,transcrib]'s ,note ,italic text display$ z3 italic ,,l9otype ,,me*anism ,by ,,alv9 ,g4 ,,swank & ,,raymond ,,means ,publi%$ by ,,swank ,,& ,,means #gbi ,n4 ,bos>t ,ave4 ,indianapolis1 ,indiana ,,copyright$ #aibd ,,pr9t$ ,,9 ,u4 ,s4 ,a4 ,preface ,*anges & improvem5ts on ! ,l9otype h be5 frequ5t 9 ! pa/1 & w probably cont9ue to be s 9 ! future4 ,= ?is reason /ud5ts1 op]ators1 ma*9i/s1 & own]s %\ld keep !mselves po/$ on all matt]s p]ta9+ to ! ,l9otype4 ,! only way ?is c be accompli%$ is by read+1 /udy+1 & obs]v+4 ,all books1 pamphlets1 or trade j\rnals deal+ ) pr9t+ %\ld be c>efully read1 & ! articles p]ta9+ to improvem5ts on typesett+ ma*9]y %\ld be c>efully /udi$4 ,pamphlets or trade j\rnals w ei!r be disc>d$ or lo/2 :]eas a book w be plac$ on ! desk1 b5*1 or 9 ! pocket ( ! "o :o desires to be well in=m$ ( ?+s deal+ ) ! ma*9e4 ,frequ5t read+ or ref]5ce w refre% ! memory on m9or po9ts =gott5 or ov]look$4 ,?is book has be5 produc$ z an endeavor to furni% a mu*-ne$$ text or ref]5ce book = ! aid ( ! ,l9otype /ud5t1 ! us]1 & ! exp]i5c$ work]4 ,simple t]ms1 :i* w enable ! /ud5t to grasp ! fundam5tals quickly1 h be5 us$ ?r\gh\t ! book1 b :5 ! "n ( a "p is necess>y1 ! catalog "n is us$4 ,no illu/rations are us$1 z ! book is int5d$ = use :]e ! actual ma*9e is available = /udy1 & ! p>ts may be se54 ,! ma9 p>ts ( ! ma*9e are li/$ ) a description ( _! action & function4 ,me*anical tr\bles t are common to ! ,l9otype are m5tion$1 toge!r ) helpful sugge/ions = _! rem$y4 ,all adju/m5ts necess>y to ! prop] c>e ( ! ma*9e are li/$4 ,! us] ( ,l9otypes w f9d helpful h9ts z to ! c>e & adju/m5ts ( ! ma*9es4 ,9 ! s*ools us+ ma*9es1 ?is book w fill a long-felt want4 ,x is ! fir/ attempt to write a text book ( ?is nature t c be us$ 9 lesson =m4 ,! class s*$ule w lead ! /ud5t to a sy/ematic /udy ( ! ma*9e4 ,! text matt] is s arrang$ t ! /ud5t is l$ 9 a natural way ?r\gh ! ?+s he %\ld "k fir/4 ,) ! s*$ule arrangem5t ! in/ructor is enabl$ to arrange 8 me*anism classes at any h\r or z _m h\rs z he desires4 ,,! ,,keybo>d ,! l9otype keybo>d is p[] driv5 & me*anically op]at$1 ! op]ator m]ely t\*+ ! keybutton lightly to get a matrix4 ,! keybo>d & escapem5t me*anism consi/s ( n9ety-"o me*anical units1 or s]ies ( lev]s1 escapem5ts1 & cams--"o s]ies = ea* key on ! keybo>d4 ,! keybo>d consi/s ( ! frame2 ! keylev]s1 ext5d+ ?r\gh ! slots to ! back ( ! keybo>d frame2 ! keylev] fulcrum rods1 :i* are ! pivot rods = ! keylev]s2 ! keyb>s1 t groove into ! re> end ( ! keylev]s2 ! keyb> bank+ b>1 7fa/5$ to ! "r- & left-h& keybo>d po/s71 hold+ ! keyb>s 9 place2 & ! keybo>d lock+ b>4 ,! v>i\s p>ts ( ! keybo>d are held 9 _! respective places by ! keybo>d frame4 ,m\nt$ on ! top1 at ! re> ( ! keybo>d1 are ! two cam yoke frames4 ,! keybo>d cam yoke frames conta9 ! cams & ! cam yokes1 assembl$2 ! cam yoke trigg]s2 ! cam /op /rips2 ! h+e rods2 ! keybo>d cam rubb] roll %afts1 ) ! pulleys or ! ge>s & friction spr+s2 & ! rubb] rolls1 assembl$4 ,! frames are fa/5$ to ! keybo>d po/s by a screw at ea* end ( ! frame1 :i* ext5ds ?r\gh ! rubb] roll %aft brackets4 ,bo? ! frames are equipp$ ) cov] pans4 ,! keybo>d action = releas+ a matrix f ! magaz9e is z foll[s3 ,:5 ! keybutton is depress$ x l[]s ! out] end ( ! keylev]1 rais+ ! back end4 ,! keylev] raises ! keyb>4 ,! keyb> raises ! l[] end ( ! trigg]1 caus+ ! upp] end to tilt4 ,?is all[s ! free end ( ! cam yoke to drop1 caus+ ! cam to engage ! revolv+ rubb] roll4 ,! cam is revolv$ by ! rubb] roll1 & z x rea*es ! high po9t x raises ! free end ( ! cam yoke4 ,?is end ( ! cam yoke engages ! keyrod & causes x to be rais$4 ,! keyrod op]ates ! escapem5t me*anism 9 ! magaz9e & releases ! matrix4 ,,keybo>d ,,p>ts ,! keylev]s ext5d ?r\gh slots 9 ! keybo>d frame & are pivot$ ne> _! c5t] by ! fulcrum rods4 ,! front end ( ! keylev]s c>ry ! keybuttons & ! back ends fit into not*es 9 ! keyb>s4 ,! keyb>s are held 9 place on ! back ( ! keybo>d by ! bank+ b> & ! upp] & l[] keyb> guides4 ,! keyb>s h not*es on ! upp] end into :i* ! trigg]s set4 ,also !re are not*es into :i* ! keylev]s ext5d4 ,^! not*es are cut at diff]5t po9ts on ea* six keyb>s1 to correspond ) ! po9t at :i* ! keylev] protrudes ?r\gh ! frame4 ,on ! late model ma*9es ! keyb>s are made ) not*es s !y w fit 9 any alt]nate position1 ea* b> hav+ ?ree not*es1 any "o ( :i* w regi/] ) ! keylev]4 ,9 remov+ ! b>s = clean+1 always take !m (f 9 gr\ps ( six & keep !m 9 ord] s t no difficulty w be exp]i5c$ 9 replac+ !m4 ,x is always bett] to replace ea* b> 9 its orig9al place aft] hav+ !m (f4 ,! keybo>d lock+ b> ext5ds across ! back ( ! keybo>d1 j above a %\ld] on ! keyb>s4 ,:5 ?is b> is =c$ d[n x prev5ts ! keyb> f be+ rais$1 ?us lock+ ! keybo>d4 ,,keybo>d ,,cams ,,& ,,p>ts ,! keybo>d cams are small1 brass1 non-circul> or ecc5tric pieces & are us$ to raise ! cam yokes to op]ate ! keyrods4 ,! cams are pivot$ & held 9 place 9 cam yokes4 ,! out] end ( ! cam yokes are pivot$ to ! frame1 :ile ! inn] ends are left free to move up or d[n 9 slots 9 ! frame1 directly und]nea? ! keyrods4 ,:5 ! cams are sett+ at normal1 ! free end ( ! yokes are support$ by ! pivot$ trigg]s1 :i* set directly b5ea? ! yokes4 ,:5 a trigg] is mov$ by ! keyb>1 x all[s ! free end ( ! yoke to drop1 c>ry+ ! cam aga9/ ! revolv+ rubb] roll4 ,! l[ "p ( ! cam has small tee? cut 9 x1 s :5 x drops on ! revolv+ rubb] roll1 x is caus$ to turn4 ,:5 ! high "p ( ! revolv+ cam is on ! rubb] roll1 ! free end ( ! cam yoke is rais$ to its highe/ po9t1 rais+ ! keyrod4 ,!re are n9ety-"o cams & yokes 9 a keybo>d4 ,9 ord] to get ! cams 9 ! smalle/ possible space1 =ty-five ( !m are locat$ 9 ! front frame1 & =ty-six 9 ! back frame4 ,! cam on ! "r-h& end ( ! back r[ is us$ to op]ate ! spaceb& lev]4 ,a /op /rip is fa/5$ by means ( six screws to ea* cam frame 9 su* a mann] t ! small cross p9s 9 ! revolv+ cams come 9 contact ) small p9s :i* ext5d d[nw>d1 /opp+ ! cams aft] _! revolution & hold+ !m 9 normal position4 ,! front /rip has =ty-five tee? & ! re> /rip has =ty-six tee?2 !re=e !y are n int]*angeable4 ,! /rip %\ld be locat$ s ! tee? d n b9d ! sides ( ! cams4 ,! top r[ ( keys on ! keybo>d op]ate ! cams 9 ! back frame1 ! keys 9 ! second r[ op]ate ! cams 9 ! front frame1 ! ?ird 9 ! back1 etc41 alt]nat+ = ea* r[1 s :5 trac+ keybo>d tr\bles x is kn[n 9 :i* frame an (f5d+ cam w be f\nd4 ,sev]al types ( cam yokes h be5 manufactur$ = ! v>i\s models ( ma*9es4 ,"s are made ( brass1 o!rs are /amp$ out ( /eel1 :ile /ill ano!r k9d is mill$ out ( a solid piece ( /eel4 ,diff]5t me?ods ( fa/5+ ! pivot$ end ( ! yoke h also be5 us$4 ,! old] models 7 held by a pivot wire :i* ran ?r\gh ! yoke4 ,! lat] models1 h[ev]1 h spr+ b>s :i* set j above ! pivot$ end ( ! yoke1 ! yoke be+ hook$ on ! h+e rod & held d[n by a spr+ & plung] directly above ! yoke1 9 ! b>4 ,?is spr+ & plung] takes ! /ra9 (f ! yoke & keyrod :5 9 an unusually heavy pull1 & prev5ts damage to ! rubb] rolls4 ,on ! top ( ! spr+ b> is an adju/+ screw bu%+ ?r\gh :i* ! plung] projects4 ,?is plung] is =c$ aga9/ ! top ( ! cam yoke by a spr+4 ,z ! free end ( ! cam yoke raises1 ! spr+ mu/ be /rong en\gh to hold ! pivot$ end ( ! yoke f rais+ m ?an en\gh to give ! full /roke ( ! keyrod4 ,if some?+ prev5ts ! free movem5t ( ! escapem5t1 ! /ra9 w\ld come to ! pivot$ end ( ! yoke1 =c+ ! plung] up1 ?us releas+ ! keyrod1 cam1 or rubb] roll ( undue /ra94 ,if ?is spr+ becomes weak1 x w all[ ! pivot$ end ( ! yoke to raise too high1 ?us less5+ ! up /roke ( ! keyrod4 ,?is %ort5$ /roke ( ! keyrod does n p]mit ! full /roke op]ation ( ! escapem5t1 & does n all[ ! matrix to drop4 ,a weak spr+ w sometimes cause ! matrix to drop sl[ly1 due to ! lug ( ! matrix b9d+ on ! l[] pawl4 ,by us+ ! adju/+ bu%+ ?is tr\ble c be rem$i$4 ,be c>eful 9 adju/+ ! spr+1 because too mu* t5sion w cause ! cam to cut ! rubb] roll4 ,on "s models ! spaceb& cam is ( a diff]5t %ape or l>g] ?an ! o!r cams4 ,?is is done to accompli% ! tim+ ( ! dropp+ ( ! spaceb&s4 ,to remove a s+le cam f ! frame1 %ut (f ! p[] ( ! ma*9e1 take (f ! cov] pans1 t\* ! keybutton ( ! desir$ cam1 draw out ! pivot wire on old models or release ! lat* & tilt ! spr+ b> on new models1 turn ! rubb] rolls by h& until ! end ( ! cam yoke raises1 !n lift ! yoke & cam out4 ,,keybo>d ,,rubb] ,,rolls ,! rubb] rolls are held on %afts :i* ext5d ?r\gh ! cam frame4 ,! "r end ( ! %afts run 9 bu%+s :i* are held 9 ! cam frame by a screw ext5d+ ?r\gh ! cam frame bracket into ! %aft bu%+4 ,two k9ds ( rubb] rolls may be obta9$3 corrugat$ & gr\nd4 ,! rolls mu/ be kept free f oil at all times4 ,ab\t once ea* mon? !y %\ld be remov$ & wa%$ ) soap & wat] to remove all oil1 & fre%5 ! rubb]4 ,! rubb] roll may be liv5$ up by ! use ( c\rse s&pap]1 rubb+ f end to end & turn+ ! roll s x does n become flat4 ,! roll %\ld be wa%$ aft] us+ ! s&pap] to remove ! small p>ticles ( rubb] t may be adh]+ to ! surface4 ,if ! rubb] rolls become worn until !y are groov$ :]e ! cams op]ate on !m1 or if !y become h>d ) long use1 !y %\ld be replac$ ) new rubb]4 ,good1 live rubb] rolls h mu* to d ) quick1 ev5 response ( ! matrices4 ,a rubb] roll t is 9 good %ape ) ! exception ( a groove or two1 c be us$ by cutt+ out ! worn p>ts & plac+ 9 a good piece ( ano!r roll & fitt+ x to ! %aft4 ,save p>ts ( old rubb] rolls = ?is purpose4 ,!y at lea/ may be valuable = em]g5cy pat*+1 until a new roll c be ord]$ f ! factory4 ,! rubb] roll %afts are driv5 by friction1 s t if any?+ b9ds unduly ! %aft w /op1 prev5t+ damage to ! rubb]4 ,to replace a rubb] roll1 remove ! old roll1 poli% ! %aft1 us+ c>e to clean ?or\ghly4 ,a new roll mu/ fit tightly & if ! %aft is n clean & smoo?1 x w be h>d to =ce ! new roll on4 ,place ! %aft 9 an upright position1 />t ! end ( ! roll ?r\gh ! pulley end ( ! %aft4 ,place y\r ?umb or h& ov] ! o!r end ( ! roll to hold 9 ! air & pu% d[n on ! roll until x is 9 position4 ,on ! lat] models ! %aft c>ries a coll>1 p91 & oil coll> on ea* end4 ,?is assembly mu/ be remov$ on "o end be=e ! roll c be remov$4 ,! coll> is held to ! %aft by a tap] p9 & ! oil coll> =c$ ov] ! top ( ! p9 & coll>4 ,?is oil coll> mu/ be pri$ (f be=e ! p9 c be driv5 out4 ,,keybo>d ,,tr\bles ,_m ( ! me*anical tr\bles w be f\nd 9 ! keybo>d1 su* z cont9u\s response or non-response ( matrices4 ,! keylev]s sometimes get gummy or sprung to "o side & b9d on ! frame1 caus+ a cont9u\s response ( matrices4 ,ano!r cause = cont9u\s response may (t5 be trac$ to "s =eign sub/ance su* z metal %av+s or dirt gett+ betwe5 ! keylev] & ! frame4 ,a l>ge p]c5tage ( keybo>d tr\bles c be trac$ to ! keyb>s4 ,mo/ cont9u\s response tr\ble is due to dirty or /ick+ keyb>s4 ,^! b>s h sev]al po9ts ( contact ) o!r p>ts1 & frequ5tly a v small p>ticle ( dirt or du/ w prev5t ! prop] return ( ! keyb> aft] be+ rais$4 ,?is w hold ! trigg] out f "u ! cam yoke1 :i* w cont9ue to revolve & cause m ?an "o matrix to drop4 ,?is tr\ble c usually be rem$i$ by bl[+ out all du/ f ar\nd ! keyb>s & !n wa%+ !m ) gasol9e1 us+ a squirt c or bru% to apply ! gasol9e4 ,be=e apply+ ! gasol9e1 x is be/ to place a pan or clo? b5ea? ! keyb>s to cat* ! surplus gasol9e4 ,be v c>eful n to get any gasol9e on ! cams or rubb] rolls1 z x w cut ! lubrication on ! yoke pivot & s(t5 ! rubb] roll4 ,aft] wa%+ ! b>s1 bl[ ! surplus gasol9e (f ) an air hose or bell[s4 ,keep ! air f ! keybo>d cams z mu* z possible1 z x has a t5d5cy to dry ! oil on ! yoke pivot p9s1 caus+ sl[ mov+ cams4 ,sometimes ! tr\ble is above ! keyb> bank+ b>4 ,9 ?is case x w be necess>y to remove ! back cam frame to clean ! b>s above ! bank+ b>4 ,%\ld ! keybo>d lock+ b> become loose x may drop d[n a trifle &1 prev5t+ free action ( ! keyb>s1 make ! keybo>d t\* heavy4 ,9 addition to ! cont9u\s response caus$ by ! keylev] or keyb>1 sometimes a dirty & /ick+ trigg] or ! trigg] h+e rod be+ b5t w cause ?is tr\ble4 ,if "o ( ! p9s 9 ! /op /rip or ! cam becomes worn or brok51 ! cam w cont9ue to revolve4 ,"s ( ! common tr\bles ( non-response might be caus$ by ! free end ( ! cam yoke be+ dirty or gummy1 a ru/y1 gummy1 or b5t cam yoke h+e rod1 n all[+ ! cam to drop4 ,a dry cam pivot w (t5 prev5t ! cam f turn+4 ,a h>d or oily rubb] roll w n cause ! cam to turn1 especially on a cold morn+4 ,a too? on ! /op /rip be+ b5t sideways might b9d ! cam4 ,some?+ b9d+ ! rubb] roll1 n all[+ x to revolve1 /ops all cam response4 ,a dry cam pivot or a sluggi% cam w cause transposition ( lett]s4 ,to locate ! cause ( a non-response1 fir/ obs]ve if ! keyrod is mov+4 ,if x is1 ! tr\ble w probably be f\nd 9 ! magaz9e or magaz9e escapem5t4 ,if ! keyrod does n raise1 look = ! tr\ble 9 ! keybo>d4 ,d n take ! keybo>d ap>t e "t a few matrices fail to respond correctly4 ,x is mu* quick] to correct ! tr\ble ) ! individual p>ts t may be bo!r+4 ,always locate ! cause ( ! tr\ble be=e attempt+ to correct x4 ,,keybo>d ,,lay\t ,!re are two /&>d lay\ts 9 common use4 ,! "o mo/ commonly us$1 especially 9 comm]cial %ops1 has ! small capital lay\t %[n on ! keybuttons4 ,! fractions run z side sorts :5 ?is lay\t is us$4 ,9 ! o!r /&>d lay\t ! fractions are run 9 ! keybo>d4 ,?is is frequ5tly us$ on newspap]s = sett+ m>kets1 /ock reports1 & tables1 :]e a great numb] ( fractions are us$4 ,!re are a v>iety ( diff]5t keybo>d lay\ts = diff]5t classes ( "w1 b no great v>iation f ! /&>d lay\t is advisable4 ,,to ,,remove ,,! ,,keybo>d ,,cam ,,frames ,be sure ! keyrods are connect$ to ! v]ges on ! models #a1 #b1 #c1 #d1 or #e4 ,on ! models #a1 #b1 or #c ! keybo>d %\ld n be lock$ ) ! lock+ b>4 ,take (f ! cov] pans & ! cov] tray1 remove ! two screws t ext5d ?r\gh ! rubb] roll %aft bracket1 pull ! frame (f d[el p9s4 ,,clean+ ,,! ,,keybo>d ,,cams ,:5ev] ! keybo>d cams become dirty & sev]al ( !m are caus+ tr\ble1 ! entire set %\ld be remov$ f ! frame & clean$4 ,d n take ! entire set (f1 h[ev]1 e "t a cam fails to act4 ,if !re are b a few cams bo!r+1 x is mu* quick] to take out ^! individual cams & clean !m4 ,! entire set ( cams w usually ne$ clean+ & oil+ e ?ree or f\r mon?s 9 ! av]age %op4 ,due to "s p>ticul> %op surr\nd+s1 ?is "t (t5 v>ies4 ,to clean ! cams1 remove ! keybo>d cam frames f ! ma*9e2 take out ! rubb] rolls1 assembl$2 release ! pivot end ( ! cam yokes & remove ! cams4 ,! sides ( ! cam yokes at ea* end & ! out] surface ( ! cam %\ld be ?or\ghly clean$4 ,dry ! cam by wip+ ) a l9tless rag & bl[+ ) an air hose or bell[s4 ,! trigg]s %\ld !n be remov$ & clean$4 ,:ile ! cams & trigg]s are out ( ! frame1 ! frame %\ld be wa%$ clean4 ,gasol9e or d5atur$ alcohol %\ld be us$ = wa%+ & clean+ ! v>i\s p>ts4 ,a jewel]'s bru% w be f\nd useful 9 clean+ ! v>i\s p>ts4 ,be=e replac+ ! trigg]s1 poli% !m ) graphite & /r+ !m on a pivot wire to make sure t no dirt nor grit has gott5 into ! pivot holes dur+ ! clean+4 ,clean ! rubb] rolls be=e replac+ !m4 ,be=e replac+ ! cams 9 ! frame ! pivots %\ld be oil$4 ,use only a good grade ( clock or wat* oil & put a small drop on ! pivot4 ,a broom/raw or ord9>y p5 w be f\nd conv5i5t = apply+ ! oil4 ,be sure to wipe (f all surplus oil to prev5t x be+ transf]r$ to ! rubb] rolls4 ,,note--,be=e replac+ ! frames 9 position on ! ma*9e1 see t ! bracket screws t ext5d into ! frame at ea* end are loose4 ,if ! screws draw ! brackets too tight1 difficulty w be exp]i5c$ 9 seat+ ! brackets to ! d[els on ! po/s4 ,be sure to lock ! keybo>d cam yoke trigg]s by runn+ a wire ?r\gh ! upp] holes 9 ! trigg]s4 ,?is is done s ! trigg]s w ent] ! slots 9 ! keyb>s4 ,see t all cams are 9 normal position4 ,?is is necess>y s ! cam yokes w pass "u ! l[] end ( ! keyrods4 ,,to ,,take ,a ,,keybo>d ,,ap>t ,:5ev] x is necess>y to take ! keybo>d ap>t to clean1 x %\ld be remov$ f ! ma*9e 9 ! foll[+ mann]3 ,remove ! keybo>d cam frames4 ,remove ! assembl+ elevator lev]4 ,procure a /rip ( wood furniture fifte5 in*es long1 :i* is ! prop] l5g? to j pass inside ( ! frame po/s1 fa/5 a /rong cord to ea* end ( ! wood /rip1 take (f ! keybo>d lock+ b>1 place ! /rip ( wood along ! back ( ! keyb>s1 br+ ! /r+ inside ( ! side po/s to ! front ( ! keybo>d4 ,draw ! two ends ( ! /r+ tight1 s t ! /rip c n move1 & fa/5 x to ! keylev]s4 ,take out ! two keybo>d side plate bracket screws 7on ea* side at ! re> ( ! keybo>d frame74 ,take out ! f\r keybo>d front plate screws4 ,remove ! two screws :i* hold ! keyb> bank+ b> to ! po/s & pull ! b> (f ! d[el p9s4 ,pull ! frame t[>d ! front ( ! ma*9e & lift x out4 ,place ! frame on a b5* or table 9 a slightly incl9$ position ) ! re> end ! high]4 ,take out ! l[] r[ ( keylev]s by remov+ ! fulcrum rod4 ,take (f ! keyb>s1 keep+ !m 9 _! regul> ord]4 ,take out ! rema9+ keylev]s by remov+ ! fulcrum rods4 ,wa% ! keylev]s 9 d5atur$ alcohol or gasol9e1 bru%+ vigor\sly ) a jewel]'s bru% ! p>ts t come 9 contact ) ! frame4 ,if !re is any corrosion left1 poli% ! lev]s ) metal poli%2 wipe !m dry ) a clean rag4 ,! keyb>s %\ld be clean$ 9 a l mann]1 b rub ea* side ( ea* keyb> on a graphite bo>d in/ead ( us+ metal poli%4 ,wa% ! frame ( ! keybo>d ?or\ghly1 & wipe dry4 ,if an air hose is available1 bl[ all ! p>ts dry ) ! air4 ,:5 reassembl+ ! keybo>d1 "w upw>d4 ,place ! l[] r[ ( keylev]s 9 fir/1 run ! fulcrum rod ?r\gh ! holes2 !n assemble ! next r[s1 us+ ! same proc$ure = ea* r[4 ,?is me?od makes x easy to assemble ! keylev]s4 ,aft] ! bo>d has be5 assembl$1 te/ out ea* key to see t x is work+ freely1 be=e replac+ ! /rip ( wood4 ,:5 replac+ ! bank+ b> ! slot 9 ! keyb>s mu/ fit ov] ! b>2 raise up on all ! keyb>s ) ! plate ext5d+ und]nea? !m until ! bank+ b> d[el p9s fit into ! d[el p9 holes4 ,x is usually necess>y to clean ! entire keybo>d only once or twice a ye> unless ! %op conditions ar\nd ! ma*9e are v dirty4 ,,keyrods ,! keyrods re/ j above ! free end ( ! keybo>d cam yokes & ext5d upw>d to ! escapem5t me*anism4 ,!y are ! connection betwe5 ! escapem5ts & ! keybo>d cams4 ,on ! models #a1 #b1 #c1 #d1 & #e1 ! keyrods are numb]$ f #a to #ij2 ! spaceb& be+ a %ort rod1 x is n necess>y = x to be numb]$4 ,!y are held 9 place by two guides4 ,! l[] guide is betwe5 ! cam frames4 ,on models #a1 #b1 #c1 #d1 & #e1 ! upp] guide is directly "u ! magaz9e at ! front4 ,! object ( ! upp] guide is to hold ! keyrods 9 place :5 lock+ !m on ! v]ges1 z !y %\ld re/ squ>ely on ! v]ges4 ,on ! model #a ! upp] guides are adju/able sidewise by *ang+ ! position ( ! brass lug on ! "r side ( ! magaz9e 9 :i* ! tongue ( ! guide fits4 ,9 mak+ ?is adju/m5t use ! l[] case 8p0 z a guide4 ,on ! models #c & #e !re is a screw bu%+ 9 ! "r-h& side ( ! int]m$iate bracket = ! adju/m5t ( ! keyrod upp] guide4 ,:5 replac+ keyrods 9 ! guides1 />t at ! left-h& side ) ! fir/ slot 9 ! bottom guide1 b leave ! fir/ slot op5 9 ! top guide4 ,?is guide slot is = an extra keyrod = use 9 ! special d\ble 8e0 atta*m5t :i* may be appli$4 ,! keyrods v>y 9 l5g? on ! diff]5t models4 ,on models #h1 #ad1 #ad-s-k1 #ah1 #ai1 #i1 & ,k ! keyrods are v %ort & are us$ to op]ate a curv$ lev] kn[n z ! escapem5t lev]1 :i* 9 turn op]ates ! escapem5t4 ,on models #a1 #b1 #c1 #d1 & #e1 ! keyrod is pull$ back to its prop] position by ! keyrod spr+4 ,! action ( ?is spr+ 9 pull+ ! keyrod to position /resses ! v]ge spr+ & pulls ! escapem5t into normal1 all[+ ! re> pawl to release ! matrix s x c slide into position to be caught & held by ! front pawl4 ,on models ,k1 #h1 #ad1 #ad-s-k1 #ah1 #ai1 & #i ! keyrod is return$ to position by ! weight ( ! escapem5t lev]1 & by its own weight1 ! v]ge spr+ pull+ ! escapem5t back into position4 ,on ! lat] model #a ! keyrods h a groove ne> ! upp] ends & a support+ rail atta*$ to ! upp] guide plate :i* keeps !m f dropp+ :5 !y are disconnect$ f ! v]ges4 ,on ! model #e ?is support+ rail is ne> ! bottom end ( ! keyrods1 j above ! keyrod spr+s1 & is connect$ to a %ort h&le at ! "r end above ! keybo>d4 ,! keyrods c be disconnect$ f ! v]ges only :5 ! h&le is lift$4 ,,auxili>y ,,keyrods ,on models #ad & #ai !re is an auxili>y magaz9e :i* has #bh *annels4 ,!re are #bh %ort keyrods assembl$ ! same z on a model #e4 ,^! keyrods are op]at$ by an auxili>y keybo>d4 ,!re is a support+ rail at ! upp] end ( ^! keyrods1 connect$ ) a h&le at ! "r side ( ! auxili>y bracket4 ,! keyrods c only be disconnect$ f ! v]ges :5 ! h&le is lift$4 ,^! keyrods are disconnect$ ! same z on a model #e ma*9e4 ,,model ,,f\rte5 ,,s+le ,,keybo>d ,on ! new model #ad1 kn[n z model #ad s+le keybo>d1 !re are #cd *annels & %ort keyrods on ! auxili>y in/ead ( #bh4 ,^! keyrods are op]at$ f ! regul> keybo>d4 ,!re is a lug press$ 9 ! back ( ! keyrods4 ,^! lugs are /agg]$ on ! v>i\s keyrods & come 9 contact ) a s]ies ( pivot$ lev]s 9 a box conta9+ #cd ( ^! lev]s1 fa/5$ at ! back ( ! keyrods ( ! ma9 "p ( ! ma*9e4 ,! ma9 keyrods1 f ! figure #a up to & includ+ ! caps 7#cd 9 all71 h a lug press$ into ! back side ( !m4 ,^! lugs are also /agg]$ on ! keyrods s !y c be br\ght into contact ) ! fulcrum$ lev]s 9 ! box4 ,?is box is kn[n z a bail box4 ,! upp] keyrod guide slots are made long] = ^! keyrods to slide back or =?1 actuat$ by a h& lev] t is plac$ bel[ ! assembl] entrance & re/+ on ! deliv]y slideway4 ,! auxili>y is br\ght into op]ation by %ov+ back on ?is lev]1 :i* br+s ! keyrods & lugs 9 contact ) ! bail box lev]s1 & !y 9 turn op]ate ! keyrods ( ! auxili>y :5ev] a key is t\*$4 ,,magaz9es ,,& ,,escapem5ts ,,escapem5t ,,me*anism ,! escapem5t me*anism ( models #a1 #b1 #c1 #d1 & #e ma*9es consi/s ( two pawls1 a v]ge1 & a v]ge spr+ = ea* "* 9 ! magaz9e4 ,! v]ge is h+$ on a pivot rod4 ,! l[] end ( ! pawls are seat$ 9 ! v]ge1 & ! upp] end projects ?r\gh ! "u side ( ! magaz9e & engages ! l[] lugs ( ! matrices4 ,:5 ! escapem5t is at its normal position1 ! l[] or front pawl ext5ds up into ! magaz9e & holds ! column ( matrices 9 ! *annel4 ,! end ( ! upp] pawl is flu% ) ! bottom ( ! *annel groove4 ,! v]ge & pawls are held 9 ?is position by ! keyrod1 :i* hooks onto ! v]ge4 ,?is keyrod is held d[n by its own weight & a spr+ ne> its l[] end4 ,! v]ge spr+1 :i* sets directly back ( & aga9/ ! v]ge1 has its t5sion upw>d on ! v]ge4 ,:5 ! key is t\*$ & ! cam yoke raises ! keyrod1 x releases ! v]ge1 :i* is pull$ upw>d by ! v]ge spr+4 ,?is action l[]s ! front pawl & raises ! back pawl1 releas+ ! front matrix4 ,! back pawl deta9s ! o!r matrices1 hold+ !m 9 ! *annel until ! v]ge is re/or$ to normal4 ,! keyrod spr+ pulls ! keyrod d[n4 ,! v]ge1 be+ hook$ to ! keyrod is pull$ d[n also4 ,?is br+s ! front pawl up & ! back pawl d[n1 lett+ ! matrix slide to position ready = ! next escapem5t4 ,?is v]ge action is ! same on all s+le magaz9e models4 ,ea* magaz9e ( a model #a1 #b1 or #c ma*9e c>ries ! escapem5t assembly on ! bottom1 at ! front1 directly above ! keyrod upp] guide4 ,on a model #e ! v]ge escapem5t is fa/5$ by means ( two screws & two d[el p9s to ! int]m$iate bracket ( ! ma*9e4 ,to remove3 ,take (f ! magaz9e & !n raise ! keyrods ) ! h& lev] at ! "r ( ! keyrods4 ,?is w leave ! keyrods free to be pu%$ back f ! v]ges1 by )draw+ ! spr+ p9 :i* holds ! upp] keyrod guide to ! v]ge pivot rod at ! "r-h& side1 "u ! escapem5ts1 & pu%+ back on ! guide4 ,! escapem5ts c !n be remov$ by tak+ out ! two screws1 "o at ea* end1 & lift (f ! d[el p9s4 ,! escapem5t me*anism ( models #h1 #ad1 #ah1 #ai1 #ad-s-k1 & ,k is simil> to ! model expla9$ above1 except t ! v]ge spr+ pulls d[nw>d on ! v]ge in/ead ( upw>d1 z 9 ! o!r models4 ,! escapem5t is op]at$ by ! escapem5t lev] & a plung] f ! front4 ,! keyrod =ces ! escapem5t lev] upw>d4 ,! lev] /rikes ! plung] & =ces x aga9/ ! v]ge4 ,! model #h or #ad v]ge escapem5ts c be remov$ by rais+ ! magaz9e & pu%+ ! escapem5t back f betwe5 ! escapem5t supports4 ,,magaz9es ,! magaz9e is ! receptacle 9 :i* a font ( matrices is /or$ on ! ma*9e1 ready = in/ant use z ! matrices are desir$ 9 assembl+ a l9e4 ,"s ( ! ma9 features ( ! diff]5t model ma*9es are ! numb] ( magaz9es c>ri$ on ! ma*9e at "o "t1 ! size or wid? ( ! magaz9e1 & ! mann] ( remov+ ! magaz9es4 ,! magaz9e or *annel plate consi/s ( #ib *annels mill$ 9 ! brass plates1 :i* guide ! lugs ( ! matrices & keep !m 9 l9e1 s z to pass ! escapem5ts "o at a "t4 ,model #a magaz9es h ! old /yle *annel entrances1 atta*$ to ea* magaz9e frame4 ,! model #a magaz9es are n>r[1 & w only c>ry matrices up to & includ+ #aa-po9t4 ,! escapem5ts ( ?is model are fa/5$ directly to ! magaz9e4 ,! magaz9e = a model #b or #c ma*9e is practically ! same z a model #a 9 con/ruction1 ) ! exception ( be+ two in*es wid] at ! l[] end4 ,! v]ges on ^! models are practically ! same z on ! model #a1 b on acc\nt ( ! diff]5ce 9 wid? ( ! magaz9es1 are ?ick]4 ,9 ?is /yle ! v]ges are lock$ by turn+ ! groov$ escapem5t v]ge lock+ b> "o-f\r? ( a turn4 ,?is is turn$ by ! crank at ! "r-h& side ( ! magaz9e4 ,! keybo>d is lock$ ) a b> ! same z ! model #a4 ,! *annel entrance is simil> to ! model #a4 ,! l[] magaz9e ( ! model #b is %ort] ?an ! upp] magaz9e4 ,! matrices are releas$ by ! same keybo>d me*anism4 ,! escapem5ts1 h[ev]1 are on ! top ( ! magaz9e in/ead ( b5ea? x4 ,ea* keyrod has a lug fa/5$ to ! back end ( x1 :i* engages ! escapem5t lev]s connect$ to ! escapem5ts4 ,:5 ! l[] magaz9e is be+ us$1 ! keyrod is rais$ & all[s ! v]ge spr+ to op]ate ! escapem5t1 releas+ ! matrix4 ,! keyrod spr+ pulls ! escapem5t lev] d[n4 ,?is lev] br+s ! escapem5t into position1 ready to release ano!r matrix4 ,! escapem5ts on bo? magaz9es are capable ( movem5t1 z ! v]ge spr+s ( bo? t5d to raise ! escapem5ts1 b are prev5t$ f do+ s by ! keyrod spr+4 ,! matrices are prev5t$ f escap+ f bo? magaz9es at ! same "t by a pair ( groov$ rods1 :i* lie betwe5 ! v]ges & ! magaz9e4 ,! locks on ^! rods are s arrang$ t ! lock+ ( "o escapem5t unlocks ! o!r1 ! movem5t ( ^! be+ controll$ by a h& lev] at ! "r ( ! face plate1 directly above ! keybo>d4 ,! model #c magaz9e is ! same z ! model #b 7upp]74 ,! escapem5t action is also ! same4 ,! upp] magaz9e ( a model #d is a removable magaz9e :i* is indep5d5t ( ! escapem5t me*anism or ! *annel entrance4 ,?is magaz9e is z wide z ! model #b or #c1 b is n int]*angeable ) !m4 ,?is magaz9e is int]*angeable ) ^? ( a model #e1 #h1 #ad1 #ah1 #ai1 or #ad-s-k4 ,! l[] magaz9e ( a model #d is ! same z a model #b1 b x is easily remov$ f ! ma*9e1 z ! escapem5t me*anism is indep5d5t ( ! magaz9e4 ,! escapem5t on ! model #d is ! same z on ! model #b1 except t ! escapem5t me*anism is fa/5$ to ! ma*9e brackets in/ead ( to ! magaz9e4 ,on models #b & #d !re are two *annels ( l[] case 8e0 matrices4 ,! me*anism = ! op]ation ( ! d\ble 8e0 is "o keybo>d cam to be connect$ alt]nately to ! two %ort keyrods :i* connect ) ! two 8e0 v]ges4 ,! %ift+ ( a %ort keyrod f "o to ! o!r keyrods is accompli%$ by ! rais+ ( ! assembl+ elevator1 :i* op]ates a lev] fa/5$ to ! assembl+ elevator l9k4 ,?is l9k comes 9 contact ) a pawl & rat*et t op]ate ! %ort keyrod by %ift+ alt]nately4 ,?is atta*m5t c be appli$ to any model ( ma*9e4 ,! model #e is a quick *ange ma*9e4 ,! magaz9e *anges f ! front & c be lift$ (f by "o p]son4 ,! escapem5t me*anism is sep>ate f ! magaz9e4 ,! model #e magaz9e is ! same z ! model #d & is int]*angeable ) any ( ! above m5tion$ models except models #a1 #b1 or #c4 ,! ,no4 #e 7,engli%7 magaz9e is n[ kn[n z ! /&>d magaz9e4 ,?is magaz9e is us$ on all models #d1 #e1 #h1 #ad1 #ad-s-k1 #ah1 & #ai ma*9es4 ,! model #h ma*9e c>ries #c ( ^! ,no4 #e magaz9es4 ,all magaz9es may be *ang$ f ! front ( ! ma*9e4 ,! magaz9es are int]*angeable z to _! position 9 ! ma*9e4 ,!y are also int]*angeable ) ! same ,no4 #e magaz9es on o!r ma*9es4 ,! model #ad is ! same z ! model #h1 except t x has an auxili>y magaz9e4 ,model #ah1 :i* c>ries two magaz9es1 uses ! same magaz9es z a model #e1 #h1 or #ad4 ,! escapem5ts are hung to ! magaz9e frame1 b are l ! model #e1 #h1 or #ad escapem5ts1 & are held 9 place by two spr+ clamps t fit ov] ! top ( ! magaz9es at ! front4 ,by %ift+ a lev] at ! "r ( ! magaz9e frame1 ! position ( ! magaz9es is *ang$4 ,! model #ai is ! same z ! model #ah1 except t x has an auxili>y magaz9e4 ,,remov+ ,a ,,magaz9e ,x is sometimes necess>y to remove ! magaz9es ( any model ( ma*9e = ! purpose ( clean+ or repair+1 or to *ange ! type face4 ,read c>efully ! in/ructions = ! remov+ ( ! magaz9es until y become ?or\ghly famili> ) ! ord] ( proc$ure4 ,to =get "o op]ation or to p]=m an op]ation at ! wrong "t may cause ! matrices to be spill$ or some?