin TB-61-~0. OPW 61-50 series overfill prevention valves are covered Ùnder the following patent: 4,667,711. Other patents pending. Assembly All OPW 61-80 series valves are furnished unassembled with complete instructions and hardware for field or shop assembly. For complete assembly and installation instructions, refer to C-3557-PA (OPW 61-80) or C-3634-PA (OPW 61-80C). Materials Valve body: cast aluminum Float: nitrile rubber, closed cell foam Valve: aluminum Seals: viton Upper & Lower Drop Tube: aluminum , \ Important In order to prevent product spillage from the Under- ground Storage Tank (UST) properly maintained delivery equipment and a proper connection at the tight fill adaptor are essential. Delivery personnel should be managed and trained to inspect delivery elbows and hoses for damage and missing parts, and to make certain a good positive connection between adaptor and elbow is always made. If delivery equipment is not properly maintained, or elbow is not securely coupled to the adaptor - a serious spill may result when the OPW 61-80 closes - causing a hazard, and environ- mental contamination. Specification & Ordering Data Application Information Max. Tank Max. Tank Product No. Fill Size & Type Bury Depth Ft. Dia. Ft. 61-S0 (4000) 4", Two Point 5 8 .' / 61-S0 (4010) 4", Two Point 9 10 61-S0C (4001) 4", Coax,ial 5 8 61-S0P (4002) 4", Coaxial Pdppeted 5 8 --- - - - -o- W =., . -= Fueling Components Group P.O. BOX 405003 . CINCINNATI, OHIO 45240-5003 TELEPHONE (513) 870-3219 OR 1-800-422-2525 ' ' © Copyright 19á9 Dover Corp.lÒPW Division Printed,in U,S.A. P e oW OPW·1 Spill Container -e ( No. 1-SC í October, 1987 (Rev. January, 1989) The new OPW 1 Spill Container represents the latest technology applied to meet thé needs of those who specify, purchase, install and use spill con- tainers in petroleum marketing applications. . Easy to specify, order and inventory - The OPWl is supplied complete with a large, high capacity, removable drain valve. In non-drain applications, simply remove the valve and re- place with a l"NPT pipe plug supplied with the , unit. The OPW 1 is designed for 4" riser pipe installation. Simply use a reducing bushing to àdàpt to 3" riser pipes. II Easy to install- Reduces jobsite time and instal- , lation cost. Simply cutto length and thread the 4" riser pipe. The OPW 1 screws directly onto Cast aluminum cover - lightweight and strong, is eàsy to remove and will withstand driveway traffic. Cast iron body ring ~ strong, will withstand heavy driveway traffic and expansion in temperature extremes. Drain slots help direct surface water away from spill container open- , ing. Ramped design minimizes driveway obstruction. Water deter- rent design resists entry of surface water into con- tainer. High speed drain valve - large to resist blockage by.foreign mater- ial. Automatically closes when the palm button is released. Closes with tank pressure, to help prevent leaks during tank testing. The screen is easy to remove for regular maintenance., If non-drain alternative is preferred, drain valve is easily removed and replaced by a I" NPT plug. , the riser. There are no external connections to make. Adjust to final grade heightand support the unit with the backfill. The entire unit weighs only 35 pounds for easy handling; II Easy to use and maintain - The cast aluminum cover is strong yet is lightweight and easy to re- move. A high capacity drain valve speeds con- tainer draining for operator convenience. The valve screen is removable for cleaning. The Duratuff® lower body will not corrode to the riser pipe, making it easy to remove. In the event soil testing is required, the removable bel- lows and lower body combinè to give easy ac- cess to the backfill through the spill container - without breaking concrete. Gravel guard - tough polyethylene to keep back~ fill away from bellows to insure flexibility. Ribbed design will hold unit at grade height, using backfill for support. Flexible polyethylene bellows - flexes for easy final adjust- ment to grade. WiU accom- modate tank shift and con- crete settling. Bellows is re- , movable to access the backfill near the riser pipe for soil testing. Two stain- less steel expanding clamps hold and seal the bellows secu.rely in place. " <' , I DuratufT® lower body - will not corrode onto riser pipe. Easy installation for re- ducedjob site time, is also easy to remove for soil testing. Internal drain path eliminates external drain connections, simplifying installation and reducing leak risk. I " -- Engineering Data GRAD1_ Cover: ' Sand Cast Aluminum Body Ring: Cast Iron, epoxy coated Bellows: High Density Polyethlyene Gravel Guard: Polyethylene Lower Body: Duratuff® Composite Drain Valve: Acetal; Polypropylene 171'116 MAX Clamps: Stainless Steel Seals: Buna-N 1511A6 MIN Shipping Weight: 351bs. 161/2 DIA .----- ---- -- ~'3D1A~ 1411/16 CIA For complete installation instructions refer to C-3553-PA. How To Specify Product Number OPW 1 - 4000 , OPW lBK - 4000 Description Spill Container with removable drain valve, for 4" and 3" risers. Bellows Replacement Kit () "Jo., / Distributed by , ---- ---- - ---- =- - -= =. -= = -:.= ------- ~ ~ J ~ 1 'i ~ - Fueling Components Group -' - - P.O. BOX «)5()Q3 . CINCINNAT1. OHIO 45240-5003 TELEPHONE 15131 870-3219 OR 1..øc)C).422'·2525 © COPYRIGHT 1989 DOVER CORP./OPW DIV. Notice , OPW products should be used in compliance with applicable federal, state and local laws and regulations. Product selection should be based on physical specifications and limitations and compatability with the environment and material to be handled. OPW MAKES NO WARRANTY OF FITNESS FOR A PARTICULAR UsE,. PRINTED IN U.S.A. ' ~.._/ ·-e ·e . >- _._~ - -~-~+ -----,.-.. f C GILBARCO SITE PREPARATION AND INSTALLATION INSTRUCTIONS (r- MDE2428 VERSION 1 TANK MONITOR 4, TANK MONITOR 4 ./ <r' !P@@OO @~~®D~AL .- - b Gilbarco Inc. 7300 W. Friendly Ave. 1 MARCH89 Greensboro, NC 27420 e !Î!A.,., '," '::~i-:: .--'" TABLE OF CONTENTS SECTION 1. INTRODUCTION A General ._..;...... ." . ',' . . . . . . . . . . . . . . . . . . . . . . . . B. Product Description ........................... C. Damage Claims ............................... D. Return Shipping . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . SECTION 2. SITE PREPARATION A Sensor Riser Pipe Installation ......... '. . . . . . . . . .. 2 B. Monitor Location Selection ...................... 2 C. Inside Conduit Installation ...................... 3 D. Sensor Conduit Installation ..................... 3 E. Sensor Junction Box Installation ................. 3 F. Manhole Installation ........................... 4 SECTION 3. MONITOR INSTALLATION A Wiring Installation ............................. 4 B. Power Wire Installation ......................... 4 I C. Mounting ..................................... 4 D. Power Wiring Connections .....;................ 5 E. Probe and Sensor Wiring Connections ............. 5 F, Alarm Relay Wiring ............................ 5 SECTION 4. INTERSTITIAL LEAK SENSOR INSTALLATION A Riser Pipe Cap Preparation ...................... 6 B. Installation .........................:... '. . . . . ò 6 (-= SECTION 5. PIPING SUMP SENSOR INSTALLATION A- Installation ...................... '. . . . . . . . . . . .. 6 '. I, I ,\ ~ ì I' II I SECTION 6. GILBARCO WARRANTY A Warranty .................................... 7 B. Pumps and Dispensers ......................... 7 C. Consoles, Receipt Printers, and ECR's ............. 7 D. Software ..................................... 