,,m>vel ,,c>buret] ,,& ,,heat ,,control ,,z ,,us$ ,,on ,,s]ies #fia ,,na% ,,sixes ,,booklet ,s ,,m>vel ,,c>buret] ,,co4 ,,fl9t1 ,,mi*igan ,u4,s4,a4 ,,model ,s ,,c>buret] ,us$ on ,s]ies #fia ,na% ,sixes ,! c>buret] measures ! fuel *>ges = ! eng9e & automatically mixes !m ) ! prop] am\nt ( air to =m a highly combu/ible gas4 ,! ,m>vel ,model ,s ,c>buret] is ( ! automatic air valve1 heat controll$ type4 ,its out/&+ advantages are3 #a4 ,simplicity ( con/ruction & op]ation4 #b4 ,quick />t+ 9 any wea!r4 #c4 ,automatically controll$ heat application to ensure complete vaporization ( fuels4 #d4 ,economy 9 fuel consumption4 #e4 ,ease ( adju/m5t to meet v>i$ driv+ & climatic conditions4 ,,con/ruction ,! con/ruction embodies a ma9 body or mix+ *amb] & a conv5tional float *amb] b[l ) fuel /ra9] atta*$ at po9t ( entrance ( fuel to b[l4 ,)9 ! mix+ *amb] are two nozzles :i* proportion ! am\nt ( gasol9e us$ 9 ! mixture4 ,"o ( ^! nozzles1 call$ ! l[ spe$1 is regulat$ by ! gasol9e adju/m5t screw at bottom ( c>buret] & ! o!r1 call$ ! high spe$1 is controll$ by ! automatic air valve4 ,an air screw is provid$ :i* regulates ! pressure ( ! air valve spr+ enclos$ !re94 ,)9 ?is screw is also enclos$ a plung] connect$ by a l9k to ! air valve4 ,! function ( ?is plung] is to provide a resi/ance 9 addition to t ( ! air valve spr+ to assi/ 9 accel]ation4 ,?is arrangem5t ( plung] & air valve screw is t]m$ ! da% pot4 ,a fur!r control ( ! high spe$ jet is provid$ by ! fuel met]+ valve op]at$ by ! c>buret] ?rottle4 ,?is valve provides ! maximum fuel fe$ to ! high spe$ nozzle :5 ! ?rottle is fully op5$ = high spe$s & = quick pick up4 ,dur+ ! ord9>y driv+ ranges ?is valve controls ! am\nt ( fuel be+ us$1 ?us provid+ all ! economy possible4 ,?is valve is entirely automatic & requires no adju/m5t4 ,! passage-way f ! mix+ *amb] to ! intake manifold is controll$ by a butt]fly valve :i* is call$ ! ?rottle-valve & is connect$ to ! ?rottle-lev] on ! /e]+ :eel z well z to ! foot accel]ator1 its position det]m9+ ! am\nt ( gas & air or mixture be+ f$ ! eng9e4 ,,/>t+ ,a *oke button is provid$ on ! in/rum5t bo>d to assi/ 9 />t+4 ,pull+ out ?is button closes a butt]fly *ok] valve 7see cut7 9 ! air intake passage ( c>buret] :i* re/ricts ! air op5+ ( ! c>buret]1 & consequ5tly produces a ri*] mixture4 ,to />t eng9e1 pull out *oke button all ! way4 ,advance sp>k lev] ab\t half way & ?rottle lev] ab\t "o-qu>t] way & depress />t] p$al4 ,z soon z motor fires :5 />t+1 ?is control %\ld be releas$ "p way1 o!rwise too mu* fuel w be drawn f c>buret]1 caus+ flood+ ( ! motor & failure ( ! latt] to cont9ue to