+ m s]i\s4 ,to remove a model #a magaz9e3 ,lock ! v]ges by plac+ ! lock+ wire above ! %\ld] ( ! back pawls1 lock ! keybo>d by ins]t+ ! lock+ rod 9 ! slott$ hole 9 ! "r-h& keybo>d po/ & %ove ! rod ?r\gh ! full l5g? ( ! keybo>d4 ,?is rod passes "u ! end ( ! keybo>d cam yokes & raises !m1 :i* raises ! keyrods (f ! v]ges a trifle4 ,unlat* ! upp] keyrod guide at ! "r-h& side & move ! keyrods (f ! v]ges4 ,pull ! flexible front ( ! assembl] plate =w>d z f> z ! *a9 p]mits x to come4 ,remove ! tray "u ! re> *annel entrance1 raise ! magaz9e to a level position & pu% x ?r\gh t[>d ! re> & lift out c>efully4 ,x requires two p]sons to remove a magaz9e ( ?is model4 ,9 return+ ! magaz9e be c>eful t x is mov$ =w>d ! full di/ance be=e ! front end is l[]$2 or ! lift lev] ( ! di/ributor box may be damag$4 ,to remove ! upp] magaz9e f a model #b3 ,unlat* ! connect+ l9ks betwe5 ! v]ge locks1 ?r[ ! v]ge lock ( ! upp] magaz9e d[n "o-f\r? ( a turn1 & slip ! slid+ block on ! side ( ! upp] magaz9e d[nw>d4 ,?is holds ! upp] v]ge lock4 ,lock ! keybo>d1 & depress ! p9 b5ea? ! v]ges ( ! upp] magaz9e1 at ! "r4 ,?is p9 holds ! keyrod guide & keyrods to ! v]ges4 ,pu% ! guide back & disconnect ! keyrods4 ,! l[] end ( ! upp] magaz9e c n[ be rais$ & ! magaz9e drawn out ( ! ma*9e at ! back4 ,use c>e n to damage ! l[] magaz9e or back entrance4 ,to remove ! l[] magaz9e ( a model #b3 ,remove ! upp] magaz9e1 ?r[ ! keyrods =w>d ) ! lev]1 draw out ! rod b5ea? ! magaz9e m\?4 ,?is rod holds ! matrix guides = ! l[] magaz9e 9 place4 ,lift out ! magaz9e1 us+ c>e n to damage ! escapem5ts or lev]s4 ,to remove ! model #e magaz9e3 ,ins]t ! lock+ /rip1 press+ x firmly 9 place4 ,?is b> holds ! matrices 9 ! *annels4 ,! b> also releases ! lock at ! left-h& side ( ! magaz9e & p]mits ! cam lev]s to be turn$ or br\ght =w>d into position = hold+ ! magaz9e4 ,pull =w>d ! spr+ lock :i* fits ov] ! l[] end ( ! magaz9e4 ,) ! cam lev]s1 raise ! magaz9e frame4 ,lift ! front end ( ! magaz9e & x w slide =w>d2 !n by all[+ ! l[] end to drop1 ! magaz9e w hang 9 a v]tical position on ! lev]s4 ,close ! cov] at ! top ( ! magaz9e & lift (f4 ,! above me?od ( lock+ mu/ be foll[$ ) any ,no4 #e magaz9e on any model4 ,to remove any ( ! ?ree magaz9es f a model #h or #ad proce$ 9 ! foll[+ mann]3 ,any magaz9e %\ld be 9 op]at+ position be=e x is remov$4 ,! upp] magaz9e is remov$ simil>ly to a model #e4 ,place ! lock+ rod 9 ! magaz9e to lock ! matrices & unlock ! cat* at left ( ! magaz9e4 ,take (f ! b> :i* ext5ds across ! top side ( ! magaz9e4 ,turn ! cam lev]s =w>d1 & lift ! magaz9e (f4 ,to remove ! second magaz9e3 ,ins]t ! lock+ b> 9 ! top & second magaz9es4 ,raise ! magaz9es ) ! elevat+ me*anism1 z high z !y w g4 ,place ! frame supports "u ! upp] magaz9e frame4 ,remove ! b> :i* ext5ds across ! top side ( ! top magaz9e4 ,turn ! elevat+ crank until ! frame desc5ds & ! second magaz9e is 9 op]at+ position1 leav+ ! upp] magaz9e elevat$4 ,place ! "r- & left-h& cams on ! second magaz9e frame4 ,lift out ! escapem5ts ( ! upp] magaz9e4 ,!n proce$ z 9 remov+ ! upp] magaz9e4 ,to remove ! ?ird magaz9e3 ,remove ! two upp] magaz9es & take (f ! frame cams2 take out ! eight screws t hold ! "r- & left-h& gibs to ! frame guides2 remove ! gibs1 us+ c>e n to get !m mix$4 ,remove ! two frames f ! guides2 take out ! two clamps t hold ! l[] magaz9e at ! re>4 ,h a help] /& on ! frame ( ! ma*9e 9 ! re>1 & rea* ov] ! top ( ! di/ributor beam to assi/ 9 lift+ ! magaz9e1 :ile ! op]ator 9 front gradually raises ! magaz9e cle> ( ! escapem5t frame4 ,take out ! escapem5ts by remov+ ! two screws 9 ! left-h& support & pry x (f d[el p9 holes4 ,be c>eful to hold ! escapem5t ) "o h& s x does n drop4 ,to remove a magaz9e f a model #ah or #ai3 ,put ! l[] magaz9e 9 op]at+ position4 ,ins]t ! lock+ /rips4 ,pull ! lev] at ! left d[n z f> z x w g1 :i* spreads ap>t ! two magaz9es4 ,drop ! escapem5ts d[n by releas+ ! two spr+ clamps t fit ov] ! top ( ! magaz9e4 ,! clamp on ! left is fitt$ ) a lock s x c n be dropp$ unless ! lock+ /rip is all ! way ?r\gh4 ,fa/5 ! two %oes = ! magaz9e b> to slide on1 9 ! holes provid$ = !m1 & lift (f magaz9e f ! front4 ,ei!r magaz9e c be lift$ (f4 ,9 mak+ ! above *anges1 be sure y h lock$ ! magaz9e4 ,9 replac+ ! magaz9e on ! escapem5ts be sure t ! magaz9e is seat$ prop]ly be=e remov+ ! lock+ b>4 ,,new ,,model #h ,,& #ad ,,s+le ,,keybo>d ,^! models *ange practically ! same z o!r models1 b ! l[] magaz9e c be *ang$ z easily & quickly z ! top or c5t] magaz9es4 ,?is is accompli%$ by *anges 9 ! locat+ rods1 guides1 & elevat+ screw :i* p]mit rais+ ! magaz9e frames high]1 cle>+ ! assembl] plate f> en\gh to slide ! l[] magaz9e out ! same z ! o!r two4 ,! escapem5ts are hung to ! magaz9e frame 9 ! same mann] z ! models #ah & #ai1 & are held 9 place by ! clamps1 b ! latt] clamps are tight5$ by means ( screws & knurl$ knobs in/ead ( spr+s4 ,to remove a magaz9e f a late model #h or #ad-s-k3 ,put ! magaz9e 9 op]at+ position next to ! "o to be *ang$2 if ! top "o is to be *ang$1 put ! second magaz9e 9 op]at+ position2 if ! second "o1 place ! l[] magaz9e 9 position4 ,lock ! lock+ /rip1 drop ! escapem5ts d[n by releas+ ! two knurl$ knob screws t clamp ! escapem5t ov] ! top ( ! magaz9e4 ,pull ! lev] at ! left d[n z f> z x w g2 fa/5 ! two %oes = ! magaz9e b> to slide on 9 ! lugs provid$ = !m & lift (f ! magaz9e f ! front4 ,,split ,,magaz9es ,split magaz9es c be us$ on models #h1 #ad1 #ad-s-k1 #ah1 #ai1 #ba1 & #bb4 ,^! magaz9es are j half ! l5g? ( ! regul> magaz9es & c>ry #ab matrices ( ea* "*4 ,^! magaz9es are v h&y1 :]e a l>ge am\nt ( *anges are made1 because ( _! lightness4 ,on acc\nt ( ! %ort fonts c>ri$1 !y are n desirable = use bel[ #ab-po9t1 except 9 "s job faces4 ,^! magaz9es are *ang$ ! same z ! full l5g? magaz9es4 ,,auxili>y ,,magaz9es ,auxili>y magaz9es are n>r[1 hav+ only #bh *annels1 & are op]at$ by sep>ate auxili>y escapem5ts1 keyrods1 & keybo>d4 ,!y are ext5sively us$ = c>ry+ headlett] & adv]tis+ fonts1 & two-l9e figures4 ,!y c be *ang$ ! same z *ang+ a model #e magaz9e4 ,! new] /yle auxili>y1 us$ on ! model #ad s+le keybo>d1 is wid] & has #cd *annels2 p]mitt+ ! use ( l>g] faces & c>ry+ m ( an assortm5t ( *>act]s ?an ! old] model4 ,?is magaz9e is op]at$ by sep>ate keyrods & escapem5ts connect+ ) ! regul> keybo>d ?r\gh ! m$ium ( a s]ies ( fulcrum$ lev]s1 :i* c1 by ! op]ation ( a small lev]1 be br\ght into in/ant use at w f ! regul> keybo>d4 ,,model ,k ,! model ,k is a two magaz9e ma*9e ) magaz9es ! same wid? z ! model #a4 ,?is model does n diff] mat]ially f a model #a except t x has two int]*angeable n>r[ magaz9es support$ 9 a frame simil> to ! frame ( a model #ai4 ,! magaz9es are *ang$ by pull+ a lev] at ! "r ( ! magaz9e frame4 ,?is ma*9e c>ries ! %ort keyrods1 escapem5t lev]s1 & escapem5ts simil> to a model #ai1 except t ! escapem5ts are fa/5$ to ! magaz9e4 ,^! magaz9es are *ang$ f ! front4 ,!y are n int]*angeable ) a model #a magaz9e4 ,! o!r p>ts ( ! ma*9e are ! same z any ( ! o!r models4 ,,model ,l ,! model ,l is a rebuilt ma*9e along ! same l9es z a model #e4 ,! magaz9e *anges f ! front ! same z a model #e4 ,! escapem5ts are fa/5$ to ! int]m$iate brackets simil> to a model #e4 ,to *ange a magaz9e on ?is model3 ,lock ! matrices by ins]t+ ! lock+ /rip1 press+ x firmly 9 place4 ,raise ! cam lev]s to positions1 lift ! front end ( ! magaz9e1 & x w slide =w>d4 ,by all[+ ! l[] end to drop1 ! magaz9e w hang 9 a v]tical position ready to be lift$ (f4 ,to remove ! v]ges f ?is model x is necess>y to use ! lock+ rod t comes ) ! ma*9e4 ,?is rod is simil> to ! "o us$ on ! model #a1 except x has an extra /rip at ! top :i* raises ! keyrods high]4 ,ins]t ?is /rip 9 ! hole 9 ! keybo>d po/ at ! "r2 pu% ?r\gh z f> z x w g4 ,?is w lift ! keyrods free ( ! v]ges2 !y c n[ be pu%$ back by releas+ ! lat* t holds ! upp] keyrod guides to ! v]ge pivot rod at ! "r1 & pu%+ back on ! guide4 ,! escapem5ts c n[ be remov$ by tak+ out ! two screws1 "o at ea* end1 & lift (f d[el p9s4 ,,to ,,remove ,a ,,v]ge ,remove ! magaz9e or escapem5ts f ! ma*9e & place bottom side up on a b5* or table4 ,on a model #a1 ) a pair ( duck bill pli]s1 /raight5 ! b5t e>s on ! v]ge p>tition :i* holds ! n>r[ brass lock+ /rip 9 place4 ,raise ! /rip to a po9t beyond ! desir$ v]ge4 7,on ! o!r models !re is no /rip to be remov$47 ,pu% out ! pivot rod ) ano!r rod ( ! same size1 until y rea* ! desir$ v]ge2 sep>ate ! ends ( ! two rods & lift out ! v]ge & its pawls4 ,v]ges are made 9 v>i\s sizes & c>e %\ld be tak5 t a v]ge ( ! same size is us$ 9 replac+4 ,exam9e ! v]ge & pawl to see t !re is no?+ to ret>d its free action4 ,exam9e ! v]ge spr+ = we> at ! po9t ( contact ) ! v]ge4 ,if ! v]ge does n "w freely ! matrices c n drop prop]ly4 ,,failure ,,( ,,matrices ,,to ,,respond 7,due to tr\ble above ! keybo>d7 ,:5 ! matrices fail to respond to ! t\* & ! keybo>d & keyrods h be5 f\nd to be work+ prop]ly1 ! tr\ble may be due to3 ,dirty magaz9e1 dirty matrices1 b5t or damag$ lugs on ! matrices1 weak v]ge spr+1 b5t v]ge pawl1 b5t v]ge plung]1 brok5 v]ge1 v]ge n mak+ full /roke1 magaz9e n align+ ) ! assembl] front p>titions1 matrix lay+ flat 9 ! magaz9e & hold+ o!rs back1 no matrices 9 ! *annel1 batt]$ *annel1 keyrod spr+ weak or (f4 ,,clean+ ,a ,,magaz9e ,to clean a magaz9e1 run out all ! matrices into a galley & place ! magaz9e 9 a conv5i5t place = clean+4 ,magaz9es :i* h ! v]ges assembl$ on !m %\ld be plac$ ) ! bottom side up 9 ord] to prev5t ! dirt gett+ 9 ar\nd ! pawls :ile clean+4 ,) a good magaz9e bru%1 clean all dirt & gum f ! inside ( ! magaz9e4 ,if ! magaz9e is v dirty1 fir/ use a little good gasol9e or d5atur$ alcohol on ! bru% to cut all ! gum loose4 ,bru% ! magaz9e & use ! air until dry on ! inside4 ,!n poli% ! inside by apply+ a v small am\nt ( graphite on ! bru% & rubb+ briskly4 ,9 clean+ a magaz9e1 be sure t all ! little d>k spots1 :i* %[ :]e ! lugs ( ! matrices set 9 ! magaz9e1 are remov$4 ,^! spots are gum :i* =ms 9 ! magaz9e1 due to oil & dirt :i* are c>ri$ 9 on ! lugs ( ! matrices4 ,if ^! spots are n entirely remov$ x w\ld be bett] n to clean ! magaz9e at all4 ,:5 !y are m]ely loos5$ up by ! clean+1 ! matrices w be held back & w n drop regul>ly4 ,frequ5tly ! bri/les ( ! bru% w get caught 9 ! p>titions ( ! magaz9e & pull out ( ! bru%4 ,^! c usually be remov$ by dragg+ ! edge ( a s(t p9e y>d-/ick across !m4 ,keep ! v>i\s p>ts ( ! ma*9e1 ) :i* ! matrices come 9 contact1 clean & free f oil1 & ! magaz9e w n get dirty = "s "t4 ,,clean+ ,,matrices ,matrices to be clean$ %\ld be plac$ on a flat galley4 ,) an ink eras] 7,bann] ,eb]h>d ,fab] ,no4 #ajga7 remove ! gum or dirt f ! lugs & ! face4 ,!n bl[ ! loose du/ (f ) ! air4 ,place ano!r galley bottom side up ov] ! galley ( matrices & turn bo? galleys & ! matrices ov]4 ,! back lugs & back side ( ! matrices may !n be clean$ ! same z ! face4 ,,magaz9e ,,h9ts ,nev] oil ! escapem5ts nor put oil 9 ! magaz9e4 ,to d s w cause escapem5t tr\ble4 ,d n slam ! magaz9e entrance :5 clos+ x4 ,!re may be a matrix ov]hang+ ! edge t y h ov]look$1 & y w damage ! matrix & ! back end ( ! magaz9e4 ,nev] p\nd ! magaz9e to make matrices drop4 ,locate ! cause ( ! tr\ble & remove x4 ,don't =get1 :5 pull+ d[n ! magaz9e entrance1 to d s quickly1 z op5+ x sl[ly is liable to cause a matrix to fall into ! magaz9e flatwise4 ,nev] try to =ce a matrix pa/ ! escapem5t4 ,if x w n come ?r\gh easily1 pull x out ! back way4 ,a wood5 reglet ) a rubb] b& ar\nd ! end w be f\nd conv5i5t = remov+ a flat matrix f ! magaz9e4 ,nev] attempt to remove a magaz9e )\t fir/ ins]t+ ! lock+ b>4 ,d n expect a ru/y or b5t lock+ b> to "w freely4 ,clean x2 if b5t1 /raight5 x4 ,nev] put a ,no4 #e magaz9e on ! ma*9e until y h run y\r f+]s along ! op5+ at ! back side ( ! l[] end to make sure !re are no matrices ) ! lugs 9 ! op5+4 ,if !re are1 pu% !m back 9 ! magaz9e4 ,j "o lug 9 ?is op5+ w prev5t ! magaz9e seat+ prop]ly4 ,,assembl+ ,,elevator ,! assembl+ elevator is held 9 place on ! face plate by ! two gibs1 "o on ea* side1 & by ! assembl] roll bracket on ! l[] "r-h& side4 ,! assembl+ elevator on all ! lat] model ma*9es consi/s ( two ca/+s1 held toge!r at ! bottom by a l>ge screw & d[el p9s4 ,! two ca/+s c>ry1 z ! ma9 p>ts1 ! assembl] gate1 reta9+ pawls1 ! duplex rails1 ! buff] p>ts on :i* ! matrices /rike1 ! releas+ p91 ! lat*1 & ! deta9+ plates4 ,! matrices1 :5 fall+ f ! magaz9es1 are guid$ d[nw>d by a s]ies ( flexible p>titions4 ,^! p>titions are ?9 /rips fa/5$ to ! assembl] plate & are b5t at an angle at ! bottom to cause ! matrix to drop flat on an endless convey] belt :i* c>ries !m to ! assembl] rails4 ,^! rails are s %ap$ t ! matrices slide betwe5 !m & ! *ute spr+ into ! assembl+ elevator & are mov$ =w>d into ! elevator by a /> :eel4 ,z ! matrix is caught by ! /> :eel1 x is pu%$ betwe5 ! two assembl+ elevator rail pawls & seat$ on ! elevator buff]s4 ,! matrix is held 9 place at ! bottom ( ! elevator by two deta9+ plates4 ,:5 ^! p>ts are 9 p]fect condition1 ! matrix w set /raight 9 ! elevator4 ,! back buff] is made ( /eel1 & sets flu% ) ! edge ( ! back rail ( ! elevator4 ,! front buff] receives mo/ ( ! impact ( ! matrices & !re is n mu* we> to ! back "o1 unless ! front buff] is badly worn4 ,! back buff] may be r5ew$ if necess>y4 ,! front buff] is a removable fib] plate set 9 ! bottom & flu% ) ! edge ( ! rail4 ,! purpose ( ?is buff] is to prev5t we> on ! bottom lug ( ! matrix4 ,:5 ! plate is worn1 x c be replac$4 ,! matrix w h a t5d5cy to fall back on ! /> :eel if ! buff] is worn4 ,a good way to det]m9e :e!r ! front buff] is worn is to run d[n a few matrices 9 ! assembl]1 !n op5 ! gate & obs]ve :e!r ! matrices ne> ! end fall =w>d slightly1 dropp+ bel[ ! level ( ! re/ ( ! l9e4 ,if ! matrices drop v mu*1 a new buff] %\ld be appli$4 ,! deta9+ plates1 at ! bottom ( ! assembl+ elevator1 are = ! purpose ( keep+ ! bottom ( ! matrix f fall+ betwe5 ! assembl+ elevator & ! assembl]4 ,^! plates mu/ be kept 9 good condition1 & ! screws :i* hold !m kept tight1 or ?9 matrices w get 9 betwe5 ! elevator & assembl]1 caus+ tr\ble 9 assembl+ ! l9e4 ,assembl$ at ! "r ( ! assembl+ elevator back rail & ! gate are ! two assembl+ elevator rail pawls4 ,^! rail pawls are op]at$ by spr+s1 ! t5sion ( :i* %\ld be j /rong en\gh to hold ! matrix4 ,! pawls %\ld keep ! matrices f fall+ back on ! /> :eel4 ,mo/ fonts ( matrices1 up to & includ+ #ad-po9t1 h two lett]s or *>act]s on ! ca/+ edge4 ,! *>act]s to be ca/ mu/ be pres5t$ at ! prop] level 9 front ( ! mold cell4 ,to enable ! op]ator to utilize ei!r "* in/antly1 !re are assembl$ 9 ! front ( ! assembl+ elevator two ?9 duplex rails4 ,^! rails are op]at$ by small lev]s1 :i* p]mit ! op]ator to assemble ! matrices on ! upp] or l[] rail1 or mix ! l9e1 "p upp] & "p l[]4 ,rails are c>ri$ ?r\gh\t ! entire deliv]y me*anism to hold ! matrices at ! prop] level until aft] ! ca/ is made4 ,! rails are assembl$ on ! lev]s & are held to position by a b> :i* is fa/5$ to ! elevator4 ,a l9] on ea* end1 "u ! b>1 gives room = ! rails to move )\t b9d+4 ,"u ! rails are small spiral spr+s :i* =ce ! rails up aga9/ ! b> to keep !m f mov+ too freely :5 a l9e is be+ assembl$4 ,! long rail has a projection out f ! base t holds ! l9e ( matrices z x transf]s f ! elevator to ! deliv]y *annel4 ,?is projection mu/ fit into a groove 9 ! elevator4 ,if ?is po9t becomes b5t x w n p]mit ! rail to fit1 caus+ bad assembl+ :5 9 ! regul> position4 ,!re is a small op]at+ f+] screw$ to ! long rail t comes 9 contact ) ! align+ piece fa/5$ to ! deliv]y *annel front rail4 ,?is is = ! purpose ( align+ ! upp] rails on ! assembl+ elevator ) ! upp] deliv]y *annel rails :5 ! l9e is 9 ! auxili>y position4 ,if ! op]at+ f+] does n come 9 contact ) ! align+ piece & raise x1 matrices 9 auxili>y1 or rais$ position1 w n pass into ! deliv]y *annel4 ,to op]ate ! duplex rails1 det]m9e 9 :i* position ! matrices %\ld be assembl$1 & press 9 or pull out on ! small lev]s1 z desir$4 ,! "r-h& lev] controls ! fir/ half-in* ( ! duplex rail1 ?r[+ x 9 or out4 ,if ! rail is 91 ! matrices are all assembl$ on ! rais$ or auxili>y position4 ,if ! rail is out1 ! matrices are all assembl$ on ! bottom or regul> position4 ,! left-h& or ! long rail fills out ! balance ( space 9 ! elevator4 ,x is also connect$ ) a small lev]1 & op]ates ! same z ! %ort rail4 ,! rails c be mov$ 9 or out z ne$$ = a l9e 9 ! regul> or auxili>y position1 or = a l9e p>tly 9 ! regul> & p>tly 9 ! auxili>y position4 ,on ! back ( ! assembl+ elevator at ! "r1 re/+ on an adju/+ screw1 is ! l9e deliv]y slide releas+ wire p94 ,?is p9 %\ld release ! l9e deliv]y slide j z ! assembl+ lat* cat*es :5 ! elevator is rais$4 ,! releas+ p9 raises ! releas+ plung]1 :i* 9 turn raises ! deliv]y pawl1 releas+ ! slide4 ,?is c>ries ! assembl$ l9e ?r\gh ! deliv]y *annel4 ,! p9 %\ld n release ! slide until ! lat*1 :i* is f\nd on ! back ( ! assembl+ elevator1 cat*es on ! /op b>4 ,! lat*1 :i* is held 9 place by a %\ld] screw & op]at$ by a spr+1 holds ! elevator 9 rais$ position until ! slide has c>ri$ ! assembl$ l9e into ! deliv]y *annel4 ,! lat* is !n releas$ by ! slide z x passes to ! left1 all[+ ! elevator to drop ( its own weight to ! position to receive ano!r l9e4 ,if ! p9 is adju/$ s t x w release ! pawl be=e ! lat* cat*es1 ! deliv]y slide w />t to c>ry ! l9e t[>ds ! deliv]y *annel be=e ! lat* c hold & "p ( ! l9e w fall out1 because ! elevator drops z soon z releas$4 ,if ! p9 is adju/$ s x w n release ! pawl1 ! deliv]y slide w n />t4 ,! p9 %\ld be adju/$ s x w release ! deliv]y pawl at ! same "t ! lat* cat*es on ! /op b>4 ,?is adju/m5t is made by rais+ ! elevator to its highe/ position & ) a n>r[ screw-driv]1 adju/ to ! prop] height by turn+ ! adju/+ screw on :i* ! p9s re/4 ,!re is a c\nt]balance spr+ atta*$ to ! assembl+ elevator1 und]nea? ! keybo>d frame4 ,,to ,,take ,,(f ,,assembl+ ,,elevator ,remove ! two screws :i* hold ! deliv]y *annel2 pull x (f ! d[el p9s4 ,release ! assembl+ elevator lev]1 take out ! f\r screws :i* hold ! left-h& gib1 pull ! gib (f ! d[el p9s1 & remove ! elevator4 ,on ! ma*9e t has ! univ]sal ejector1 c>e mu/ be us$ n to b5d ! indicator rod :5 remov+ ! deliv]y *annel4 ,,assembl] ,z ! matrices desc5d into ! assembl+ elevator !y pass betwe5 ! *ute spr+ & ! assembl] *ute rails4 ,! *ute spr+ is b5t & adju/$ to break ! fall ( ! matrix & t5d to ?r[ ! bottom ( ! matrix t[>ds ! /> :eel4 ,! po9ts ( ! *ute spr+ %\ld be slightly incl9$ s !y w n int]f]e ) ! top ( ! matrix /rik+ b5ea? ! po9ts ( ! spr+1 ret>d+ ! matrix long en\gh = ! spaceb& to transpose4 ,!re mu/ be room en\gh betwe5 ^! po9ts = ! spaceb& to pass ?r\gh )\t b9d+ z x drops f ! spaceb& *ute into ! assembl+ elevator4 ,! *ute spr+ mu/ be adju/$ s x w all[ ! heavie/ matrix 9 ! font1 su* z ! cap 8,w10 to slip ?r\gh betwe5 x & ! rails ( ! assembl] )\t hesitat+4 ,?is adju/m5t is approximate2 x is sometimes necess>y to *ange x4 ,adju/ by b5d+ above ! bank+ piece ) duck bill pli]s4 ,! spr+ %\ld also be flexible & z l[ z p]mitt$ by ! bank+ piece :i* is rivet$ on ! side1 & re/+ on ! assembl] plate4 ,be c>eful n to *ange ! %ape ( ! l[] "p ( ! spr+4 ,! lat] /yle *ute spr+ is a great improvem5t ov] ! old /yle4 ,! l5g? ( ! spr+ f ! pivot+ po9t to ! toe assures smoo?ness 9 assembl+1 & c be in/antly adju/$ = ?9 or ?ick matrices4 ,on ?is /yle *ute spr+ ! adju/m5t is made by turn+ a conical ?umbscrew :i* raises or l[]s ! spr+4 ,! matrix cat* spr+ is fa/5$ to ! re> ( ! assembl] plate & projects ?r\gh a slot 9 ! plate #a_/cb ( an in*4 ,! purpose ( ?is spr+ is to ret>d ! matrix a trifle be=e x passes onto ! /> :eel4 ,! cat* spr+ %\ld be adju/$ s x does n project m ?an #a_/cb ( an in* f ! plate4 ,x mu/ also be 9 ! c5t] ( ! slot4 ,if x projects m ?an ! di/ance m5tion$ x may cause transpositions4 ,! /> :eel is driv5 by a friction disk & p9ion4 ,! p9ion slips ov] a small circul> brass disk t is screw$ onto ! /> :eel %aft4 ,to hold ! p9ion on & to cause ! friction to drive ! disk1 !re is a spr+ :i* is held aga9/ ! p9ion by a nut t screws on ! %aft4 ,! spr+ mu/ be j /rong en\gh to =ce ! assembl] slide ov] :5 assembl+ a l9e1 b to all[ ! /> :eel to /op if any?+ b9ds x4 ,if ! brass disk we>s or becomes oily1 or ! friction spr+ becomes weak1 a slight resi/ance to ! /> :eel w /op x & ! matrices w clog 9 ! assembl]4 ,if ! friction is too /rong1 ! /> :eel w n /op :5 too _m matrices are dropp$ into ! assembl]4 ,?is w cause damage to ! matrices or ! ma*9e4 ,if ^! p>ts ne$ r5ew+ or clean+1 x w be necess>y to remove ! assembl] plate f ! ma*9e4 ,?is c be accompli%$ by remov+ ! two screws 9 ! assembl] plate1 remov+ ! *ute spr+1 if ! new /yle1 releas+ ! matrix deliv]y belt f ! pulley at ! top1 slipp+ ! assembl] driv+ belt (f ! pulley1 & lift+ ! plate (f ! d[el p9s4 ,by unscrew+ ! /ud nut1 ! spr+ & ! p9ion c be lift$ (f & ! disk unscrew$ & clean$ or r5ew$4 ,! /> :eel %\ld =ce ! matrices inside ! reta9+ pawls 9 ! assembl+ elevator4 ,:5 x becomes worn to ! ext5t t x w n =ce ! matrices inside ! reta9+ pawls1 x %\ld be replac$ ) a new "o4 ,:5 r5ew+ a /> :eel x is only necess>y to remove ! small assembl] cov]1 raise ! assembl+ elevator1 remove ! screw :i* holds ! two *ute plates & rails on ! d[el p9s1 & remove ! *ute plates4 ,! old /> c be )drawn & a new "o fitt$4 ,use a squ>e file to dress out ! hole on ! new />1 b d n h x fitt$ too loosely4 ,use c>e t ! /> does n b9d any:]e4 ,! assembl] *ute rails1 front & back1 are sold]$ to ! plates1 & %\ld be kept tightly fa/5$ at all times4 ,!y %\ld be close to1 b n dig into1 ! deliv]y belt4 ,! small assembl] cov] mu/ be adju/$ s ! matrices d n /rike ! upp] edge :ile pass+ to ! assembl]1 z ?is batt]s ! lugs & w cause !m to /ick 9 ! *annels4 ,x %\ld also be adju/$ s ! l[] left-h& side sets close to ! assembl+ elevator1 to prev5t matrices or spaceb&s f gett+ betwe5 ! cov] & ! assembl+ elevator4 ,,assembl] ,,slide ,! assembl] slide guides ! matrices z !y are =c$ into ! assembl+ elevator by ! /> :eel4 ,?is slide is prev5t$ f vibrat+ by ! assembl] slide brake4 ,on ! "r end ( ! slide is ! gauge & clamp = sett+ x to ! requir$ measure4 ,! gauge is m>k$ 9 ems & half-ems4 ,by m]ely *ang+ ! clamp ! slide c be adju/$ to any measure desir$4 ,on top ( ! clamp is an adju/+ screw = ! purpose ( keep+ ! slide prop]ly adju/$4 ,! prop] measurem5t ( ! slide is det]m9$ by ins]t+ a gauge or slug ( any kn[n l5g? betwe5 ! assembl] slide f+] & ! /> :eel4 ,! /> :eel1 be+ ( fib] composition1 we>s d[n1 :i* 9 "t w all[ en\gh matrices to be assembl$ 9 ! assembl] to cause a tight l9e 9 ! vise jaws4 ,by us+ ! adju/+ screw ! slide c be kept at prop] adju/m5t4 ,! screw %\ld be turn$ t[>ds ! assembl] slide bracket pawl until ! gauge /ops ! /> :eel4 ,?is is a v important adju/m5t1 z tight l9es %\ld n be tol]at$ on any ma*9e4 ,tight l9es n only ru9 ! matrices1 b !y (t5 cause mu* damage to ! ma*9e4 ,!y also cause mu* di/ributor & escapem5t tr\ble on acc\nt ( ! damage done to ! matrices4 ,,assembl] ,,slide ,,brake ,! assembl] slide brake is at ! "r ( ! assembl]1 held to ! face plate by a screw1 & op]at$ by ! assembl] slide brake op]at+ lev]1 spr+1 & a trip4 ,! purpose ( ! brake is to prev5t ! slide f hav+ an un/eady movem5t :5 ! l9e is be+ assembl$1 s t ! la/ matrix 9 ! elevator w be upright aga9/ ! /> :eel4 ,! brake %\ld hold ! assembl] slide f return+ to normal until releas$ by ! op]at+ lev]4 ,:5 ! assembl+ elevator is 9 normal position x is re/+ on ! top ( ! assembl] slide brake op]at+ lev] ne> ! left end1 :i* raises ! "r1 putt+ ! brake 9 action4 ,:5 ! assembl+ elevator is be+ rais$1 ! lug on ! l[] "r side raises ! left end ( ! op]at+ lev]1 l[]+ ! "r aga9/ ! adju/+ screw 9 ! brake trip :i* releases ! brake1 & all[s ! slide to return to its normal position4 ,:5 x is necess>y to adju/ ! brake x c be adju/$ ) ! screw 9 ! inn] end ( ! op]at+ lev] on ! old] models1 & ) ! screw 9 ! brake trip on ! new]1 by rais+ ! assembl+ elevator sl[ly ) ! left h& & adju/+ ) ! "r s ! slide w return j be=e ! l9e deliv]y slide is releas$4 ,!re %\ld be ab\t #a_/fd ( an in* betwe5 ! end ( ! screw on ! op]at+ lev]1 or ! trip1 & ! brake lev] :5 ?is adju/m5t is prop]ly made4 ,!re are fac+ blocks at ! po9t ( friction on ! assembl] slide brake4 ,:5 ^! blocks become worn1 !y may be rev]s$1 br++ ano!r corn] to ! po9t ( friction4 ,! left end ( ! op]at+ lev]1 :5 rais$1 %\ld rema9 s until ! assembl+ elevator has return$ to its prop] position4 ,if x does n1 :5 us+ a long l9e ! in/ant ! elevator />ts to desc5d1 ! "r end ( ! op]at+ lev] rais+ w\ld all[ ! brake to g into action1 & cause ! assembl] slide to /op be=e x has return$ to its prop] position4 ,on ! back ( ! op]at+ lev] is a friction spr+ :i* %\ld ov]come ! t5sion ( ! brake spr+1 s z to h ! left end ( ! op]at+ lev] rema9 9 rais$ position until return$ by ! assembl+ elevator z x returns to normal4 ,! assembl] slide is return$ to normal by a long coil spr+1 z soon z ! brake is releas$4 ,d n *ange ! t5sion ( ?is spr+ if ! slide fails to return4 ,! cause ( ! tr\ble usually w be f\nd else:]e4 ,,matrix ,,c>ri] ,,belt ,?is belt moves ! matrices to ! assembl+ elevator & mu/ be kept fairly tight4 ,x is adju/$ by loos5+ ! nut & /ud :i* hold ! upp] pulley & :i* fit into a slott$ hole2 !n move ! pulley to ! desir$ position & tight5 ! nut4 ,if ! belt is /ill loose :5 ! /ud is aga9/ ! out] end ( ! slot a new belt %\ld be appli$4 ,procure a new belt f ! ma*9e manufactur] & be sure to specify ! model & ! numb] ( ! ma*9e1 because ! belts are ( diff]5t l5g?s = ! v>i\s models4 ,!re are always p>ticles ( dirt & grease t =m a gum :i* adh]es to ! pulleys & slideways along :i* ! belt moves4 ,^! p>ts %\ld be kept clean & free ( ?is gum4 ,,causes ,,( ,,bad ,,assembl+ ,! ma9 s\rces ( tr\ble ( ! assembl+ are transpositions & matrices jump+ out ( ! assembl]4 ,! causes ( ^! tr\bles are num]\s4 ,9 ! assembl+ elevator x may be caus$ by worn buff] /rips1 deta9+ pawls n work+ prop]ly1 or worn deta9+ plates4 ,on ! assembl] plate tr\ble may be caus$ by a worn /> :eel1 dirty /> :eel friction1 *ute spr+ out ( adju/m5t1 matrix cat* spr+ out ( adju/m5t1 *ute rails loose f ! plates2 assembl] slide brake out ( adju/m5t1 p]mitt+ ! slide to vibrate2 brake cat*+ too soon1 n all[+ ! slide to return all ! way back2 loose screw 9 assembl] slide op]at+ brake1 caus+ ! slide to b9d2 or assembl] slide worn or dirty1 :i* w n all[ ! brake to op]ate prop]ly4 ,^! are "s ( ! pr9cipal causes ( tr\ble1 b due to we> or ! c>e ! ma*9e has _h1 !re may be num]\s o!r causes4 ,,! ,,spaceb&s ,spac+ & ju/ification are accompli%$ on ! l9otype by means ( ! spaceb&s1 :i* are held 9 ! spaceb& box above ! assembl+ elevator1 into :i* !y drop :5 ! spaceb> is t\*$4 ,spaceb&s are made 9 two pieces1 a long w$ge & a sleeve1 put toge!r 9 su* a mann] t !y slide freely ! "o ^u ! o!r1 b ) ! out] surfaces always rema9+ p>allel4 ,! spaceb& is ?ick] at ! bottom ?an at ! top1 =m+ a w$ge :i* is automatically driv5 upw>d betwe5 ! matrices1 ?us increas+ ! space betwe5 ! words1 spread+ ! l9e to fill ! measure1 & hold+ x air-tight dur+ ! ca/4 ,! sleeve ( ! spaceb& %\ld be turn$ to ! "r4 ,because ! ca/+ edge ( ! spaceb&s is made ?ick] ?an ! opposite edge1 spaceb&s mu/ n be rev]s$ 9 a l9e1 nor two put toge!r2 nei!r %\ld a spaceb& be put on ! end ( a l9e4 ,aft] ! ca/ ! matrices & spaceb&s are c>ri$ to ! transf] po9t :]e ! matrices are transf]r$ f ! fir/ elevator to ! b> ( ! second elevator1 :ile ! spaceb&s1 n hav+ comb9ation tee? l ! matrices1 are left 9 ! *annel & are return$ to ! spaceb& box by ! spaceb& pawl4 ,! deep cut 9 ! bottom ( ! spaceb& /raddles ! spaceb& buff] f+] :i* guides x 9 its travel ?r\gh ! assembl+ elevator & less5s ! possibility ( turn+ or twi/+4 ,! small p9 at ! bottom ( ! spaceb& prev5ts x f fall+ ap>t4 ,! bottom ( ! spaceb& is bevel$ s t x w /rike ! matrix a glanc+1 b h>mless1 bl[ z x ent]s ! l9e4 ,spaceb&s :i* are g5]ally accept$ z regul> are t]m$ 8?ick0 by ! factory4 ,!y are also made 9 o!r sizes kn[n