7 E. Systems Products ....................... . . . . . .. 7 F. Hydraulic Lifts ................................ 7 G. Upgrade Kits ....:............................ 7 H. Replacement Parts ............................ 7 I. Tank Monitor 2, 3, and 4 ........................ 8 J, General Exclusions ............................. 8 K. Disclaimer ................................... 8 APPENDIX A. SYSTEM WIRING IDENTIFICATION ~HEET .....:.... 9 (: Site Prep. ,en and Installation Manual' " , ' Tank Monitor 4 SECTION 1. INTRODUCTION A. GENERAL. 1. This manual contains site preparation and installation procedures for the Tank Monitor 4 Interstitial Leak Sensor. 2. When a vertical bar I appears adjacent to text or illustrations, information has been added or changed at the last issue date, ~: ~ ~ , B. PRODUCT DESCRIPTION. 1. The Tank Monitor 4 incorporates an Interstitial Leak Sensor installed between the tank walls, awall-mounted Monitor and alarm-cause LED and audible indicators. 2. The interstitial leak sensors monitor the interstice for the presence of either hydrocarbons, which could indicate a leak, or water. ' C. DAMAGE CLAIMS. 1. Thoroughly examine all components and units as soon as received. Examine the interstitial sensor for sharp crimps, flats or breaks in the elements. If damaged, write a complete and detailed description of the damage on the face of the freight bill. Have the carrier's agent sign the description. Note: Insist that the carrier's agent verify the inspection and sign the description. 2, Immediately notify the delivering carrier of damage or loss, This notification may be given either in person or by telephone. Written confirmation must be mailed within 48 hours. Railroads and motor carriers are understandably reluctant to make adjustments for damaged merchandise unless inspected and reported promptly. 3. Risk of loss, or damage to merchandise remains with the buyer. It is the buyer's responsibility to file a claim with the carrier involved. 4. Immediately advise your Gilbarco representative, dis- tributor, or the factory so that we may assist you. D. RETURN SHIPPING. All shipments of Gilbarco pro- ducts must be prepaid, If the sensor is damaged, return it in the original shipping container with shock absorbing material provided. Gilbarco will accept no liability for damage caused by improper packing. Address the shipment to Gilbarco Inc., 7300 W. Friendly Ave., Greensboro, NC 27420. / «' e Site Preparation and Installatu;n Manual Tank Monitor 4 SECTION 2. SITE PREPARATION WARNING: IN INSTALLATION OF THIS PRODUCT, COMPLY WITH THE NATIONAL ELECTRICAL COD~; FEDERAL, STATE, AND LOCAL CODES; AND OTHER APPLICABLE SAFETY CODES. WARNING: TO PROTECT YOURSELF AND OTHERS FROM BEING STRUCK BY VEHICLES DURING WORK, BLOCK OFF YOUR WORK AREA DURING INSTALLATION OR SERVICE. FAILuRE TO COMPLY WITH THESE WARNINGS COULD RESULT IN DEATH, SERIOUS PERSONAL INJURY, PRO- PERTY LOSS, AND EQUIPMENT DAMAGE. I I I A. SENSOR RISER PIPE INSTALLATION. (See Figures 1 and 2 for dimensions and installation requirements.) Note: If the tank is at a tilt, install the sensor in the low end of the tank. 1. Standard Procedures for installing a fill pipe can be used. Instructions are based on a 2-inch riser pipe. 2, If the tank is buried, excavate the portion that contains the bungs available to accept a riser pipe. 3. Remove the plug from the hole. Then, install the riser pipe in the hole. The top of the riser must either have a 2-inch -14 NPT pipe thread or accept a standard Schedule 40 2·inch - 14 NPT male adapter ring (as supplied in Gilbarco Kit No. Q 12312-0 1). Ensure that there is enough clearance between the top of the riser and the manhole cover to allow room for the 2-wire cable supplied with the sensor. Note: Gilbarco Riser Cap Kit No. Q12312-01 can be used with either threaded or unthreaded riser pipes. ~"-"'N'''U''O''~ MANHOLE CONCRETE SLAB OR PACKED EARTH 2 CORD GAIP SEALS PER NFPA eo SUPPLIED wtTH SENSOR we.