promptly fire4 ,aft] />t+1 motor %\ld be all[$ to run "p *oke z /at$ = a few m9utes :ile w>m+ up1 !n ! *ok] control %\ld be fully releas$1 or pu%$ 9 completely on ! in/rum5t bo>d1 & eng9e all[$ to run normally = sometime until wat] 9 cyl9d] jackets is ?or\ghly w>m$ up be=e />t+ to make f9al c>buret] adju/m5ts4 ,,heat ,,control--,,/ove ,9 ! cold] seasons w>m air is f$ to air intake ( c>buret] ?r\gh ! w>m air elb[ ,f 7see cut74 ,?is elb[ connects ! c>buret] ) ! w>m air /ove1 :i* is a ca/+ surr\nd+ ! two exhau/ heat tubes :i* supply exhau/ heat to ! c>buret] jackets z describ$ bel[4 ,! am\nt ( heat requir$ = prop] c>buration dep5ds on ! temp]ature ( ! outside air4 ,! fir/ means ( control is 9 ! w>m air /ove j describ$1 :i* %\ld be connect$ to ! c>buret] furni%+ w>m air to c>buret] air intake 9 all seasons ( ! ye> :5 ! outside air temp]ature is bel[ #ej deg4 ,f41 :5ev] ! outside air temp]ature runs above ?is po9t cold air %\ld be furni%$ to c>buret] air intake4 ,?is c be done by loos5+ ! w+ nut hold+ ! w>m air elb[ ,f on ! /ove & also loos5+ ! set screw hold+ ?is elb[ 9 ! air intake ( c>buret]1 aft] :i* slide elb[ out ( air intake & revolve x--#ahj degrees ab\t an horizontal axis & re-ins]t 9 c>buret] air intake & lock 9 place ) set screw4 ,! op5+ 9 ! elb[ n[ is turn$ d[n away f ! /ove & draws 9 only cold air4 ,! above proc$ure1 x mu/ be und]/ood1 w v>y some:at due to diff]5ces 9 locality1 altitude & fuels us$1 b x %\ld be borne 9 m9d t ! be/ economy c be _h ) cold air pass+ to ! c>buret]1 & ! /ove %\ld n be connect$ until ! accel]ation & p]=mance ( ! job requires ! use ( w>m air = ! be/ results4 ,! adju/m5t ( ! c>buret] %\ld be made p] ! above description ( ! /ove1 z ! latt] is us$ = meet+ wea!r conditions & %\ld be set z describ$4 ,,heat ,,control--,,c>buret] ,,jackets ,! c>buret] & manifolds h be5 design$ to utilize ! exhau/ gases ( ! eng9e to insure complete vaporization & a consequ5t m9imum consumption ( fuel4 ,?is is accompli%$ by surr\nd+ ! upp] portion ( ! mix+ *amb] ) a l>ge heat jacket provid$ ) an inlet & an outlet op5+ & connect$ by means ( tubes to an exhau/ manifold valve body 9 ! exhau/ pipe ( ! eng9e2 ?is valve body1 h\s+ a l>ge valve call$ ! ma9-exhau/-heat-valve 7,c 9 cut7 )9 ! body itself1 ! return or outlet tube f ! c>buret] heat jacket ent]+ ! valve-body 9 ! l[] portion bel[ ! ma9-exhau/-heat-valve4 ,! ma9-exhau/-heat-valve ,c is connect$ by means ( a lev] & long connect+ rod to ! ?rottle lev] ( ! c>buret] s t :5 ! ?rottle valve is op]at$ ! ma9-exhau/-valve is op]at$ simultane\sly ) x4 ,! purpose ( ! c>buret] heat jacket & valve 