z 8?910 us$ ) v small faces ( type2 & 8extra ?ick10 = ! l>g] faces or :]e v wide spac+ is desir$4 ,wat* matrices & spaceb&s c>efully1 & imm$iately remove any damag$1 b5t1 or imp]fect ones4 ,a damag$ matrix or spaceb& w damage o!rs1 & ! :ole font may g to ru9 )9 a %ort "t unless ! prop] att5tion is giv54 ,once 9 ea* eight h\rs ( op]ation1 ! spaceb&s mu/ be tak5 f ! ma*9e & poli%$ ) graphite on a s(t p9e bo>d4 ,lay ! spaceb& flat on its face & rub x briskly backw>d & =w>d ! long way ( ! b&4 ,d n rub 9 a circl+ movem5t1 z x t5ds to r\nd ! edges4 ,metal w !n ca/ betwe5 ! spaceb& & ! matrix & %[ 9 pr9t4 ,! purpose ( clean+ is to remove ! discoloration or metal adh]+ at ! ca/+ po9t1 & to lubricate ! slid+ p>ts4 ,if metal is all[$ to accumulate on ! spaceb&s1 x w cru% ! side walls ( ! matrices :5 lock$ up4 ,use dry graphite 9 poli%+ ! spaceb&s4 ,nev] h&le !m ) dirty or greasy h&s1 z ! dirt & grease w be transf]r$ to ! matrices4 ,if ! metal does n rub (f1 scrape x ) a piece ( brass rule4 ,,spaceb& ,,box ,! spaceb& box is fa/5$ to ! face plate by means ( a screw & d[el p9s4 ,! spaceb&s slide d[n ?r\gh ! box1 susp5d$ by _! lugs1 on two incl9$ rails4 ,! l[] spaceb& re/s aga9/ a rais$ projection or hook on ! incl9$ rail4 ,! bottom end ( ! spaceb& re/s aga9/ ! *ute plate4 ,escapem5t ( ! spaceb& is effect$ by two pawls :i* lift ! spaceb&s ov] ! rails1 all[+ !m to drop into ! assembl+ elevator4 ,! pawls are locat$ 9 ! "r-h& side ( ! spaceb& box1 front & back4 ,^! pawls are connect$ to ! pawl lev]s by ! spaceb& pawl lift+ screws1 & held 9 place by ! rails & pawl spr+s4 ,:5 ! pawls are at _! l[e/ position1 !y are =c$ "u ! e>s ( ! spaceb& by ! pawl spr+s4 ,! pawls get _! motion 9 ! foll[+ mann]3 ,:5 ! spaceb& key is t\*$ ! cam is releas$ & turns ! same z ! regul> keybo>d cams4 ,?is raises ! spaceb& keyrod aga9/ ! t5sion ( ! spr+ at ! bottom ( ! keyrod4 ,! keyrod raises ! "r-h& end ( ! spaceb& keylev]4 ,?is l[]s ! left-h& end ( ! keylev]1 on :i* ! box lev] re/s4 ,?is p]mits ! pawls & lev]s to drop ( _! own weight4 ,:5 ! keyrod cam returns to normal1 ! spr+ on ! keyrod pulls ! keyrod & ! keylev] to normal1 ?us rais+ ! pawls & lev]s by spr+ action4 ,! movem5t ( ! pawls is controll$ by ! screw 9 ! back pawl lev] :i* re/s on ! spaceb& keylev]4 ,:5 ! pawls are at _! l[e/ position1 ! bottom ( ! slot 9 ! adju/+ screw is re/+ on ! keylev]4 ,!y mu/ g #a_/cb an in* bel[ ! incl9$ rails on _! full d[n /roke4 ,to make ?is adju/m5t1 disconnect ! keybo>d belt f ! pulley1 t\* ! spaceb& key1 turn ! roll]s by h& until ! pawl lev]s are 9 _! l[e/ position1 disconnect ! keylev] f ! adju/+ screw & turn ! screw4 ,! *ute plate1 aga9/ :i* ! l[] "r side ( ! spaceb& re/s :ile susp5d$ 9 ! spaceb& box1 mu/ be l[ en\gh s t :5 rais$ by ! pawls1 ! bottom ( ! spaceb& w be releas$ be=e ! top2 if n1 !y w cat* & hang 9 ! box4 ,:5ev] x is necess>y to make ?is adju/m5t x c be accompli%$ by b5d+ ! *ute plate a trifle4 ,:5 ! fir/ spaceb& is be+ rais$ by ! pawls1 ! weight ( ! o!r be+ aga9/ x w\ld cause ! next "o to raise by friction unless x 7 prev5t$4 ,?is is prev5t$ by ! c5t] b> :i* is fa/5$ to a bracket at ! top ( ! box4 ,! di/ance f ! v]tical /op on ! box rails to ! p9s on ! c5t] b> %\ld be j en\gh = "o spaceb& to raise1 ! p9s hold+ ! second b& f rais+4 ,by loos5+ ! screw 9 ! bracket & mov+ ! b>1 adju/ s t ! di/ance f ! v]tical /op on ! rails to ! p9s is j en\gh to p]mit "o spaceb& to raise1 ! p9s hold+ ! second "o4 ,z !re are ?ree k9ds ( spaceb&s 9 use--?91 ?ick1 & extra ?ick--! above adju/m5t c only be made s z to use "o ?ickness at a "t4 ,! two *ute rails at ! bottom ( ! *ute guide ! spaceb&s into ! assembl+ elevator4 ,! spaceb&s w h a t5d5cy to cat* on ! assembl+ elevator rails1 & n settle d[n 9 ! assembl]1 if ! rails are worn4 ,!re %\ld be j room en\gh betwe5 ! rails = a spaceb& to slide )\t b9d+4 ,,to ,,remove ,,spaceb& ,,box ,pu% 9 controll+ lev]4 ,take hold ( cam ,no4 #a & back ! cams until ! second elevator desc5ds to its safety lat*4 ,hold ! spaceb& transf] lev] ) ! "r h& & press d[nw>d ) left h& on ! releas+ lev] 9 ! fir/ elevator top guide4 ,all[ ! spaceb& transf] lev] to move ov] into ! int]m$iate *annel4 ,pu% ! spaceb&s back into ! *annel4 ,remove ! screw on ! "r-h& side ( ! electric light bracket & move ! bracket to cle> ! box4 ,remove ! l>ge screw 9 ! c5t] ( ! box & lift ! box (f ! d[el p9s4 ,9 replac+ ! spaceb& box1 be c>eful n to spr+ ! l[] end ( ! spaceb& *ute4 ,also be c>eful n to b5d ! ends ( ! incl9$ rails4 ,,spaceb& ,,tr\bles ,transposition tr\bles ( ! spaceb&s may be caus$ by any ( ! foll[+3 ,worn keybo>d cam roll1 keybo>d cam sluggi%1 loose keybo>d driv+ belt1 keyrod spr+ weak1 tongue at ! bottom ( spaceb& *ute b5t too f>1 worn /> :eel1 pawl lev]s loose on ! %aft1 caus$ by tap] p9s n be+ tight2 dirty spaceb& box pawls1 pawl lev]s n adju/$ prop]ly1 worn pawls & rails1 *ute spr+ out ( adju/m5t1 *ute rails worn2 also on ! cam frames ) ! spr+ b>1 a weak keybo>d cam yoke spr+4 ,"s ( ! causes = ! spaceb&s n dropp+ are3 ,worn rails or pawls1 lift+ screw holes 9 pawls worn1 b5t spaceb&s1 b5t e>s on spaceb&s1 c5t] b> out ( adju/m5t1 keyrod spr+ weak or (f1 dirty spaceb& box pawls1 weak pawl spr+s1 worn rubb] roll1 free end ( keybo>d cam yoke gummy1 pawl lev] loose4 ,on ! cam frames ) ! spr+ b>1 ! cam yoke spr+ too tight2 b5t h+e rod on cam yoke or trigg] dirty1 or any?+ else t w\ld prev5t ! free movem5t ( ! pawls4 ,spaceb&s travel ?r\gh ! ma*9e susp5d$ by _! lugs4 ,con/ant use causes ! "u side ( ! lug to we>1 & :5 spaceb&s ) badly worn lugs are mix$ toge!r ) new spaceb&s1 difficulty frequ5tly arises & !y occasionally clog 9 ! *ute :5 releas$ by t\*+ ! spaceb>4 ,! only rem$y is to s5d ! (f5d+ spaceb& to ! factory to be repair$4 ,,spaceb& ,,box ,,pawls ,,& ,,rails ,if ! tr\ble is due to worn or dirty pawls1 !y c be tak5 out 9 ! foll[+ mann]3 ,remove ! spaceb& box f ! ma*9e1 release ! t5sion ( ! pawl spr+s by unscrew+ ! small screw t holds ! spr+1 !n take out ! pawl screw & lift ! pawl out ( ! box4 ,if ! pawls are to be replac$ by new ones1 select two t are ! same height4 ,te/ ! pawls = height by plac+ a small wood5 plug 9 ! pivot hole ( ! two pawls4 ,! po9ts %\ld be ! same di/ance f ! pivot holes4 ,if ! old pawls are to be us$1 m>k "o pawl1 s t !y w n get mix$2 = aft] !y h be5 us$1 !y %\ld be kept 9 _! regul> place4 ,measure ! pawls = height & also exam9e !m to see if ! po9ts are worn4 ,if unev5 & ! po9ts dull1 !y c be rubb$ d[n on an oil /one to get !m ev54 ,aft] !y are ! same height1 %>p5 !m on an oil /one1 be+ c>eful to ma9ta9 ! same bevel4 ,to "w well1 ! pawls mu/ be ev5 z to height & at ! po9ts4 ,if ! pawls are ru/y or gummy !y c be clean$ by rubb+ !m on crocus clo? & poli%+ ) graphite4 ,if ! spaceb& box rails are to be replac$ ) new ones1 ! box mu/ be tak5 ap>t4 ,remove ! box f ! ma*9e4 ,remove ! *ute plate4 ,drive out ! tap] p9 :i* holds ! pawl lev]s to ! lev] %aft1 & take (f ! lev]s4 ,take out ! pawls1 unscrew ! two l>ge screws1 & pry ! two ca/+s ap>t4 ,take (f ! c5t] b> plate by remov+ ! two r\nd head screws4 ,remove ! old rails4 ,put on ! new ones by fitt+ !m on ! d[el p9s1 us+ c>e to h ! v]tical face ( ! rails ev54 ,x is always be/ to r5ew ! pawls at ! same "t new rails are put on4 ,,to ,,replace ,,spaceb& ,,box ,,pawls ,to replace ! spaceb& box pawls1 loos5 ! screw :i* holds ! pawl spr+ to ! pawl lev]1 unscrew ! lift+ pawl screw1 place pawl 9 ! box1 screw up on ! lift+ screw1 be+ c>eful to guide ! screw into ! hole on ! pawl4 ,place ! spr+ 9 ! pawl slot be=e ! pawl lift screw is drawn tight4 ,tight5 ! spr+ screw1 :i* holds ! spr+ aga9/ ! pawl1 until ! screw is tight4 ,! pawl %\ld re/ aga9/ ! back ( ! pawl guide firmly4 ,try ! pawl to see if ! spr+ has ! prop] t5sion & t ! pawl is n b5t s x does n "w freely4 ,,l9e ,,deliv]y ,,slide ,! deliv]y slide consi/s ( two slides :i* move 9 a slideway1 a long f+]1 %ort f+]1 deliv]y slide rod1 & adju/+ clamp4 ,! slide is connect$ by a lev] l9k1 lev]1 %aft1 & split cam lev]1 to a roll] :i* op]ates aga9/ ! surface ( cam ,no4 #aj4 ,! slide gets its action1 :5 deliv]+ a l9e1 f a /rong coil spr+ 9 ! column ( ! ma*9e :i* is connect$ to a lug on ! %aft4 ,! slide is return$ to normal by cam action1 ! roll] be+ held aga9/ & foll[+ ! surface ( cam ,no4 #aj4 ,:5 ! l9e deliv]y slide is 9 normal position1 x is prev5t$ f slid+ into ! fir/ elevator jaws by ! deliv]y pawl1 :i* is "u ! spaceb& box1 held to ! face by a screw1 & op]at$ by a spr+4 ,?is pawl has a not* on ! l[] side1 :i* acts z a safety to prev5t ! slide be+ pull$ to ! left1 9 case x is n return$ q f> en\gh = ! end ( ! pawl to pass ! cat*4 ,:5 ! slide has return$ to normal position1 ! %ort f+] %\ld g n m ?an #a_/af ( an in* beyond ! end ( ! pawl4 ,if ! f+] returns m ?an ?is di/ance1 ! %ort f+] w be =c$ aga9/ ! spaceb& box *ute & cause x to spr+1 & v likely cause delay 9 dropp+ ( ! spaceb&s4 ,! return adju/m5t is made by mov+ ! split cam lev] 9 or out4 ,fir/ remove ! spaceb& box s z to h a cle> view ( ! pawl & f+]4 ,!n turn ! ma9 cams by h& until j be=e ! high "p ( cam ,no4 #aj is opposite ! split cam lev] roll]4 ,place ! %ort f+] back ( ! deliv]y pawl1 9 normal position4 ,hold ! lev] & roll] aga9/ ! cam & tight5 ! screws 9 ! split cam lev]4 ,?is %\ld cause ! %ort f+] on ! slide to be return$ n m ?an #a_/af ( an in* beyond ! pawl4 ,?is adju/m5t is approximate1 h[ev]1 due to we> on ! connect+ p>ts ( ! slide on ma*9es :i* h be5 9 use = "s "t4 ,! adju/m5t is made on ! old] model ma*9es1 :i* d n h ! split cam lev]1 by ! ecc5tric p9 on ! slide lev]4 ,ne> ! "r end ( ! fir/ elevator jaws are two spr+ pawls :i* prev5t ! matrices f fall+ out :ile ! l9e is go+ to ca/+ position4 ,! %ort f+] %\ld /op #ac_/cb ( an in* inside ( ! fir/ elevator4 ,! la/ matrix on ! "r-h& end ( ! l9e w !n be inside ! two pawls4 ,?is adju/m5t is made by ! screw 9 ! slideway on ! left end ( ! face plate1 aga9/ :i* ! slide comes to a /op4 ,:5 ! slide /ops aga9/ ! adju/+ screw 9 ! slideway1 ! ca/+ me*anism w be set 9 action4 ,x is />t$ by ! roll] on ! split cam lev]1 :i* comes 9 contact ) ! automatic /opp+ pawl on cam ,no4 #aj1 =c+ x f ! upp] /opp+ lev]1 & ! ma*9e goes into action4 ,x %\ld n />t be=e ! l9e deliv]y slide has come to a /op aga9/ ! adju/+ screw on ! face plate4 ,if x did1 ! la/ matrix 9 ! l9e w\ld n be inside ! spr+ pawls 9 ! fir/ elevator4 ,! plate1 :i* is held to ! automatic /opp+ pawl by a screw on ! l[] end1 is adju/able4 ,loos5+ ! l[] & turn+ ! upp] screw to ! left w move ! plate clos] to ! split lev] or roll] & ! ma*9e w be set 9 action soon]2 mov+ ! screw to ! "r1 ! rev]se4 ,?is plate %\ld be adju/$ s z to knock ! automatic /op pawl (f upp] /opp+ lev] n less ?an #a_/fd ( an in*4 ,! %ort f+] is at ! "r ( ! slide & acts z a support = ! "r end ( ! matrix l9e :ile x is be+ transf]r$ to ! fir/ elevator jaws4 ,!re is a small ext5sion at ! top ( ! %ort f+] :i* engages ! deliv]y pawl & holds ! slide 9 normal position until ! assembl+ elevator is rais$ to s5d 9 a l9e4 ,! %ort f+] is n adju/able4 ,! long f+] is fa/5$ to ! left ( ! slide4 ,x is ! support = ! left end ( ! matrix l9e :ile x is be+ transf]r$ to ! vise jaws4 ,! long f+] is adju/$ by means ( ! clamp4 ,x is necess>y to readju/ ?is f+] :5 ! measure is *ang$4 ,! long f+] mu/ be kept /raight s x hangs v]tically on ! ma*9e4 ,if b5t ei!r =w>d or backw>d x w we> ! assembl+ elevator4 ,if ! bottom is b5t to ! "r1 x may int]f]e ) ! assembl] slide1 or ! la/ matrix 9 ! l9e may n get inside ! fir/ elevator jaw pawls1 !reby b9d+ ! matrix4 ,if b5t to ! left x w b9d full l9es ( matrices z !y are be+ rais$ by ! assembl+ elevator & cause ! slide to travel sl[ly4 ,! air *amb]1 :i* regulates ! spe$ at :i* ! slide travels1 is fa/5$ to ! re> ( ! column & is connect$ to ! split cam lev] by means ( a l9k4 ,?is l9k is also connect$ to ! deliv]y air cu%ion pi/on1 :i* op]ates 9 ! air cyl9d]4 ,z ! slide moves ov] to ! left ?is pi/on is =c$ upw>d into ! cyl9d]4 ,! spe$ is regulat$ by an air v5t & cov] at ! top ( ! cyl9d]4 ,op5+ up ! v5t all[s ! air to escape quick] :i* 9 turn all[s ! slide to move to ! left fa/]4 ,! slide %\ld n g ov] ) too mu* =ce or x w h a t5d5cy to loos5 ! screws 9 ! deliv]y slide4 ,! lev] l9k1 :i* is ! connection betwe5 ! deliv]y slide & deliv]y lev]1 has a /ud :i* fa/5s 9 a depression 9 ! deliv]y lev] & is held by a small plate & two screws4 ,! o!r end ( ! lev] has a not* t fits ov] a %\ld] screw at ! left ( ! re> side ( ! deliv]y slide4 ,! l9k is held on ?is screw by means ( a long1 flat spr+4 ,! spr+ holds ! l9k on ! screw except :5 !re is an undue /ra9 on ! deliv]y slide caus$ by some?+ int]f]+ ) ! free return ( ! slide4 ,:5 ! /ra9 becomes too great1 ! spr+ p]mits ! l9k to slip (f ! %\ld] screw1 disconnect+ ! slide f ! lev] to prev5t breakage4 ,to connect ! l9k x is only necess>y to relieve ! /ra9 on ! deliv]y slide & pu% ! l9k & ! %\ld] screw toge!r4 ,! slideway %\ld be well lubricat$ at all times to prev5t undue we> on ! slid+ p>ts4 ,dry graphite w give m uni=m action ?an oil on ! slideway4 ,if oil has be5 us$ on ! slideway1 x %\ld be ?or\ghly clean$ be=e us+ graphite4 ,,metal ,,pot ,! metal pot consi/s ( ! pot jacket & pot crucible4 ,! jacket is ! outside ca/+4 ,! crucible fits into ! jacket1 all[+ space betwe5 ! crucible & jacket = asbe/os pack+4 ,! crucible is held 9 place 9 ! jacket by ?ree lugs1 :i* keep x /ation>y 9 ! jacket4 ,all ! space betwe5 ! crucible & jacket is pack$ tightly ) p[d]$ asbe/os :i* has be5 mix$ ) a little wat] until a pa/e is =m$4 ,?is insulation is = ! purpose ( hold+ ! heat 9 ! crucible4 ,x is v important t e pot %\ld be well insulat$ or pack$4 ,if !re is poor pack+ ! crucible c n hold ! heat4 ,! result be+ poor slugs1 & ! consequ5t use ( m gas ?an is necess>y4 ,if ! ma*9e takes an excessive gas flame to keep ! metal 9 work+ condition1 look = poor insulation4 ,! well ( ! pot1 :i* conta9s ! metal be=e x is =c$ ?r\gh ! m\?piece by ! plung]1 mu/ h suffici5t metal "u ! plung] to =m a p]fect slug :5 a ca/ is made4 ,= t reason two holes are drill$ 9 ! well1 "o on ea* side1 :i* all[s ! metal to ent] ! well4 ,if ! holes become clos$1 :i* !y sometimes d if ! well is n clean$ regul>ly1 ! slug w be holl[4 ,!y %\ld be kept op51 us+ ! end ( ! m\?piece wip]1 :i* is b5t at a "r angle & po9t$4 ,! metal pot has a capacity ( #ch p\nds ( metal4 ,,metal ,,pot ,,plung] ,! metal is =c$ by ! plung] f ! well1 ?r\gh ! ?roat ( ! crucible1 into ! mold cell1 & up aga9/ ! l9e ( matrices align$ 9 front ( ! mold4 ,:5 ! ma*9e is 9 normal position1 ! plung] %\ld be high en\gh 9 ! well to p]mit ! metal to run into ! well ?r\gh ! holes 9 ! sides4 ,if ! plung] does n set above ! holes1 ! metal c n fl[ into ! well & ?roat1 s :5 ! l9e is ca/ ! slug w appe> por\s or spongy & ( light weight4 ,if a plung] is worn1 x w p]mit ! metal to escape ar\nd ! sides ( ! plung] :5 ! ca/ is made1 giv+ a poor slug4 ,to rem$y ?is tr\ble x is sometimes necess>y to put 9 a new plung] a trifle ov]size 74#jje71 & fit x to ! well4 ,a dirty plung] may b9d & cause a spla% ( metal to be eject$ be=e ! pot locks up tight &1 *ill+ on ! back ( ! mold1 prev5t a lockup1 s ! metal w fl[ out ov] ! back ( ! disk :5 ! plung] acts4 ,a dirty plung] w (t5 cause a slug to h ! appe>ance ( cold metal4 ,keep ! plung] & ! well ( ! pot clean4 ,any k9d ( a wire bru% may be us$ to clean a plung]1 b ! ,ewald clean+ box is recomm5d$1 because x keeps all ! du/ conf9$ 9 ! box4 ,!re are sev]al k9ds ( bru%es & scrap]s manufactur$ = use 9 clean+ ! well4 ,use :atev] me?od desir$1 b be sure x keeps ! well clean4 ,if us+ a rot>y well bru% to clean ! walls ( ! well1 be sure to turn x always to ! "r1 o!rwise ! bri/les may break (f & /ay 9 ! well4 ,if a plung] %\ld /ick 9 ! well v tightly1 raise ! temp]ature a little1 apply a wr5* to ! plung] rod & twi/ x c>efully4 ,d n use too mu* =ce or ! rod may be brok54 ,if a plung] /icks s t x c n be remov$ by ! above me?od1 dip en\gh metal out ( ! crucible to expose ! well2 squirt "s oil betwe5 ! plung] & ! inside wall ( ! well1 or drop a piece ( tall[ 9 ! well2 let x /& = a few m9utes1 aft] :i* ! plung] c usually be loos5$ ) ! wr5* z describ$4 ,d n pry up on ! plung] = !re is dang] ( break+ ! rod4 ,:5 ! plung] =ces ! metal ?r\gh ! ?roat ( ! crucible1 !re w be no?+ to ret>d ! fl[ ( metal aga9/ ! face ( ! matrices if ! ?roat ( ! crucible is clean4 ,h[ev]1 if ! ?roat %\ld be /opp$ up ) dross or dirt1 ret>d+ ! fl[ ( metal1 ! face ( ! slug w\ld be glassy1 & h ! appe>ance ( cold metal4 ,,clean+ ,,! ,,?roat ,,( ,,crucible ,to elim9ate a /oppage 9 ! ?roat x is sometimes necess>y to remove ! m\?piece & scrape out ! ?roat1 us+ a ?roat scrap] to cut away ! accumulation ( dirt & dross4 ,! scrap] sold by ! ,l9otype ,company is recomm5d$ = ! purpose4 ,c>e mu/ be us$ to get ! ?roat clean4 ,hold a receptacle t does n leak up 9 front ( ! crucible m\? & =ce ! plung] d[n by h&4 ,?is w flu% ! ?roat ( any float+ p>ticles ( dross4 ,sometimes melt$ tall[1 p>aff9 oil1 or ma*9e oil w op5 up ! ?roat1 by be+ us$ 9 ! foll[+ mann]3 ,dip ! metal out ( ! pot to ab\t an in* bel[ ! top ( ! well1 remove ! plung]1 p\r ! melt$ tall[1 p>aff9 oil1 or ma*9e oil into ! well & replace ! plung]4 ,ca/ a few blank slugs4 ,aft] ca/+ ab\t six or sev5 slugs1 fill ! metal pot full ( metal1 reca/ blank slugs until y h fill$ ! /ick4 ,! effect ( ! tall[ or oil is to break up ! dross & dirt into su* f9e p>ticles1 t :atev] has accumulat$ 9 ! ?roat w be =c$ out ?r\gh ! holes 9 ! m\?piece4 ,?is w cause consid]able smoke 9 ! room unless y h a v5tilat+ sy/em4 ,be sure to clean y\r vise jaws & mold aft] y h f9i%$1 = !y w be cov]$ ) oil4 ,x is n necess>y to remove ! m\?piece = ?is op]ation s consequ5tly consid]able "t c be sav$4 ,b if ! ?roat is v dirty1 ?is me?od w n "w satisfactorily4 ,,crack$ ,,crucible ,crucibles are sometimes crack$ f too mu* heat :5 ! gas is fir/ light$4 ,:5 ! gas is turn$ on full at fir/1 ! metal 9 ! bottom ( ! pot is melt$ be=e ! metal 9 ! upp] "p gets v hot4 ,?is metal 9 ! bottom exp&s & p[]ful pressure is ex]t$ on ! walls ( ! well & l[] "p ( ! crucible4 ,to elim9ate ?is dang] ! gas %\ld be turn$ on ab\t half =ce = ab\t tw5ty m9utes1 or until ! metal becomes w>m & exp&$1 aft] :i* ! gas may be turn$ on full =ce4 ,ord9>ily x takes ab\t "o h\r & a half to melt ! metal & h x ready = use4 ,! small cracks :i* are made 9 ! bottom ( ! crucible :5 fir/ heat+ ! pot w usually be clos$ by ! heat ( ! burn] aft] ! pressure is releas$4 ,to remove an old crucible3 ,dip out z mu* metal z possible1 turn out ! fire1 remove ! f\r pot jacket cov] screws1 take (f ! cov]1 dig out "p ( ! old asbe/os1 release ! screw t clamps ! left-h& crucible lug to ! jacket1 lift out ! crucible1 clean all ( ! old asbe/os out ( ! inside ( ! jacket4 ,to put 9 a new crucible3 ,! pot jacket %\ld be l9$ ) ! asbe/os ab\t an in* ?ick on ! inside1 except 9 ! front "p :]e ! burn]s are locat$4 ,place ! crucible 9 position4 ,c>e %\ld be tak5 to see t x fits firmly 9 its prop] position4 ,pack ! asbe/os ar\nd ! crucible1 tamp+ x d[n ) a /ick1 & fill+ 9 all ! spaces4 ,cov] ! well ( ! crucible ) a rag :ile pack+1 s t none ( ! asbe/os w get into ! well4 ,on completion ( ! pack+1 place ! pot jacket cov] 9 position1 & fa/5 x d[n firmly ) ! f\r pot jacket screws1 :i* ext5d d[n ?r\gh ! cov]1 into ! pot jacket4 ,,m\?pieces ,"o ( ! mo/ important p>ts ( ! pot crucible1 is ! m\?piece4 ,! m\?piece on all /&>d ma*9es conta9s ?irty holes 7size #ea71 "o hole = ea* pica ( ! slug1 ?r\gh :i* ! metal fl[s into ! mold cell to =m a slug4 ,at ! pres5t "t !re are two /yles ( m\?pieces 9 g5]al use3 ,! w$ge m\?piece :i* has a gib or w$ge to fa/5 x 9 ! slot ( ! crucible to make a tight fit2 & ! screw m\?piece :i* fa/5s on to ! crucible by means ( screws4 ,on all m\?pieces small cross v5ts are cut d[nw>d betwe5 ea* ( ! holes4 ,!re is also a v5t :i* is cut f ! fir/ hole on ! "r-h& end ( ! m\?piece4 ,! cross v5ts all[ ! air to escape f ! mold cell z ! metal is =c$ 94 ,^! v5ts play a v important "p 9 ! ca/+ ( good slugs4 ,if ! v5ts are /opp$ up ) dross or cold metal1 ! air c n escape f ! mold cell4 ,?is causes a slug ) air bubbles1 mak+ a light-weight slug4 ,^! air bubbles1 :5 ne> ! face ( ! type1 all[ ! lett]s to be cru%$ 9 :5 put "u pressure on ! press4 ,also1 ! entire slug may be =c$ d[n1 caus+ mu* delay 9 pr9t+4 ,c>e mu/ be tak5 9 cutt+ ! v5ts 9 a m\?piece s !y d n ext5d v f> above ! top ( ! holes 9 ! m\?piece & t !y are n too deep4 ,!y %\ld be deep 9 ! c5t] & come to a v f9e edge at ! ends4 ,all t is ne$$ is to get ! air out ( ! mold quickly4 ,ord9>ily ?is c be accompli%$ by clean+ ! v5ts ) a %>p po9t$ scrap] b be c>eful n to m> ! m\?piece4 ,:5 ! v5ts are op5$ prop]ly !re %\ld be a sprue ( metal bel[ ! v5ts on ! back ( ! mold ab\t to ( an in* long aft] ! slug is ca/4 ,a v5t t is cut too deep w h too mu* sprue1 caus+ an unnecess>y am\nt ( %av+s on ! floor & ab\t ! ma*9e1 & sometimes caus+ ma*9e tr\bles4 ,x %\ld seldom be necess>y to drill out ! holes 9 a m\?piece4 ,if ! metal is prop]ly c>$ = 9 remelt+1 & ! m\?piece is kept at ! prop] temp]ature1 ! metal w usually fl[ freely ?r\gh ! holes4 ,h[ev]1 if x is f\nd necess>y to drill out ! holes1 nev] use l>g] ?an a #a_/af in* or ,no4 #ea drill1 :i* w n make ! holes l>g] ?an _! orig9al size4 ,:5 us+ ! drill1 x %\ld be imm]s$ 9 oil aft] ea* hole is drill$1 to prev5t ! drill f becom+ too hot & break+ (f 9 ! hole4 ,enl>g+ ! m\?piece holes w "w satisfactorily on l>ge faces #h-po9t or above2 b :5 ! small] faces are us$ ! product w n h a cle>-cut face4 ,,to ,,remove ,a ,,m\?piece ,:5 x is necess>y to remove a m\?piece = clean+ out ! ?roat ( ! crucible1 m>k a l9e on ! face ( ! crucible to align ) ! fir/ hole on ! "r end ( ! m\?piece4 ,:5 replac+ ! m\?piece ! l9e w be y\r guide4 ,by s adju/+ !re w be a full hole on ea* end ( ! slug :5 ca/+ ! diff]5t l5g?s1 ) ! exception ( half-pica measures4 ,a hole on ! adju/able or left end be+ p>tly cov]$ by ! l9] 9 ! mold w\ld cause no tr\ble4 ,if "p ( ! fir/ hole %\ld be cov]$ by ! con/ant l9]1 ! fir/ lett] on ! "r end ( ! slug w\ld be blurr$1 or w\ld n ca/ %>ply1 because ! metal cools quickly on ! ends ( ! mold1 & a full1 free fl[ is necess>y4 ,! m\?piece %\ld always be remov$ :5 ! metal is hot4 ,if remov$ :5 cold !re w\ld be dang] ( break+ ! pot crucible4 ,:5 remov+ ! w$ge /yle m\?piece1 place ! vise 9 second position1 lift out ! mold slide1 place a block ( wood betwe5 ! "r side ( ! pot jacket & ! slideway1 drive ! m\?piece t[>d ! keybo>d1 us+ a piece ( brass z a drift4 ,! above op]ation is necess>y to loos5 ! w$ge4 ,! in/ant ! m\?piece moves1 ! w$ge w become loose & c be lift$ out4 ,ano!r me?od ( removal is to grip ! left-h& end ( ! gib ) a pair ( pli]s1 pull+ ! end ( ! gib =w>d & wrapp+ x ar\nd ! pli]s1 pry+ aga9/ a piece ( brass rule plac$ along ! face ( ! m\?piece4 ,c>e mu/ be us$ 9 ?is me?od to hold ! pli]s at su* an angle t ! lip ( ! crucible w n be damag$ :ile remov+ ! gib4 ,always h a new gib on h& be=e remov+ a m\?piece1 = x is difficult to use an old "o 9 replac+ a m\?piece4 ,9 replac+ an old m\?piece1 extreme c>e mu/ be tak5 to see t x is p]fectly clean & /raight4 ,clean ! m\?piece ?or\ghly & ) a /raight-edge te/ ! m\?piece to see t x is /raight4 ,if n1 /raight5 x1 be+ c>eful n to damage4 ,?is ne$ n be done ) a new m\?piece4 ,be=e plac+ ! m\?piece 9 ! crucible1 remove ! left-h& vise lock+ /ud nut & pull out ! /ud4 ,be c>eful n to lose ! small brass wa%] :i* is on ! /ud4 ,! removal ( ! /ud p]mits ! slid+ 9 ( ! m\?piece easily4 ,! lips & ! slot ( ! crucible1 :i* are ! seat = ! m\?piece1 mu/ be entirely free f all dirt & dross or ! m\?piece c n seat prop]ly4 ,x is be/ to fit a m\?piece to its seat by plac+ a v ?9 coat+ ( f9e em]y & oil 7f9e valve gr9d+ comp\nd is good7 on ! back & top "p ( ! m\?piece4 ,?is me?od cleans ! seat ( all ! accumulat$ dross & dirt4 ,place ! m\?piece 9 position 9 ! pot s ! top ( m\?piece is aga9/ ! top seat & move back & =?1 be>+ lightly aga9/ ! m\?piece1 until ! high spots are gr\nd d[n1 s z to h ! seat /raight4 ,:5 do+ ?is1 c>e mu/ be tak5 n to get ! pa/e on any o!r "p ( ! ma*9e1 z x might cause tr\ble4 ,! metal %\ld be at ca/+ temp]ature :ile fitt+ a m\?piece4 ,to hold ! m\?piece = ?is op]ation1 procure a piece ( wood furniture ! same wid? & l5g? ( ! m\?piece1 fa/5 ?is to ! m\?piece by driv+ a headless brad 9 ea* end ( ! wood directly 9 l9e ) ! la/ hole on ea* end ( ! m\?piece4 ,by plac+ ! wood on ! m\?piece ! brads pass ?r\gh ! two holes & make a v s]viceable hold]4 ,aft] fitt+ ! m\?piece1 ?or\ghly clean all p>ts ( ! crucible lip1 slot1 & m\?piece4 ,! lea/ p>ticle ( grit may cause tr\ble4 ,fit ! gib by dress+ x1 s t x w drive f> en\gh to ! "r to make a tight fit4 ,cov] ! top & bottom ) a ?9 coat+ ( r$ lead & oil4 ,place ! m\?piece 9 position1 ! fir/ hole 9 l9e ) ! m>k on ! crucible4 ,ins]t ! w$ge 9 ! l[] side & pu% x 9 z f> z possible ) a pair ( pli]s4 ,!n drive 9 ! gib s z to secure ! m\?piece firmly4 ,be c>eful t ! m\?piece does n move z ! gib is be+ driv5 94 ,lay a brass rule aga9/ ! :ole l5g? ( ! gib & tap lightly ) a hamm] to firmly locate ! gib on ! seat1 & at ! same "t1 br+ ! out] edge ( ! gib slightly bel[ ! face ( ! m\?piece4 ,aft] driv+ ! m\?piece to its prop] position see t ! ends are n burr$2 if s1 file !m (f1 z !y might prev5t ! m\?piece f lock+ up prop]ly aga9/ ! mold1 & cause a back squirt4 ,! screw m\?piece is held to ! crucible by #ac screws4 ,! screw holes 9 ! m\?piece are c\nt]-sunk s ! heads ( ^! screws w n ext5d beyond ! face ( ! m\?piece4 ,to remove ! screw /yle m\?piece f ! crucible1 use ! pot m\? screw loos5] obta9able f ! ,l9otype ,company4 ,fit ! loos5] 9 ! groove ( ! screw & tap ! head ) a hamm]4 ,z ! screws w be tight1 due to ! heat & dross1 ?is tapp+ w loos5 !m )\t damag+ ! screw heads4 ,! screws c !n be remov$ ) a screw-driv]4 ,"s features ( ! new m\?piece are3 ,!re is no dang] ( break+ ! lips ( ! crucible by driv+ ! w$ge 9 too f>2 x also elim9ates ! possibilities ( batt]+ ! ends ( ! m\?piece1 z ) ! w$ge /yle2 leak+ ar\nd ! m\?piece & improp] sett+ :5 tak5 (f & replac$ is less likely to occur4 ,due to ! wid? ( ! face1 "o m\?piece is suffici5t = a slug ( any size4 ,?is elim9ates ! necessity = a special m\?piece = display1 :i* 0 necess>y ) ! old] models4 ,be=e replac+ a screw m\?piece be sure to ?or\ghly clean ! surface ( ! crucible & ! back ( ! m\?piece ( all dirt & dross4 ,place a ?9 coat+ ( r$ lead & oil on ! back ( ! m\?piece & place x 9 position4 ,tight5 ! screws gradually1 beg9n+ at ! ends & work+ t[>d ! c5t]4 ,,metal ,,pot ,,adju/m5ts ,!re are two pot leg bu%+s :i* fit ov] ! vise frame %aft & project up into ! =k ( ! pot leg4 ,^! support ! metal pot & hold x 9 position to lock up ) ! mold4 ,! position ( ! pot 9 relation to ! m\?piece is det]m9$ by f\r adju/+ screws 9 ea* pot leg & be>+ aga9/ ! bu%+s4 ,^! screws p]mit ! prop] alignm5t ( ! mold & m\?piece4 ,! holes 9 ! m\?piece1 ?r\gh :i* ! metal passes to ! mold cell1 %\ld align ) ! smoo? or con/ant side ( ! slug1 z ?is side ( ! mold always rema9s 9 ! same position4 ,:5 us+ ! mold l9]s = ! diff]5t po9ts ( ?ickness ( slugs1 ! position ( ! mold cap *anges4 ,if ! holes %\ld align ) ! rib side ( a slug ( l>ge size1 :5 *ang+ to #f-po9t slug ! mold cap w\ld cov] ! holes1 ?us %utt+ (f ! fl[ ( metal & caus+ an imp]fect lockup or imp]fect slugs4 ,! two screws at ! top & bottom ( ea* pot leg are = ! purpose ( align+ ! holes 9 ! m\?piece ) ! con/ant side ( ! mold4 ,to make ?is adju/m5t1 remove ! mold & take x ap>t4 ,clean ?or\ghly ! mold & mold pocket4 ,leave ! cap (f & place ! con/ant "p ( ! mold back 9 ! pocket ) a #cj-;em left-h& l9] & a con/ant "r-h& l9] 9 ! mold4 ,remove ! plung] p9 = safety4 ,turn ! ma*9e until ! fir/ elevator re/s on ! vise cap4 ,! mold %\ld n[ be 9 front ( ! m\?piece4 ,raise ! fir/ elevator1 hold+ x up ) a piece ( wood1 "o end "u ! head ( ! slide & ! o!r on ! upp] end ( ! vise automatic /op rod4 ,close ! vise4 ,unlock ! mold cam lev]1 move ! mold disk =w>d by h& s ! lock+ /uds c ent] ! bu%+s4 ,turn ! ma*9e by h& until ! m\?piece advances aga9/ ! mold4 ,release ! two front adju/+ screws a trifle s ! pot legs c move freely :ile mak+ ! adju/m5t4 ,release ! lock nuts & move ! top & bottom screws until ! bottom ( ! holes 9 ! m\?piece are 9 l9e ) ! con/ant "p ( ! mold1 & ! two end holes are %[+ )9 ! l9]s4 ,tight5 ! lock nuts & ! front adju/+ screws aft] f9i%+ ! adju/m5t4 ,a great am\nt ( lockup tr\ble is caus$ by ! m\?piece on ! metal pot n lock+ up squ>ely aga9/ ! mold1 due to ! front & back pot leg screws be+ out ( adju/m5t or ! m\?piece be+ w>p$4 ,to adju/ ! pot legs s ! m\?piece w lock up squ>ely ) ! mold1 place ! ma*9e & ! mold 7)\t ! cap7 & ! #cj-;em l9]s 9 ! same position z :5 adju/+ ! height1 b h ! mold cam lev] connect$ to ! mold slide4 ,leave a little space betwe5 ! mold & ! m\?piece4 ,place a piece ( tissue pap] at ea* end ( ! mold betwe5 ! mold & ! m\?piece4 ,h ! pap] j inside ! ends ( ! l9]s4 ,turn ! ma*9e =w>d until ! pump lev] is ready to g d[n = ! ca/4 ,be sure ! plung] p9 has be5 remov$1 to prev5t accid5tally =c+ ! metal out ( ! pot4 ,if ! left-h& pap] %\ld be tight & ! "r-h& pap] loose1 loos5 ! front pot screw at ! left & turn 9 on ! back screw4 ,?is w move ! left end ( ! m\?piece f>!r back4 ,adju/ ) ! front & back screws 9 ?is mann] until bo? pap]s are held tightly4 ,aft] complet+ ! adju/m5t1 replace ! cap on ! mold & turn ! ma*9e to normal position4 ,ano!r me?od ( te/+ ! pot lockup is to let ! ma*9e make ! qu>t] revolution :i* br+s ! mold 9 front ( ! m\?piece4 ,disconnect ! mold lev] & pull ! mold slide =w>d4 ,apply a ?9 ev5 coat+ ( a mixture ( r$ lead & oil1 or pr9t]s' ink1 to ! back ( ! mold4 ,be sure to h ! mold clean4 ,hold out ! mold disk driv+ p9ion1 s ! disk w n revolve1 & let ! ma*9e run ar\nd )\t ca/+4 ,! mixture w transf] f ! mold to ! m\?piece4 ,if ! m\?piece is t\*+ only on "o end ( ! mold x c be adju/$ by ! screws 9 ! sides ( ! pot legs4 ,adju/ !m to sw+ ! crucible to br+ ab\t a tight fit1 repeat+ ! above te/ until ! transf] is regi/]+ ev5ly ! full l5g? ( ! m\?piece4 ,aft] ea* te/ wipe (f ! m\?piece & mold1 = any oil or too mu* r$ lead or ink w\ld give a false impression4 ,if ! m\?piece t\*es at bo? ends & n 9 ! c5t] or 9 ! c5t] & n on ! ends1 x indicates t ! m\?piece is w>p$ & ! above adju/m5ts w\ld n be satisfactory4 ,:5 ! m\?piece is w>p$ or high1 x is necess>y to take out ! high spots ) a f9e file or an oil /one4 ,take (f a v little ( ! surface at a "t & repeat ! te/s ) ! r$ lead until a prop] lockup is secur$ all ! way across ! m\?piece4 ,aft] fitt+ up a m\?piece 9 ?is mann]1 ! v5ts %\ld be cut to _! orig9al dep?4 ,aft] mak+ ! pot adju/m5ts1 te/ ! mold slide adju/m5t to make sure t x br+s ! face ( ! mold to )9 4#jaj ( an in* f ! face ( ! matrices4 ,see t ! pot lev] has ! #a_/af ( an in* play ne$$ dur+ lockup4 ,be sure ! wa%]s on ! pot lev] %aft are s plac$ t ! sides ( ! lev] d n be> on ! cams4 ,,pot ,,lev] ,! pot lev] is locat$ directly back ( ! metal pot &1 ?r\gh cam ,no4 #h & ! pot cam roll]1 gives ! pot its =w>d & backw>d action4 ,!re is a cu%ion spr+ on ! pot lev] eyebolt t connects ! l[] end ( ! pot lev] to ! pot jacket4 ,?is spr+ gives ! lockup ( ! pot & mold & takes up all excess motion ( ! lev] dur+ ! lockup4 ,!re is a %ort piece ( pipe p9n$ to ! eyebolt inside ( ! spr+1 :i* prev5ts hav+ too mu* t5sion on ! spr+4 ,! nut on ! front is ! adju/+ nut4 ,?is nut has a wa%] next to ! spr+1 to keep ! spr+ f be+ =c$ ov] ! head ( ! nut4 ,?is nut %\ld be tight aga9/ ! pipe4 ,) ! end ( ! re> nut aga9/ ! pipe on ! bolt1 !re %\ld be #a_/af ( an in* f ! back ( ! pot lev] to ! head ( ! nut :5 ! ma*9e is 9 ca/+ position4 ,?is #a_/af ( an in* adju/m5t gives ! correct lockup to ! pot & also prev5ts break+ ! lev] by too mu* pressure4 ,! pot lev] spr+ %\ld be exam9$ frequ5tly1 z back squirts w be caus$ by a spr+ :i* is brok5 or worn4 ,?is tr\ble is caus$ by n giv+ pressure en\gh to ! m\?piece :5 x is be+ lock$ aga9/ ! mold = ! ca/4 ,a lev] spr+ weak1 worn1 or out ( adju/m5t w also cause an unev5 height ( ! matrices1 due to ! lack ( pressure dur+ ! ca/4 ,:5 x is necess>y to remove a pot lev] spr+1 pull ! pot =w>d by h&1 place a support b5ea? ! pot jacket to hold ! pot lev] roll (f ! cam4 ,remove ! pot balanc+ spr+1 take (f ! re> nut on ! eyebolt & pu% back on ! lev]4 ,! spr+ c !n be remov$4 ,! roll] 9 ! pot lev] has n9e anti-friction roll] be>+s4 ,^! roll]s %\ld frequ5tly be exam9$ = we>1 & if f\nd worn %\ld be r5ew$1 because a set ( worn anti-friction roll]s w also cause an imp]fect lockup4 ,:5 r5ew+ ^! roll]s1 put 9 all n9e new ones4 ,if a roll] is worn or brok51 or ! be>+ p9 or pot lev] roll] worn1 !re w be play betwe5 ! lev] & cam1 :i* w prev5t a tight lockup4 ,to take out ! pot lev]3 ,pull ! pot =w>d by h&1 place a support b5ea? ! pot jacket1 remove ! balanc+ spr+1 loos5 ! screw 9 ! upp] %aft be>+1 & pull ! %aft out4 ,on ! upp] %aft be>+ on ea* side ( ! pot lev]1 are wa%]s ( v>y+ ?ickness4 ,^! wa%]s are = ! purpose ( adju/+ ! pot lev] sidewise s x w n b9d on ! ma9 cams4 ,:5 tak+ out ?is %aft be c>eful t ! wa%]s are n lo/ or mix$4 ,take out ! w+ p9 t holds ! eyebolt to ! pot jacket4 ,place ! lev] on ! b5* & take out roll] be>+s by releas+ ! set screw & pull+ out ! roll] p94 ,be=e replac+ ! be>+s1 9 ! l[] roll]1 coat !m ) vasel9e or h>d grease4 ,by plac+ a small piece ( an old keybo>d rubb] roll 9 ! hole1 s ! be>+s fit ar\nd x1 !y w be held 9 place until ! p9 is slipp$ ?r\gh4 ,! p9 w =ce ! rubb] out4 ,fa/5$ to ! back ( ! pot lev]1 at ! "r-h& side1 is ! pot return cam %oe4 ,z ! ma9 cams revolve1 ! pot return cam1 fa/5$ to cam ,no4 #i1 comes 9 contact ) ! %oe1 pull+ ! pot away f ! mold aft] ! slug has be5 ca/4 ,,remov+ ,a ,,pot ,to remove a pot f a ma*9e3 ,remove ! plung]1 dip z mu* metal out ( ! pot z possible4 ,l[] ! fir/ elevator to ! vise cap1 & let vise d[n to second position4 ,remove ! mold slide4 ,take (f ! pot leg caps4 ,loos5 ! front adju/+ screws 9 ! pot legs4 ,loos5 ! nut on ! pot lev] eyebolt1 to release ! spr+ t5sion4 ,take out ! pot lev] %aft1 & remove ! pot lev]4 ,take (f ! mold disk %ield & pump /op bracket4 ,! pot c !n be lift$ out by plac+ a rope ?r\gh ! supports on ! jacket = ! pot lev] %aft1 s t ! pot c be rais$ up :ile x is be+ guid$ out ( ! ma*9e by tak+ hold ( ! bottom ( ! pot legs4 ,,slug ,,tr\bles ,an imp]fect face on slugs c\ld be caus$ by any ( ! foll[+3 ,holes 9 ! m\?piece n inside ! slug l9e1 holes 9 ! m\?piece clos$1 or p>tly s2 v5ts 9 ! m\?piece fill$ up1 or insuffici5t v5tage2 dross 9 ! ?roat ( ! pot back ( ! m\?piece1 mold cell r\gh inside1 due to be+ damag$2 mold cell dirty or oily1 inf]ior metal1 holes f ! pot to ! well /opp$ up1 plung] n cle>+ ! well holes1 plung] or pot well dirty1 gov]nor n work+ prop]ly1 temp]ature ( ! metal n adapt$ to ! size ( slug be+ ca/1 cold metal4 ,too l>ge a hole 9 ! m\?piece w give a small slug an imp]fect face4 ,:5 ! slug is cold1 ! body ( ! slug may be solid & h a /r+y or flaky appe>ance1 & ! face may be imp]fect1 "s ( ! lett]s be+ poorly ca/ or blurr$4 ,! base ( ! slug usually w be good4 ,:5 ! slug is too hot ! face is good1 b ! body is holl[ & spongy & ! slug is light4 ,x is imp]fectly =m$1 due to ! heat ( ! metal4 ,a bright bottom on a slug %[s t ! mold knife has trimm$ a ?9 lay] ( metal f ! bottom ( ! slug1 due to an imp]fect lockup1 ! excess metal runn+ ov] ! bottom ( ! mold4 ,if ! m\?piece makes a p]fect contact ) ! mold at ! mom5t ( ca/+1 !re w be no excess metal & ! slug w %[ a clean bottom4 ,an imp]fect lockup c be caus$ by any ( ! foll[+3 ,cold metal due to l[ gas pressure1 dirty burn]s1 gas burn+ 9 mix]1 improp] pack+ ar\nd ! m\?piece1 or improp]ly pack$ metal pot2 hot metal1 too mu* metal 9 ! pot1 dirty plung] or well1 air v5ts cut too deep1 air v5ts cut too high above holes1 dull mold knife1 pot cam lev] roll] or be>+ p9 worn1 pot lev] n work+ freely on ! lev] %aft1 due to gum or lack ( oil2 metal on ! bottom ( ! mold1 mold knife out ( adju/m5t1 mold disk guide out ( adju/m5t1 leaky m\?piece1 w>p$ mold1 pot lev] spr+ weak or brok51 accumulation ( metal back ( ! mold disk1 mold cap guides b5t1 loose /ay bolt1 loose adju/+ screws on pot legs4 ,,gasol9e ,,burn] ,!re are ?ree me?ods commonly us$ to heat a metal pot3 ,gasol9e burn]1 gas burn]1 & electric heat]4 ,! gasol9e burn] 9 mo/ cases is undesirable on acc\nt ( co/1 "t1 & fire haz>d2 b ?r\gh ! lack ( electrical curr5t or gas x mu/ sometimes be us$4 ,!re is a burn] design$ = ei!r gasol9e or k]os5e by ! ,l9otype ,company4 ,?is burn] w give complete combu/ion 9 burn+ ei!r gasol9e or k]os5e4 ,x has no ?read$ jo9ts &1 !re=e1 no jo9ts to leak4 ,x is equipp$ ) a positive m\?piece burn] & control4 ,?is burn] c be tak5 ap>t = clean+ )\t remov+ any screws4 ,! fuel is =c$ to ! burn] f a pressure tank4 ,) ?is improv$ m\?piece burn] control1 ! burn] may be adju/$ = a slug ( any size4 ,! be/ results c be obta9$ f a gasol9e or k]os5e burn] by keep+ x clean4 ,,gas ,,burn]s ,! gas burn] us$ to heat ! metal pot is made up ( ?ree sections4 ,! l>ge/ burn] heats ! ma9 "p ( ! pot4 ,ano!r pipe leads up to heat ! ?roat1 & a small burn] heats ! m\?piece4 ,! pot & ?roat burn]s are held ne> ! pot by a rod :i* passes ?r\gh ! pot jacket & "u ! pot burn]4 ,! m\?piece burn] is held 9 place by a support & a screw :i* ext5ds into ! pot jacket4 ,! gas ent]s ! burn]s ?r\gh ! pot gas burn] cocks4 ,! gas cock t fe$s ! pot burn] has a l>g] inlet hole ?an ^? ( ! ?roat or ! m\?piece burn]s1 because m gas is requir$ = ! pot burn]4 ,! inlet holes mu/ be kept op5 & free f soot & metal1 b %\ld nev] be drill$ l>g] at any "t4 ,%\ld y f9d a burn] tip t has be5 drill$1 a new tip %\ld be appli$ by driv+ out ! old tip & ins]t+ a new "o4 ,z ! gas leaves ! gas cock x passes ?r\gh ! air mix]4 ,! air mix] is op5 on ! bottom side & all[s a fl[ ( air to mix ) ! gas4 ,unless ! gas is mix$ ) ! prop] am\nt ( air x w n make suffici5t heat "u ! pot4 ,d n at any "t all[ ! gas to burn 9 ! mix]4 ,sometimes :5 light+ ! gas or :5 ! pressure is l[ ! flame may light 9 ! mix]4 ,x %\ld !n be turn$ out & relight$1 hold+ a flame ne> ! burn]4 ,%\ld ! gas be all[$ to burn 9 ! mix] ! heat w be lo/ be=e x rea*es ! burn]2 & fur!rmore1 ! burn] w soon become clogg$ ) soot4 ,f ! mix]1 ! gas passes upw>d into ! pot burn]4 ,! pot burn] consi/s ( a circul> %ap$ *amb] :i* is cov]$ ) a flat plate4 ,! top rim ( ! *amb] is not*$1 :i* all[s ! gas to fl[ out ar\nd ! top plate1 =m+ a v hot flame4 ,! flame f ! burn] %\ld be ( a blui% appe>ance4 ,a dirty burn] w cause a yell[ flame4 ,!re is v little heat 9 a yell[ flame1 & :5 ! burn] %[s a yell[ flame1 x usually indicates a dirty burn] or a fire 9 ! mix]4 ,a v important "p ( ! burn] is ! top plate4 ,:5 ?is plate becomes w>p$ or badly burn$ x %\ld be replac$ ) a new "o4 ,two pipes lead out f ! front end ( ! pot burn] to c>ry a flame up "u ! crucible ?roat4 ,^! pipes are f$ ?r\gh ! front gas cock4 ,! gas passes ?r\gh a sep>ate *amb] 9 ! front side ( ! pot burn]4 ,x is v ess5tial t ^! burn]s are work+ prop]ly z !y keep ! metal hot 9 ! ?roat ( ! crucible4 ,! m\?piece burn] consi/s ( a small pipe into :i* holes h be5 drill$ to all[ ! gas to escape4 ,?is burn] ext5ds und]nea? ! m\? ( ! crucible ! full l5g? ( ! m\?piece4 ,!re are two extra holes on ! "r-h& end to give a little m fl[ ( gas at t po9t4 ,! holes %\ld nev] be ream$ out l>g]1 b %\ld be kept clean & free f soot or metal4 ,metal sometimes gets ?r\gh ! holes & p>tly fills ! pipe4 ,?is ret>ds ! free fl[ ( gas & causes loss ( heat to ! m\?piece4 ,good slugs f a ma*9e are to a great ext5t dep5d5t on good1 clean burn]s4 ,only exp]i5ce on v>i\s ma*9es w enable "o to tell j h[ mu* flame to c>ry 9 ea* burn] on a ma*9e4 ,! gov]nor %\ld regulate ! pot & ?roat burn]s1 :5 once adju/$4 ,h[ev]1 x is bett] = ! op]ator to regulate ! m\?piece burn] ) ! gas cock1 accord+ to ! size ( ! slug be+ ca/4 ,,gas ,,pot ,,h9ts ,keep gas tips clean & r\nd4 ,a blue flame is ! heat+ flame4 ,wat* ! m\?piece burn]4 ,clean out metal & dross :i* =ms !re due to metal dripp+ f ! m\?piece4 ,if ! m\?piece burn] does n give a long1 blue flame aft] clean+1 procure a new m\?piece burn] & replace ! old "o4 ,a yell[ flame indicates too little air 9 ! mixture4 ,?is c be caus$ f too l>ge a hole 9 ! gas tip1 air inlet p>tly clos$1 dirty burn]s1 or gas burn+ 9 ! mix]4 ,sometimes ! hole 9 ! tip ( ! gas cock is too l>ge4 ,! hole c be pan$ ) a small hamm] & ream$ out ) a small broa* to ! prop] size4 ,! pot burn] top plate is fa/5$ by f\r /ove bolts4 ,^! bolts become *>r$ & brittle f ! heat1 & ! nuts w be v h>d to />t4 ,h a few ( ^! bolts on h& :5 *ang+ ! plates1 because ! plate mu/ fit tightly to ! burn] to obta9 ! be/ results4 ,good slugs c n be produc$ ) dirty burn]s4 ,keep !m clean4 ,x is bett] to sp5d t5 or fifte5 m9utes clean+ ! burn]s ?an to lose an h\r try+ to regulate ! temp]ature ( ! metal4 ,,to ,,remove ,,! ,,gas ,,burn]s ,disconnect ! hose on ! old] /yles or ! gas pipe union on ! new] /yles4 ,sep>ate ! m\?piece burn] f ! crucible at ! sleeve4 7,?is op]ation is n necess>y on ! !rmo/at connections47 ,pull out ! rod :i* holds ! burn]s 9 place & lift !m out4 ,to remove ! m\?piece burn]1 take out ! screw :i* holds ! support to ! jacket ( ! pot1 slip ! connect+ sleeve back1 & pull ! burn] to ! left4 ,,pressure ,,gov]nor ,! pressure gov]nor is us$ to control ! fl[ ( gas to ! ma*9e & to keep x at an ev5 pressure4 ,! gov]nor is plac$ on ! ma9 gas l9e s ! gas mu/ pass ?r\gh x be=e fl[+ to ! ma*9e4 ,x is n necess>y to h a pressure gov]nor on ea* ma*9e1 = :]e !re is m ?an "o ma*9e1 a gov]nor l>ge en\gh to supply any am\nt may be secur$4 ,! gas ent]s ?r\gh a valve 9 ! bottom ( ! gov]nor & passes up into ! supply *amb]4 ,f ! supply *amb] ! gas fl[s out to ! ma*9e burn]4 ,! pressure 9 ! supply *amb] is regulat$ by an inv]t$ cup float4 ,! l[] rim ( ! float is imm]s$ 9 m]cury1 :i* causes ! cup to float & also acts z a seal to prev5t ! gas escap+ ?r\gh ! top ( ! gov]nor4 ,weights are plac$ on top ( ! float to c\nt]balance ! gas pressure4 ,fa/5$ to ! float is a rod :i* passes ?r\gh ! gas *amb]4 ,?is rod connects to & op]ates ! valve 9 ! inlet op5+4 ,:5 ! gas pressure is increas$ x raises ! float by its pressure4 ,:5 ! float raises1 x at ! same "t raises ! valve 9 ! intake1 :i* decreases ! op5+ ?r\gh :i* ! gas ent]s4 ,%\ld ! pressure 9 ! ma9 fall (f1 ! float s9ks deep] into ! m]cury1 & ! op5+ 9 ! valve is op5$1 p]mitt+ a great] fl[ ( gas4 ,?us ! pressure 9 ! gas *amb] is held uni=m1 because ! great] ! pressure on ! float1 ! small] ! op5+ = ! gas to ent]4 ,to regulate ! pressure1 place weights on ! float until suffici5t gas fl[s to ! burn]s to give a good flame4 ,,m]cury ,,gas ,,gov]nor ,9 a gov]nor ( ?is /yle1 ! gas f ! ma9 l9e passes ?r\gh ! upp] pipe1 d[n ?r\gh ! int]nal tube1 & escapes betwe5 ! end ( ?is tube & a column ( m]cury 9 ! m]cury tube1 pass+ up beh9d ! int]nal tube1 & out ?r\gh ! l[] pipe to ! burn]s4 ,to prep>e ! gov]nor = use1 remove ! adju/+ rod & p\r 9 m]cury until x rises 9 ! m]cury tube almo/ to ! l[] end ( ! int]nal tube1 :i* c be se5 ?r\gh ! glass disk at ! side ( ! gov]nor4 ,:5 ! metal 9 ! pot rea*es ! prop] temp]ature1 ! surface ( ! m]cury /&s at ! l[] end ( ! int]nal tube1 b a not* 9 ! side ( ?is tube above ! m]cury p]mits a fl[ ( gas suffici5t to prev5t %utt+ ! gas entirely (f und]nea? ! pot4 ,:5 ! temp]ature falls1 ! m]cury 9 ! hold] & column w be cool$1 & its surface l[]$ 9 ! tube4 ,?is w all[ an increas$ fl[ ( gas to ! burn] until ! temp]ature ( ! pot is rais$ to ! prop] po9t4 ,! regulation ( ! gov]nor is effect$ by mov+ ! adju/+ rod 9 or out4 ,if ! temp]ature 9 ! pot is too high & ! m]cury fails to close ! tube1 ! adju/+ rod mu/ be mov$ 9 until ! m]cury raises 9 ! tube4 ,if ! temp]ature 9 ! pot is too l[1 ! m]cury closes ! tube be=e ! prop] temp]ature is rea*$ 9 ! pot4 ,?us ! rod mu/ be mov$ out until ! m]cury is l[]$ f ! top ( ! tube to ! prop] ext5t4 ,,!rmo/at ,,gas ,,gov]nor ,! supply ( gas at ! burn]s is controll$ by ! expansion & contraction ( rods imm]s$ 9 ! molt5 metal 9 ! crucible at ! left-h& side ( ! metal pot4 ,^! rods are ( a special alloy1 :i* is extremely s5sitive to v>iations ( heat4 ,no m]cury is us$1 s t ! gov]nor is n affect$ by ! pressure ( ! gas at any "t4 ,! pr9ciple ^u :i* ! !rmo/at is built1 is ! diff]5ce 9 expansion ( two metals "u heat4 ,! "p ( ! !rmo/at :i* is imm]s$ 9 ! metal is made ( ca/ iron & has a hole or pocket 9 :i* ! rod ( composition metal sets4 ,! upp] end pu%es aga9/ a h+$ lev]2 ! o!r end ( ?is lev] op]ates a valve plung]4 ,! expansion ( ! !rmo/at rod be+ great] ?an ca/ iron1 raises ! valve lev]1 :i* =ces d[n ! valve plung]1 seat+ ! plung] ne>] ! valve seat4 ,?is cuts d[n ! fl[ ( gas to ! burn]s4 ,! rod contracts z ! metal cools1 & all[s ! valve spr+ to op5 ! valve4 ,und]nea? ! valve rod cap & encircl+ ! valve rod1 is a spiral spr+ :i* raises ! valve rod z ! expansion rod contracts1 :i* op5s ! gas inlet1 & also keeps ! expansion rod pu%$ to ! bottom ( ! pocket4 ,9 ! l[] end ( ! valve is a hole to prev5t ! burn] go+ out if valve is entirely clos$4 ,?is hole mu/ n be enl>g$4 ,! valve adju/+ screw is slott$ & has a setscrew ins]t$ ?r\gh ! valve lev] to keep ! adju/+ screw f turn+4 ,betwe5 ! head ( ! adju/+ screw & "u "p ( ! lev] is a spr+ :i* =ces ! head ( adju/+ screw aga9/ ! cap ( ! valve4 ,:5 tight5+ up on ! adju/+ nut ! spr+ closes1 releas+ "s ( ! pressure on ! valve1 p]mitt+ m gas to pass ! valve4 ,by loos5+ ! adju/+ nut ! spr+ exp&s1 =c+ ! valve d[n1 cutt+ d[n ! fl[ ( gas to ! burn]s4 ,to adju/ !rmo/at1 if metal is n hot en\gh1 raise ! adju/+ screw by turn+ ! adju/+ nut f>!r d[n2 if ! metal is too hot1 unscrew adju/+ nut1 all[+ ! adju/+ screw to =ce ! valve f>!r d[n4 ,! screw 9 ! top ( ! expansion rod is = ! purpose ( mak+ ! rod long]1 %\ld occasion require4 ,d n *ange ?is screw unless necess>y4 ,!re are two sets ( rods & valves on ! regul> equipm5t4 ,"o set regulates ! gas to ! pot burn]s & ! o!r regulates ! gas to ! m\?piece burn]4 ,exp]i5ce has %[n t x is impractical to regulate ! m\?piece f ! crucible1 s cut (f ?is "p ( ! regulation & use a gas burn] cock4 ,,electric ,,pot ,,def9itions ,! circuit is t "p ( ! equipm5t su* z copp] wires1 resi/ance wires1 swit*es1 etc41 :i* is int5d$ to c>ry electric curr5t4 ,!y are all insulat$ f ! frame ( ! pot4 ,! curr5t is ! electricity pass+ ?r\gh ! equipm5t4 ,amp]es is ! volume ( curr5t pass+ ?r\gh4 ,volts is ! /r5g? or pressure ( ! curr5t4 ,a watt is ! product ( ! volts multipli$ by ! amp]es4 ,a kil[att is #a1jjj watts4 ,a kil[att h\r is "o kil[att ( curr5t us$ = "o h\r4 ,a gr\nd is a b>e "p ( ! electric circuit accid5tally t\*+ ! frame ( ! pot4 ,a %ort circuit is "o or m gr\nds :i* w all[ ! curr5t to take a %ort] pa?4 ,an op5 is an int]ruption 9 ! electric circuit su* z a brok5 wire1 etc4 ,resi/ance is an ob/ruction 9 ! electric circuit ret>d+ ! fl[ ( curr5t4 ,s]ies connection means t two or m units are connect$ 9 l9e ) ea* o!r4 ,curr5t ent]s "o t]m9al1 passes ?r\gh ! w9d+s1 out ( ! o!r t]m9al1 & directly into ! next unit1 ?r\gh its w9d+s1 & out to ! opposite side ( ! l9e4 ,p>allel or multiple connection means t two or m units are wir$ 9 su* a way t ea* makes a complete circuit ( !mselves4 ,curr5t ent]s a unit1 pass+ ?r\gh its w9d+s1 & directly back to ! l9e4 ,%unt--,a conductor jo9+ two po9ts 9 a circuit & design$ to div]t "p ( ! curr5t4 ,an electrical circuit c>ry+ curr5t c be/ be simply expla9$ by consid]+ an iron pipe ?r\gh :i* wat] is fl[+ "u pressure4 ,! pipe repres5ts ! circuit1 & wat] pass+ ?r\gh x repres5ts ! curr5t4 ,! volume ( wat] fl[+ repres5ts ! amp]es1 & ! pressure ( ! wat] repres5ts ! volts4 ,a leak :i* all[s ! wat] to escape repres5ts a %ort circuit1 & a valve 9 ! pipe p>tially clos$ repres5ts resi/ance4 ,,electric ,,pot ,! electrical equipm5t consi/s ( f\r heat]s1 a dynamic !rmomet]1 & a unit control panel4 ,! passage ( electric curr5t ?r\gh ! w9d+s inside ! heat]s g5]ates heat :i* melts ! metal 9 ! crucible & raises x to ! prop] op]at+ temp]ature1 :ile ! dynamic !rmomet] & ! magnetic swit* on ! control panel op]ate to keep ! metal at ?is pr$et]m9$ temp]ature4 ,^! equipm5ts are ei!r #aaj to #abj volts or #baj to #bbj volts1 direct curr5t or alt]nat+ curr5t4 ,! crucible heat]s are ! same = all voltages2 !y are connect$ 9 8s]ies0 = #bjj-volt to #bej-volt circuits & 9 8p>allel0 = #ajj-volt to #abe-volt circuits4 ,!y are imm]s$ directly 9 ! metal & p>tially surr\nd ! pump-well1 heat+ ! metal by direct contact4 ,! heat+ elem5t or resi/or ( ^! heat]s is compos$ ( resi/ant ribbon w\nd on /rips ( cle> mica4 ,/rips ( mica entirely surr\nd ! resi/or1 completely insulat+ x f ! metal p>ts ( ! pot4 ,! resi/ors are protect$ by /rong metal cas+s :i* surr\nd !m4 ,!y are n subject to we> & te> 9 normal s]vice4 ,heat+ ! metal by direct contact f )9 ! metal itself by ^! heat]s1 makes a v effici5t equipm5t1 z all ( ! heat g5]at$ is imm$iately transmitt$ to ! metal exactly :]e x is requir$1 & !re is no loss ( heat due to faulty conduction4 ,! dynamic !rmomet] bulb be+ imm]s$ 9 ! metal adjac5t to ! heat]s & ! pump-well1 p]mits ( a v close temp]ature regulation4 ,z ^! heat]s ext5d ne>ly ! full height ( ! metal 9 ! crucible & pass d[n ?r\gh ! top ( ! metal1 !re is no possibility ( crack+ a crucible4 ,:5 ! metal beg9s to heat1 x is t portion 9 direct contact ) ! heat]s :i* fir/ becomes molt54 ,int]nal pressure is reliev$ by ?is melt$ pa?way & ! molt5 metal w fl[ to ! top ( ! pot4 ,x is important t ! pot nev] be fill$ ) metal above ! "u side ( ! r+ :i* is ca/ on ! inside ( ! crucible4 ,if ! crucible is fill$ above ?is r+1 metal may spla% ov] into ! heat+ insulat+ mat]ial & t\* ! electric t]m9als1 gr\nd+ !m4 ,! crucible heat] mu/ be entirely cov]$ ) metal at all times4 ,if !y are n1 t portion t is expos$ to ! air w get v hot & cont9u$ exposure w burn !m out1 de/roy+ !m4 ,!y are n design$ = op]ation 9 ! air4 ,d n pry ar\nd ! units ) a screwdriv] or p\nd on !m1 if ! metal envelope is punctur$1 molt5 metal w imm$iately ent]1 gr\nd+ ! elem5t & de/roy+ ! unit4 ,! temp]ature 9 ! crucible is controll$ by an adju/able dynamic !rmomet] m\nt$ on ! side ( ! pot1 & :i* op]ates a swit* 9 ! control panel1 turn+ ! curr5t on & (f z ne$$4 ,! bulb & tube ( ?is !rmomet] conta9 m]cury & ! bulb is imm]s$ 9 ! metal 9 front ( ! well ( ! crucible4 ,! tube is connect$ to a flatt5$ holl[ coil$ spr+ tube4 ,! m]cury also passes ?r\gh ?is air tight spr+ tube4 ,on ! free end ( ?is coil$ spr+ tube is fa/5$ an insulat$ p9 :i* op]ates ! contact lev]4 ,! contact lev] is susp5d$ d[nw>d betwe5 two metal contact disks4 ,^! contact disks & ! contact lev] are connect$ to ! ma9 l9e ?r\gh a magnetic swit* m\nt$ 9 ! control panel4 ,! !rmomet] only c>ries curr5t long en\gh = ! magnetic swit* to connect & !n ! curr5t is c>ri$ directly ?r\gh ! swit*4 ,z ! temp]ature ( ! metal rises ! m]cury 9 ! bulb exp&s caus+ ! coil$ spr+ to uncoil slightly1 driv+ ! contact lev] aga9/ ! disk t %uts (f ! curr5t1 all[+ ! swit* to fall op5 & disconnect+ ! circuit ?r\gh ! crucible heat]s4 ,z ! temp]ature ( ! metal falls1 ! m]cury 9 ! bulb contracts all[+ ! coil$ spr+ to =ce ! contact lev] aga9/ ! disk t turns ! curr5t on by connect+ ! swit* to ! ma9 l9e4 ,! v>iation 9 ! temp]ature is held )9 #ae degrees ( ! av]age work+ temp]ature4 ,! temp]ature control is normally set = a maximum ( #eej degrees & a m9imum ( #ece degrees1 t is1 ) normal op]ation ! temp]ature ( ! metal w always be betwe5 ^! limits4 ,?is is f\nd to give ! be/ all ar\nd ca/+ results = av]age metal4 ,9 case x is desir$ at any "t to *ange ! op]at+ temp]ature1 ?is c be done by turn+ adju/+ screw "r-h&$ = hott] metal1 & left-h&$ = cool] metal4 ,! head ( ?is adju/+ screw projects ?r\gh ! "r-h& side ( ! dynamic !rmomet] cov]4 ,d n *ange ! position ( ! control disks1 unless badly pitt$1 z _! relative di/ance is det]m9$ at ! factory1 & v seldom ne$ to be *ang$4 ,a good !rmomet] %\ld always be us$ :5 adju/+ ! screw = prop] heat4 ,guess+ w n get ! prop] results4 ,) ord9>y "w1 & aft] ! metal is at op]at+ temp]ature1 ! curr5t w be on & ! crucible heat]s g5]at+ heat ab\t ?ree m9utes1 !n (f & n g5]at+ heat ab\t twelve m9utes1 & w repeat ?is cycle z long z snap swit* is left 9 ! 