-. THEFlPROOF JuNCTION BOX wITH 1/2 INCH NPT n..os (1& CUBIC INCH UINIMU"" ePOXY SEAL PER NfPA SPEC (SEE NFPA 80 PARA2· 32.2 FOR PROPER DIMENSION) LEADER CABLE rOtA RISER FIIIAG&.ASS T AHK Figure 1. Sensor Dimensions and Installation Requirements - Fiberglass Tank 2 .' 4. Install a standard adapter ring and/or pipe cap on the' riser pipe. r Note: If the threaded adapter ring is used, .install with proper adhesive (i.e., TBCcement). Use thread sealer, NOT ADHESIVE, when installing the riser cap. B. MONITOR LOCATION SELECTION. WARNING: IMPROPER SYSTEM OPERATION COULD RESULT IN UNDETECTED POTENTIAL ENVIRON- MENTAL AND HEALTH HAZARDS IF SENSOR- TO-MONITOR WIRE RUNS EXCEED 1,000 FEET. RUNS OVER 1,000 FEET ARE NOT UL APPROVED FOR THIS APPLICATION. SENSOR-TO-MONITOR WIRE MUST NOT EXCEED 1,000 FEET. WARNING: EXPLOSION COULD OCCUR IF THE MONI- TOR IS INSTALLED IN A VOLATILE, COMBUSTI· BLE ,OR EXPLOSIVE (CLASS I, DIVISION I OR DIVISION II) ATMOSPHERE. DO NOT INSTALL MONITOR IN A VOLATILE,COMBUSTIBLE OR EXPLOSIVE ATMOSPHERE. FAILURE TO COMPLY WITH THESE WARNINGS COULD RESULT IN DEATH, SERIOUS PERSONAL INJURY, PRO- PERTY LOSS, AND EQUIPMENT DAJ\<lAGE. 1. Select a mounting location on the inside wall of an enclosed building. Be sure the monitor will be protected from severe vibration, extremes in temperature and humidity, rain, and other conditions which could harm the equipment. In addition, consider the ease of routing, interconnection conduit and power conduit when select- ing location for mounting the monitor. COHCRE TE Sl....B OR PACKED EAR TH PER NfPA 80. ¡- ......'"'..u..O..:-1 MANHOLE 2 CORD GRIP SEALS SUPPlIED wITH SENSOR .:...~ :..":: .. .. " WE'" THERPAOOf .. :... JUNCTION 90X WITH IJ~ INCH NPT H'iOS (16 CUSIC INCH MINIMUMI EPOXV SEAL P£FINFPA SPEC (SEE NFPA 80 PARA1· J21 FOR PROPER DIMENSIONI . . 2"" REOUCER ;u' ~- STUl TAN ( Figurè 2. Sensor Dimensions and Installation Requirements - Steel Tank eo ~ ~ç':' C. INSIDE CONDUIT INSTALLATION. 1. Install lI2-inch rigid metal conduit or raceway for moni- tor power from the power panel to the monitor location, Conduit must align with the designated power knockout as shown in Figure 3. Power wiring must be installed in a separate conduit from sensor wiring. 2. Install a junction box to accommodate the sensor wiring as shown in Figure 4. 3. Run rigid metal conduit for sensor wiring from the monitor to the sensor wiring junction box as shown in Figure 4. Conduit must enter the monitor where knockouts arepravided. No other conduit entry is permitted. Always keep sensor wires in a separate conduit or trough from all other wiring. ' : WARNING: EXPLOSION COULD OCCUR IF OTHER WIRES SHARE TANK MONITOR 4 SENSOR WIRE CONDUITS OR WIRING TROUGHS. CONDUITS AND WIRING TROUGHS FROM SENSORS TO THE MONITOR MUST NOT CONTAIN ANY OTHER WIRES. ' WARNING: EXPLOSION AND lOR EQUIPMENT DAMAGE COULD OCCUR IF CONDUITS DO NOT ENTER THE MONITOR THROUGH THEIR DESIGNATED PRE· FORMED KNOCKOUTS. FAILURE TO COMPLY WITH TH'ÈSE WARNINGS COULD RESULT IN DEATH, SERIOUS PERSONAL INJURY, PRO· PERTY LOSS, AND EQUIPMENT DAMAGE. 