9 exhau/ l9e ) connections describ$1 is to provide means = utiliz+ ! heat ( ! exhau/ gases ( ! motor = vaporization ( ! fuel suppli$ ! eng9e by ! c>buret] & to d s automatically4 ,! automatic feature ( same is accompli%$ by sett+ ! ,ma9-,exhau/-,heat-,valve ,c by means ( ! long connect+ rod1 9 clos$ position ) ! clos$ or idl+ position ( ! ?rottle valve1 ?us provid+ = & caus+ all ( ! exhau/ gases ( ! eng9e to pass ?r\gh ! heat jacket ( ! c>buret] :5 eng9e is idl+ & to regulate ! volume ( ?is heat z ?rottle is op5$ by automatically op5+ ! ,ma9-,exhau/-,heat-,valve1 ?us all[+ ! increas+ volume ( ! exhau/ gases to pass on out ?r\gh ! ma9 exhau/ pipe )\t be+ deflect$ & by-pass$ to ! c>buret] heat-jacket z ! motor spe$ increases4 ,illu/ration3 ,,heat ,,sett+ ,no4 #a ,by ref]r+ to ! cut %[n 7,see ,page #e7 & not+ ,heat ,sett+ ,no4 #a1 x w be not$ t valve ,c 9 ma9 exhau/ l9e is fully clos$ ) ! clos$ or idl+ position ( ! ?rottle valve4 ,?is adju/m5t is accompli%$ by hav+ long connect+ rod ,r f valve ,c ,lev] set 9 ,hole ,no4 #a1 9 ,?rottle ,lev] ,l1 be+ sure t :5 ?rottle valve is /&+ 9 fully clos$ or idl+ position t valve ,c is also 9 clos$ position1 prov+ out ! latt] feature by loos5+ connection ( valve ,c lev] hold+ long connect+ rod2 hold+ ,?rottle ,lev] ,l 9 clos$ or idl+ position & br++ up valve ,c lev] on connect+ rod ,r z f> z x w g to ! "r t[>d ! c>buret] & tight5+ its connection on ! connect+ rod 9 t position4 ,aft] hav+ made ! adju/m5t z j describ$1 x is assur$ t ,heat ,sett+ ,no4 #a has be5 prop]ly made & t all ( ! heat possible f ! exhau/ has be5 secur$4 ,?is ,heat ,sett+ ,no4 #a1 provides z /at$1 = ! mo/ exhau/ heat obta9able & %\ld be us$ dur+ ! entire ye>1 except 9 extremely hot seasons or hot climates or :5 high-te/ gasol9e is be+ us$ 9 eng9e & ev5 !n unless eng9e is los+ p[] due to excessive heat4 ,if loss ( p[] or mileage due to too mu* heat is exp]i5c$1 fir/ be sure t x is n due to driv+ on hot-air in/ead ( cold-air4 ,aft] mak+ ?is obs]vation1 if !re is /ill too mu* heat1 ref] to cut 7,see ,page #g7 describ+ ,heat ,sett+ ,no4 #b4 ,x w be not$ t connect+ rod ,r f valve ,c is remov$ f ,hole ,no4 #a1 9 ,?rottle ,lev] ,l & plac$ 9 ,hole ,no4 #b1 9 ,?rottle ,lev]4 ,?is *ange is all t is necess>y 9 ord] to r$uce ! am\nt ( heat appli$ to c>buret]4 ,9 ,heat ,sett+ ,no4 #b1 :5 ! ?rottle is 9 clos$ or idl+ position1 valve ,c is q aways (f its seat4 ,?is adju/m5t provides = a great deal less heat ?an is provid$ by ,heat ,sett+ ,no4 #a & is all t is requir$ 9 ! r$uction ( ! volume ( heat toge!r ) driv+ on ,cold air = ! ma9-air-supply1 9 ! w>me/ wea!r or hotte/ climates4 ,illu/ration3 ,,heat ,,sett+ ,no4 #b ,,note--,aft] orig9al position ( valve ,c is made z describ$ 9 ,heat ,sett+ ,no4 #a d n aga9 readju/ valve ,c on connect+ rod b :5 *ang+ f ,heat ,sett+ ,no4 #a to ,heat ,sett+ ,no4 #b1 m]ely *ange position ( long connect+ rod f ,hole ,no4 #a to ,hole ,no4 #b 9 ?rottle lev]4 ,,adju/m5t ,no *ange %\ld be made 9 ! c>buret] adju/m5ts until aft] an inspection has be5 made to det]m9e if ! tr\ble is 9 "s o!r unit4 ,x %\ld be not$ t ! gasol9e l9es are cle>1 t !re is gasol9e 9 ! vacuum tank1 t !re are no leaks at connections betwe5 c>buret] & eng9e1 t ! ignition sy/em is 9 prop] condition1 & t !re is ev5 compression 9 all cyl9d]s4 ,if x is necess>y to te/ adju/m5t or to make a readju/m5t proce$ z foll[s3 ,set air screw s t ! end is flu% ) ! end ( rat*et set spr+4 ,loos5 pack+ nut on ne$le adju/m5t4 ,turn gasol9e adju/m5t to ! "r v c>efully s z n to injure ! ne$le po9t1 until ! valve is clos$ g5tly aga9/ its seat4 ,!n turn to left approximately "o complete turn :i* w br+ not* 9 ! disc h&le directly bel[ ! guide po/ above x4 ,tight5 pack+ nut to hold ne$le firmly z set4 ,! not* 9 disc h&le ( ne$le is put 9 h&le aft] ! ne$le has be5 c>efully calibrat$ by a fl[-met] at ! factory1 !re=e ! not* 9 h&le %\ld regi/] ) guide po/ above x4 ,?is sett+ ( ne$le valve is absolutely ess5tial to get ! be/ results4 ,! object 9 direct+ t ne$le be fir/ turn$ to ! "r until clos$ is to insure aga9/ two or m turns op51 z f clos$ position to not* 7usually ab\t "o turn7 is ! normal sett+4 ,?is be+ true x is n necess>y to turn ne$le 9 to ! "r firmly b m]ely f> en\gh to be sure t :5 turn+ back to ! left1 to ! not* regi/]+ ) guide po/1 t ! ne$le is n m ?an once ar\nd or "o turn f its seat4 ,set /ove heat & damp] heat z previ\sly in/ruct$ above4 ,pull out *ok] to clos$ position & />t eng9e 9 usual mann]4 ,z soon z eng9e has fir$ release *ok] ?ree-f\r?s ( way 94 ,run until eng9e has w>m$ up !n pu% *ok] all ! way 91 rememb]+ to nev] use *ok] long] ?an necess>y1 z :5 n ne$$ x has a t5d5cy to f\l up eng9e & ru9 ! lubricat+ oil 9 ! crank case4 ,next1 set air screw = good idle by ei!r turn+ to ! "r a little or back+ out to ! left z ! ne$s ( ! eng9e require1 rememb]+ t fir/ ( all1 ! ne$le mu/ be set z describ$4 ,) ! ne$le s set & ! eng9e w>m$ up1 ! adju/m5t ( ! air screw = prop] idl+ is easily accompli%$ by us+ a little c>e4 ,if ! air screw is turn$ 9 too tight1 ! motor w roll4 ,if ! air screw is n tight en\gh1 ! motor w hesitate & p]haps /op entirely4 ,to make a nice clean adju/m5t = idle1 fir/ hav+ set ne$le z describ$1 turn