8on0 position4 ,,?roat ,,& ,,m\?piece ,,heat]s ,! m\? & ?roat heat]s are clamp$ 9 close contact ) ! outside ( ! crucible ?roat to keep ! metal at ! op]at+ temp]ature :ile be+ pump$ f ! crucible to ! mold4 ,! ?roat heat] ext5ds ! full l5g? ( ! pot ?roat & is held 9 close contact ) x4 ,! m\? heat] is clamp$ tightly to ! pot m\?4 ,bo? heat]s are surr\nd$ ) heat insulat+ mat]ial & are held 9 close contact ) ! pot ?roat & m\? by a ,u-%ap$ clamp "u ! ?roat unit & a plate ov] ! m\? unit1 drawn tight by two nuts4 ,! m\? & ?roat heat]s are always connect$ 9 8s]ies10 "o set be+ us$ = #ajj-volt to #abe-volt & ano!r set = #bjj-volt to #bej-volt4 ,! heat = ! ?roat & m\? units are controll$ by a manually controll$ rheo/at mov+ f ! left to ! "r1 & fa/5$ to ! front ( ! control panel "u & at ! re> ( ! keybo>d4 ,! rheo/at is connect$ directly to ! m\? & ?roat heat] & is n controll$ by ! dynamic !rmomet]4 ,! crucible heat]s are int5d$ = heat+ ! metal to ! prop] temp]ature1 & ! m\? & ?roat heat]s are only int5d$ to keep ! metal at ! prop] temp]ature :ile be+ =c$ f ! crucible to ! mold4 ,if ! voltage is irregul> & rema9s too high = "s "t1 or a spe$y op]ator ca/s l>ge slugs at a rapid rate cont9u\sly1 ! m\?piece is apt to become heat$ & ! slugs w h holl[ backs4 ,9 ?is case x w be necess>y to turn rheo/at knob left-h&$1 b if ! voltage rema9s l[ = "s l5g? ( "t1 or a sl[ op]ator ca/s small slugs sl[ly1 ! m\?piece may become cold & ! slugs w h poor faces1 9 :i* case ! rheo/at knob %\ld be turn$ "r-h&$4 ,:5 ca/+ l>ge slugs 9 rapid succession ! mold is apt to become heat$1 b attempt+ to regulate ! temp]ature ( ! metal 9 ! crucible to ov]come ! heat+ ( ! mold w fail1 because ! electric pot is a heat+ unit only & w n cool ! mold4 ,! control panel consi/s ( a magnet swit* m\nt$ on a slate panel enclos$ 9 a /eel cab9et4 ,! cab9et also has a suitable fuse cut-out & ! swit*es :i* control bo? ! pot & ! electric motor 7if us$7 & places all controls )9 easy rea* ( ! op]ator4 ,connection is made betwe5 ! pot prop]1 ! dynamic !rmomet]1 & ! control panel by suitable wir+ enclos$ 9 a flexible conduit4 ,,c>e ,,( ,,electric ,,metal ,,pot ,! contact po9ts on ! !rmomet] & ! magnetic swit* %\ld be kept clean & free f corrosion4 ,use ,no4 #jj s&-pap]4 7,nev] use em]y clo? or pap]47 ,dirt & corrosion are electrical insulators1 & if ^! contacts become dirty1 electrical contact may n be made :5 ! temp]ature rea*es #eej degrees ,f42 ! magnetic swit* w n op5 & ! crucible heat]s w cont9ue to increase ! temp]ature ( ! metal until ! fuses are bl[n2 ! dynamic !rmomet] p]man5tly injur$1 or ! heat+ units burn$ out4 ,:5 ! temp]ature rea*es above #eej degrees1 ! metal is too hot1 caus+ back squirts4 ,:5 ! metal has cool$1 ! contacts1 ow+ to ! dirt1 w n op]ate1 & ! metal w cont9ue to cool until x c n be us$4 ,! contact po9ts %\ld be clean$ ab\t once ea* two weeks4 ,! hole 9 ! holl[ tube connect+ ! bulb & ! flatt5$ coil spr+ ( ! dynamic !rmomet] is v small & c>e mu/ be tak5 t ! tube is n injur$ :5 fe$+ metal to ! pot1 or t no %>p b5ds are made 9 x1 z x w close ! hole & int]f]e ) ! prop] work+ ( ! !rmomet]4 ,occasionally "s ( ! p>ts su* z ! heat]s1 !rmomet]1 or ! wir+ inside ! pot may become damag$ & w h to be replac$4 ,9 ord]+ ! new p>ts = replacem5ts1 be sure to specify ! voltage be+ us$ & ! s]ial numb] ( ! pot4 ,?is numb] plate c be f\nd on top ( ! pot cov]4 ,x is seldom t bo? crucible heat]s w be burn$ out at ! same "t1 s if y\r pot is a #ajj to #abe-volt equipm5t1 & "o ( ! crucible heat]s te/s op5 or gr\nd$1 & mu/ be remov$ & replac$1 ! metal 9 ! crucible may be heat$ by ! crucible heat] t is 9 good condition2 b if y\r pot is #bjj to #bej-volt equipm5t1 & "o ( ! crucible heat]s mu/ be replac$1 x w be necess>y to melt ! metal 9 ! crucible ) a bl[ tor* be=e ei!r crucible heat] c be remov$4 ,x is n necess>y to remove ! metal f ! pot4 ,m]ely keep ! metal agitat$ :ile melt+ x ) ! bl[ tor*4 ,frequ5tly a heat+ unit is burn$ out by a little metal spla%+ on ! t]m9als1 caus+ a gradual %ort circuit4 ,?is tr\ble c be elim9at$ by wrapp+ ! heat] t]m9als ) asbe/os tape4 ,:5 clean+ ! contact po9ts on ! dynamic !rmomet]1 x is necess>y to remove ! cov] by tak+ out ! two long flat head screws4 ,?is cov] %\ld be exam9$ = small p>ticles ( metal be=e replac+4 ,to remove & replace a damag$ wire 9 ! pot1 fa/5 ano!r wire securely to "o end ( x1 grasp ! o!r end ) a pair ( pli]s & pull4 ,! new wire w be pull$ 9 z ! old "o is remov$4 ,rubb] cov]$ wire or sl[ burn+ wire is n satisfactory4 ,a special wire ) a special grade ( insulation %\ld be us$4 ,if x becomes necess>y to remove ! dynamic !rmomet]1 heat ! metal 9 ! crucible to op]at+ temp]ature & !n turn ! ma9 swit* (f4 ,disconnect ! !rmomet] wir+ & dip out ! metal to bel[ ! level ( ! !rmomet] bulb4 ,take (f ! pot cov] & remove ! two screws fa/5+ ! !rmomet] case to ! bracket4 ,grasp ! case ) ! h& & ! bulb ) a pair ( pli]s & raise up & out4 ,be v c>eful at all times n to damage or break ! bulb or holl[ wire :i* conta9 ! m]cury2 to d s w cause tr\ble 9 regulat+ ! heat4 ,replace ! !rmomet] :ile ! crucible is hot4 ,see t ! bulb does n project out f ! ca/+ s z to int]f]e ) ! ins]tion ( +ots ( cold metal4 ,press ! tube firmly b c>efully into place ov] ! edge ( ! crucible1 be+ c>eful n to injure x4 ,fa/5 ! case to ! bracket & reconnect ! wir+ & put on ! cov]4 ,all ! pot adju/m5ts on ! electric pot are ! same z on a gas pot4 ,,curr5t ,,consumption ,! maximum curr5t consumption is #a1ejj watts & ! m9imum #cbe watts1 ! av]age consumption ?r\gh\t a day's "w is approximately #fjj watts or 4#f kilo-watts4 ,! co/ ( curr5t v>ies widely 9 diff]5t localities1 b y may f9d ! co/ ( op]at+ y\r pot by multiply+ ! numb] ( h\rs by ! co/ ( curr5t p] kil[att h\r & !n by 4#f4 ,! result w be ! co/ 9 c5ts4 ,= in/ance1 op]at+ a pot n9e h\rs ) curr5t co/+ six c5ts p] kil[att h\r w\ld co/ ?irty-two & f\r-t5?s c5ts--#i x #f x 4#f equals #cb4d c5ts4 ,,fuses ,! ma9 l9e fuses1 :i* protect ! entire sy/em f ov]loads1 :5 bl[n1 %\ld be replac$ by o!r fuses ( ! same rat+4 ,! fuse = ! m\? & ?roat heat] circuit is = ! purpose ( protect+ ?is circuit f accid5ts1 & %\ld always be replac$ by ano!r fuse ( ! same rat+4 ,?is replac+ ( ! fuses by o!rs ( ! same rat+ is v important4 ,on a #bjj to #bej-volt circuit1 ! ma9 l9e fuses %\ld be #aj amp]es4 ,! m\? & ?roat fuse1 :i* is locat$ 9 ! control box above ! magnetic swit*1 %\ld be #c amp]es4 ,on a #ajj to #abe-volt circuit ! ma9 l9e fuses %\ld be #bj amp]es4 ,! ?roat & m\? fuse %\ld be #e amp]es4 ,fuses ( a great] amp]age ?an ^? m5tion$ may cause ! units to burn out or cause a fire haz>d4 ,,molds ,! v>i\s models ( ma*9es plac$ on ! m>ket today h a flexibility t requires a v>iety ( molds to take c>e ( ! v>y+ l5g?s & ?icknesses ( slugs4 ,! molds are adju/able & are all removable f ! mold disk %\ld ! occasion require4 ,! molds are all con/ruct$ along ! same g5]al l9e1 ) a base & movable cap4 ,! caps 9 all molds are held 9 place by two guides1 p9n$ on ea* end ( ! base ( ! mold1 & project+ into grooves 9 ! cap4 ,! base ( ! mold is screw$ firmly to ! disk1 & ! two l9]s are held 9 place by ! cap & ! pressure f ?ree screws :i* project ?r\gh ! rim ( ! mold disk4 ,! cap & base be+ held p>allel by ! guides4 ,to *ange ! mold f "o size ( body or l5g? ( slug x is only necess>y to loos5 ! ?ree screws1 remove ! l9]s & ins]t ! ones desir$4 ,d n pry ! cap upw>d ) a screwdriv] ins]t$ 9 ! ca/+ range ( ! mold cell4 ,:5 tight5+ ! screws 9 ! rim ( ! disk1 br+ !m j to a firm be>+4 ,!re is dang] ( crack+ ! rim if ! screws are too tight4 ,,! ,,univ]sal ,,adju/able ,! univ]sal adju/able mold is ! "o mo/ g5]ally us$4 ,by remov+ ! l9]s & sub/itut+ o!rs1 slugs ( any l5g? f #e to #cj picas & f #e to #ad po9ts 9 body may be ca/4 ,all /&>d molds w ca/ #cj-pica slugs4 ,! "r-h&1 or con/ant l9]1 is m>k$ = ?ickness only4 ,x is n necess>y to *ange ?is l9] unless ! slug ?ickness is *ang$4 ,! left-h& l9] is m>k$ = ?ickness & l5g?4 ,! numb] /amp$ = ! l5g?1 subtract$ f #cj1 gives ! l5g? ( slug :i* w be ca/4 ,= example1 if a #ac-;em slug is want$1 use l9] numb] #ag1 :i* all[s ! op5+ 9 ! mold to be ! requir$ l5g?4 ,:5 ord]+ l9]s = ^! molds1 always specify ?ickness & l5g? ( slug to be ca/2 also specify ,u4 ,a4 mold4 ,,! ,,recess$ ,9 ord] to ca/ light-weight slugs & = quick cool+1 ! recess$ mold is made4 ,?is mold w ca/ slugs ) cavities1 or recesses4 ,! base ( ?is mold is ! same z ! univ]sal adju/able4 ,! l[] surface ( ! cap has rectangul> projections & grooves4 ,! molt5 metal is =c$ into ^! grooves & =ms ! support+ ribs b5ea? ! type face4 ,! rectangles =m ! recesses4 ,! weight ( ! slug is r$uc$ ab\t "o-?ird4 ,a m solid slug is =m$ because !re is less air to be displac$ f ! mold4 ,!re is less metal 9 ! mold cell1 !re=e x cools m rapidly ?an ! regul> univ]sal adju/able4 ,^! molds require special left-h& l9]s & are adju/able = body size f #aj- to #ad-po9t & all measures f #h to #cj picas1 except ! half-em measures4 ,= ^! re/rict$ measures a special mold is requir$ & w only be made on special ord]4 ,9 ord]+ l9]s = a recess$ mold y mu/ be c>eful to specify 8recess$ mold0 & ! l5g? 9 ems requir$4 ,^! molds c be appli$ to any model ( ma*9e1 b mu/ nev] be us$ = any size bel[ #aj-po9t4 ,,display ,,& ,,headlett] ,! special display & headlett] mold is simil> to a recess$ mold1 b to accommodate ! increas$ size ( faces1 ! recesses are deep]4 ,?is mold has practically ! same re/rictions z to l5g? ( slug z ! recess$ mold4 ,"o-lett] matrices ) ! "* = rais$ position mu/ be us$ on ?is mold4 ,! fill+ piece "u ! fir/ elevator jaws mu/ be us$ :5 us+ ! mold4 ,matrices c n be s5t 9 on ! duplex rails ( ! assembl+ elevator4 ,ea* display mold has a body range ( #e po9ts only1 s ! entire range ( bodies f #ae to #cf po9ts w\ld require f\r ( ^! molds z foll[s3 ,! range ( "o is #ae to #ai po9ts1 t is1 any wid? ( l9] f #ae to #ai po9ts c be us$ on ?is mold2 ! range ( ! second w\ld be #bj to #bd po9ts1 ! ?ird w\ld be #bf to #cj po9ts1 ! f\r?1 #cb to #cf po9ts4 ,! range ( ! molds are always m>k$ on ! cap s no mi/ake c be made4 ,9 ord]+ l9]s = ! display & headlett] molds1 c>e mu/ be tak5 to specify ! range m>k$ on ! cap4 ,^! molds are limit$ z to l5g? ( measure ! same z ! recess$ molds4 ,,adv]tis+ ,! adv]tis+ figure mold diff]s f ! univ]sal adju/able only 9 ! mold cap4 ,! cap is con/ruct$ ) an extra ?ick lip aga9/ :i* ! ov]hang 9 ! matrices are ca/4 ,?is p]mits ( ca/+ l>ge *>act]s1 :i* w lap ov] "o or m adjac5t slugs4 ,! grooves 9 ! cap are gr\nd p>allel4 ,) ?is mold slugs f #e- to #ab-po9t c be ca/1 b n above #ab-po9t at any "t4 ,?is mold c also be us$ = ca/+ headlett] type1 by lett+ ! lett] ov]hang ! slug4 ,place a blank slug und]nea? ! ov]hang+ lett]s to support !m4 ,:5 us+ ! adv]tis+ figure equipm5t1 display figures or *>act]s c be ca/ at any desir$ po9t 9 ! l9e ( text matt]1 ! *>act]s or figures ca/+ on ! fir/ slug aga9/ ! lip ( ! mold1 ?us ov]hang+ "o or m o!r slugs :5 assembl$4 ,9 det]m9+ h[ l>ge a figure may be ca/ on any size ( slug f #e- to #ab-po9t1 be> 9 m9d t n ov] elev5 po9ts ( ! figure may be ca/ aga9/ ! lip ( ! mold cap4 ,,c>bolite ,!re is an adju/able mold us$ on "s ma*9es :i* is made ( c>bolite /eel4 ,?is mold is h>d] ?an ! regul> ,u4 ,a4 mold & w n w>p easily4 ,h[ev]1 x heats up quick]1 reta9s ! heat long] & w n "w v satisfactorily = l>ge slugs or :]e a l>ge am\nt ( metal is us$4 ,! regul> ,u4 ,a4 l9]s are us$ on ?is mold4 #cf-;,,em ,,adju/able ,! univ]sal adju/able molds = #cf-;em ma*9es w ca/ any measure f #cj- to #cf-;ems inclusive1 f #e- to #ad-po9t body4 ,if a measure %ort] ?an #cj ems is desir$ a regul> #cj-;em mold mu/ be us$4 ,9 ord] to *ange l9]s on a #cf-;em mold x is necess>y to take ! mold f ! mold disk1 z ! l9]s fit ar\nd ?ree sides ( ! po/1 & c n be *ang$ 9 ! regul> way4 ,x is possible to remove ! #cf-;em mold f ! disk & sub/itute a #cj-;em mold4 ,a fill+ piece is requir$ to take up ! diff]5ce betwe5 ! #cj-;em & ! #cf-;em mold4 ,,mold ,,wip]s ,!re are two felt wip]s :i* are design$ to keep ! face & back ( ! mold clean4 ,a small am\nt ( a mixture ( cup grease & graphite rubb$ into ! back wip] w keep ! base ( ! mold clean4 ,= ! front mold wip]1 keep ! felt well saturat$ ) graphite4 ,d n use oil or grease on ! front wip]1 or x w be transf]r$ onto ! matrices & into ! magaz9e4 ,a good plan is to soak ! felt ) gasol9e & rub ! graphite 94 ,:5 ! felt becomes worn1 new ones %\ld be appli$4 ,:5 apply+ new felt1 put graphite betwe5 ! lay]s4 ,be c>eful t ! felt does n become worn to ! ext5t t ! /eel "p ( ! wip]s w be all[$ to rub aga9/ ! mold4 ,,mold ,,h9ts ,if ! mold cap guides become b5t !y w ?r[ ! mold cap out ( alignm5t ) ! con/ant side ( ! mold4 ,! guides c be /raight5$ by remov+ ! mold f ! disk4 ,place a /raight-edge across ! mold & cap to det]m9e h[ ! guides are b5t4 ,!y may be tapp$ ) a hamm] & a piece ( brass rule to spr+ !m back 9 position4 ,c>e %\ld be us$ 9 ?is op]ation & if b5t v mu*1 ! mold %\ld be %ipp$ to ! ne>e/ ag5cy = repairs4 ,a mold ) b5t guides or a w>p$ cap w cause back squirts & to rem$y ^!1 ! mold mu/ be repair$4 ,mold cap guides c be r5ew$ by driv+ out ! small p9 t holds !m 9 place 9 ! base ( ! mold & fitt+ 9 new ones4 ,if a mold has become w>p$ by ov]heat+1 x c be %ipp$ to ! ne>e/ ag5cy to be gr\nd4 ,if ! mold is gr\nd on ! back1 ! slug w be less ?an type high1 accord+ to ! am\nt tak5 (f 9 ! gr9d+4 ,! l9]s mu/ be gr\nd z well z ! mold4 ,always be v c>eful ( ! mold s ?is w n be necess>y4 ,! bottom ( ! mold sometimes becomes t9n$4 ,?is w n p]mit ! mold & m\?piece to lock up prop]ly4 ,! tr\ble c be rem$i$ by remov+ ! mold f ! disk & plac+ x on ! b5*4 ,put a small am\nt ( metal poli% on a block ( h>d wood4 ,rub ! wood back & =? ! entire l5g? ( ! bottom ( ! mold1 ) an ev5 pressure4 ,z ! metal poli% conta9s an abrasive1 ! mold1 cap1 & l9]s %\ld be kept toge!r1 s t ! ca/+ edge ( ! mold w n be r\nd$4 ,be c>eful ( ! molds z !y are "o ( ! mo/ important p>ts ( ! ma*9e & w run indef9itely if h&l$ intellig5tly4 ,take ! mold ap>t & clean ! base & ! cap ) ! poli%4 ,place ea* "p 9 a vise s x w be held solid :ile clean+4 ,aft] us+ ! poli%1 clean ) gasol9e4 ,:5 metal gets into a mold cap screw 9 ! disk aft] a squirt1 d n hamm] ! metal ) a screwdriv]4 ,to d s m]ely drives ! metal tight] 9 ! ?reads ( ! hole4 ,g\ge ! metal out ) a knife a little at a "t4 ,d n remove ! mold keep] f ! mold4 ,! mold keep] is = ! purpose ( hold+ ! lugs ( ! matrices 9 alignm5t4 ,if x is remov$ & n replac$ prop]ly1 x w int]f]e ) ! prop] alignm5t ( e l9e set4 ,keep ! face ( ! mold clean & free f metal :i* has a t5d5cy to accumulate dur+ ! day :ile ! mold is be+ us$4 ,a clean face ( ! mold w greatly facilitate ! press make-ready4 ,metal on ! mold causes high & l[ lett]s on ! slug4 ,,remov+ ,,& ,,replac+ ,,mold ,to remove a mold f ! disk1 loos5 ! ?ree screws 9 ! rim ( ! disk1 take out ! f\r screws :i* hold ! mold to ! disk & lift ! mold out ( ! pocket1 be+ v c>eful n to drop x4 ,9 replac+ a mold 9 ! disk1 be sure t all seat+ surfaces ( ! mold & disk are clean & free ( all metal1 s ! mold w align ) ! trimm+ knives & mold knife4 ,!n br+ ! f\r front screws to a light be>+4 ,next tight5 ! ?ree cap screws 9 ! disk1 ! c5t] "o fir/4 ,!n tight5 ! f\r front screws tight4 ,,di/ributor ,,di/ributor ,,b> ,! di/ributor b> is susp5d$ betwe5 ! di/ributor screws1 & is fa/5$ to ! di/ributor beam by two ma*9e screws1 & held rigid by d[el p9s4 ,!re are sev5 comb9ation rails along ! b>4 ,^! comb9ation rails are cut away 9 v>i\s places1 & c]ta9 ( ! rails or comb9ations t]m9ate directly above ea* *annel 9 ! magaz9e entrance4 ,! ,v-%ap$ end ( ! matrices h comb9ations or di/ribut+ tee? :i* engage ^! rails4 ,! b> is adju/$ to prop] height & position s t ! matrices1 leav+ ! top rails ( ! di/ributor box1 d n b9d on ! align+ plate at ! back ( ! b> above ! rails4 ,^! adju/+ screws are 9 ! top ( ! di/ributor beam & re/ on ! yoke4 ,on ! lat] ma*9es ! side-wise adju/m5t is made by an adju/+ screw fa/5$ to ! beam & bank+ aga9/ ! "r side ( ! yoke4 ,ea* matrix has a comb9ation correspond+ to ! comb9ation cut on ! b>4 ,! matrix is convey$ along ! b> by ! di/ributor screws4 ,z soon z ! matrix rea*es ! end ( ! rail correspond+ to ! comb9ation on ! matrix1 x drops into ! *annel1 :i* guides x into ! magaz9e4 ,,*annel ,,entrance ,! *annel entrance is connect$ to ! re> end ( ! magaz9e on ! magaz9e frame by two h+e screws4 ,! entrance is held 9 position by a spr+ at ! "r side & fa/5$ to ! magaz9e frame4 ,! *annel entrance consi/s ( a numb] ( flexible p>titions1 :i* are assembl$ 9 ! *annel entrance p>tition plate1 & act z a guide = ! matrices z !y fall f ! di/ributor b> into ! magaz9e4 ,ea* p>tition re/s aga9/ ! side ( a too? 9 ! automatic /opp+ b>4 ,if matrices become clogg$ 9 ! entrance guides1 !y pile up until !y come 9 contact ) ! di/ributor screws4 ,?is =ces ! p>titions aga9/ ! tee? ( ! automatic /opp+ b> :i* causes ! di/ributor driv+ me*anism to /op4 ,at ! bottom ( ! *annel entrance1 on ea* side1 & bank+ aga9/ ! magaz9e frame1 are two adju/+ screws :i* are us$ to adju/ ! position ( ! *annel entrance4 ,! adju/m5t is made to give ! matrix free movem5t 9 transf]r+ f ! *annel entrance to ! magaz9e "u ! *annel entrance matrix gu>d4 ,! upp] end ( ! p>titions sometimes get b5t to "o side & ?9 matrices w fall into ! wrong *annel1 caus+ ! *annel to clog4 ,! l[] end ( ! p>titions %\ld set s !y w guide ! matrices into ! magaz9e4 ,if !y are sprung to ei!r side !y w hold ! matrices & keep !m f ent]+ ! magaz9e1 caus+ ! matrices to clog 9 ! *annel4 ,z ! matrices are c>ri$ along ! di/ributor b> by ! screws1 !re %\ld be #a_/af ( an in* betwe5 ! bottom ( a matrix susp5d$ on ! di/ributor b> & ! top ( ! *annel entrance p>titions4 ,adju/1 on models #a1 #b1 & #c1 by ! two screws 9 ! magaz9e frame :i* re/ aga9/ ! magaz9e support+ rods4 ,c>e mu/ be us$ 9 turn+ ^! screws1 z !y move ! magaz9e also4 ,on ,model #e or lat] ma*9es1 ?is adju/m5t is set at ! factory1 s x is r>ely necess>y to *ange x4 ,,di/ributor ,,screws ,! conveyor screws are assembl$ on ! di/ributor beam4 ,two ( ^! screws are 9 front ( ! di/ributor b> & "o 9 ! back4 ,z soon z ! matrix leaves ! di/ributor box x is convey$ along ! b>4 ,on ! "r-h& end ( ! screws are ! driv+ ge>s :i* are p9n$ to ! screw %aft4 ,^! ge>s are prop]ly tim$ at ! factory s z to c>ry ! matrix 9 a v]tical position )\t b5d+4 ,!re is a small p9 project+ betwe5 two ( ! tee? ( "o ge> :i* mu/ me% ) a too? ( its companion ge> :i* is p>tly cut away4 ,?is prev5ts ! ge>s turn+ :5 !y are improp]ly tim$4 ,?is tim+ is readily accompli%$ by =m+ a small triangle ) ! p9s 9 ! end ( ! ge>s & ! op5+s 9 ! ge>s1 or by plac+ ! po9ts ( ! upp] & l[] screws on ! "r end 9 ! same relative position be=e connect+ ! ge>s ) ! di/ributor clut* %aft & ge>4 ,d n raise ! back di/ributor screw :ile !re are matrices on ! b>1 z x is difficult to get _! lugs 9 ! "r ?reads aga94 ,9 clos+ ! back screw see t ! p9 9 ! ge> mat*es ) ! %ort too? 9 ! front ge>4 ,! old di/ributor screws 7 pit*$ f\r ?reads to ! in*4 ,! new di/ributor screws h a mu* wid] pit*1 two ?reads to ! in*1 consequ5tly ! matrices are mov$ along ! b> twice z fa/ to _! respective *annels4 ,!y are call$ 8two-pit* screws40 ,! two-pit* screws keep ! matrices widely sep>at$ on ! b>1 p]mitt+ a fre] di/ribution ( l>ge matrices4 ,,di/ributor ,,screw ,,gu>d ,! di/ributor screw gu>d is susp5d$ betwe5 ! front conveyor screws & fits ov] ! l[] screw4 ,?is gu>d is = ! purpose ( deflect+ ! matrix away f ! l[] screw z x drops f ! comb9ation b>4 ,on models #a1 #b1 #c1 #d1 #e1 #ah1 & #ai1 ?is gu>d is fa/5$ by two nuts to ! two ma*9e screws project+ ?r\gh ! front side ( ! comb9ation b>4 ,on models #h1 #ad1 & #ad-s-k ?is gu>d is loose1 work+ on a fulcrum rod1 & op]at$ by ! di/ributor screw gu>d lev] & ! "r-h& locat+ b>4 ,! lev] is fa/5$ to ! "r-h& magaz9e frame guide by a fulcrum screw4 ,:5ev] ! locat+ lev]s are %ift$ = ! purpose ( rais+ or l[]+ ! magaz9e frames1 a screw on ! "r-h& locat+ lev] moves aga9/ ! gu>d lev] & =ces ! gu>d upw>d4 ,if !re are any matrices on ! comb9ation b> :5 attempt+ to *ange ! position ( ! magaz9es1 ?is gu>d w /rike !m1 & prev5t ! gu>d f mak+ ! full upw>d /roke4 ,ret>d+ ! b> prev5ts ! locat+ lev]s & blocks f mov+ f> en\gh to cle> ! b> /ops1 ?us n p]mitt+ ! magaz9e frame to be mov$4 ,if ! magaz9e frames 7 *ang$ ) matrices on ! b>1 ^! matrices w\ld drop 9 ! magaz9e t 0 9 op]at+ position1 caus+ wrong fonts 9 ! magaz9e4 ,,di/ributor ,,clut* ,! di/ributor screws are driv5 by a friction plate1 key$ to ! di/ributor clut* %aft1 & held aga9/ ! face ( ! di/ributor driv+ pulley by a spr+ inside ( ! di/ributor clut* flange4 ,?is all[s ! clut* to slip :5 any?+ b9ds ! di/ributor screws4 ,! clut* %aft1 op]at$ by ! friction plate1 drives ! di/ributor screws by means ( small ge>s :i* are tim$ s t ! matrices w hang p]p5dicul> f ! di/ributor b>4 ,to remove ! di/ributor clut*1 loos5 ! small screw on ! di/ributor clut* lev]1 & remove ! clut* rod1 spr+1 & lev]4 ,remove ! hexagon head ma*9e screw t holds ! clut* bracket to ! di/ributor beam4 ,ins]t a screw driv] betwe5 ! bracket & ! beam at ! upp] end & pry ! bracket away f ! beam4 ,lift ! bracket (f ov] ! end ( ! %aft4 ,remove ! screw 9 ! wa%] on ! end ( ! clut* %aft4 ,take out ! spr+ :i* is beh9d ! wa%]4 ,! friction plate & pulley c !n be remov$ ov] ! end ( ! %aft4 ,! friction plate %\ld be kept free f oil at all times4 ,!re is an oil hole 9 ! flange ( ! pulley :i* %\ld n be ov]look$ :5 oil+4 ,?is hole %\ld be kept /opp$ ) a c\nt] sunk screw to prev5t ! oil work+ out on ! drive belt4 ,,di/ributor ,,/opp+ ,,me*anism ,! /opp+ b> is on ! magaz9e *annel entrance1 & is op]at$ by ! p>titions & a spr+ hook$ on ! /opp+ b> & ! frame ( ! *annel entrance4 ,! "r side ( ! small tee? on ! /opp+ b> %\ld t\* ea* p>tition 7:i* is flexible74 ,:5 a matrix fails to ent] ! magaz9e1 ! *annel becomes clogg$4 ,?is causes ! matrices to b9d on ! di/ributor screws :i* moves ! p>tition to ! "r1 ?r[+ ! /opp+ b> f ! clut* plate4 ,?is all[s ! clut* lev] screw to cat* ! clut* flange coll>1 =ce ! friction plate away f ! driv+ pulley1 & /op ! di/ributor4 ,! clut* plate is held by two screws to ! di/ributor clut* lev]4 ,! /opp+ b> %\ld re/ #a_/cb ( an in* on ! clut* plate4 ,adju/ by loos5+ ! screws :i* hold ! plate4 ,! holes 9 ! plate are elongat$1 to p]mit ! plate be+ mov$ sidewise4 ,:5 adju/+ be sure t ! p>titions are /raight & t\*+ ! tee? ( ! /opp+ b> on ! "r side4 ,if n1 :5 /raight5+1 !y w\ld cause ! /opp+ b> to re/ on ! clut* plate m ?an x %\ld4 ,?is w\ld prev5t ! clut* lev] & screw go+ into action in/antly1 :i* w\ld cause ?9 matrices to b5d if caught4 ,,! ,,spiral ,,automatic ,! new /yle di/ributor screw driv+ me*anism is t]m$ ! spiral automatic4 ,! spiral automatic does away ) ! *annel entrance /opp+ b> & flexible entrance p>titions4 ,! *annel entrances ( ! new /yle are equipp$ ) fix$ p>titions :i* c n become b5t1 damag$ or twi/$ out ( adju/m5t by ! action ( ! di/ribut+ me*anism4 ,"s ( ! features are3 ,! *annel entrance p>titions are ?9n]1 all[+ l>ge matrices to pass freely ?r\gh ! *annels4 ,! p>titions are m rigid1 al?\gh ?9n]1 because !y are fix$ & support$ _! entire l5g?4 ,! entrance once set1 does n h to be readju/$ = diff]5t sizes ( matrices4 ,! p>titions h guides at _! l[] end1 :i* are arrang$ to direct ! v>i\s matrices into _! respective *annels by hav+ contact ) ! lugs in/ead ( ! body ( ! matrix1 giv+ ! m9imum am\nt ( friction4 ,two rot>y w$ges are p9n$ to ! "r end ( ! two front di/ributor screw %afts4 ,^! w$ges are plac$ s ! ?9 edge ( "o w$ge is opposite ! ?ick edge ( ! o!r4 ,^! w$ges rotate ) ! screws4 ,! small tim+ ge> on ! l[] front di/ributor screw is loose on ! %aft4 ,a connection betwe5 ! screw & ! ge> is made by two p>allel p9s1 "o on ! ge> & ! o!r on ! w$ge4 ,^! p9s are held toge!r by a spiral spr+4 ,! t5sion ( ! spr+ %\ld be s ! slighte/ drag on ! l[] screw w\ld all[ ! p9s to sep>ate4 ,:5 any?+ b9ds or ret>ds ! revolution ( ! l[] screw1 ! two p>allel p9s sep>ate1 :i* *anges ! relation ( ! w$ges1 caus+ !m to lock4 ,?is lock+ ( ! w$ges /ops ! di/ributor screws & releases ! t5sion ( ! clut* flange on ! di/ributor wa%] clut* flange p]mitt+ ! driv+ pulley to run free4 ,assembl$ on ! di/ributor clut* pulley wa%] clut* flange are two di/ributor clut* /ops4 ,^! are call$ left-h& /ops4 ,fa/5$ to ! di/ributor clut* flange are two di/ributor clut* /ops4 ,^! are call$ "r-h& /ops4 ,:5 ! di/ributor is op]at+1 ! "r-h& /ops are held on ! left-h& /ops by two spiral spr+s4 ,"o end ( ea* spr+ is fa/5$ to an adju/able spr+ coll> t slips ov] ! di/ributor clut* flange2 ! o!r ends are fa/5$ to ! pulley wa%] clut* flange4 ,^! /ops =ce ! pulley wa%] flange aga9/ ! driv+ pulley1 op]at+ ! di/ributor4 ,! t5sion ( ^! spiral spr+s %\ld be j tight en\gh to hold ! /ops toge!r4 ,:5 ! spiral locks1 ! t5sion ( ! spr+ %\ld p]mit ! "r /ops to leave ! left1 releas+ ! pressure on ! driv+ pulley4 ,! t5sion ( ^! spr+s c be adju/$ by releas+ ! clamp+ screw 9 ! spr+ coll> & turn+ ! coll>4 ,rememb] t any?+ b9d+ ! l[] screw w prev5t ! di/ributor f op]at+4 ,a matrix n lift+ prop]ly1 a dry di/ributor %aft be>+1 or ! front rails ( ! di/ributor box be>+ aga9/ ! l[] screw w cause ! screw to drag & /op4 ,if ! spiral spr+ t holds ! two p9s toge!r is too /rong1 matrix e>s or lugs w be b5t4 ,! spr+1 :5 at its prop] t5sion1 %\ld n b9d ! e>s or lugs ( ! matrices :5 !y drag ! l[] screw4 ,:5 hav+ tr\ble ) ! spiral automatic1 d n *ange ! spr+ t5sion unless y are sure t x is necess>y to d s4 ,! t5sion ( ! two spr+s1 :i* hold ! /ops on ! clut* flange & wa%] flange1 %\ld be j /rong en\gh to keep ! /ops toge!r4 ,too mu* spr+ t5sion w h a t5d5cy to b5d matrices or prev5t ! prop] work+ ( ! spiral4 ,to remove ! di/ributor clut* flange & wa%] clut* flange on a ma*9e ) ! spiral automatic3 ,loos5 ! small screw on ! di/ributor clut* lev]1 & remove ! clut* rod & lev]4 ,remove ! two headless screws 9 ! knurl$ lev] flange on ! end ( ! clut* flange %aft4 ,remove ! hexagon head ma*9e screw t holds ! clut* bracket to ! di/ributor beam4 ,ins]t a screwdriv] betwe5 ! bracket & ! beam at ! upp] end & pry ! bracket away f ! beam4 ,lift ! bracket (f ov] ! end ( ! %aft4 ,remove ! flat head$ screw 9 ! wa%] on ! end ( ! clut* flange %aft4 ,take out ! spr+ :i* is beh9d ! wa%]4 ,take (f ! clut* flange %aft1 /ops & spr+s1 assembl$4 ,unscrew ! clut* pulley wa%] flange /op screw4 ,! clut* pulley wa%] flange c n[ be remov$4 ,,di/ributor ,,box ,aft] ! l9e has be5 transf]r$ f ! fir/ elevator jaws to ! second elevator b> x is c>ri$ by ! second elevator lev] to ! di/ributor box4 ,! di/ributor box conta9s ! upp] & l[] rails1 tilt+ rails1 matrix lift1 font di/+ui%]1 box b> & po9t assembl$1 safety spr+1 lift cam lev]1 lift lev]1 lift h+e p91 lift lev] spr+1 lift spr+1 lift cam roll1 & matrix lift adju/+ screw4 ,:5 ! matrices are transf]r$ f ! second elevator b> to ! box b> !y are support$ at _! l[] end1 by ! tilt+ rails4 ,^! rails release ! /ra9 on ! matrix comb9ation1 & also prev5t matrices fall+ f ! b> if !re is any space betwe5 ! two b>s4 ,to assure a good alignm5t ( ! two b>s1 ! box b> p9 hole at ! left is elongat$1 all[+ play to ! b>1 :i* p]mits ! tee? ( ! second elevator b> to align easily ) ! box b>4 ,matrices1 com+ into ! box1 hang to ! rails on ! box b> by _! tee? until !y rea* ! v]tical face ( ! box rails4 ,!re are two upp] & two l[] rails held to ! box plates 7front & back7 by d[el p9s & screws1 s t ! matrix w align p]fectly ) all f\r rails & ! b> po9t at ! "r end ( ! box4 ,! rails mu/ align ! matrix to cle> ! di/ributor screws & ! align+ plate on ! comb9ation b> )\t b9d+4 ,! matrix mu/ also pass betwe5 ! v]tical face ( ! rails & ! b> po9t4 ,if ^! rails become worn1 !y w p]mit m ?an "o ?9 matrix to pass ! b> po9t1 or w n lift ! matrix s x w cle> ! screws prop]ly1 because ( ! unev5ness ( ! v]tical face ( ! rails4 ,?is w b5d ! e>s ( ! matrix & /op ! di/ributor4 ,! only rem$y = worn rails is to apply new ones4 ,f\r new rails mu/ be appli$1 z ! v]tical faces ( all ! f\r rails we>1 & ?is is ! only me?od ( obta9+ ! prop] alignm5t aga94 ,a safety spr+ is p9n$ 9 a groov$ "p ( ! upp] front rail at ! "r end to prev5t matrices turn+ & gett+ caught by ! lift :5 ! %ift] is sudd5ly )drawn4 ,x is only ! matrix ready to be lift$ t ne$ be held by ! spr+4 ,z ! matrices are lift$ by ! matrix lift !y mu/ pass betwe5 ! v]tical face on ! rails & ! b> po9t4 ,all matrices are ! same ?ickness :]e !y pass ?is po9t4 ,!re is j suffici5t space betwe5 ! rails & ! b> po9t = b "o ?9 matrix to pass :5 lift$ by ! matrix lift4 ,if ! b> po9t becomes worn or brok5 x w p]mit m ?an "o ?9 matrix to be lift$ to ! di/ributor screws1 result+ 9 ! clogg+ ( ! *annel entrance or b5d+ ! matrix4 ,:5 ! b> po9t becomes worn a new "o %\ld be appli$4 ,a new b> po9t c be appli$ by remov+ ! b>1 &1 ) a small nail set1 driv+ out ! two p9s t hold ! b> po9t4 ,put ! new po9t 9 its prop] position1 place ! b> 9 ! box1 & te/ ) a ?9 matrix by rais+ ! lift4 ,! matrix %\ld pass ! po9t )\t b9d+4 ,:5 ! po9t is set prop]ly1 remove ! b> f ! box & drill two holes = ! p9s4 ,sometimes ! b> po9t c be drawn out a little by pe5+ x ) a small ma*9i/ hamm]4 ,h[ev]1 extreme c>e mu/ be us$1 s ! b> rails w n be damag$ by ! hamm]4 ,j a few light taps ( ! hamm] %\ld be suffici5t4 ,! font di/+ui%] is plac$ 9 ! l[] "r end ( ! box1 betwe5 ! two l[] rails4 ,all ! matrices mu/ pass ?is di/+ui%]4 ,:5 prop]ly adju/$1 x w /op all matrices ( a diff]5t font size to ! "o be+ us$1 or "o ( ! same font turn$ backw>ds4 ,to *ange font di/+ui%]1 turn ! /ud "o complete turn = ea* size4 ,turn ! /ud to ! left = a small] size & to ! "r = a l>g] size4 ,on ! multiple magaz9e ma*9es ! font di/+ui%] is automatically *ang$ :5 *ang+ ! position ( ! magaz9es4 ,matrices mu/ nev] be driv5 ov] ! po9t ( ! di/+ui%] :5 !y /op 9 ! box1 b %\ld be pu%$ to ! second elevator b> & ! wrong font or ! turn$ matrix remov$4 ,driv+ a matrix ov] ! font di/+ui%] n only damages ! matrix1 b x also (t5 breaks ! font di/+ui%] & causes s]i\s damage to ! box by ?r[+ ! v>i\s p>ts out ( _! prop] alignm5t4 ,:5 ?is happ5s x is almo/ impossible to get ! box back into prop] %ape4 ,! matrix lift me*anism is compos$ ( ! matrix lift lev]1 ! matrix lift cam lev]1 matrix lift spr+1 matrix lift cu%ion spr+1 matrix lift h+e p91 matrix lift cam roll1 & ! matrix lift4 ,?is matrix lift is at ! "r end ( ! box & is held to ! lift lev] by a fulcrum screw & =c$ aga9/ ! font di/+ui%] block by a small coil spr+4 ,! lift %\ld set s ! back ( ! %\ld] aligns ) ! v]tical face ( ! rails4 ,if by any accid5t x is =c$ out ( alignm5t to ! left1 ! lift _c engage ! bottom ( ! matrices & lift !m ov] ! v]tical face ( ! rails4 ,! %\ld] & seat ( ! lift %\ld be kept free f gum or dirt s ! matrices w n slip (f :ile be+ rais$4 ,:5 ! %\ld] & seat ( ! lift we> s t x w lift two ?9 matrices or lift !m crook$1 ! lift mu/ be replac$ by a new "o4 ,! cam lev] & lift lev] are connect$ by a cu%ion spr+ :i* absorbs ! movem5t ( ! cam lev]1 if ! lev] hangs up4 ,!re is an adju/+ screw 9 ! matrix lift lev] :i* p]mits ! lift lev] to be rais$ or l[]$4 ,! matrix lift mu/ raise ! lugs ( ! matrices cle> ( ! v]tical face ( ! box rails4 ,if x does n d ?is1 ?9 matrices1 :5 be+ mov$ by ! di/ributor screws1 w\ld be =c$ aga9/ ! screws & become damag$4 ,to adju/ ! lift1 turn ! di/ributor screws by h& until ! cam roll] is at ! l[ "p ( ! cam1 place a ?9 matrix 9 ! di/ributor box aga9/ ! v]tical face ( ! rails1 !n adju/ screw until ! %\ld] ( ! lift is n m ?an #a_/fd ( an in* "u ! bottom ( ! matrix4 ,! lift !n %\ld raise ! matrix #a_/cb ( an in* above ! top rails 9 ! di/ributor box :5 ! cam roll] is at ! highe/ "p ( ! cam4 ,aft] adju/+ ! lift1 be sure t ! adju/+ screw locknut is tight4 ,! buff] ( ! di/ributor %ift] %\ld come 9 ! box almo/ to ! di/ributor lift1 b %\ld nev] come 9 f> en\gh to engage ! lift4 ,! di/ance ! %ift] c travel into ! box is regulat$ by a /op screw :i* sets 9 ! %ift] slideway4 ,h[ev]1 ?is screw sometimes gets brok5 (f1 comes out1 or is worn (f4 ,?is w\ld all[ ! %ift] buff] to engage ! lift & cause undue we>4 ,,l[] ,,di/ributor ,,box ,= ,models #b & #d ,on ! upp] di/ributor ( a ,model #b or #d ! matrices are rais$ ov] ! rails by ! matrix lift1 ! same z on any o!r model4 ,! upp] portion ( ! incl9$ rails1 h[ev]1 are cut away4 ,!re is a bridge on ! upp] di/ributor box on :i* ! matrices = ! upp] magaz9e ride until !y cat* on ! di/ributor b>4 ,! matrices = ! l[] magaz9es h a slot 9 ! bottom s t !y w n ride on ! bridge4 ,!y fall f ! upp] box1 ?r\gh a *ute1 into ! l[] box1 :]e !y are sep>at$ & deliv]$ to ! l[] di/ributor rail4 ,c>e %\ld be tak5 to see t ! box escapem5ts 7or matrix lift7 "w freely at all times4 ,if dirt is all[$ to accumulate1 ! escapem5ts w n "w freely2 ! matrices w be prev5t$ f sep>at+ & cause !m to clog 9 ! box4 ,to adju/ ! escapem5t pawls 7or matrix lift7 9 a l[] box1 turn ! screws until ! matrix lift lev] cam roll rides 9 ! l[] "p ( ! cam4 ,adju/ ) ! adju/+ screw until ! po9t ( ! male pawl cle>s ! bottom ( ! slot 9 ! matrix ab\t #a_/fd ( an in*4 ,see t ! male pawl does n become b5t2 ?is po9t %\ld admit a ?9 matrix only betwe5 bo? pawls4 ,! female pawl mu/ h a reta9+ hold on ! matrix ( at lea/ #a_/cb ( an in* :5 ! male pawl is adju/$ to cle> ! bottom ( ! slot4 ,,di/ributor ,,box ,,matrix ,,lift ,,cam ,?is cam is fa/5$ to ! di/ributor back screw by means ( a tap] p94 ,!re is no adju/m5t ( ! cam4 ,x %\ld n be deta*$ unless badly worn1 & !n x %\ld be replac$ by a new "o4 ,to apply a new cam3 ,drive out tap] p9 & slip cam (f ! %aft1 plac+ a new "o on ! %aft 9 su* a position t ! holes 9 ! cam w mat* ) ! hole 9 ! %aft4 ,use an #h x #cb headless screw to hold ! cam 9 position4 ,put a ?ick matrix ) a full size lug 9 ! box 9 ! regul> way4 ,see t ! lift is adju/$ to raise ! matrix #a_/cb ( an in* above ! upp] rails4 ,!n turn ! di/ributor screws by h&1 & :5 ! matrix />ts to raise & ent] ! screws1 ! side ( ! matrix opposite ! di/ributor %ift] %\ld cle> ! ?reads on ! di/ributor screws #a_/cb ( an in*4 ,if ! matrix does n cle> ! ?reads #a_/cb ( an in*1 loos5 ! small screw 9 ! cam1 turn ! cam s t :5 ! matrix lift />ts to raise ! matrix x w cle> ! ?reads prop]ly4 ,fa/5 ! cam securely ) ! screw1 & !n run ?r\gh a few l9es to make sure t ! cam is set "r4 ,!n drill a hole 9 ! %aft & fa/5 ) a p94 ,be=e apply+ a new matrix lift cam1 make sure t ! upp] & l[] rails 9 ! box are n worn2 if worn1 r5ew ! rails be=e apply+ ! new cam4 ,x is seldom necess>y to replace a lift cam1 due to ! small am\nt ( we> ! cam und]goes4 ,,di/ributor ,,tr\bles ,consid]able annoyance & lo/ "t is caus$ by di/ributor tr\bles4 ,"s ( ! mo/ frequ5t tr\bles may be trac$ to ! foll[+3 ,! lift+ ( two ?9 matrices to ! di/ributor is caus$ by hav+ too mu* space betwe5 ! end ( ! b> po9t & ! v]tical face ( ! rails1 due to worn rails or b> po9t1 or bo?4 ,b5t matrices are caus$ by ! rails be+ worn1 worn b> po9t1 matrix lift out ( adju/m5t1 worn lift cam1 safety spr+ brok5 or n function+1 convey] screws out ( "t4 ,matrices may drop 9 ! wrong *annel ( ! magaz9e if ! flexible guides become b5t4 ,if ! lugs ( ! matrices are ?ick] ?an ^? regul>ly runn+ 9 t *annel1 ! matrices w clog 9 ! entrance & /op ! di/ributor4 ,! back convey] screw1 be+ set too f> f ! front screws1 w cause ! matrices to fall 9 ! wrong *annel or twi/ z !y leave ! di/ributor box rails4 ,adju/ ! screw ) ! two adju/+ screws at ea* end ( ! convey] screw be>+4 ,a floor t is unev5 or %aky w cause ! matrices to drop 9 ! wrong *annel4 ,matrices w drop on top ( ! p>titions or 9 ! wrong *annel if ! di/ributor beam is out ( adju/m5t4 ,adju/ ) ! screw t is fa/5$ to ! beam at ! front & banks aga9/ ! "r side ( ! yoke4 ,matrices ) damag$ or worn di/ribut+ tee? or comb9ations w drop 9 ! wrong *annel4 ,! matrix comb9ations1 a v important "p ( ! matrix1 is suffici5t "u ord9>y conditions to la/ = ye>s4 ,x is possible1 h[ev]1 to ru9 a set ( comb9ations 9 a v %ort "t4 ,! causes are almo/ always due to bad alignm5t at "o or possibly all ( ! v>i\s transf]s4 ,! matrices are transf]r$ at ?ree di/9ct po9ts1 :]e ! comb9ations are involv$4 ,! fir/ transf] is f ! fir/ elevator jaws onto ! second elevator b> at ! int]m$iate transf] *annel4 ,! l9e ( matrices1 :5 9 position at ?is transf] po9t1 %\ld l9e up ) ! b> s !y w h a p]fect transf] to ! b> )\t b9d+4 ,use ! set screw at ! bottom ( ! fir/ elevator slide on ! "r h& side to raise or l[] ! slide = ! prop] alignm5t4 ,?is alignm5t %\ld be z ne>ly p]fect z possible4 ,if ! second elevator bracket & b> d n seat prop]ly on ! int]m$iate *annel rails1 or if ^! rails are out ( true or worn1 ! tr\ble %\ld be rem$i$ s ! b> w align prop]ly = ! transf]4 ,! b> %\ld be p]fectly smoo? & free f burrs1 & %\ld be held tight aga9/ ! bracket plate by ! two flat head screws t ext5d ?r\gh ! plate4 ,! second transf] is f ! second elevator b> to ! di/ributor box b>4 ,! second elevator1 :5 9 its normal position1 %\ld be adju/$ s ! second elevator b> w l9e up ) ! di/ributor box b>4 ,! di/ributor box b> %\ld be p]fectly smoo? & free f burrs4 ,! ?ird transf] is f ! di/ributor box rails to ! comb9ation b>4 ,! di/ributor box rails %\ld be p]fectly squ>e ) ea* o!r4 ,! matrices %\ld transf] freely f ! di/ributor box rails to ! comb9ation rails on ! b>4 ,!re mu/ be p]fect alignm5t at all ( ^! po9ts ( transf]1 or undue we> on ! matrix comb9ations w result4 ,matrices ) damag$ comb9ation tee?1 or ) small burrs on ! tee?1 w n drop squ>ely betwe5 ! flexible guides or w wobble z !y leave ! b>1 & cause di/ributor /ops4 ,?is tr\ble c usually be rem$i$ by dress+ ! burrs (f ! tee? ) a f9e file4 ,be v c>eful n to dress ! tee? bel[ ! plane ( ! surface ( ! matrices4 ,also make sure t !re are no burrs on ! comb9ations :]e ! tee? are suppos$ to be cut away4 ,! di/ributor screws mu/ be kept clean & free f oil at all times1 or ! dirt & oil w be transf]r$ onto ! matrices & into ! magaz9e4 ,batt]$ e>s or lugs on ! matrices w cause di/ributor /ops4 ,! e>s ( ! (f5d+ matrices %\ld be exam9$1 & if x is f\nd !y are batt]$ out ( %ape or increas$ 9 ?ickness1 !y %\ld be c>efully dress$ d[n ) a v f9e file or a matrix file gauge to _! orig9al ?ickness4 ,c>e %\ld be tak5 to see t ! edges or sides ( ! matrix bodies are n alt]$4 ,:5 ! e>s ( ! matrices become b5t !y c be /raight5$ by lay+ ! b5t matrix on a p]fectly flat surface & ) a pair ( smoo? jaw$ pli]s /raight5 ! matrix s x w lie flat on ! surface )\t rock+4 ,if x becomes necess>y to /raight5 a matrix ) a hamm] c>e %\ld be us$ to use a v light "o4 ,! %ape ( ! matrix c be *ang$ v easily :5 p\nd$1 & ! matrix c n align prop]ly ) ! o!r matrices4 ,,to ,,remove ,a ,,di/ributor ,,box ,back ! ma*9e until ! second elevator desc5ds f its seat4 ,pull d[n on ! magaz9e *annel entrance4 7,if ! box is equipp$ ) ! automatic font di/+ui%]1 press 9 on ! /ud until ! di/+ui%] is re/+ aga9/ ! l[] front rail ( ! box & turn ! /ud to "r a qu>t] ( a turn47 ,press d[nw>d on ! h&le ( ! screw :i* holds ! box 9 position & unscrew until x /ops4 ,pull d[nw>d on ! box4 ,c>e mu/ be us$ 9 replac+ ! box to seat z high z x w g & h ! wa%] on ! screw s t x clamps ! box bracket to ! di/ributor beam4 ,turn upw>d on ! h&le ( ! screw4 ,! new di/ributor box bracket is provid$ ) p9s t fit 9 a groove 9 ! di/ributor beam to prev5t ! box be+ plac$ 9 any o!r ?an ! correct position4 ,,fir/ ,,elevator ,,jaws ,,& ,,slide ,! fir/ elevator slide is held 9 place by f\r gibs on ! vise frame s t ! jaws w /& p>allel ) ! mold4 ,! gibs are also us$ = adju/+ ! fir/ elevator jaws s !y w j cle> ! deliv]y & ! int]m$iate *annels4 ,! slide is op]at$ by cam ,no4 #a1 ?r\gh ! fir/ elevator & ! auxili>y lev]s & connect+ l9k4 ,! fir/ elevator jaws are atta*$ to ! top ( ! fir/ elevator slide4 ,!y c>ry ! l9e ( matrices to ! ca/+ position & !n to ! second elevator4 ,:5 ! matrices h ent]$ ! fir/ elevator jaws !y are 9 position ) _! face t[>d ! mold4 ,! elevator slide travels d[n to ! vise1 ! mold advances & ! l[] lugs ( ! matrices ent] ! groove ( ! mold1 ! elevator raises = alignm5t & lifts ! l9e up aga9/ ! align+ groove1 or mold keep]1 ( ! mold = ca/+4 ,z ! fir/ elevator jaws desc5d to ! vise cap1 ! c5t] screw 9 ! top ( ! fir/ elevator slide /rikes on ! vise cap & regulates ! di/ance f ! lugs ( ! matrices to ! align+ groove 9 ! mold :5 ! mold slide advances4 ,!re %\ld be #a_/fd ( an in* space betwe5 ! bottom ( ! c5t] screw & vise cap :5 fir/ elevator is lift$ = alignm5t4 ,if ! c5t] screw is n prop]ly adju/$1 :5 ! mold advances ! l[] lugs on ! matrices w\ld be %e>$4 ,an entire font ( matrices might be ru9$ 9 a v %ort "t 9 ?is mann]4 ,to te/ ?is adju/m5t1 place a good matrix 9 ! fir/ elevator jaws1 turn ! ma*9e until ! adju/+ screw is re/+ on ! vise cap1 disconnect ! mold slide & br+ ! mold disk =w>d s ! lug ( ! matrix ent]s ! groove 9 ! mold4 ,raise ! elevator slide ) ! left h&1 :i* raises ! lug ( ! matrix aga9/ ! align+ groove 9 ! mold4 ,at ?is po9t !re %\ld be #a_/fd ( an in* betwe5 ! end ( ! c5t] screw & ! vise cap4 ,if n1 turn ! screw ) ! "r h& until x is re/+ on ! vise cap4 ,!n turn ! screw to ! left until x is approximately #a_/fd ( an in* f ! vise cap4 ,on ! old] model ma*9es ?is adju/+ screw is ( an in* 9 diamet] & has #af ?reads to ! in*4 ,by turn+ ! screw to ! left "o-qu>t] ( a revolution1 x all[s ! #a_/fd-;in* adju/m5t4 ,on all new ma*9es ! adju/+ screw is in* 9 diamet] & has #ab ?reads to ! in*4 ,turn+ ! screw "o-fif? ( a revolution all[s ! #a_/fd-;in* adju/m5t4 ,z ! mold disk moves =w>d ! elevator jaws raise = alignm5t1 ! l[] lugs ( ! matrices be+ rais$ aga9/ ! align+ groove 9 ! mold4 ,! lock+ /ud blocks receive ! mold disk lock+ /uds s t ! mold sets p>allel ) ! side ( ! vise4 ,! elevator %\ld be adju/$ s t ! jaws w be p>allel ) ! mold4 ,if ! jaws are n p>allel ) ! mold ! face alignm5t on ! slug w n be /raight4 ,! me?od ( te/+ ?is adju/m5t is made by sett+ ! vise jaws to #cj picas1 plac+ a good matrix 9 ea* end ( ! fir/ elevator jaws4 ,let ! fir/ elevator jaws d[n on ! vise cap4 ,disconnect ! mold slide2 br+ ! mold slide =w>d by h&4 ,be sure x comes ov] ! lugs ( ! matrices )\t b9d+1 z ! matrices mu/ be free4 ,to te/ ! alignm5t1 raise ! fir/ elevator by h&1 ?us rais+ ! lugs ( ! matrices up aga9/ ! align+ groove 9 ! mold4 ,if ! matrix on ! "r-h& side is f\nd to be tight1 & ! "o on ! left-h& side is f\nd to be loose1 ?is proves t ! fir/ elevator jaws are n p>allel ) ! mold4 ,! f\r gibs act z a guide = ! elevator slide4 ,if ! matrix on ! left-h& side is loose1 ! two top gibs %\ld be mov$ to ! "r1 & ! two bottom gibs mov$ to ! left4 ,9 tak+ d[n or erect+ a ma*9e1 d n di/urb ! two gibs on ! "r-h& side4 ,leave !m = a guide to adju/ ! o!r two gibs4 ,on ma*9es t h ! incl9$ galley x is necess>y to remove ! "r-h& gib to remove ! galley bracket1 b z x is d[el$1 x is impossible to get x back into ! wrong position4 ,! elevator jaw mu/ be adju/$ s z to cle> ! int]m$iate & deliv]y *annels )\t b9d+4 ,if x is too f> away1 move all f\r gibs exactly ! same di/ance4 ,! fir/ elevator jaws %\ld align ) ! second elevator b> :5 ! fir/ elevator is at its full up-/roke1 s t ! matrices w pass freely f ! fir/ to ! second elevator4 ,:5 ! fir/ elevator goes to ! slide guide1 ! squ>e head adju/+ screw on ! bottom ( ! slide comes 9 contact ) ! vise frame1 regulates ! height to :i* ! elevator raises1 ! screw hold+ ! slide1 & ! spr+ 9 ! connect+ l9k be+ compress$ to take up ! extra movem5t ( ! elevator lev]4 ,unless ! matrices transf] freely f ! fir/ elevator jaws to ! second elevator b>1 ! comb9ations w\ld soon become damag$1 caus+ poor di/ribution4 ,te/ by transf]r+ a l9e f ! jaws to ! b> by h&4 ,if ! l9e ( matrices moves onto ! b> )\t dragg+1 ! adju/m5t ne$ n be di/urb$4 ,:5ev] x is necess>y to make ?is adju/m5t1 place ! ma*9e 9 transf] position1 place a matrix t has all ! comb9ations1 9 ! fir/ elevator jaws aga9/ ! spr+ pawls2 place a piece ( :ite pap] 9 ! spaceb& box1 at ! end ( ! spaceb& lev] pawl2 lay an electric light on ! transf] *annel2 close "o eye1 look+ ?r\gh ! fir/ elevator f ! left end ) ! o!r2 adju/ ) ! screw on ! bottom ( ! fir/ elevator slide1 at ! "r side1 s ! comb9ations on ! matrix align ) grooves on ! second elevator b>4 ,! f9al te/ = ?is adju/m5t1 is to transf] ! l9e z above /at$4 ,! l9e mu/ transf] )\t dragg+4 ,use ! adju/+ screw until ?is is accompli%$4 ,be=e mak+ ! adju/m5t be sure ! fir/ elevator jaws are n loose on ! slide1 t ! left end ( ! second elevator b> is n batt]$1 t ! second elevator plate is n loose1 or worn1 t ! second elevator is adju/$ prop]ly1 t !re is no dirt or gum hold+ ! second elevator f seat+1 t !re is no metal on top ( ! adju/+ screw1 t ! screw :i* holds ! fir/ elevator slide /op is n loose4 ,see t ! transf] slide f+] is n b5t4 ,,fir/ ,,elevator ,,jaws ,! fir/ elevator jaws consi/ ( ! front & back jaws1 ! jaw spr+ pawls1 duplex rail1 duplex rail lev]s & spr+s1 sep>at+ block1 & l9e /op4 ,! two jaws are held toge!r by two screws ext5d+ ?r\gh ! sep>at+ block4 ,on ! "r-h& end ( ! jaws are ! spr+ pawls4 ,! pawl = ! back jaw is held 9 a slot by two small screws & projects ?r\gh to ! front4 ,! front jaw pawl is groov$ & held 9 place by two screws & a plate1 & projects ?r\gh to ! back4 ,^! two pawls reta9 ! matrices aft] !y h ent]$ ! jaws4 ,%\ld !y break or become inop]ative1 ! matrices w\ld h a t5d5cy to jump out ( ! jaws j be=e ent]+ ! vise jaws or :ile go+ to transf] position 9 ! top guide4 ,a brok5 pawl sometimes w cat* ! l9e ( matrices & prev5t x f pass+ into ! jaws4 ,to r5ew ! front pawl1 release ! two small screws t hold ! plate & slip ! pawl t[>d ! "r4 ,! back pawl c be *ang$ by tak+ out ! two small screws t hold x 9 position4 ,! fir/ elevator front jaw is equipp$ ) a duplex rail = ! purpose ( hold+ ! front lugs ( ! matrices 9 a rais$ position to ca/ a l9e ( matrices 9 auxili>y position4 ,?is rail is held 9 position by two spr+s :i* are fa/5$ to ! two duplex rail lev]s4 ,! rail is automatically retract$ :5 ! elevator rises to ! slide guide1 by ! upp] ends ( ! rail lev]s be+ press$ back by two op]at+ blocks :i* are assembl$ on ! adju/+ /rip ( ! slide guide4 ,?is backw>d movem5t ( ! rail p]mits ! matrices to drop to normal position = ! transf]4 ,if a squirt occurs & ! metal gets 9 ar\nd ! duplex rails or on ! fir/ elevator jaws1 x w prev5t ! rail f be+ retract$4 ,?is w prev5t ! elevator slide f go+ high en\gh = ! matrices to be transf]r$4 ,nev] remove metal f ! jaws ) a screwdriv] or a piece ( /eel4 ,a piece ( brass rule w answ] ! purpose & w n damage ! jaws :5 driv+ out ! metal4 ,! duplex rail sometimes becomes batt]$ or b5t ?r\gh ! c>elessness ( ! op]ator 9 s5d+ 9 tight l9es4 ,! rail c be tak5 out & smoo!d up by tak+ ! jaws (f ! slide & remov+ ! plate at ! bottom ( ! front jaw4 ,! back jaw %\ld be exam9$ frequ5tly = burrs or a sprung jaw4 ,if ! jaw becomes sprung outw>d x w p]mit ! end matrix to crawl up 9 ! jaws & ! lugs w be %e>$ or b5t z ! mold slide comes =w>d = ! lockup4 ,!re %\ld be j en\gh space betwe5 ! jaws = a matrix to pass 9 )\t b9d+1 b n en\gh to all[ ! matrix to be rais$ pa/ ! duplex rail1 f l[] to auxili>y position4 ,if ! jaw is b5t inw>d1 ! spaceb& c n op]ate freely4 ,nev] pry out on ! jaws ) a screw driv] :5 !re is a squirt hold+ ! jaws to ! disc ( ! mold cap1 = !re is a *ance ( b5d+ ! back jaw4 ,:5ev] ! jaws are held on ! vise cap aft] a squirt1 always remove ! screws f ! back jaws1 take (f ! jaw gu>d on ! vise cap & let ! vise d[n4 ,?is me?od w prev5t spr++ ! jaw because ! back jaw w hang to ! squirt :5 ! vise is let d[n4 ,,fir/ ,,elevator ,,jaw ,,l9e ,,/op ,! fir/ elevator jaw l9e /op1 :i* prev5ts ! matrices f twi/+ or fall+ out :ile ! l9e is be+ c>ri$ to ! vise or ! top guide1 is f\nd 9 ! fir/ elevator jaw1 & is held by a clamp1 spr+1 & nut4 ,! out] end ( ! l9e /op is cut away s z to cle> ! vise jaw1 on all models except #a & ,k4 ,always h ! cut on ! "u side2 if rev]s$ x w\ld /rike on ! vise jaw & n all[ ! fir/ elevator to desc5d ! full di/ance4 ,! inn] end ( ! l9e /op %\ld set aga9/ ! fir/ matrix on ! left end ( ! l9e aft] ! l9e has be5 ju/ifi$4 ,d n set ! clamp lock-nut tight or x w n all[ ! l9e /op to move :5 *ang+ to a long] measure4 ,,fir/ ,,elevator ,,slide ,,connect+ ,,l9k ,! fir/ elevator slide connect+ l9k is ! connection betwe5 ! fir/ elevator slide & ! fir/ elevator lev]1 & is fa/5$ to ! slide by a p9 ext5d+ ?r\gh an eyebolt & to ! fir/ elevator lev] by a w+ p9 ext5d+ ?r\gh an eyebolt4 ,! fir/ elevator jaws %\ld n be m ?an #a_/fd ( an in* l[] ?an ! grooves 9 ! deliv]y *annel4 ,make ?is adju/m5t by turn+ ! connect+ l9k cas+4 ,! connect+ l9k is con/ruct$ ( a cas+ or tube1 inside ( :i* is a compression spr+4 ,?is spr+ is held 9 place at ! bottom by a movable nut inside ( ! l[] end ( ! cas+1 & by a screw cap at ! top ( ! cas+4 ,! movable nut has a slot on "o side :i* fits ov] a p9 9 ! cas+4 ,?is prev5ts ! nut f turn+ except :5 ! cas+ is turn$4 ,! cas+ also has a screw cap on ! l[] end1 ?r\gh :i* an eyebolt passes4 ,! l[] eyebolt screws into ! movable nut inside ! cas+1 aga9/ :i* ! spr+ re/s4 ,at ! top ( ! cas+ is ano!r eyebolt :i* screws into ! top screw cap4 ,! upp] eyebolt is ( an in* f ! inn] edge ( ! hole to ! %\ld] ( ! upp] cap1 & ! l[] eyebolt #ac_/af ( an in* f ! inn] edge ( ! hole to ! %\ld] ( ! bu%+ :5 appli$ to ! ma*9e1 mak+ #h in*es f c5t] to c5t] ( ! holes 9 ! eyebolts4 ,! l[] eyebolt is #a_/af ( an in* long] ?an ! upp] eyebolt4 ,z ! upp] eyebolt has a left-h& ?read & ! l[] eyebolt a "r-h& ?read1 ! l[] eyebolt /ill rema9s #a_/af ( an in* long] ?an ! upp] eyebolt1 & /ill reta9s ! same compression on ! spr+ :5 x becomes necess>y to turn ! connect+ l9k a trifle to raise or l[] ! elevator4 ,! alignm5t ( ! matrices takes place z ! elevator raises ! lugs ( ! matrices up aga9/ ! align+ groove ( ! mold4 ,by ! l[] eyebolt pass+ ?r\gh ! cle>ance hole 9 ! screw cap :5 ! alignm5t takes place1 ! l[] nut is lift$ aga9/ ! spr+ inside ! cas+ & ! spr+ compresses j en\gh to align ! lugs ( ! matrices 9 ! groove ( ! mold4 ,?is holds ! l9e aga9/ ! mold by spr+ t5sion4 ,if ! connect+ l9k 0 a solid piece1 :5 ! l9e 0 rais$ to ! mold x w\ld lock s tight t 9 a %ort "t ! lugs w\ld be worn1 caus+ a bad alignm5t ( ! matrices4 ,! object ( ! spr+ inside ! cas+ is to prev5t ?is we>4 ,hav+ ! l[] eyebolt #a_/af ( an in* long] ?an ! upp]1 ! correct compression ( ! spr+ is giv54 ,! elevator1 :5 x raises f ! vise = alignm5t ) no matrices1 is rais$ ne>ly ( an in*4 ,notice ! diff]5ce ) a l9e ( matrices 9 ! elevator4 ,x is held at ! mold by ! lugs ( ! matrices1 ! compression spr+ 9 ! l9k tak+ up ! extra motion ( ! fir/ elevator lev]4 ,,auxili>y ,,lev] ,! di/ance f c5t] to c5t] ( ! holes %\ld measure #h in*es :5 ! l9k has be5 prop]ly adju/$4 ,if ! fir/ elevator jaws d n come )9 #a_/fd ( an in* ( align+ ) deliv]y slide *annel aft] ! connect+ l9k has be5 adju/$ & appli$ to ! ma*9e1 adju/ ! slide ) ! auxili>y lev]4 ,?is is necess>y to comp5sate = we> on ! face ( cam ,no4 #a & ! auxili>y lev] roll]4 ,by loos5+ ! connect+ screw 9 ! side ( ! auxili>y lev]1 make ! adju/m5t by turn+ ! adju/+ screw 9 ! front side ( ! auxili>y lev]4 ,nev] try to make ?is adju/m5t ) ! connect+ screw tight1 z ! lug ( ! auxili>y lev] is liable to be brok54 ,,! ,,second ,,elevator ,! second elevator consi/s ( two lev]s1 connect$ by a bolt & cu%ion spr+4 ,! %ort lev] c>ries a roll] :i* op]ates on cam ,no4 #f4 ,! %ort lev] op]ates ! long lev]1 to c>ry ! matrices f ! fir/ elevator to ! di/ributor box4 ,on ! out] end ( ! second elevator lev] is ! b> plate & second elevator b>4 ,! matrices are held on ?is b> by _! comb9ation tee?4 ,on ! "r-h& end ( ! second elevator b> plate is a /op pawl4 ,! /op pawl prev5ts ! matrices be+ pu%$ too f> to ! "r dur+ ! transf] f ! fir/ elevator to ! second elevator1 & keeps ! matrices f /rik+ ! di/ributor box b> :5 ! second elevator is be+ rais$ to its upp] position4 ,:5 ! elevator is at transf] po9t1 ! roll] %\ld be free ( ! cam4 ,adju/ by ! nut on ! connect+ bolt :i* connects ! two lev]s4 ,?is is to assure ! elevator seat+ 9 its prop] position on ! transf] *annel to receive ! l9e ( matrices f ! fir/ elevator4 ,! ma*9e %\ld be 9 normal position1 ! automatic /opp+ pawl re/+ on ! upp] /opp+ lev]1 :5 mak+ ?is adju/m5t4 ,) ! ma*9e 9 normal position1 adju/ s ! connect+ bolt is free to turn1 ) no end play betwe5 ! head ( ! bolt & ! adju/+ nut4 ,:5 ?is adju/m5t is prop]ly made1 & ! ma*9e is turn$ to transf] position1 ! roll] w be free ( ! cam4 ,:5 9 normal position ! second elevator b> w align ) ! b> ( ! di/ributor box4 ,unless ! connect+ bolt is free to turn :5 ! ma*9e is 9 normal position1 ! second elevator w n be prop]ly seat$ 9 ! di/ributor %ift] guide1 & ! second elevator & di/ributor box b>s w n align4 ,,second ,,elevator ,,/>t+ ,,spr+ ,locat$ j inside ! ma*9e frame1 ne> cam ,no4 #b1 & connect$ to ! %ort lev] ( ! second elevator1 is ! second elevator />t+ spr+ & rod4 ,:5 ! second elevator is at transf] po9t ! adju/+ nut %\ld t\* ! spr+4 ,! spr+ is to />t ! elevator d[n & prev5t /ick+ at ! di/ributor4 ,! mo/ t5sion is on ! spr+ :5 ! ma*9e is at normal position & z ! cam revolves1 ! second elevator cam lev] w get its prop] movem5t :5 go+ to transf] position4 ,! spr+ also causes a /eady movem5t ( ! second elevator lev] :5 go+ f transf] to normal position4 ,?is adju/m5t has become obsolete on ! new ma*9es4 ,,second ,,elevator ,,safety ,,cat* ,on ! end ( ! second elevator lev]1 ne> cam ,no4 #aj1 ei!r b5ea? or at ! back side ( ! %aft1 is a projection = ! purpose ( prev5t+ ! elevator f fall+ & be+ damag$ %\ld any?+ cat* or hold ! lev] mom5t>ily f foll[+ ! cam4 ,?is projection engages ) a safety pawl on ! ma*9e frame4 ,?is pawl mu/ be releas$ be=e ! lev] roll] c re/ on ! cam4 ,:5 ! elevator desc5ds at its regul> "t1 ! safety cat* is held op5 by a rais$ piece on ! surface ( cam ,no4 #aj4 ,,ma9 ,,cams ,! ma9 cams control ! movem5ts ( ! v>i\s lev]s ( ! ma*9e & _! op]ations are dep5d5t on ^! cams4 ,! assembl+ & di/ribut+ me*anisms alone are indep5d5t ( ! ma9 cams4 ,/&+ at ! re> ( ! ma*9e & c\nt+ f ! "r1 ! cams h ! foll[+ action3 ,cam ,no4 #a is ! fir/ elevator cam4 ,?is cam op]ates ! fir/ elevator slide1 ?r\gh ! auxili>y & fir/ elevator lev]s1 by means ( a connection made by a connect+ l9k4 ,?is cam l[]s ! fir/ elevator slide & jaws ) ! matrix l9e to ! mold & !n lifts x to ! int]m$iate *annel = ! transf] to ! second elevator b>4 ,! elevator has five *anges ( position 9 ! ca/+ ( ! l9e4 ,! second is ! di/ributor %ift] cam4 ,?is cam is inside ! frame ( ! ma*9e1 "u cam ,no4 #c1 & to :i* x is fa/5$ ) two d[el p9s & a screw4 ,?is cam op]ates ! di/ributor %ift] = transf]r+ ! matrices f ! second elevator b> to ! di/ributor box & =c+ ! matrix l9e aga9/ ! matrix lift4 ,?is action is produc$ by a rid] assembl$ 9 ! di/ributor %ift] hub :i* is fa/5$ by a %aft to ! mold ge> arm4 ,! rid] is br\ght up aga9/ ! face ( ?is cam by a coil spr+ :i* is fa/5$ to ! l[] end ( ! hub & to ! frame ( ! ma*9e4 ,assembl$ ) ! rid] 9 ! hub is a cu%ion spr+ t takes c>e ( any undue /ra9 t might occur 9 ! action ( ! cams4 ,! ?ird is ! mold turn+ cam4 ,! two ge> segm5ts atta*$ to ?is cam imp>t rotation to ! mold turn+ p9ion :i* 9 turn revolves ! mold disk4 ,! %ort segm5t engages ! p9ion & turns ! disk "o-qu>t] revolution1 br++ ! mold 9 position to receive ! l9e ( matrices4 ,! long segm5t 9 turn br+s ! disk & mold to eject+ position1 complet+ ! revolution ( ! cams4 ,! f\r? 7a "p ( cam ,no4 #c7 is ! vise clos+ & second ju/ification cam4 ,! lev]1 directly "u ?is cam1 has a roll] t foll[s ! cont\r ( ! cam4 ,a heavy coil spr+ b5ea? ! lev] presses ! roll] aga9/ ! cam4 ,! lev] is =k$ at ! front end & actuates ! vise clos+ me*anism1 & also acts ) ! ju/ification lev] 9 mak+ ! second ju/ification4 ,! fif? is ! ju/ification lev] cam4 ,! lev] directly "u ?is cam has a roll] t foll[s ! cont\r ( ! cam4 ,! heavy coil spr+ b5ea? ! lev] presses ! roll] aga9/ ! cont\r ( ?is cam1 ju/ify+ ! l9e ( matrices by =c+ ! spac+ me*anism aga9/ ! spaceb&s4 ,?is lev] 9 its d[nw>d motion op]ates ! slug lev]4 ,! six? 7a "p ( cam ,no4 #e7 is ! second elevator cam1 :i* op]ates ! second elevator arm by means ( a roll] foll[+ ! cont\r ( ?is cam4 ,?is arm1 to :i* ! lev] is fa/5$1 l[]s ! second elevator to receive ! l9e ( matrices at ! transf] position & !n raises !m to ! di/ributor box4 ,! sev5? is ! pot pump cam & op]ates ! pump lev]4 ,!re is a roll] on ?is lev] re/+ aga9/ ! face ( ! cam4 ,?is lev] =ces ! metal into ! mold cell z ! cam revolves to ! l[ portion4 ,! lev] is =c$ d[n by a /rong spr+4 ,! new /yle pot pump lev] is connect$ to its %aft & has a lev] ext5d+ into ! column4 ,x is pull$ d[nw>d by a /iff coil spr+4 ,! eigh? is ! pot cam1 :i* acts on ! pot lev]1 =c+ ! m\? ( ! pot =w>d aga9/ ! mold4 ,!re are two %oes on ?is cam4 ,! fir/ or %ort %oe is to cause ! face alignm5t2 ! second or long %oe is to lock ! pot firmly aga9/ ! mold be=e ! slug is ca/4 ,a roll] is c>ri$ 9 ! pot lev] & foll[s ! cont\r ( ?is cam & is ! m$ium ?r\gh :i* ! above lockup is accompli%$4 ,! n9? is ! mold slide cam & driv+ ge>4 ,! "r side ( ?is ge> is *annel$ out1 & c>ries ! mold slide lev] roll] :i* op]ates ! mold slide to advance ! mold disk to a position 9 :i* ! lugs ( ! matrices are held 9 ! groove ( ! mold = alignm5t4 ,x also returns ! mold disk aft] ! l9e has be5 ca/1 advances x aga9 to eject+ position1 & returns x aft] ! slug is eject$4 ,?is ge> also c>ries ! pot return cam1 :i* )draws ! pot f ! mold aft] ! ca/4 ,x also c>ries ! ejector cam :i* engages ! pawl on ! ejector lev] & moves x =w>d1 eject+ ! slug f ! mold4 ,! t5? cam op]ates ! deliv]y slide & transf] cam roll] arms & causes ^! two p>ts to return to normal position aft] _! respective movem5ts4 ,! deliv]y slide cam roll] rotates on ! out] surface1 :ile ! transf] slide cam roll] acts on ! inn] surface4 ,?is cam also retracts ! ejector lev] aft] ! slug has be5 eject$4 ,! automatic safety & /opp+ pawls are atta*$ to ?is cam4 ,!y are op]at$ by ! transf] slide & ! deliv]y slide roll]s4 ,?is cam really consi/s ( two p>ts 9 "o1 ! out] cam controll+ ! return ( ! deliv]y slide & ! inn] "o controll+ ! return ( ! transf] slide lev]4 ,! cams are all fa/5$ toge!r by f\r long bolts ext5d+ f cam ,no4 #b & end+ at cam ,no4 #i4 ,!y are all key$ to ! ma9 %aft & held 9 place by a set screw "u cam ,no4 #g4 ,! cams c be %ift$ a little sidewise b %\ld set aga9/ a coll> on ! left side ( ! ma9 %aft "u cam ,no4 #b4 ,cam ,no4 #aj is held 9 place by a key on ! %aft & a set nut & is kept f work+ t[>d ! left by a locat+ piece fa/5$ to ! ma9 %aft4 ,! cams %\ld be kept clean to prev5t undue we>4 ,"u ord9>y conditions1 ! cams %\ld be clean$ once ea* week4 ,?is may be accompli%$ by lock+ ! controll+ lev] out s ! cams w cont9ue to rotate4 ,!n hold a rag aga9/ ! surface ( ! cam4 ,a small am\nt ( a mixture ( gasol9e & k]os5e on ! rag w help to cut all dirt & grit loose f ! cams1 & leave ! surface 9 good condition & r$uce ! we>4 ,cams all[$ to run )\t be+ clean$ w we> v rapidly & soon cause mu* tr\ble & exp5se4 ,,fir/ ,,elevator ,,slide ,,guide ,! fir/ elevator slide guide conta9s ! int]m$iate b> & pawl 7assembl$71 adju/+ screws = ! same1 fir/ elevator jaw duplex rail op]at+ blocks1 & ! elevator transf] slide releas+ lev]4 ,! height ( ! int]m$iate b> & pawl is adju/$ by ! two small screws t pass ?r\gh ! top & t\* ! b>4 ,! purpose ( ! b> & pawl is to pu% d[n any spaceb&s t may n h dropp$ to normal position z ! l9e is c>ri$ f ca/+ position to ! transf]4 ,if ! pawl 0 set too high1 ! spaceb&s w\ld /rike ! second elevator b>1 & we> ! l[] rail4 ,! b> %\ld be set s t :5 ! second elevator is seat$ at transf] position1 ! pawl1 :5 rais$ to its highe/ po9t1 w be 9 l9e ) ! bottom ( ! second elevator b>4 ,?is adju/m5t is made ) ! two screws t pass ?r\gh ! slide guide & t\* ! int]m$iate b>4 ,x is also necess>y = bo? ends ( ! int]m$iate b> to be ! same height4 ,aft] adju/+ ! pawl1 turn ! ma*9e until ! transf] slide f+] has ent]$ ! *annel2 lay a six-in* scale flat on ! fir/ elevator jaws 9 l9e ) ! b>1 b cle>+ ! pawl4 ,raise ! fir/ elevator slide by h& until ! scale t\*es ! b>4 ,adju/ ! b> horizontal ) ! scale by ! same two screws t pass ?r\gh top ( ! slide guide4 ,,duplex ,,rail ,,op]at+ ,,blocks ,! fir/ elevator jaw duplex rail op]at+ blocks are fa/5$ to ! slide guide adju/+ /rip & h a limit$ adju/m5t1 b :5 !y are worn s !y w n op]ate ! rail prop]ly1 !y %\ld be r5ew$4 ,,releas+ ,,lev] ,! releas+ lev] is = ! purpose ( prev5t+ ! transf] ( a l9e 9 case ! second elevator does n desc5d or seat prop]ly4 ,! adju/+ screw 9 ! side ( ! second elevator lev] %\ld raise ! left end ( ! releas+ lev] #a_/cb ( an in* above ! block on ! transf] slide :5 ! second elevator is seat$ 9 transf] position4 ,,transf] ,,slide ,! transf] slide gets its motion f ! transf] lev] to :i* x is connect$ by means ( a l9k4 ,! transf] lev] gets its action f ! split transf] cam lev] & roll]1 :i* are held aga9/ cam ,no4 #aj by a spr+ 9 ! column4 ,! slide %\ld be adju/$ to all[ #e-i_/af in*es f ! int]m$iate *annel to slide f+]4 7,all[ "o in* m on #cf-;em ma*9es74 ,?is adju/m5t %\ld be made ) ! ma*9e 9 normal position4 ,loos5 ! two screws on ! split lev]1 move ! slide f+] #e-i_/af in*es f ! *annel1 & hold2 !n move ! roll] aga9/ ! cam & tight5 ! screws4 ,?is adju/m5t is necess>y s t a #cj-;em l9e1 :i* measures #e in*es1 w cle> ! transf] slide f+] #e_/cb ( an in*4 ,! la/ matrix is c>ri$ #ac_/cb ( an in* inside ! fir/ elevator jaws4 ,!re w be a cle>ance ( #e_/cb ( an in* f ! fir/ matrix & ! transf] slide f+] :5 ! ma*9e is 9 transf] position4 ,be sure ! transf] f+] is n b5t :5 measur+ ?is di/ance4 ,! cut 9 ! slide f+] %\ld be flu% ) ! left end ( ! second elevator b> plate1 :5 x has transf]r$ ! l9e to ! second elevator4 ,?is adju/m5t is made by ! screw 9 ! automatic safety pawl1 :i* comes 9 contact ) ! buff]1 on cam ,no4 #aj4 ,) ! ma*9e 9 transf] position1 ! cam lev] roll] is aga9/ ! buff] 9 cam ,no4 #aj4 ,! adju/+ screw 9 ! automatic safety pawl1 be+ aga9/ ! inn] end ( buff]1 regulates ! di/ance betwe5 ! cut 9 ! f+] & second elevator b> plate4 ,?is adju/m5t1 :5 prop]ly made1 insures ! l9e be+ mov$ f ! fir/ to ! second elevator4 ,turn+ ! adju/+ screw to ! "r increases ! di/ance betwe5 ! slide f+] & ! b> plate4 ,turn+ to ! left decreases x4 ,! horizontal screw 9 ! transf] slide %\ld bank aga9/ ! buff] 9 ! spaceb& lev] to all[ ( an in* betwe5 ! cut 9 ! slide f+] & ! spaceb& lev] pawl :5 ! slide f+] & spaceb& lev] pawl are at _! close/ po9t dur+ transf]4 ,aft] ! l9e has be5 transf]r$ to ! second elevator ! spaceb&s1 n hav+ comb9ations1 rema9 9 ! transf] *annels & mu/ be mov$ "u ! spaceb& lev] pawl s !y c be return$ to spaceb& box4 ,:5 ! transf] cam lev] roll] is at ! l[e/ "p ( cam ,no4 #aj1 ! adju/+ screw 9 transf] slide1 com+ 9 contact ) ! buff] 9 ! spaceb& lev]1 regulates ! di/ance betwe5 ! cut 9 ! slide f+] & ! bottom ( ! slot 9 ! spaceb& lev] pawl4 ,,spaceb& ,,lev] ,! spaceb& lev] gets its motion f ! transf] lev]1 ?r\gh a turnbuckle :i* connects ! transf] lev] & ! spaceb& lev]4 ,! purpose ( ?is =m ( c\pl+1 s ?read$ t :5 connect+ ! two lev]s x may be turn$ to regulate ! l5g? ( ! connect$ p>ts1 is to adju/ ! spaceb& lev] s ! spaceb& lev] pawl w pass ! highe/ po9t ( ! spaceb& box rails1 prop]ly br++ ! spaceb&s into ! box4 ,be=e mak+ ! spaceb& lev] adju/m5t1 make sure t ! transf] slide f+] is prop]ly adju/$4 ,!n place ! ma*9e 9 normal position4 ,adju/ ! turnbuckle s ! hook ( ! pawl passes to ! "r ( ! highe/ po9t ( ! spaceb& box rails n m ?an #a_/af ( an in*4 ,if !re is too mu* space betwe5 ! end ( ! pawl & ! lat* on ! spaceb& box1 :i* is us$ z a lock1 :5 reca/+ #cj ems ! slide f+] w\ld move to ! "r aga9/ ! l9e & =ce ! matrix f ! inn] end ( ! fir/ elevator be=e ! pawl w\ld come 9 contact ) ! lat*4 ,if ! slide adju/m5ts are prop]ly made1 ! turn+ ( ! turnbuckle w h no effect 9 ! adju/m5t ( ! slide f+]4 ,,spaceb& ,,lev] ,,pawl ,! spaceb& pawl is fa/5$ to ! spaceb& lev] by a pivot p9 & held 9 place by a bu%+1 :i* fits ov] ! p94 ,! screw :i* clamps ! bu%+ to ! p9 ext5ds d[nw>d ?r\gh ! top ( ! lev]4 ,! pawl pulls ! spaceb&s back into ! box aft] ! transf]4 ,! pawl %\ld ride freely 9 ! transf] *annel1 its be>+ be+ a p9 screw$ into ! back side ( ! pawl4 ,?is p9 rides on ! top ( ! transf] *annel4 ,! sidewise adju/m5t ( ! pawl is made by loos5+ ! screw 9 ! top ( ! transf] lev] & all[+ ! ma*9e to turn ov] = a few l9es1 ! pawl ?us seat+ itself4 ,! spaceb& pawl is held d[n on ! transf] *annel by a small spr+4 ,! t5sion ( ?is spr+ %\ld be /rong en\gh to hold ! spaceb&s f slipp+ f "u ! pawl4 ,,mold ,,slide ,! mold slide1 :i* c>ries ! mold disk & molds1 moves 9 a slideway at ! "r ( ! metal pot & gets its action f cam ,no4 #i1 & ! mold cam lev] on :i* are assembl$ two roll]s4 ,"o roll] is fa/5$ to ! lev] by a screw & a wa%]1 & is seat$ 9 a depression 9 ! re> end ( ! mold slide connect+ ! mold slide ) cam ,no4 #i4 ,! o!r roll] has z its be>+ an adju/able ecc5tric p9 fa/5$ to ! mold cam lev]1 & foll[s ! cont\r ( ! cam 9 ! "r side ( cam ,no4 #i4 ,:5 a l9e ( matrices is 9 position 9 front ( ! mold1 ! mold slide advances s t ! lugs ( ! matrices w ent] ! align+ grooves ( ! mold4 ,?is position is held until ! spaceb&s are driv5 up = ju/ification & ! l9e is rais$ = alignm5t4 ,! slide !n comes =w>d a second "t = f9al lockup j z ! metal pot locks aga9/ ! back ( ! mold4 ,:5 ! mold slide comes =w>d ! fir/ "t !re %\ld be 4#jaj ( an in* space betwe5 ! mold & ! vise jaws or ! l9e4 ,?is space betwe5 ! mold & ! jaws is regulat$ by ! ecc5tric p9 9 ! mold cam lev] roll]1 & all[s ! prop] ju/ification & alignm5t ( ! matrices be=e ! f9al lockup4 ,dur+ ! alignm5t & dur+ ! fir/ ju/ification1 ! matrices mu/ be p]fectly free1 s t !y may readju/ !mselves sidewise 9 ! l9e4 ,h5ce ! importance ( prev5t+ ! mold f press+ =w>d aga9/ ! matrices & spaceb&s at its fir/ movem5t4 ,if ! slide advances too f> =w>d ! align+ groove ( ! mold w\ld engage ! lugs ( ! matrices be=e ! fir/ elevator jaws 7 seat$ prop]ly on ! vise cap1 %e>+ ! lugs ( ! matrices4 ,or if ! mold 0 =c$ to lockup tight aga9/ ! l9e1 x w\ld prev5t ju/ify+ prop]ly1 caus+ hair l9es to %[ betwe5 ! matrices or a squirt on ! left-h& end4 ,if !re is too mu* space betwe5 ! mold & ! jaws1 :5 ! fir/ elevator raises = alignm5t1 ! lugs ( ! matrices n be+ 9 ! align+ groove1 w\ld p]mit ! l9e ( matrices to raise to ! upp] align+ groove ( ! mold1 caus+ ! l9e ( matrices to be ca/ on ! rais$ position2 or if ! align+ groove did n advance close to hold ! lugs1 !re w\ld be a small squirt4 ,! 4#jaj ( an in* adju/m5t also affects ! lockup ( ! slide at eject+ position4 ,if !re is a trifle m space betwe5 ! mold & ! l9e ?an 4#jaj ( an in*1 ! mold w n seat aga9/ ! bank+ blocks at eject+ po9t4 ,?is w sometimes all[ ! slug to twi/ slightly1 caus+ x to be trimm$ crook$4 ,to te/ ?is adju/m5t3 ,turn ! ca/+ me*anism until ! fir/ elevator jaws are re/+ on ! vise cap2 place a pig ( metal "u ! head ( ! slide & on top ( ! vise automatic /op rod2 fold a piece ( newspap] ?ree ?icknesses1 or pro( pap] until x measures ab\t 4#jaj ( an in*2 close ! vise jaws2 place ! pap] betwe5 ! mold & ! vise jaws2 turn ! ma*9e by h& until ! metal pot is j ready to move =w>d2 pull up on ! pap]1 :i* %\ld b9d a trifle z x is be+ )drawn4 ,if ! pap] does n b9d or b9ds too tight x w\ld %[ t ! slide is out ( adju/m5t4 ,to make ! slide adju/m5t1 place ! pap] betwe5 ! jaws & ! mold z 9 ! te/4 ,*ange ! position ( ! mold slide by mov+ ! ecc5tric p9 9 ! mold cam lev] roll] s t ! pap] c be )drawn1 b9d+ j a trifle4 ,mov+ ! h&le =ces ! mold slide ei!r =w>d or backw>d1 z desir$4 ,! mold slide moves 9 ! slideway on a gib4 ,!re %\ld be 4#jjg ( an in* play betwe5 ! mold slide & ! gib because ! mold slide w exp& f ! heat ( ! metal pot1 b by hav+ ! above m5tion$ play1 x w n b9d1 & w slide 9 & out freely4 ,?is adju/m5t is made by ! two squ>e head screws "u ! gib on :i* ! slide moves4 ,!re is no gib on ! late model ma*9es1 & consequ5tly no adju/m5t = ! slideway4 ,z ! mold slide advances1 x slides up on ! lock+ /ud blocks on ! vise1 rais+ ! slide approximately 4#jjg ( an in*4 ,! screw b5ea? ! mold disk guide on ! mold ge> arm %\ld h a little cle>ance above x :5 ! slide is =w>d on ! lock+ /ud blocks4 ,!re %\ld be play en\gh to slip a %eet ( pap] betwe5 ! screw & ! guide :5 ! mold disk is =w>d on ! lock+ /uds4 ,to remove a mold slide3 ,l[] ! vise to second position1 disconnect ! mold slide1 & take out ! ejector lev] l9k4 ,pull =w>d on ! slide & disk1 assembl$1 & lift out4 ,,mold ,,disk ,,lock+ ,,/uds ,,& ,,blocks ,aft] ! mold disk makes ! "o-qu>t] & ?ree-qu>t] revolutions1 ! mold slide advances & ! mold disk lock+ /uds ent] ! lock+ /ud blocks :i* are on ! vise4 ,?is keeps ! disk 9 position until ! slug has be5 ca/ or eject$1 z ! case may be4 ,on old /yle ma*9es ! bu%+s are 9 ! disk1 & ! /uds are 9 ! blocks4 ,on all ! new ma*9es ! /uds are 9 ! disk & ea* bu%+ & block is made 9 "o piece4 ,! blocks are held to ! vise by ! screws & d[el p9s t pass ?r\gh ! front ( ! vise & screw into ! blocks4 ,! left-h& /ud block on ! new] models is loose sidewise1 :i* p]mits ! /uds to ent] ! /ud blocks ) ! m9imum am\nt ( we> to ! p>ts4 ,! /ud blocks c be r5ew$ by tak+ ! old ones (f "o at a "t & us+ ! rema9+ block z a guide4 ,! /uds %\ld be kept lubricat$ ) a little graphite & grease4 ,too mu* w collect on ! mold & get to ! matrices4 ,,ejector ,,slide ,! ejector slide is connect$ to ! ejector lev]1 by means ( a l9k1 & is locat$ 9 ! *annel cut 9 ! side ( ! mold slide4 ,x is op]at$ by ! ejector cam1 :i* comes 9 contact ) ! ejector lev] pawl4 ,! cam is held tight to cam ,no4 #i by means ( a screw & d[el p94 ,aft] ! ejector lev] is br\ght =w>d1 x is pu%$ back into position by cam ,no4 #aj com+ 9 contact ) a projection on ! ejector lev]4 ,!re is a buff] spr+ plac$ on ! ejector slide :i* prev5ts ! slide fall+ =w>d ) a sudd5 j]k aft] ! ejector lev] has pass$ its c5t] ( gravity & ! slug has pass$ ! resi/ance ( ! trimm+ knives4 ,! spr+ works on a rod :i* banks aga9/ ! ejector blade guide4 ,if ?is spr+ is n function+1 ! slug w be ?r[n out on ! floor4 ,,ejector ,,blade ,! blade is connect$ to ! ejector slide by ! p9s t pass ?r\gh ! holes 9 ! blade1 ! p9s be+ op]at$ by ! spr+s1 ?r[-out cam1 & lev]4 ,! blade pu%es ! slug out ( ! mold1 betwe5 ! trimm+ knives1 into ! *ase *annel4 ,:5 ! ejector blade advances to ! eject+ position ! front end %\ld come flu% ) ! bracket on ! *ase or galley4 ,if x advanc$ beyond1 ! slug w\ld be pu%$ out ( ! galley to ! floor4 ,if x does n advance flu%1 ! slug n be+ pu%$ all ! way out1 w\ld be turn$ to ! "r by ! slug lev]4 ,! adju/m5t is made ) ! screw t passes ?r\gh ! ejector lev] pawl4 ,if ! blade advances beyond ! bracket1 turn 9 ! pawl screw & raise ! pawl4 ,! high] ! pawl is rais$1 ! less di/ance ! slug advances4 ,on ma*9es t h ! incl9$ galley1 adju/ blade to come flu% ) ! bevel on ! knife block l9]4 ,,ejector ,,guide ,,block ,! out] end ( ! ejector blade is held 9 place & guid$ by ! ejector guide block :i* sets directly back ( ! flange ( ! mold disk1 & is held by two ma*9e screws pass+ ?r\gh ea* end ( ! block into ! mold slide4 ,?is guide holds ! blade 9 position s x w pass squ>ely ?r\gh ! mold4 ,x also helps ! buff] spr+ to /eady ! =w>d motion ( ! ejector4 ,! po9t ( contact ( ! ejector block ) ! ejector blade is made ( brass & is held aga9/ ! blade by spr+ t5sion4 ,! ejector blade guide %\ld be kept free f oil1 dirt1 & metal %av+s1 z ^! impair ! free work+ ( ! guide4 ,! brass /rip %\ld be replac$ :5 worn4 ,loose screws or a worn brass /rip w cause slugs to be ?r[n out on ! floor4 ,,to ,,*ange ,,an ,,ejector ,,blade ,pu% 9 on ! />t+ & /opp+ lev]2 let ! vise d[n to fir/ position2 back ! ma*9e by pu%+ back on cam ,no4 #a until ! second elevator falls on ! safety hook2 turn ! mold disk until ! slot is 9 front ( ! blade2 pu% ! ejector lev] =w>d2 remove ! blade by rea*+ ! "r-h& 9 alongside ! mold slide & grasp ! releas+ lev] & draw x t[>ds ! front4 ,*ange ! blade = ! size want$1 & !n let ma*9e come to normal position4 ,be c>eful n to get a blade wid] ?an ! slug to be ca/ or !re is dang] ( damag+ ! l9]s1 or ! mold w be damag$4 ,a good plan is always to *eck up on ! ejector blade aft] *ang+ ! l9]s4 ,,univ]sal ,,ejector ,! univ]sal ejector consi/s ( a s]ies ( blades1 #e-po9ts 9 ?ickness1 9 #b-;em units2 z a rule ! fir/1 or l[] blade is a #d-;em1 & !n 9 #b-;em units up to #cj-;ems pica4 ,^! unit blades move betwe5 plates1 :i* brace !m firmly on bo? sides1 mak+ !m rigid & prev5t+ ! blade f b5d+4 ,! back end ( ! unit blades are fa/5$ to ejector blade l9ks t move 9 grooves cut l5g?wise ( ! slide4 ,!re is a l9k = ea* unit blade & !y t]m9ate at ! back end ( ! mold slide 9 front ( a groove mill$ across ! slide4 ,a movable controll] b> works 9 a groove 9 ! ejector slide1 mov+ up or d[n 9 ! groove1 back ( a lug on ea* ( ! blade l9ks4 ,:5 ! ejector lev] =ces ! ejector slide =w>d1 ! controll] b> 9 ! groove ( ! slide comes aga9/ ! lugs ( ! ejector l9ks =c+ ! blades =w>d ?r\gh ! mold4 ,! blades are )drawn by a lug on ! ejector slide com+ 9 contact ) ! lugs on ! l9ks4 ,:5 desir+ to *ange ! l5g? ( ! blade to be us$1 move ! ejector blade controll+ lev] h&le up or d[n4 ,?is h&le is situat$ bel[ ! />t+ & /opp+ lev] & is connect$ to ! controll] b> by a screw l9k4 ,also connect$ to ?is h&le is a pica gauge :i* op]ates 9 a groove 9 ! deliv]y *annel4 ,mov+ ! h&le up or d[n engages less or m blades1 ! l5g? be+ indicat$ on ! pica gauge 9 ! deliv]y *annel4 ,to remove ! mold slide on ma*9es :i* h a univ]sal ejector1 l[] ! vise to second position1 set ! ejector at #aj or #ab ems1 take out ! ejector blade controll] l9k :i* screws into ! controll] l9k lift4 ,?is w p]mit ! controll] b> to drop out4 ,disconnect ! mold slide & take out ! ejector lev] l9k4 ,if ! ma*9e is connect$ up ) ! wat] = cool+ ! molds1 x w be necess>y to disconnect ! hose be=e tak+ out ! slide4 ,,remov+ ,a ,,/uck ,,slug ,:5 !re is a slug /uck 9 ! mold1 all[ ! ma*9e to come to normal by back+ ! ma*9e suffici5tly to all[ ! ejector lev] pawl to be rais$1 draw back on ! ejector lev] until ! pawl cle>s ! ejector cam4 ,pull out ! />t+ lev] all[+ ! ma*9e to come to normal4 ,op5 ! vise & remove ! slug f ! mold by loos5+ ! mold cap screws4 ,d n drive a /uck slug out ) ! ejector blade4 ,,mold ,,knife ,! mold or back knife trims ! base ( ! slug & is fa/5$ to ! mold slide arm1 back ( ! mold disk4 ,x is plac$ at an angle ( ab\t #de degrees & is held by two wa%]s & two r\nd-head screws :i* pass ?r\gh ! slott$ holes ( ! knife4 ,x is also held by two adju/+ screws t set aga9/ ! base s t ! knife w set squ>ely & press lightly aga9/ ! mold z ! disk is turn$ f ca/+ to ! eject+ position4 ,z ! mold passes 9 front ( ! knife1 ! slug %\ld be trimm$ type-high1 :i* is 4#iah ( an in*4 ,! front ( ! mold disk1 :5 turn+1 mu/ be be>+ aga9/ ! mold disk guide s z to keep ! mold aga9/ ! knife :ile ! slug is be+ trimm$4 ,if ! mold disk guide does n set snugly aga9/ ! disk1 ! disk w spr+ away f ! knife & ! slug w be high] on "o end ?an ! o!r4 ,! guide is adju/$ by loos5+ ! screw :i* holds x to ! mold slide & mov+ x snugly aga9/ ! mold disk4 ,d n set ! guide tight en\gh to b9d & prev5t ! free turn+ ( ! disk4 ,x sometimes happ5s t a disk w b9d at "o or m places z x is be+ turn$4 ,?is is due to ! disk becom+ w>p$ f heat or "s o!r cause4 ,if x is only a slight b9d x w n int]f]e ) ! adju/m5t4 ,:5ev] x is necess>y to put on a new or re%>p5$ mold knife1 or to adju/ x1 be sure ! mold disk guide is be>+ aga9/ ! rim ( ! mold disk4 ,x is always bett] to remove ! guide & clean x z x mu/ be p]fectly clean :5 x seats aga9/ ! disk4 ,always h ! knife away f ! mold :5 seat+ ! guide4 ,tight5 ! hexagon head screw slightly & !n tap ! guide until a slight pressure aga9/ ! disk is secur$4 ,turn ! disk by h& until an ev5 pressure has be5 secur$ & !n tight5 ! hexagon head nut tight4 ,place ! mold knife on ! knife seat2 be sure ! seat is clean1 = ! lea/ p>ticle ( dirt or metal w make x m difficult to make ! adju/m5t4 ,also ! bottom ( ! mold mu/ be p]fectly clean & free f all metal4 ,set ! knife squ>e )1 b n q t\*+ ! mold4 ,tight5 d[n on ! two r\nd-head screws1 !n adju/ ) ! two screws "u ! bottom ( knife s t mold w turn )\t b9d+4 ,! left-h& end ( ! knife trims ! ends ( ! slugs2 ! c5t] ( ! knife trims ! c5t] ( ! slugs4 ,avoid excessive pressure on ei!r side z ! knife is s %ap$ t ! %>p edge %\ld j t\* ! mold4 ,aft] mak+ sure t ! guide block & ! knife are prop]ly set1 cov] ! back ( ! mold ) a ?9 coat+ ( r$ lead2 turn ! disk & mold until ! mold passes ! knife4 ,if ! knife is adju/$ prop]ly1 x %\ld scrape ! lead f ! mold4 ,x is n always an easy matt] to set a mold knife1 tak+ consid]able pati5ce & c>e because ! knife mu/ be set to ?\s&?s ( an in*4 ,ca/ a slug & measure ) ! micromet]s to make sure ! slug is trimm$ to ! prop] height4 ,:5 measur+ ! slug = height ) micromet]s1 use a slug #ae picas 9 l5g?1 or "o t fills half ( ! capacity ( ! mold4 ,h ! regul> lett] *>act]s ca/ on ! slug4 ,metal w adh]e to ! bottom ( ! mold if ! mold knife is n %>p or prop]ly adju/$4 ,to keep a p]fect lockup ! bottom ( ! mold mu/ be kept clean4 ,mold knives c be re%>p5$1 b z !y are %ap$ to set j s ! edge ( ! knife t\*es ! mold & mu/ n v>y1 = ev5 4#jja ( an in* w spoil ! adju/m5t1 !y %\ld be %ipp$ to ! ne>e/ ag5cy to be re%>p5$4 ,be sure ! knife is at fault be=e />t+ to adju/ x4 ,,mold ,,bank+ ,,/rips ,! mold bank+ /rips are fa/5$ on ! vise1 "o above ! p>allel knives & ! o!r "o bel[ ! bottom end ( ! knives4 ,^! /rips prev5t ! mold f com+ 9 contact ) ! knives & holds ! disk rigid :5 eject+ ! slug1 assi/+ ! knives 9 trimm+ ! slug p>allel4 ,! mold slide %\ld advance ! prop] di/ance s ! mold w j bank aga9/ ! bank+ /rips :5 =w>d = eject+ ! slug4 ,,knife ,,block ,at ! pres5t "t !re are two /yles ( knife blocks 9 common use1 namely3 ,! w$ge adju/m5t block1 :i* all[s = a range f #e to #ab po9ts1 inclusive2 & ! univ]sal knife block :i* all[s = a range f #e to #cf po9ts1 inclusive4 ,^! blocks are fa/5$ to ! vise frame by two hexagon head ma*9e screws & held rigid by f\r d[el p9s4 ,to remove ! block x is only necess>y to take out ! two ma*9e screws & "w ! block out ( ! d[el p9 holes4 ,a c]ta9 am\nt ( c>e is necess>y n to drop ! block or b5d ! p9s4 ,,trimm+ ,,knives ,! purpose ( ! trimm+ knives is to trim ! slugs to ! prop] size & ! sides p>allel4 ,! measurem5t ( a type-f\nd]s po9t is 4#jach- ( an in*4 ,! measurem5t ( a l9otype po9t is 4#jad ( an in*4 ,! po9t unit n[ us$ on ! matrices is ! "o us$ by ! type-f\nd]s4 ,! l9otype po9t is /ill be+ us$ :5 adju/+ ! trimm+ knives4 ,a #aj-po9t slug1 :5 trimm$ correctly1 %\ld measure 4#adj ( an in*1 or #aj times 4#jad ( an in*4 ,! left-h& knife trims ! ov]hang f ! smoo? side ( ! slug & is held to ! vise by two squ>e head screws t pass ?r\gh ! front1 & is adju/$ by two screws1 at ! top & bottom ( ! knife block & be>+ aga9/ ! knife4 ,?is knife %\ld be adju/$ to be 9 l9e ) ! left side ( ! mold2 x is only int5d$ to remove ! f9s :i* =m at ! top ( ! slug4 ,x is n int5d$ to remove metal f ! smoo? side ( ! slug4 ,if ! left-h& knife does n trim ! ov]hang (f ! slug1 x w cause ! slugs to be ?ick] at ! top ?an at ! bottom1 & be (f _! feet4 ,?is w cause tr\ble 9 ! lockup ( ! =m1 ! columns hav+ a t5d5cy to raise up 9 ! c5t]4 ,always loos5 ! two screws :i* hold ! knife to ! vise :5 mak+ any adju/m5t ( ! left-h& knife4 ,turn+ 9 on ! adju/+ screws )\t loos5+ ! two lock screws may cause ! knife to spr+ & trim ! slugs m 9 ! c5t] ?an on ! ends4 ,! "r-h& knife trims ! slug to ?ickness & is held to ! slide bracket on ! univ]sal knife block1 by two r\nd head screws4 ,x is =c$ to ! "r aga9/ ! adju/+ screws by two spr+s4 ,! screws t hold ! knife to ! bracket %\ld be loose :5 mov+ ! adju/+ screws outw>d1 z ! spr+ %\ld =ce ! knife aga9/ ! adju/+ screws 9 ?is movem5t4 ,x is n necess>y to release ! screws t hold ! knife to ! bracket :5 turn+ ! screws inw>d z ! screws are =c$ aga9/ ! knife 9 ?is adju/m5t4 ,! screws 9 ! sector are set to /ep f "o po9t size to ano!r & %\ld n be *ang$ except :5 necess>y to trim any body size to a special ?ickness4 ,b5ea? ! bracket to :i* ! knife is fa/5$ are two spiral spr+s t =ce ! bracket & knob button aga9/ ! sector screws4 ,mov+ ! lev] op]ates ! sector1 & ! screw com+ 9 contact ) ! button on ! slide causes ! knife to move 9 or out "o po9t or z _m z ! lev] is mov$4 ,:5 ca/+ a #aj-po9t slug1 h ! po9t] on figure #aj4 ,aft] hav+ ! knives adju/$ to trim "o size slug1 ! knife block is con/ruct$ s z to trim all o!rs1 by m]ely mov+ ! h&le on ! knife block4 ,:5 *ang+ ! univ]sal knife block1 be sure t "o ( ! lev] det5t p9s has ent]$ ! hole 9 ! sector4 ,to adju/ ! trimm+ knives1 fir/ set ! "r-h& knife by turn+ ! two adju/+ screws t are 9 ! knife block slide bracket & t\*+ ! side ( ! knife1 s x w trim ! ribs ( a slug2 !n adju/ ! knife t trims ! ov]hang f ! smoo? side ( ! slug2 !n re-adju/ ! "r-h& knife to ?ickness & p>allel4 ,d n attempt to adju/ ! knife t trims ! ov]hang f ! smoo? side ( ! slug unless ! "r-h& knife is trimm+ ! ribs4 ,,w$ge ,,/yle ,,knife ,,block ,! w$ge /yle knife block is ! old /yle quick-*ange block & is held to ! vise 9 ! same mann] z ! univ]sal block4 ,! left-h& knife is m\nt$ & adju/$ ! same z ) ! univ]sal block4 ,! "r-h& knife is held to ! block by two %\ld] screws :i* pass ?r\gh ! two friction spr+s & wa%]s f ! front ( ! block4 ,?is assembly holds ! knife tight aga9/ ! block1 b p]mits ! two /rong spr+s to =ce ! knife aga9/ ! w$ge4 ,! w$ge is op]at$ by a small h& lev] & is graduat$ f #e to #ab po9ts1 inclusive4 ,by pull+ ! lev] up or d[n ! w$ge moves & ! knife foll[s ! w$ge4 ,,knife1 ,,"r ,,h&1 ,,spr+ ,,plate ,!re is a /eel plate assembl$ 9 ! "r side ( ! knife block :i* keeps ! slugs upright z !y travel ?r\gh ! knife block into ! *ase4 ,?is plate is call$ ! knife spr+ plate & is held 9 place by two lugs at ! back ( ! plate ext5d+ into ! base ( ! "r-h& knife4 ,x is =c$ t[>d ! left by a flat bronze spr+1 call$ ! spr+ plate spr+4 ,!re %\ld be j en\gh t5sion on ?is spr+ to =ce ! plate up aga9/ ! outgo+ slug ) an ev5 pressure s ! slug w be held upright z x is be+ pu%$ into ! *ase by ! ejector blade4 ,! flat spr+ is s %ap$ t ! ends fit beh9d rivet heads1 to hold ! plate 9 place4 ,if ! spr+ becomes b5t s x w n /ay beh9d ! rivets1 ! lugs w "w out ( _! seat & ! gate w ob/ruct ! passageway ( ! slug4 ,?is w (t5times sma% ! face ( ! slugs4 ,,facts ,,& ,,sugge/ions ,,ab\t ,,trimm+ ,,knives ,! "r-h& knife mu/ be adju/$ s t its edge is exactly p>allel ) ! left-h& knife 9 ord] to make ! slug ( equal ?ickness ?r\gh\t its entire l5g?4 ,! faces ( ! two knives sep>ate slightly t[>d ! front ( ! ma*9e1 :i* all[s ! slug to pass freely =w>d f ! cutt+ edges4 ,! "r-h& knife mu/ be %ap$ s !re is a cutt+ edge ( ab\t #a_/fd ( an in* on ! side t /&s next to ! slug4 ,by hav+ ?is edge ! 8g\g+0 ( ! knife into ! slug is prev5t$1 & slugs are trimm$ to equal ?ickness at ! top & bottom4 ,?is cutt+ edge mu/ nev] be m ?an #a_/fd ( an in*4 ,always rememb] t ! knives c be set to trim ! slugs p]fectly f "o po9t-size to ano!r ) accuracy1 b x requires pati5ce1 z ! knives mu/ be adju/$ to a ?\s&? "p ( an in*4 ,keep ! knife block & ! knives clean4 ,! seat ( ! knives %\ld also be clean4 ,x w be impossible to get an accurate adju/m5t if dirt or gum int]f]es ) ! movem5t ( ! knives4 ,! trimm+ knives %\ld h exce$+ly %>p or ?9 edges to "w satisfactorily4 ,if ! knives become v dull or ! cutt+ edge r\nd$ or nick$1 !y %\ld be tak5 (f ! ma*9e & regr\nd4 ,s5d !m to ! ne>e/ ag5cy z !y are equipp$ ) gr9d]s & o!r fixtures to d ?is regr9d+ & ma9ta9 ! correct angles & %ape ( ! knives4 ,always s5d bo? ! "r-h& & left-h& knives1 z !y %\ld be regr\nd 9 pairs1 & ! cutt+ edges %\ld exactly mat* ea* o!r 9 ord] to obta9 good results4 ,use a full measure slug :5 adju/+ ! trimm+ knives4 ,ca/ a full l9e ( capital lett]s on ! slug & hold ! matrices = reca/4 ,measure ! slug on ! ribs at ! top & ne> ! bottom4 ,! slug %\ld measure ! same at ! top edge & ne> ! bottom if ! knife :i* trims ! smoo? side is correctly set4 ,! slug %\ld measure ! same at ! top edge ( bo? ends if ! knife :i* trims ! rib side ( ! slug is correctly set4 ,be=e sett+ ! trimm+ knives1 make sure t ! mold is prop]ly seat$ 9 ! mold disk & t !re is no metal betwe5 ! l9]s & ! mold4 ,:5 ! trimm+ knives become dull x is practically impossible to set !m to trim accurately4 ,ev5 :5 !y are set ne>ly accurate1 !y w hold ! adju/m5t only a %ort "t4 ,dull knives also cause tr\ble by mak+ x difficult to eject ! slug4 ,?is w (t5 cause ! clut* to slip4 ,:5 a long slug measures ?ick] or ?9n] at ! ends ?an 9 ! c5t]1 x is usually due to dull knives1 b may be caus$ by ! knives be+ =c$ 9 a twi/ or /ra9 by ! adju/+ screws or "s =eign sub/ance beh9d ! knives4 ,,knife ,,wip] ,! knife wip] is a v important "p ( ! ,l9otype4 ,its function is to wipe ! burrs or slug trimm+s f ! face ( ! p>allel knives aft] a slug is eject$4 ,if ! knife wip] is n work+1 ! face ( ! l9e ( type w h an accumulation ( %av+s f ! previ\s l9e on x4 ,! knife wip] 9 use on all ma*9es ( v rec5t manufacture is op]at$ by a small roll]1 fa/5$ to a bracket on ! fir/ elevator slide1 :i* comes 9 contact ) a lev] connect$ to ! knife wip] b>4 ,:5 ! elevator goes f normal to ! l[]1 or ca/+1 position1 ! knife wip] b> is =c$ upw>d4 ,on ! upp] end ( ! knife wip] b> is a small brass wip] :i* is =c$ upw>d ) ! b>4 ,?is wip] rubs aga9/ ! trimm+ knives1 clean+ !m ( ! metal %av+s :i* may h lodg$ f ! previ\s slug trimm$4 ,!re are no adju/m5ts on ?is type ( wip]1 except to h ! brass lightly t\*+ ! knives4 ,,old ,,/yle ,,knife ,,wip] ,!re are q a numb] ( ! old /yle knife wip]s /ill 9 use4 ,?is knife wip] is op]at$ by a lat* rod on ! fir/ elevator lev]4 ,?is rod comes 9 contact ) a lat* on ! knife wip] b>1 on its d[nw>d /roke1 & pu%es ! b> upw>d by com+ 9 contact ) ! bottom ( wip] b> on ! upw>d /roke ( ! fir/ elevator lev]4 ,! wip] b> %\ld be free to move up & d[n 9 ! guides1 mov+ ! brass wip] lightly ov] ! face ( ! trimm+ knives4 ,on ! upp] "p ( ! wip] b> are two p9s :i* prev5t ! b> f go+ too f> bel[ ! knives & too high above !m4 ,a flat spr+ rid+ ov] ! top ( ! b> holds x to ! bottom ( ! guide s ! brass wip] c op]ate prop]ly4 ,! brass wip] is held to ! b> ) two flat head screws1 & ! con/ant pass+ ( ! wip] ov] ! face ( ! %>p knives soon we>s ! wip] s x w break (f4 ,a new wip] mu/ be appli$ or ! %av+s w hang to ! slugs4 ,nev] h ! wip] be>+ too h>d on ! face ( ! knife z ! con/ant rubb+ up & d[n w dull ! trimm+ edge ( ! knives & we> ! wip] 9 a %ort "t4 ,keep ! knife wip] 9 good work+ condition all ! "t & save pro(read]'s m>ks4 ,d n =get t ! knife wip] is op]at$ by ! fir/ elevator slide4 ,!re=e any?