4. Wiring between the sensors and the monitor is designed such that electrical power to the sensor wires is limited so that there is insufficient energy present to ignite the fuel. To maintain this safety feature, sensor wires must be installed in separate conduits from all other wiring. Never run these wires in the same conduit or wiring trough as power wires. (:,,7'-. ! -', \ --. ...: ._~ ~'2,200 o600lJ-~-- 11,000 fr=+ 1.840 ~+ c 0_850~ t SENSOR WIRE INPUT 2 WIRE CONNECTION FROM UP TO 12 SENSORS (TOTAL 2.4 WIRES MAXI SENSOR WIRES ONLY Site Prepa ' e and Installation Manual , _ _ __ _ ____ Tank Monitorf4 D. SENSOR CONDUIT INSTALLATION. (See Figure 4, "Tank Mo~itor 4 Wiring Installation Diagram.") WARNING: SENSOR-TO-MONITOR WIRE MUST NOT EX- CEED i,ooo FEET. IMPROPER SYSTEM OPERA- TION COULD RESULT IN INACCURATE INVEN- TORY CONTROL OR UNDETECTED POTENTIAL ENVIRONMENTAL AND HEALTH HAZARDS IF SENSOR-TO-MONITQR WIRE RUNS EXCEED 1,000 FEET. RUNS OVER 1,000 FEET ARE NOT UL APPROVED FOR THIS APPLICATION. 1. Dig trenches as necessary to install conduit from the monitor to each sensor location, Sensor wiring must enter the monitor through the knockouts located at the bottom left-hand side of the monitor case. (See Figure 3.) 2. Lay lI2-inch rigid met,al conduit from each'sensor junc- tion box to the sensor junction box or wiring trough located inside the building. WARNING: EXPLOSION COULD OCCUR IF OTHER WIRES SHARE TANK MONITOR 4 SENSOR WIRE CONDUITS OR WIRING TROUGHS. CONDUITS AND WIRING TROUGHS FROM SENSORS TO THE MONITOR MUST NOT CONTAIN ANY OTHER WIRES. Lay asingle 3/4-inch rigid metal conduit from thejunction box or wiring trough to the Tank Monitor 4 sensor location. 3. The conduit can enter the manhole through the bottom or the side, but the end ofthe conduit should be high enough to reduce the chance of water covering the junction box during heavy rain. 4. Installl/2·inch rigid metal conduit or raceway for moni- tor power from the power panel to the monitor location. Conduit must align with the designated power knockout as shown in Figure 3. Power wiring must be installed in a separate conduit from sensor wiring. E. SENSOR JUNCTION BOX INSTALLATION. (See Fig- ures 1 and 2.) Installa weatherproof electrical junction box with gasketed cover on the end of each conduit run at the sensor locations. Gasketing or sealing compound must be used at each entry to thejunction box to ensure a waterproof junction. The interior of the junction box must be a minimum of 16 cubic inches. Use one of the following approved units or equivalent: Manufacturer: Phone: Appleton Electric Co. 1701 W. Wellington Av. Chicago, IL 60657 (312) 327-7200 Description Part No. ~ty. Junction Box JBDX-75 1 Cover, Junction Box JBK-B 1 Gasket, Junction Box JB-GK-V 1 1,~ ~ 9.8OQ Figure 3. Monitor Dimensions and Installation .Requirements Manufact~rer: Crouse-Hinds Co. Syracuse,~ 13221 Phone: (315) 477-7000 Description Part No. aty. Junction Box GRFX-139 1 Cover, Junction Box GRF-l0 1 Gasket. Junction Box GASK-643 1 3 &ite Preparation and Installi 4 þÆaÌlUal Tank Monitor 4 F. MANHOLE INSTALLATION. Note: Ensure that there is a sufficient amount of gravel under the manhole for proper drainage. Install a 14~inch minimum diameter approved manhole at each sensor location. Offset the sensor riser pipes in the manholes for ease of junction box installation and wiring. Leave roorri between the junction box ànd the manhole liner so that the junction box can be removed if necessary. SECTION 3. MONITOR INSTALLATION A. WIRING INSTALLAT,ION. Pull two conductors of color- coded, THWN stranded copper wire between the monitor and each sensor location (Since up to twelve sensors will be wired through the single sensor wiring conduit, be sure to use a different color-code for each connection). The wires must be ofa type designed for use in the presence of gasoline and oil, and must be between AWG 14 and AWG 18. The conduit must be properly sealed in accordance with the National Electrical Code (NFPA 70) and the Automotive and Marine Service Station Code (NFPA 30A) since they pass from a Class I, Division I or Division II area into a non- hazardous area. Note: Label or color code all field wiring to ensure polarity. IMPORTANT: IT IS CRITICAL THAT YOU IDENTIFY AND MAINTAIN THE RELATIONSHIP OF INTERSTITIAL AND PIPING SUMP SENSORS TO THEIR POSI- TIONS ON THE TERMINAL STRIP IN THE CON· SOLE DURING THE WIRING PROCEDURE. FAILURE TO DO SO COULD RESULT IN IMPROPER IDENTI- FICATION OF A LEAK LOCATION! YOU MUST W.uucøtCIr: .. "'''ILLATION ANO uu: OP TMI.NOOUC'T.COll....YWfTMTM. "'" Y1OfUo&. ......C'TJUCAI. cooc. REMIIAL. IT" n: oUCI LOCAL CODI:It.. NXHT1OM, TUMI 0f'II t'OWIII ANO TAIta OTMIJl' IiIIClat.UlY "'CAUTIO'" OUII.III. ...,..........nott. .IIIIYK:I: .uta IIU,"", TOII'ttnI:"'"~IM.IU,"."o. I'Øk'nLOMAIM)'~OAMACII.. W....IIIO: DI'COfll"ICT ALL ,"0.'" 'lI'OR'~,,"1'C:O"""CTtOfII. TO ~ OIATN. IOIIDUS IIUUIIT. Ul'\.OUOM. OJl II&.aCTJItCAI. SHOCK. 1fOIaT0II atUn flint. II O"UßD ~.. TMI. ~nCTf'n CO"'IIII ,. ""TALL_a 01'1" TM' ....'UU..I mMIMA&.L HAZARDOUS AREA I ~oous AREA I I I I I I I I I 1fT "'GIO CO"DUlT '0 u"""', JVH~T~OH '0 01'101£11 U"'$OA JUHCTIOfrt eo.£s ftOTI!~ I WIIIIUNQ TO !iENSOIiIS "'UST !!If. r_ QAS ''"'0 OIL III'ISTA"" SIZES 'iIIO" Awe.,. TO AWO .,. IAfll'lI." GAOUHD WltIIlNQ MUST 81! A"",a .'2 0111 L-'1tG11II 2 @ DI!"tOTU 'II\.O WlllllNO COHNI!CTION us- ING w,Ul!lIIiI'tIIOQI" Co-ECTOIII! SU"""I!D ""'ITH TMf.SII!MSORtSl J TOMAINU.tNIfoIT"'NSK:SA'I!TY, stN$OIIIWltIIlJIoIQ IoIUST liE '..:nAL\.£D WITHIN SEALED CONDUIT SEHSOA """lIIltro Q MUST "OT 81. lllOUTfD I"" holf SAME CONOUIT ¡t,S A""" OT"I!A WllllllItQ I' W,JI,I!roIQ TIIIOUQ.H IS USED '0l1li SI!NSOtll WI"tS, 1\10 Oh'l!lIII WlltlfllGCAI'IIUst: THI! SÞo..t T"OUGH II.I!E"st:N5OIt WI"I!S SI."A""TIEO'1tOtoI ¡t,U,. OTÞ4flll WlllllHe; . fLICTllllCA\,. IIIATING f'OW1!It I-UT _ 120 v AC $IHO..Z.IIGØ""'ATTS..A..I....... Figure 4. Tank Monitor 4 Wiring Installation Diagram 4 -~--- -e !- MAINTAIN A VERIFIABLE RELATIONSHIP BE- ~,,_.: TWEEN THE SENSORS AND THEIR CONNECTIONS , ON THE WIRING STRIP. APPENDIX A PROVIDES A FORM TO RECORD DATATO HELP YOU IDENTI- FY THE WIRING SCHEME. B. POWER WIRE INSTALLATION. Pull four color-coded wires for line, neutral, barrier ground (must be #12 AWG or larger) and chassis ground between power panel and Tank , Monitor 4 Monitor. . CAUTION: DO NOT CONNECT POWER SUPPLY WIRES TO A LIVE CIRCUIT UNTIL ALL ,OTHER SENSOR AND MONITOR WIRING IS COMPLETE. C. MOUNTING. (See Figure 3 for dimensions and mounting requirements.) 1. Locate and mark mounting points (4) at the location selected in Section 2B1. (See Figure 3, "Monitor Dimen- sions and Installation Requirements".) BE SURE TO CONSIDER THE WEIGHT OF THE TANK MONITOR 4 MONITOR AND THE MOUNTING SURFACE MATERIAL WHEN SELECTING A MOUNTING FAS;I'ENER. 2, If the fastening device requires an insert in the mounting surface, drill the appropriate holes and install the inserts. 3. Loosen the two slot-head screws on the right edges of the front panel and swing the panel open. 4. Locate the hinged power barrier cover, remove the two screws and open the cover. 5. Mount the monitor through the four mounting holes in the back of the monitor case.' 6. Connect power and sensor conduits in appropriate knockouts, ~ TANK MONITOR 4 MONITOR Ji'.·IIIIGJD CONooIT T:::~~~ ;} SENSOR' . } SENSOA 2 ;} 5I.NSOIII 3 .}SII!.N$OI'II . ;} stN$OA $ . } SENSOI'II . ;} SV+SOA 1 .}SE!roISO"I . ;} S(NSOfII', .} SI!NSOIII10 ;} Sl!NSOIII" +} Sl!NSOIII12 I'II1!