air screw 9 qu>t] ( a turn at a "t until eng9e1 does roll2 !n turn back to ! left until eng9e hesitates1 indicat+ t mixture has too mu* air & is too lean2 next turn air screw 9 to ! "r ?ree or f\r not*es at a "t until eng9e runs smoo?ly4 ,?is accompli%$ 7& x is v easy to d by proce$+ z direct$ above7 ! prop] adju/m5t = ! entire range ( ! eng9e w h be5 atta9$1 ?us insur+ ! be/ economy & p[]4 ,,model ,s ,,m>vel ,,c>buret] ,illu/ration3 ,,/&>d ,,equipm5t #aibc-bd ,s]ies #fia ,na% ,sixes ,if ! eng9e idles too fa/ ) ?rottle clos$1 ! latt] may be adju/$ by means ( ! ?rottle lev] adju/+ screw4 ,,ri* ,,mixture ,an ov]-ri* mixture w cause ! eng9e spe$ to fluctuate ?r\gh m or less regul> p]iods f high to l[ spe$s2 ! eng9e w seem to be mis-fir+ & !re w be noticeable a /rong odor1 z well z1 usually1 a heavy black smoke f ! exhau/4 ,,lean ,,mixture ,! be/ adju/m5t is obta9$ ) ! fuel & air valves set z describ$4 ,x mu/ be rememb]$ t too lean a mixture z well z an ov] ri* mixture causes ov]-heat+ & loss ( p[] & is n z economical z an adju/m5t :i* provides j ! prop] proportion ( gasol9e & air4 ,,caution ,x mu/ be rememb]$ t ! l[ spe$ ne$le has be5 c>efully calibrat$ to not* 9 disc h&le & guide po/ above x1 at ! factory & t 9 mak+ an adju/m5t t ! ne$le mu/ be s set & ! re/ ( ! adju/+ done ) ! air screw z describ$1 nev] v>y+ f describ$ ne$le sett+ unless 9 extreme cold wea!r1 :5 a little m gas may be c>ri$1 or turn+ (f a little :5 cas+ head gas is us$ 9 hot wea!r4 ,,m>vel ,,c>buret] ,,model ,s ,illu/ration3 ,na% ,s]ies #fia ,sixes ,p>ts ,price ,li/ ,"p ,no4 ,"n ,price #aj-hj ,c>buret] ,body #f4jj #aj-ehj ,c>buret] ,assembly #bb4jj #aa-ecg ,ins]t ,assembly #g4jj #ab-gg ,accel]ator ,lev] 4#dj #ab-gh ,?rottle ,lev] 4#dj #ad-b ,?rottle ,fly 4#be #ae-e #ajx#bdx#a_/b ,ins]t ,lock ,screw 4#je #ae-f ,b[l ,support ,screw 4#je #ae-ad ,rat*et ,spr+ ,screw 4#je #ae-ae ,b[l ,cov] ,screw 4#je #ae-bc ,?rottle & ,*ok] ,fly ,screws 4#je #ae-bh ,?rottle ,/op ,adju/+ ,screw 4#je #ae-bi #f-cbx#a_/d ,fr5* ,head ,screw 4#je #ae-cb ,pilot ,set ,screw 4#je #ae-dc ,squ>e ,head ,set ,screw 4#je #af-e ,b[l ,cov] ,gasket 4#je #af-ad ,/ra9] ,gasket 7fibre7 4#je #af-af ,/ra9] ,gasket 7,copp]7 4#aj #af-ce ,flange ,gasket 4#aj #af-dh ,ins]t ,gasket 4#aj #ba-eai ,?rottle ,/op ,damp] ,control & ,%aft ,assembly #bb-a ,heat] ,jacket ,plug 4#bj #bc-h ,air ,screw ,%ell 4#ej #bd-f ,*ok] ,spr+ 4#ae #bd-aaf ,air ,valve ,spr+ 4#cj #bd-bh ,flu%] ,spr+ 4#ae #bd-ej ,met]+ ,p9 ,spr+ 4#ae #bd-ea ,rat*et ,spr+ 4#ae #be-ebd ,*ok] ,%aft & ,spr+ ,assembly 4#ge #bg-aj ,*ok] ,fly 4#be #cj-ejd ,float & ,lev] ,assembly 