\.A"OUTf'UT .e .0 ""-- UI'IITH OACÓHO 0tASS.. Q~O ~ ~ -- --e t1få D. POWER WIRING CONNECTIONS. ,:(;) WARNING: IN INSTALLATION OF THIS PRODUCT, COM- PLY.WITIl TIlE NATIONAL ELECTRICAL CODE;' FEDERAL, STATE, AND LOCAL CODES; AND ANY OTHER APPLICABLE SAFETY CODES. IN ADDI- TION, TAKE NECESSARY PRECAUTIONS DURING INSTALLATION -SERVICE AND REPAIR TO PRE· VENT PERSONAL INJURY, PROPERTY LOSS AND EQUIPMENT DAMAGE. WARNING: TURN OFF POWER TO THE SYSTEM BEFORE OPENING THE FRONT PANELS TO AVOID SHOCK FROM THE POWER SUP¡>LY. IN ADDITION, POWER TO THE SYSTEM MUST BE TURNED OFF BEFORE OPENING OR SECURING THE BARRIER COVER. IF HIGH VOLTAGE IS SHORTED ACROSS ANY BARRIER SENSOR TERMINAL, EXPLOSION OR FIRE COULD RESULT. Power Supply Rating: Input power: (L1, N, G); 120 VAC, 50/60hz, 100WMax. Output power: Alarm relay contacts, resistive load - '115 V AC, 2A Max. or, 240 V AC, 2A Max. or, 30VDC, 2A Max. ' 1. Connect with # 12 A WG (or larger) conductor the Barrier Ground (Terminal 4 on the power supply wiring strip) ,to ' the earth ground -bus on the power panel being used to supply AC line voltage to the Tank Monitor 4 monitor. Note: If connecting to a subpanel, be sure there is an Earth Ground connection between the subpanet" and the main power panel in accordance with the National Electrical Code. ' Connect the power wires to terminals 1 and 2 on the terminal strip located under the barrier cover in the monitor. .,r:: \\Ç;' 2. I 3. Connect a chass!s gròund wire between the power panel Earth Ground and terminal 3 of the power terminal strip (Chassis Ground). This ground connection does NOT , provide adequate ground protection for the barrier module. The instructions contained in Paragraph 1 , must be followed regardless of what other ground con- nections are instaIled~ 4. Connect the power supply wires' to a separate dedicated breaker in the power paneL ' 5. Check to be sure that the electrical resistance between Barrier Ground (Terminal 4) and a known good Earth Ground is less than 1 ohm. E. PROBE AND SENSOR WIRING CONNECTIONS. 1. Connect the two color-coded wires from each probe and sensor to the appropriate terminals on the barrier. 2. Close barrier cover and tighten screws. "I' . (I ; ~ F. ALARM RELAY WIRING. Note: Only 8- and 12·sensor models have alarm relay capabilities. The relay is intended to drive low"power non-inductive loads. It is normally energized when there are no alarms. If the fast water response mode is selected, the relay will de-energize Site Prepa: '-e and Installation Manual - Tank Monitor 4 whenever any alarm condition occurs. (Refer to the Tank Monitor 4 "Operator's Manual" for more information.) If the slow water response is selected, the relay will de-energize for fuel leaks or. sensor-out conditions, but not for water alarms. The relay will also de-energize when .power to the Tank Monitor 4 is removed, indicating that the system is no longer functioning. The alarm conditions will be retained even if power to the Tank Monitor 4 is removed. The LEDs and beeper will not function until the power is restored, however. Although the relay' de-energizes upon the removal of power to the unit, it will energize upon the re-application of power if there were no alarm conditions present before or àfter the power failure. This is the only condition under which a de-energized relay is re-energized without activating the 'interna1 reset/learn button. 1. To utilize the Alarm Relay, connect the external device to terminals 1 and 3ón the relay terminal strip in accordance with Figure 5, "External Alarm and Power Wiring Diagram," and with instructions furnished with external device. DO NOT CONNECT ALARM RELAY TO A DEVICE THAT DRAWS MORE THAN 2A! Note: Output power: Alarm relay contact, resistive load -' 115 V AC, 2A Max.; or 240 V AC, 2A Max,; or 30 VDC, 2A Max. WARNING: ALARM RELAY CANNOT BE USED FOR FLOW CONTROL. ALARM RELAY PROVIDES ONLY A MO- MENTARY CLOSURE AND CANNOT ACTUATE FLOW CONTROL DEVICES SUCH AS VALVES AND PUMP MOTOR RELAYS. RELAY OUTPUT 3 2 1 N,C, N,O, COMM, 4 3 2 1 EARTH GROUND CHASSIS GROUND AC NEUTRAL AC LINE CONDUIT Figure 5. External Alarm and Power Wiring Diagram 5 Site Preparation and Installr --~anual ,Tank Monitor 4 i SECTION 4. INTERSTITIAL LEAK SENSOR INSTALLATION A. RISER PIPE CAP PREPARATION. The riser pipe cap must have a 1/2-inch NPT tapped hole for passage of sensor wires. Kits with pre-drilled caps are available from Gilbarco. Order Kit No. Q12312-01, one for each sensor. Note: Kit No. Q12312·01 is for a standard 2-inch riser. B. INSTALLATION. Install each sensor as follows: WARNING: TO AVOID ELECTRICAL SHOCK WHICH COULD KILL YOU, BE SURE AC POWER TO THE MONITOR IS OFF DURING INSTALLATION. 