4#ge #cc-eja ,float ,%aft ,assembly 4#bj #ce-eja ,float ,valve ,assembly 4#de #cf-d ,/ra9] ,connection to ,b[l 4#dj #ch-eja ,ins]t ,connection ,screw 4#ej #dc-ejh ,gasol9e ,adju/+ ,ne$le ,assembly 4#ej #dd-a ,gasol9e ,adju/+ ,ne$le ,pack+ 4#aj #de-a ,gasol9e ,adju/+ ,ne$le ,pack+ ,nut 4#ae #di-ef ,high ,spe$ ,jet 4#cj #ef-ejh ,b[l ,cov] ,assembly 4#ge #eh-eja ,flu%] ,assembly 4#ae #fd-a ,b[l ,support 4#aj #fe-a ,brass ,b[l #b4ej #fe-ejb ,brass ,b[l ,assembly #f4jj #ff-c ,met]+ ,p9 ,lock ,wire 4#je #fg-a ,/ra9] ,body 4#cj #fg-ejb ,/ra9] ,assembly #a4jj #gh-a ,?rottle ,%aft ,wa%] 4#je #gh-e #c_/af ,lock ,wa%] 4#je #gi-h ,met]+ ,p9 ,h\s+ ,space 4#bj #hj-c ,met]+ ,p9 ,plug 4#ae #ha-af ,/ra9] ,nut 4#ae #hb-a ,cott] ,p9 4#je #hc-b ,manifold ,/ud 4#je #hd-c ,met]+ ,p9 ,jet 4#ce #ie-a ,/ra9] ,gauze 4#bj #aai-ejd ,da% ,pot ,plung]1 ,plung] ,rod & ,wa%] ,assem4 4#hj #abe-b ,met]+ ,p9 ,spr+ ,seat 4#je #aeh-b ,met]+ ,p9 ,h\s+ 4#ae #afg-ejb ,met]+ ,p9 ,/em & ,wire ,assembly 4#aj #agc-ebi ,met]+ ,p9 & ,lock ,wire ,assembly 4#de ,,replacem5t ,,= ,,previ\s ,,model ,,na% ,,sixes ,! ,model ,s ,m>vel ,c>buret] is int]*angeable ) ! ,model ,k ,m>vel ,c>buret]1 :i* 0 /&>d equipm5t on ! #aibb & #aibc ,na% ,sixes ( ! e>ly #fia s]ies4 ,! previ\s s]ies #fha ,na% ,sixes ( #aiba1 #aibj1 & #aiai1 :i* 7 equipp$ ) ! ,model ,e ,m>vel ,c>buret] z /&>d equipm5t1 c be v greatly improv$ by ! in/allation ( ! ,model ,s c>buret]1 exhau/ damp] body assembly necess>y = same1 & ! hot air /ove assembly t goes ) ?is in/allation4 ,foll[+ is ! complete ,p>ts ,price ,li/ ( ! ,model ,s c>buret]1 damp] body assembly & /ove p>ts = same4 ,notice is call$ to ! fact aga9 t ! damp] body & /ove p>ts are n ne$$ on ! e>ly #fia s]ies ( #aibb & #aibc4 ,,replacem5t ,,p>ts ,,price ,,li/ ,= #aiai-aibb ,s]ies #fha ,na% ,sixes #aj-egi ,c>buret] & ,heat ,equipm5t ,complete #cj4jj ,consi/+ ( ! ,foll[+ ,p>ts3 ,"p ,no4 ,"n ,price #aj-ehj ,c>buret] ,assembly #a #bb4jj #abh-ejf ,damp] ,body & ,/ove ,assembly #h4jj #ae-af #ajx#bdx#c_/h ,f4,h4 ,ma*9e ,screw #a 4#je #ae-dc #a_/dx#bjx#a_/b ,/d4 ,squ>e ,head ,set ,screw #b 4#je #ae-ec #e_/afx#ahx#b-a_/b ,cap ,screw #a 4#je #ae-ed #c_/hx#afx#a ,/&>d ,squ>e ,head ,set ,screw #b 4#je #ag-ad ,exhau/ ,%ut-(f ,valve ,connect+ ,rod #a 4#aj #ag-ae ,damp] ,connect+ ,rod 7,ma9 ,damp]7 #a 4#bj #ai-b ,exhau/ ,manifold ,damp] ,fly #a4jj #ai-i ,w>m ,air ,/ove ,damp] ,fly #a #bj-ca ,/ove ,damp] ,fly ,%aft #a 4#aj #bd-ca ,damp] ,fly ,%aft ,spr+ #a 4#aj #bd-dc ,/ove ,damp] ,fly ,spr+ #a 4#ae #bh-d ,connect+ ,rod ,swivel #a 4#be #fb-e ,escut*eon ,p9 #a 4#je #gd-c ,exhau/ ,%ut-(f ,valve #a 4#ae #gh-d #e_/af ,pla9 ,wa%] #a 4#je #ha-bf #c_/hx#af ,*eck ,nut #b 4#je #hb-a #a_/afx#a_/b ,cott] ,p9 #b 4#je #hb-c #a_/hx#c_/d ,cott] ,p9 #c 4#je #ajj-af ,w>m ,air ,/ove #a #ajj-ag ,w>m ,air ,/ove #a #ajj-ebj ,w>m ,air ,/ove ,assembly #a #a4ej #abb-ejc ,damp] ,lev] & ,%aft ,assembly #a #a4jj #abb-ejd ,exhau/ ,%ut-(f ,lev] & ,%aft ,assembly #a 4#dj #abc-a ,heat ,tube ,support ,r+ #a 4#aj #abc-c ,damp] ,body ,pack+ ,/op ,r+ #a 4#aj #abc-d ,exhau/ ,damp] ,body ,pack+ ,r+ #a 4#aj #abd-a ,heat ,tube ,coll> #d 4#bj #abe-a ,damp] ,%aft ,spr+ ,seat #b 4#aj #abf-b ,heat ,tube ,outlet #a 4#ej #abf-ab ,heat ,tube ,inlet #a 4#ej #abg-a ,heat ,tube ,pack+ #d 4#aj #abg-b ,exhau/ ,damp] ,body ,pack+1 p] foot #a 4#aj #abh-c ,exhau/ ,damp] ,body #a #c4jj #abh-ejf ,exhau/ ,manifold ,damp] ,body & ,/ove ,assembly #a #h4jj #afc-a ,*ok] ,rod ,ext5sion 4#aj ,,m>vel ,,c>buret] ,,di/ributors ,di/ributors :o c>ry a complete /ock ( ,c>buret]s & ,p>ts & :o are prep>$ to ov]haul & rebuild ,c>buret]s3 ,m>vel ,c>buret] ,sales ,co41 #cce ,newbury ,/reet1 ,bo/on1 ,mass4 ,m>vel ,c>buret] ,sales ,co41 #bdb ,we/ #fi? ,/reet1 ,new ,york1 ,n4,y4 ,m>vel ,c>buret] ,sales ,co41 #babj ,f\rte5? ,/reet1 ,n4,w41 ,wa%+ton1 ,d4,c4 ,m>vel ,c>buret] ,sales ,co41 #febj ,c>negie ,av5ue1 ,clevel&1 ,ohio4 ,m>vel ,c>buret] ,sales ,co41 #adjf ,mc,gee ,/reet1 ,kansas ,city1 ,mo4 ,m>vel ,c>buret] ,sales ,co41 #baai ,s4 ,mi*igan ,av5ue1 ,*icago1 ,ill4 ,m>vel ,c>buret] ,sales ,co41 #ibf-ibh ,e4 ,wa%+ton ,/reet1 ,indianapolis1 ,ind4 ,m>vel ,c>buret] ,sales ,co41 #aach ,broadway1 ,d5v]1 ,colo4 ,m>vel ,c>buret] ,sales ,co41 #ahcg ,s\? ,fl[] ,/reet1 ,los ,angeles1 ,calif4 ,edw>ds ,w>d5 ,motor ,p>ts ,co41 #cji-cae ,e4 ,broadway1 ,salt ,lake ,city1 ,utah4 ,fauv]-,cavanagh ,co41 ,inc41 #df-eb ,canfield ,av5ue ,e41 ,detroit1 ,mi*igan4 ,mc,alpin ,s*re9] ,co41 #aebj ,t5? ,av5ue1 ,seattle1 ,wa%+ton4 ,moloney ,batt]y ,ignition ,co41 #ajh-aaj ,wyom+ ,/reet1 ,el ,paso1 ,texas4 ,w4,s4 ,nott ,company1 ,second ,ave4 ,n4 #crd ,/reet1 ,m9neapolis1 ,m9n4 ,di/ributors :o c>ry a complete /ock ( ,c>buret]s & ,p>ts3 ,auto ,supply ,co41 ,inc41 #aajg-aaaa ,broadway1 ,na%ville1 ,t5n4 ,h]rick ,h>dw>e ,co41 ,waco1 ,texas4 ,joseph ,s*w>tz ,company1 #gbi-gce ,/4 ,*>les ,/reet1 ,new ,orleans1 ,la4 ,%elton ,motor ,company1 ,abel9e1 ,texas4 ,:olesale ,auto ,supply ,h\se1 #cji-caa ,wa%+ton ,/reet1 ,tampa1 ,florida4 ,we/brook ,motor ,co41 ,san ,antonio1 ,texas4 ,,export ,,bus9ess ,all export bus9ess & %ipm5ts h&l$ by ,ov]seas ,motor ,s]vice ,corporation1 #agfj ,broadway1 ,new ,york1 ,n4,y4 ,illu/ration3 ,,! ,,fl9t ,,pr9t+ ,,co4