1. Turn OFF power to the Tank Monitor 4 system. CAUTION: DO NOT INSTALL THE SENSOR IF ANY LIQUID IS PRESENT IN THE ANNULAR SPACE. FAILURE TO COMPLY CAN RESULT IN EQUIPMENT DAMAGE OR UNDETECTED POTENTIAL ENVIRONMENTAL AND HEALTH HAZARDS. 2, Make sure no liquid is present in the annular space. 3. To be sure the sensor will reach the bottom of the annular space, first measure the sensor riser pipe from the bottom of the pipe to the top. Then meàsure the same distance up the leader cable from its connection to the sensing element and mark the leader cable. CAUTION: DO NOT USE A KNIFE OR OTHER SHARP OBJECT TO MARK THE CABLE; THIS MAY EXPOSE THE WIRES. MARK THE DISTANCE WITH A MARKER, TAPE, OR A TWIST TIE. 4. Feed the sensor down the riser pipe until the point marked on the leader cable reaches the top of the riser pipe. Refer to Figures 1 and 2. 5, Feed the wire sensor cable up through the riser cap cable bushing and into the junction box through its cable bushing. 6. Secure the riser cap to the riser pipe. 7. Tighten the cable bushing nuts on the riser cap and junction box to ensure a water-tight seal at the cable entry. . 8, Using wire nuts, connect the two-wire cable to the field wires in the sensor junction box, Be sure to observe color codes for proper polarity hookup to the Tank Monitor 4 monitor. Refer to Figure 4, "Tank Monitor 4 Wiring Installation Diagram." Note: DO NOT SEAL W1RE NUT CONNECTIONS AT THIS TIME. Epoxysealant,furnished with each sensor, should only be installed after warranty checkout by an authorized Gilbarco Tank Monitor 4 distributor. SECTION 5. PIPING SUMP SENSOR INSTALLATION A. INSTALLATION. Install each piping sump sensor as follows: WARNING: TO AVOID ELECTRICAL SHOCK WHICH COULD KILL YOU, BE SURE AC POWER TO THE MONITOR IS OFF DURING INSTALLATION. 6 e 1. Turn OFF power to the Tank Monitor 4 system. CAUTION: DO NOT INSTALL THE SENSOR IF THERE IS ANY LIQUID IN THE PIPING SUMP. FAILURE TO COMPLY CAN RESULT IN EQUIPMENT DAMAGE OR UNDE- TECTED POTENTIAL ENVIRONMENTAL AND HEALTH HAZARDS. r! .' I 2. Make sure no liquid exists in the piping sump. 3. Position the piping sump sensor at a 45° angle from the base of the sump to the sensor junction box (see Figure 6). _ Only the end of the sensor should touch the bottom of the sump. 4. Feed the leader cable through the cable bushing on the junction box. 5. Tighten the cable bushing nut on the junction box to ensure a water-tight seal at the cable entry. 6, Using wire nuts, connect the two-wire cable to the field wires in the sensor junction box, Be sure to observe color codes for proper polarity hookup to the Tank Monitor 4 monitor. Refer to Figure 4, "Tank Monitor 4 Wiring Installation Diagram." Note: DO NOT SEAL WIRE NUT CONNECTIONS AT THIS TIME. Epoxy sealant, furnished with each sensor, should only be installed after warranty checkout by an authorized Gilbarco Tank Monitor 4 distributor. 7. Tie the piping sump sensor to a point within the sump where no condensation exists, to maintain the sensor's 45° angle. CAUTION: TIE THE PIPING SUMP SENSOR TO A POINT WHERE NO CONDENSATION WILL FORM. CONDEN- SATION MAY CAUSE A CONSTANT WATER SENSOR ALA~M READING. ¡"" ~. WEA THERPAOOF JUNCTION BOX WITH 112 INCH NPT THDS (16 CUSIC INCH MINIMUM) / \, -<-- Figure 6. Piping Sump Sensor Installation Requirements