+ t prev5ts ! free action ( ! wip] w int]f]e ) ! movem5t ( ! fir/ elevator4 ,,mold ,,turn+ ,,cam1 ,,squ>e ,,block1 ,,& ,,p9ion ,! mold turn+ cam1 kn[n z cam ,no4 #c1 has atta*$ to its side ! long & %ort ge> segm5ts :i* imp>t rotation to ! mold turn+ p9ion & squ>e block z ! cam revolves4 ,! squ>e block & p9ion are f\nd on ! inside ( ! mold ge> arm4 ,! ge> segm5ts on ! mold turn+ cam turns ! p9ion1 ! p9ion turns ! mold turn+ %aft1 & ! mold turn+ %aft turns ! mold disk1 ?r\gh ! mold disk p9ion :i* me%es ) ! mold disk4 ,! %ort segm5t turns ! mold disk "o-qu>t] ( a revolution s z to br+ ! mold disk into ca/+ position4 ,! long segm5t turns ! disk ?ree-qu>t]s ( a revolution1 br++ ! mold & disk 9 eject+ position4 ,! mold disk makes "o complete revolution 9 "o revolution ( ! cams4 ,:5 ! disk makes "o-qu>t] revolution1 x is advanc$ s z to lock ! /ud block on ! vise ) ! /uds on ! mold disk1 & ! slug is ca/2 ! mold !n is )drawn & makes a ?ree-qu>t] revolution1 advanc+ aga9 & lock+ to eject ! slug4 ,:5 ! mold disk makes ! qu>t] & ?ree-qu>t] revolutions1 all lo/ motion mu/ be tak5 up by ! squ>e block on ! p9ion4 ,if !re is any lo/ motion1 ! /uds on ! mold disk w\ld n be p>allel ) ! /ud blocks on ! vise s t !y c\ld n ent] !m )\t com+ 9 contact ) ! rim ( ! /ud block4 ,,adju/+ ,,%oes ,on ! mold turn+ cam are two adju/able /eel %oes = ! purpose ( tak+ up ! play betwe5 ! %oes & ! squ>e block :5 9 ! ca/+ & eject+ position4 ,^! %oes are adju/$ by screw+ 9 on ! bu%+ screws t ext5d ?r\gh ! cam & bank aga9/ ! %oes4 ,ea* %oe is held 9 place by two ma*9e screws t ext5d ?r\gh ! bu%+ screw into ! %oe4 ,:5 adju/+ ! %oes c>e mu/ be tak5 to make !m p>allel4 ,! di/ance f ! front end ( ea* %oe to ! outside ( ! cam mu/ be ! same z x is f ! back end ( ! %oe to ! outside ( ! cam4 ,if ^! %oes are adju/$ wid] at ! back ?an at ! front !y act z w$ges z !y g d[n by ! squ>e p9ion1 & may break ! cam at ! weake/ po9t4 ,if a %oe is set too tight aga9/ ! squ>e p9ion x w break ! cam4 ,all t is necess>y is to adju/ !m s z to take up ! lo/ motion betwe5 ! %oes & ! squ>e p9ion4 ,x is bett] to use a micromet] to measure ! %oes to make sure !y are p>allel4 ,all[ a trifle lo/ motion betwe5 ! squ>e block & ! %oes1 because x is bett] = !m to h a little play ?an to be too tight & p]haps break ! cam4 ,! squ>e block & p9ion are held 9 position on ! %aft by a set screw1 & !re is no adju/m5t except to h ?is screw on ! top :5 ! ma*9e is 9 normal position4 ,! screw passes ?r\gh ! squ>e block to ! %aft & mu/ ent] ! spot drill$ on ! %aft = ! po9t ( ! screw s z to hold ! p9ion tight4 ,on ! two sides ( ! squ>e block are two /eel %oes1 :i* are held to x by screws4 ,^! %oes c be r5ew$ :5 !y become worn4 ,,mold ,,driv+ ,,%aft ,,friction ,,clamp ,! object ( ! friction clamp is to prev5t ! mold disk f vibrat+ :5 advanc+ to ! ca/+ or eject+ position1 & is f\nd atta*$ to ! mold driv+ %aft & held by a p9 9 ! mold ge> arm4 ,! lo/ motion 9 sev]al p9ions f :i* ! mold disk gets its action1 w cause ! disk to vibrate :5 /opp+ ready to advance on ! vise /ud blocks1 unless x is held by ! clamp :i* acts z a brake4 ,:5 ! mold disk has made ! "o-qu>t] & ?ree-qu>t] revolutions x mu/ rema9 9 t position1 or ! lock+ /uds1 com+ 9 contact ) ! rims ( ! /ud block1 w\ld we>4 ,! friction clamp :i* ov]comes ! vibration is made 9 two sections1 ) a lea!r l9+1 & connect$ to ! mold turn+ %aft4 ,a spr+1 wa%]1 & lock nut add to its con/ruction4 ,! p9 9 ! mold ge> arm to :i* x is also connect$ prev5ts x f turn+ ) ! %aft4 ,d n h m friction ?an necess>y1 = if !re is too mu*1 ! ma9 clut* c\ld n drive ! ma*9e1 z ! /rong friction on ! clamp w\ld ov]come ! pull ( ! clut* spr+4 ,,retim+ ,,mold ,,ge>s ,!re are v>i\s me?ods ( retim+ ! ge>s ( ! mold disk drive 9 case x is necess>y to pull ! disk =w>d :ile ! ma*9e is out ( normal4 ,"o me?od is to obs]ve ! position ( ! mold turn+ segm5ts4 ,rememb] t ! %ort segm5t causes ! mold to revolve "o-qu>t] revolution1 or f normal to ca/+ position4 ,! long segm5t causes ! mold to revolve ?ree-qu>t]s revolution1 or f ca/+ to eject+ position4 ,! mold disk turns c\nt]-clockwise4 ,place ! ge>s 9 me% s ! pun* m>ks on ! ge>s regi/]4 ,lock ! mold slide 9 position4 ,! drive p9ion makes "o complete revolution = ea* qu>t] revolution ( ! mold disk1 & x goes on ! connection p9 at any complete revolution4 ,hold out on ! drive p9ion & turn ! disk & drive p9ion by h& ! di/ance indicat$ by ! am\nt ( ! segm5ts :i* h pass$ ! squ>e block drive p9ion4 ,:5 ! connect+ p9 ent]s ! hole 9 ! drive p9ion1 ) ! mold 9 ! e/imat$ position1 ! disk %\ld be 9 "t4 ,be sure ! mold :i* is be+ us$ is ! "o :i* is plac$ 9 ?is position4 ,= example1 if ! %ort segm5t & half ( ! long segm5t h pass$ ! squ>e block drive p9ion1 ! mold %\ld be turn$ "o-half ! di/ance f ca/+ to ejection position4 ,to obs]ve :at "p ( ! segm5t is pa/ ! p9ion1 look directly und]nea? ! frame ( ! ma*9e :i* supports ! mold turn+ %aft4 ,ano!r me?od ( putt+ ! disk 9 "t is to disreg>d ! position ( ! cams1 connect ! mold slide1 & br+ ! disk1 ) ! mold t is be+ us$1 into eject+ position4 ,hold ! mold turn+ p9ion away f ! p9 t connects x to ! %aft1 s t ! disk w n revolve z ! ma*9e is set 9 motion4 ,pull out on ! />t+ & /opp+ lev]1 ?us lett+ ! ma*9e run ar\nd to normal position4 ,be sure t ! disk lock+ /uds are p>allel ) ! /ud blocks be=e />t+ ! ma*9e4 ,x is only necess>y to let ! vise d[n1 disconnect ! mold lev] f ! slide1 & put ! disk & drive p9ion 9 "t4 ,,! ,,ju/ification ,,lev]s ,,& ,,vise ,,ju/ification ,! two ju/ification lev]s are locat$ "u ! metal pot & ma9 cams1 ext5d =w>d f ! back ( ! ma*9e1 & connect ) ! vise ju/ification rods4 ,^! lev]s op]ate ! ju/ification rods & b>1 assembl$ on ! vise1 & ! vise clos+ lev]4 ,! lev]s get _! motion f roll]s :i* foll[ ! cont\r ( cams ,no4 #d & #e1 & are held aga9/ ! cams by two /rong spr+s 9 ! re> ( ! ma*9e4 ,! ju/ification b> re/s on top ( two rods t are =c$ up & d[n by ! ju/ification lev]s 9 guides 9 ! frame ( ! vise4 ,! rods are connect$ toge!r by ! ju/ification b> & a diagonal brace rod1 ! v>i\s p>ts be+ connect$ by w+ p9s4 ,! function ( ! ju/ification b> is to drive ! spaceb&s upw>d to ju/ify ! l9e j be=e ! l9e is ca/4 ,! "r-h& lev] is call$ ! fir/ ju/ification lev] & is op]at$ by cam ,no4 #e4 ,!re are two upw>d movem5ts ( ?is lev]3 ,! prelim9>y1 :i* ju/ifies ! l9e lightly2 & ! f9al1 :i* ju/ifies ! l9e tightly = ! ca/4 ,:5 ! ju/ification lev] =ces ! rods upw>d = ! fir/ ju/ification1 ! rod block moves upw>d at a slight angle1 /rik+ ! spaceb& at ! "r-h& end ( ! l9e fir/1 & ! o!rs 9 quick succession4 ,?is action is s rapid t all ! spaceb&s appe> to move upw>d simultane\sly4 ,?is causes ! l9e to spread f "r to left4 ,aft] ! fir/ ju/ification ! spaceb&s /& at an unev5 height1 ^? at ! "r ( ! l9e be+ a trifle high] ?an ^? at ! left4 ,s9ce ! l9e ( matrices mu/ fill ! entire space betwe5 ! jaws 9 ord] to ca/1 x is app>5t t 9 ord] to get ! greate/ possible fre$om ( action x is necess>y t ! matrices be pu%$ t[>d ! left gradually4 ,%\ld ! rod block come up p]fectly horizontal1 ! spaceb&s w\ld move to ! left at ! same "t !y are mov+ upw>d4 ,?is w\ld cause !m to drag on ! rod block & prev5t a good lockup & alignm5t & a possibility ( b5d+ ! spaceb&s4 ,by com+ up on a slight angle1 ea* b& is practically ju/ifi$ sep>ately 9 its p>ticul> "p ( ! l9e1 & ! dragg+ ( ! b&s on ! rod block is greatly r$uc$4 ,! ju/ification lev] also makes a slight upw>d movem5t aft] ! slug has be5 eject$4 ,?is movem5t op]ates ! slug lev]1 ?r\gh a roll]1 & pu%es ! slugs =w>d 9 ! /ick4 ,! spr+ :i* op]ates ! fir/ ju/ification lev] %\ld be /rong en\gh to ju/ify ! l9e prop]ly1 reg>dless ( ! numb] ( spaceb&s 9 ! l9e4 ,be=e *ang+ ! t5sion at any "t1 be sure t ! mold slide is prop]ly adju/$4 ,if ! mold %\ld lock too tight aga9/ ! l9e x w\ld b9d ! matrices & prev5t prop] ju/ification4 ,?is w\ld give ! appe>ance ( weak ju/ification spr+s4 ,! left-h& lev] is call$ ! vise clos+ lev]1 & is ,u-%ap$ on ! =w>d end4 ,"o arm is connect$ by a h+e p9 to ! left-h& vise clos+ w$ge & block4 ,! o!r arm grooves ar\nd ! left-h& ju/ification rod1 b5ea? a lug on ! rod4 ,aft] ! l9e is br\ght to ! ca/+ position1 ! vise clos+ lev] moves upw>d1 imm$iately foll[$ by ! ju/ification lev]4 ,! vise clos+ lev] locks ! left-h& vise jaw aga9/ ! l9e & assi/s ! ju/ification lev] on its second movem5t upw>d4 ,:ile ^! two lev]s move almo/ 9 unison1 _! functions are diff]5t4 ,on second ju/ification1 ! vise clos+ lev] moves upw>d slightly 9 advance ( ! fir/ ju/ification lev] & supports ! left-h& end ( ! spaceb& driv+ block1 s t ! spaceb&s are all driv5 to an equal height4 ,on ! fir/ ju/ification1 ! vise clos+ lev] does n come 9 contact ) ! spaceb& driv+ block4 ,! ju/ification spr+ is /rong] ?an ! vise clos+ spr+4 ,if = any reason ! ju/ification spr+s are remov$1 c>e %\ld be tak5 t !y are n *ang$ :ile replac+ !m4 ,,! ,,vise ,! vise is t "p ( ! ma*9e :i* c>ries1 z its ma9 p>ts1 ! fir/ elevator slide1 ! vise ju/ification rods1 ! trimm+ knives1 ! vise automatic1 ! vise jaws1 ! slug lev]1 ! mold disk lock+ /ud blocks1 ! mold bank+ blocks1 & ! knife wip]4 ,! bottom end ( ! vise is h+$ to ! base ( ! ma*9e by a %aft4 ,! top "p is lock$ to ! ma*9e by ! vise lock+ screws1 :i* int]lock ) ! vise lock+ /uds on ! frame4 ,to op5 ! vise to fir/ position1 pu% ! control lev] all ! way 91 & turn ! h&les ( ! lock+ screws 9 a v]tical position1 9 :i* position !y w be dis5gag$ f ! vise lock+ /uds4 ,! vise may be op5$ to fir/ position at any "t :5 ! mold disk is n =w>d on ! lock+ /uds1 or ! fir/ elevator is n 9 ! top guide4 ,! vise %\ld nev] be op5$ to fir/ position :5 ! mold disk is =w>d on ! lock+ /uds because x is difficult to get x relock$ on ! /uds aga9/ ! lockup pressure2 also !re is dang] ( gett+ ! ends ( ju/ification lev]s out ( position "u ! coll>s on ! ju/ification rods4 ,to op5 ! vise to second position1 let ! ma*9e turn =w>d until ! fir/ elevator is re/+ on ! vise cap1 j be=e ! mold disk advances4 ,!n l[] to fir/ position4 ,hold ! vise up ) ! left h&1 release pawl at ! extreme bottom end ( vise frame & let ! vise d[n easily1 pull+ up on ! fir/ elevator slide ) ! "r h&4 ,?is keeps ! l9k f be+ damag$4 ,nev] let ! vise d[n to second position unless ! fir/ elevator is 9 ! l[] position4 ,to d s w\ld ?r[ ! weight ( ! vise on ! fir/ elevator lev]1 ) dang] ( break+ ! lev]4 ,! vise lock+ /uds are set at ! factory to give ! prop] alignm5t ( ! vise ) ! mold4 ,! /uds (t5 h a v ?9 wa%] betwe5 _! back %\ld] & ! frame to give !m ! prop] adju/m5t4 ,%\ld x be necess>y to remove or replace a /ud1 be c>eful n to lose or leave out ! wa%]s4 ,nei!r %\ld m wa%]s be add$4 ,to d s w\ld =ce ! vise 9 a /ra9 :5 lock$ up1 & cause an improp] height ( ! slug4 ,,vise ,,jaws ,! vise jaws1 betwe5 :i* ! l9e is ju/ifi$1 regulates ! position ( ! face ( ! type on ea* end ( ! slug4 ,! mold l9] regulates ! l5g? ( ! slug4 ,! vise jaws %\ld be adju/$ to h ! face ( ! type flu% ) ea* end ( ! slug4 ,! %ort1 or "r-h&1 jaw is adju/$ by ! adju/+ screw 9 ! knife block1 "u ! "r-h& vise lock+ p94 ,:5 ! l9e is be+ ju/ifi$1 ! matrix on ! "r-h& end is =c$ aga9/ ! face ( ! %ort jaw4 ,! matrix on ! left is =c$ aga9/ ! face ( ! long1 or left-h&1 jaw :i* is held tight by ! vise clos+ screw on ! old] models1 or ! vise clos+ w$ge on ! new] models4 ,:5 x is desir$ to *ange ! measure to be set1 adju/ ! left-h& jaw ) ! adju/+ rod4 ,"o-half em is ! %orte/ di/ance ! long jaw c be adju/$ ) ! rod4 ,if x is necess>y to adju/ less ?an ?is di/ance use ! adju/+ bu%+ :i* screws 9 ! bracket4 ,?is applies to ma*9es t are equipp$ ) ! vise clos+ w$ge4 ,on ! old] models1 remove ! screw t passes ?r\gh ! vise clos+ screw arm & screws into ! adju/+ flange4 ,!n adju/ ! vise clos+ screws1 :i* move ! nut 9 or out4 ,,pump ,,/op ,! pump /op prev5ts ! pump lev] f op]at+ if ! l9e is n prop]ly ju/ifi$4 ,! %ort1 or "r-h&1 vise jaw op]ates ! pump /op op]at+ lev]4 ,:5 ! l9e is ju/ifi$ ! "r-h& jaw is mov$ to ! "r aga9/ ! adju/+ screw 9 ! op]at+ lev] :i* =ces ! /op lev] f "u ! cat* block1 all[+ ! pump lev] to op]ate4 ,if ! l9e is n ju/ifi$1 ! "r-h& jaw does n t\* ! adju/+ screw & ! /op lev] is all[$ to rema9 "u ! cat* block4 ,?is prev5ts ! pump lev] f op]at+4 ,! pump /op %\ld h #a_/cb ( an in* betwe5 ! pump /op lev] & pot lev] block :5 l9e is prop]ly ju/ifi$4 ,! pump /op lev] is f\nd "u ! pot lev] block4 ,x is connect$ to a bracket by a screw1 & op]at$ by a spr+ & op]at+ lev]4 ,! adju/m5t is made ) ! screw 9 ! op]at+ lev]4 ,to te/ ?is adju/m5t1 pu% ! "r-h& jaw t[>d ! "r & obs]ve if ! lev] is cle>+ ! block ! prop] di/ance4 ,:5 ! l9e is ju/ifi$ ! pump /op op]at+ lev]1 :i* is =c$ to ! "r by ! %ort vise jaw1 %\ld h a trifle lo/ motion2 if n1 ! position ( ! type on ! "r end ( ! slug w\ld be regulat$ by ! adju/+ screw 9 ! pump /op op]at+ lev] in/ead ( ! adju/+ screw 9 ! knife block4 ,,! ,,friction ,,clut* ,! driv+ %aft ( ! ma*9e is 9 two sections3 ,! %aft prop]1 & ! %ort %aft t c>ries ! driv+ p9ion4 ,?is p9ion me%es ) ! driv+ ge>1 ! two %afts be+ held toge!r by a tap] p94 ,! driv+ p9ion makes elev5 revolutions to "o ( ! ge>1 ! ratio be+ #aa to #a4 ,! out] end ( ! driv+ %aft is holl[4 ,inside ( ! holl[ %aft is a clut* rod & a spr+4 ,! spr+ fits aga9/ a coll> on ?is rod & draws ! rod inw>d4 ,! inn] end ( ! clut* rod is fa/5$ by means ( a long screw p9 ext5d+ ?r\gh a hole 9 ! rod to a coll> :i* encircles ! %aft1 ! hole 9 ! %aft be+ slott$1 s t :5 ! coll> is mov$ ! rod moves also4 ,on ! outw>d end ( ! %aft is m\nt$ ! friction clut*1 ! lev]s be+ fa/5$ to ! end ( ! clut* rod4 ,! friction clut* is key$ to ! holl[ %aft1 s :5 ! clut* is turn$ x also turns ! %aft4 ,pressure on a =k$ lev] fulcrum$ to ! base ( ! ma*9e1 "o end ( :i* encircles ! coll> & ! o!r end t\*+ ! l[] /op lev]1 holds ! clut* out ( action4 ,:5 ! pressure ( ! =k$ lev] aga9/ ! coll> is releas$1 ! clut* spr+ exp&s & ! clut* rod moves ! coll> inw>d until ! lea!r buff]s are pu%$ aga9/ ! inn] surface ( ! driv+ pulley1 caus+ ! %aft to rotate4 ,aft] ! ma*9e has made a complete revolution1 a pawl on cam ,no4 #aj contacts ! upp] /opp+ lev] & ?r\gh ! l[] /opp+ lev] =ces ! =k$ lev] aga9/ ! coll>1 ?r[+ ! friction out ( action4 ,,! ,,clut* ,,spr+ ,! clut* spr+ is held 9 place by a small coll> on ! inside end ( ! clut* rod & a screw bu%+ on ! outside1 by :i* ! t5sion ( ! spr+ is regulat$4 ,?is t5sion %\ld be sixte5 to tw5ty p\nds4 ,a screw p9 passes ?r\gh a slot 9 ! %aft1 ?r\gh ! clut* rod1 & into ! opposite side ( ! coll>4 ,! out] end ( ! clut* rod is connect$ to ! friction clut* by a screw :i* passes ?r\gh ! clut* rod4 ,by tak+ (f ! clut* & hook+ a balance spr+ 9 ! screw hole 9 ! rod & pull+ out on ! scale1 ! in/ant ! rod moves ! scale indicates ! t5sion ( ! spr+ regi/]$4 ,"o end ( ! clut* rod is connect$ to ! coll> on ! %aft1 & ! o!r end is connect$ to ! clut*4 ,:5 ! coll> is mov$ ! clut* rod also moves 9 ! same direction4 ,:5 ! clut* rod spr+ is adju/$ to a t5sion ( #af to #bj p\nds x gives ab\t ! "r friction to c>ry ! ma*9e ?r\gh all its op]ations :]e ev]y?+ is work+ prop]ly1 b if any?+ /icks or makes ! ma*9e run h>d1 ! clut* w slip4 ,,friction ,,clut* ,,adju/m5ts ,!re are ?ree positions ( ! />t+ & /opp+ lev]3 ,/>t+1 op]ation1 & /opp+4 ,:5 pull$ all ( ! way out ! lev] is 9 />t+ position4 ,:5 ! lev] is 9 />t+ position1 ! ecc5tric screw 9 ! />t+ & /opp+ lev] pulls aga9/ ! lug 9 ! v]tical lev] & causes ! upp] lug to =ce ! automatic /opp+ pawl (f ! upp] /opp+ lev]4 ,?is sets ! ma*9e 9 action4 ,:5 ! lev] is half way out x is 9 op]at+ position & all[s ! ma*9e to />t :5 a l9e is s5t 94 ,:5 ! lev] is pu%$ all ! way 9 ! clut* is ?r[n out ( action & ! ma*9e is /opp$4 ,:5 mak+ any adju/m5ts1 h ! lev] 9 />t+ position 7out z f> z x w g74 ,if ! automatic /opp+ pawl is re/+ on ! upp] /opp+ lev]1 ! adju/m5ts c\ld n be made1 z ! l[] /opp+ lev] w\ld be =c+ ! =k$ lev] aga9/ ! coll>1 ?r[+ ! friction clut* out ( action4 ,! friction clut* %\ld be adju/$ s z to h #ae_/cb ( an in* betwe5 ! coll> & ! %aft be>+4 ,place a #ae_/cb in* gage betwe5 ! "r-h& side ( ! coll> & ! left-h& side ( ! %aft be>+4 ,if ! di/ance is less ?an #ae_/cb ( an in*1 dress ! lea!r buff]s ) a file4 ,if ! di/ance is m1 place c>dbo>d "u ! buff]s to increase ! ?ickness4 ,on old-/yle ma*9es ?is adju/m5t 0 made by two nuts1 "o on ea* side ( ! clut* rod4 ,putt+ c>dbo>d "u ! buff]s w n satisfactorily drive ! ma*9e if some?+ else is wrong4 ,if !re is too mu* pack+ "u ! lea!rs ! />t+ & /opp+ lev] w h no effect on ! clut* & ! ma*9e w n /op prop]ly4 ,! upp] /opp+ lev] & ! l[] /opp+ lev] are fa/5$ by p9 pivots to a /eel %aft :i* passes ?r\gh ! v]tical lev]4 ,?is all[s a limit$ up & d[n movem5t ( ! /opp+ lev]s4 ,! %aft is held 9 position by a set screw 9 ! top ( ! v]tical lev] bracket4 ,:5 ! ma*9e is 9 action ! =k$ lev] mu/ be free ( ! coll>4 ,if x is n1 ! clut* does n get ! prop] pressure on ! inside ( ! pulley1 because ! =k$ lev] w\ld pu% aga9/ ! coll> & =ce ! rod & clut* outw>d4 ,to be sure ! =k$ lev] is free ( ! coll>1 adju/ s !re is #a_/cb ( an in* betwe5 ! l[] /opp+ lev] & ! =k$ lev]4 ,?is adju/m5t is made by ! screw 9 ! l[] "p ( ! upp] /opp+ lev]4 ,:5 ! upp] /opp+ pawl comes to re/ on ! upp] /opp+ lev]1 x =ces ! adju/+ screw 9 ! l[] "p ( ! upp] /opp+ lev] aga9/ ! l[] /opp+ lev]1 & ! bottom end ( ! l[] /opp+ lev] causes ! =k$ lev] to =ce ! coll> out1 ?r[+ ! clut* out ( action & /opp+ ! ma*9e4 ,?is gives a horizontal movem5t f a v]tical action4 ,! automatic /op pawl %\ld re/ on ! upp] /opp+ lev] ( an in* :5 ! ma*9e is at normal4 ,?is adju/m5t is made by loos5+ ! set screw :i* holds ! %aft 9 ! v]tical />t+ lev]1 & mov+ ! lev] sidewise4 ,:5 ! /opp+ pawl re/s ( an in* on ! upp] /opp+ lev]1 ! automatic safety pawl w also re/ on x exactly ! same1 z bo? pawls are adju/$ ! same4 ,fa/5$ to cam ,no4 #aj are two pawls4 ,"o is ! automatic /opp+ pawl & /ops ! ma*9e aft] x has made "o complete revolution4 ,! o!r is ! automatic safety pawl1 & /ops ! ma*9e :5 a l9e fails to transf] f ! fir/ to ! second elevator4 ,^! two pawls are adju/$ by screws t pass ?r\gh ! pawl & /rike ! lug ( ! cam1 & are held aga9/ ?is lug ) a spr+4 ,! di/ance f ! left-h& side ( ! pawl to ! left-h& side ( ! cam %\ld be #ae_/af ( an in*4 ,! v]tical lev] is fa/5$ to ! column1 at ! back ( ! ma*9e above ! =k$ lev]1 by a hexagon head ma*9e screw at its upp] end4 ,! l[] end is held 9 place by ! %aft :i* passes ?r\gh ! lev] into ! ma*9e frame4 ,! only "t ! v]tical lev] is 9 action is :5 ! ma*9e is />t$ by ! />t+ & /opp+ lev]4 ,on ! />t+ lev] is an ecc5tric screw :i* /&s beh9d ! l[] lug ( ! v]tical lev]4 ,:5 ! />t+ & /opp+ lev] is pull$ out1 ! ecc5tric screw engages ! l[] lug & pulls x =w>d1 caus+ ! upp] lug to pu% ! /opp+ or safety pawls cle> ( ! upp] /opp+ lev]4 ,!re are ?ree lugs on ! v]tical lev]3 ,! upp] lug1 ! l[] lug1 & ! lug inside ( ! bracket4 ,!re is a headless screw 9 ! v]tical lev] bracket1 ! front end encircl$ by a spr+4 ,?is spr+ =ces ! v]tical lev] back to its normal position aft] ! lev] has be5 pull$ =w>d by ! />t+ & /opp+ lev]4 ,:5 pull$ =w>d1 ! upp] lug /rikes aga9/ ! automatic /opp+ pawl =c+ x cle> ( ! upp] /opp+ lev]4 ,?is adju/m5t is made by means ( ! headless screw 9 ! lev] bracket4 ,! prop] adju/m5t =ces ! /opp+ pawl #a_/af ( an in* cle> ( ! upp] /opp+ lev]4 ,! lug inside ! bracket %\ld p]mit ! upp] lug to cle> ! /opp+ pawl #a_/fd ( an in* :5 ! lug is at re/4 ,?is adju/m5t is made by turn+ ! adju/+ screw 9 ! column opposite ! headless screw4 ,?is screw regulates ! /roke ( ! inn] lug4 ,unless ! upp] v]tical lug1 aft] pu%+ ! /opp+ pawls (f ! upp] /opp+ lev]1 returns cle> ( ! pawls1 x w\ld prev5t ! pawls f seat+ prop]ly on ! upp] /opp+ lev]4 ,! adju/m5t ( ! l[] lug ( ! v]tical lev] & ! ecc5tric screw on ! />t+ lev] %\ld be made by releas+ ! set nut on ! ecc5tric screw & turn+ ! screw until !re is #a_/cb ( an in* betwe5 ! screw & ! lug4 ,if ?is adju/m5t is n prop]ly made x w int]f]e ) ! upp] lug & ?r[ x out ( adju/m5t4 ,,friction ,,clut* ,,h9ts ,to remove ! friction clut*3 ,pu% 9 on ! />t+ & /opp+ lev]4 ,take out ! fulcrum screw or remove ! nut f ! out] end ( ! clut* rod4 ,remove ! clut* arm key screw4 ,! clut* c n[ be remov$4 ,be c>eful 9 replac+ ! friction to h ! key ) ! bevel d[n & t[>d ! back ( ! keyway4 ,! driv+ pulleys or ge> c be remov$ only :5 ! friction clut* is remov$4 ,to remove ! clut* rod spr+3 ,remove ! friction clut*4 ,unscrew ! screw bu%+ f ! end ( ! %aft1 take out ! screw ext5d+ ?r\gh ! coll>1 & pull out ! clut* rod & ! spr+4 ,if ! ma*9e /ops on ! upp] /opp+ lev] ) a j]k1 ! inn] side ( ! driv+ pulley or ! friction clut* lea!rs are gummy or ! friction is out ( adju/m5t4 ,! inn] surface ( ! driv+ pulley mu/ be kept clean4 ,if ! ma*9e sl[s up :ile ca/+ or eject+1 ! clut* is slipp+4 ,! #ae_/cb ( an in* adju/m5t is made by ! nut on ! clut* rod on ! old /yle1 & by build+ up "u ! lea!rs on ! new4 ,! #a_/cb ( an in* adju/m5t is made by ! screw 9 ! l[] "p ( ! upp] /opp+ lev]4 ,! ma*9e w n /op :5 ! key screw 9 ! clut* arm works loose1 all[+ ! friction clut* to "w t[>d ! out] end ( ! %aft4 ,a screw hold+ ! clut* lea!r %oe 9 place1 may ext5d above ! %oe & cause ! friction to slip4 ,! friction l9k coll>1 :]e x fa/5s on to ! clut* rod1 %\ld be p>allel ) ! driv+ pulley or ge> :5 ! ma*9e is 9 op]at+ position2 if n1 !re is unequal pressure on ! l9ks & %oes1 caus+ a slipp+ clut*4 ,/udy ! friction clut* adju/m5ts1 b d n *ange !m e "t some?+ /ops ! ma*9e4 ,x is mu* easi] to break an adju/m5t ?an to make "o4 ,a piece ( metal f a squirt lodg$ betwe5 ! mold disk guide or back ( ! rim on ! disk w cause x to b9d1 plac+ m pull on ! clut*4 ,,/ay ,,bolt ,! /ay bolt passes ?r\gh ! ma9 cam %aft bracket cap & screws into ! column4 ,! object ( ! /ay bolt is to take ! /ra9 f ! column4 ,:5 ! ma*9e is 9 ca/+ position ) ! pot lock+ aga9/ ! mold1 ! mold & disk =c+ aga9/ ! vise1 & ! "r-h& side ( ! vise lock+ aga9/ ! /ud1 !re is consid]able /ra9 on ! column4 ,if ! column %\ld spr+1 ! vise w\ld also move & ! lockup w\ld be imp]fect4 ,9 apply+ ! /ay bolt1 nev] tight5 x ) a wr5*4 ,if too tight1 x w spr+ ! bracket cap & cause ! cam %aft to b9d & ! clut* w n drive ! ma*9e4 ,screw x 9 ) y\r f+]s until ! head ( ! bolt be>s lightly aga9/ ! bracket4 ,,vise ,,automatic ,! purpose ( ! vise automatic is to prev5t ! mold f com+ =w>d & %e>+ ! lugs ( ! matrices :5ev] any?+ prev5ts ! fir/ elevator f desc5d+ l[ en\gh = ! fir/ elevator adju/+ screw to re/ on ! vise cap4 ,! vise automatic consi/s ( a /op rod1 /op rod pawl1 mold disk dog1 & vise automatic lev]s4 ,! /op rod is susp5d$ & held upw>d by a spr+1 ! top end ( ! rod ext5d+ ?r\gh ! vise cap & ! l[] end re/+ back ( ! lev] :i* op]ates aga9/ ! clut* rod4 ,a little bel[ c5t] 9 ! /op rod is ! /op rod pawl4 ,?is pawl is held 9 place 9 a slot by a small coil spr+ :i* sets j back ( ! pawl 9 ! /op rod4 ,?is spr+1 9 addition to hold+ ! pawl 9 place1 also gives ! pawl a little play :i* all[s m ( a bite :5 ! pawl is plac$ 9 action4 ,! mold disk dog is held 9 ! vise frame by a screw :i* ext5ds d[nw>d ?r\gh a slott$ hole 9 ! dog4 ,inside ! mold disk dog is a coil spr+4 ,?is spr+ is to hold ! dog back t[>d ! mold & %\ld be /rong en\gh to keep ! mold disk dog p9 aga9/ ! reta9+ screw :5 ! vise automatic is n 9 action4 ,:5 ! fir/ elevator is 9 its l[e/ position ! vise automatic adju/+ screw t\*es ! upp] end ( ! /op rod & =ces x d[nw>d4 ,:5 ! mold slide advances1 ! mold opposite ! "o 9 use pu%es ! mold disk dog out1 above ! pawl1 & all[s ! ma*9e to rema9 9 action4 ,h[ev]1 %\ld ! fir/ elevator fail to desc5d l[ en\gh = ! /op rod to be pu%$ d[n1 ! dog1 z x is advanc$ by ! mold1 /rikes aga9/ ! pawl & =ces x =w>d aga9/ ! vise automatic lev]s1 /opp+ ! ma*9e4 ,! mold disk dog mu/ cle> ! automatic /op rod :5 ! fir/ elevator adju/+ screw is re/+ on ! vise cap4 ,to make ?is adju/m5t turn ! ma*9e until ! fir/ elevator is re/+ on ! vise cap4 ,move ! adju/+ screw s ! /op rod pawl w j pass bel[ ! dog4 ,to te/1 h ma*9e 9 normal position1 place a ?9 matrix on ! vise cap "u ! fir/ elevator adju/+ screw4 ,pull out on ! />t+ & /opp+ lev]1 sett+ ! ma*9e 9 action4 ,! fir/ elevator1 n go+ to its prop] position1 ! driv+ clut* %\ld be =c$ out ( action by ! vise automatic4 ,aft] back+ ! ma*9e a trifle & remov+ ! matrix1 ! ma*9e %\ld />t4 ,! ma*9e w n /op :5 mak+ ?is te/1 if ei!r ! lip ( ! disk dog1 or ! pawl is damag$4 ,if damag$ or worn1 replace ) new p>ts1 z ! vise automatic %\ld always be 9 work+ condition4 ,if ! ma*9e is delay$ 9 /opp+ :5 ! vise automatic goes into action1 look at ! #ae_/cb & #a_/cb in* adju/m5ts on ! friction clut*4 ,:5 replac+ ! mold disk dog1 be sure t ! screw goes betwe5 ! spr+ & ! p94 ,?is is accompli%$ by turn+ ! screw d[n until x is bel[ ! level ( ! p94 ,!n pu% 9 on ! dog until ! p9 /rikes ! screw4 ,raise ! screw sl[ly until ! p9 w j pass "u ! end ( ! screw1 pu%+ 9 on ! dog :ile ! screw is be+ rais$4 ,pu% 9 on ! dog & turn ! screw d[n j inside ! p94 ,! screw w !n be betwe5 ! spr+ & ! p94 ,be c>eful n to turn ! screw d[n on ! spr+1 z x w damage ! spr+ & n all[ ! dog to op]ate4 ,on ! ma*9es ) f\r-pocket mold disks1 ! dog is pu%$ =w>d z ! mold slide comes =w>d 9 eject+ position4 ,?is action ( ! dog w\ld op]ate ! automatic1 ?r[+ ! clut* out ( action & /opp+ ! ma*9e at eject+ position4 ,to ov]come ?is action1 !re is a /op rod lev] & bracket assembl$ on ! vise frame 9 front ( ! automatic /op lev]4 ,! lev] is fa/5$ to ! bracket by a fulcrum screw4 ,"o end ( ?is lev] c>ries a small roll]1 & ! o!r end re/s above a p9 9 ! /op rod4 ,! roll] runs on a runway at ! back ( ! fir/ elevator slide on ! "r-h& side4 ,! /op rod is pull$ d[n bel[ ! mold disk dog by ! lev] until ! slide moves d[nw>d1 ! roll] foll[s ! runway1 :5 ow+ to a depression1 ! roll] drops1 releas+ ! lev] & p]mitt+ ! /op rod to come to op]at+ position 9 front ( ! dog4 ,z ! slide moves to transf] position1 ! lev] pulls ! /op rod d[n bel[ ! dog4 ,,fill+ ,,piece ,,& ,,safety ,,lug ,atta*$ to all new ma*9es is a fill+ piece t is kn[n z ! simple two-lett] atta*m5t4 ,?is atta*m5t is fa/5$ by two screws to ! vise cap1 & :5 9 op]at+ position1 x prev5ts ! fir/ elevator f dropp+ d[n to normal position4 ,?is atta*m5t p]mits ! assembl+ ( a l9e ( matrices 9 ! regul> position & ca/+ !m 9 ! auxili>y position4 ,:5ev] ?is atta*m5t is us$1 ! duplex rails on ! assembl+ elevator mu/ n be us$4 ,on all ma*9es c>ry+ headlett] or special display molds1 ! simple two-lett] atta*m5t mu/ always be us$ in/ead ( ! duplex rails4 ,at ! side ( ^! special molds !re is a small lug fa/5$ to ! mold disk4 ,?is is kn[n z a safety /op4 ,:5 op]at+1 a ma*9e equipp$ ) ^! special molds1 if ! simple two-lett] atta*m5t %\ld n be plac$ 9 position1 ?is safety /op w\ld imm$iately come 9 contact ) a safety plate1 fa/5$ to ! fir/ elevator back jaw1 hold+ ! fir/ elevator (f ! vise cap & all[+ ! vise automatic to /op ! ma*9e1 prev5t+ a squirt1 & damage to ! fir/ elevator jaws4 ,,model #i ,! ,model #i is equipp$ ) f\r sup]impos$ int]*angeable magaz9es1 any-"o ( :i* may be in/antly br\ght into use by m]ely %ift+ a lev]4 ,^! magaz9es are n int]*angeable ) ! ,no4 #e magaz9es4 ,! ma*9e is built along ! same g5]al l9es ( all ,l9otypes & has a regul> keybo>d ( #ij *>act]s4 ,! magaz9es may be *ang$ f ! front ( ! ma*9e4 ,ea* magaz9e is provid$ ) escapem5ts controll+ ! deliv]y ( ! matrices4 ,^! escapem5ts are actuat$ by a s+le s]ies ( escapem5t rods m\nt$ 9 a frame on ! assembl] front4 ,ea* rod has f\r not*es 9 its edge4 ,%ift+ ! h& lev] raises or l[]s ! frame 9 :i* ! rods are assembl$ & connects _! upp] ends ) ! escapem5ts ( any "o ( ! magaz9es4 ,?is same movem5t connects ^! rods ?r\gh "o ( ! s]ies ( not*es to ! keyrods :i* are op]at$ by ! usual keybo>d me*anism4 ,ea* magaz9e has a /&>d type di/ribut+ me*anism4 ,! ma*9e has a prim>y di/ributor box = all ! magaz9e ?r\gh :i* ! matrices mu/ pass be=e pass+ to _! regul> di/ributor4 ,! dropp+ ( ! matrices into _! "r magaz9es is gov]n$ by a s]ies ( slot comb9ations cut 9 ! bottom ( ! matrix & a correspond+ bridge plac$ 9 ! prim>y box4 ,a mix$ l9e out ( any two or all f\r ( ! magaz9es may be set 9 ?is ma*9e1 ! matrices be+ sep>at$ 9 ! prim>y di/ributor & !n dropp+ into _! regul> magaz9e4 ,,tabul> ,,atta*m5ts ,!re are two atta*m5ts 9 common use = sett+ tabul> composition4 ,^! are ! ,*icago ,l9o-,tabl] & ! ,rog]s ,tabul>4 ,! ,*icago ,l9o-,tabl] equipm5t c be us$ on any model ma*9e ) any font ( matrices f #e po9t up to & includ+ #ad po9t4 ,?is equipm5t consi/s ( tw5ty matrices1 a broa*1 quad block & slide = ca/+ box rules1 & special triangul>-%ap$ brass rule = use betwe5 columns4 ,! matrices are cut to run 9 ! v]tical rule *annel4 ,9 ! matrices are two small slots f :i* two lugs or f9s are ca/ on ! slug4 ,:5 us+ ^! matrices on ! models #i1 #af1 #ag1 & #bd1 ! magaz9e 9 :i* !y are to run mu/ be designat$4 ,!re are f\r /yles ( rule available1 two hairl9e faces1 a "o-po9t face1 & p>allel rules4 ,! rules are held on ! top surface ( ! slugs1 & are clamp$ d[n by b5d+ ! lugs or f9s ov] ) a make-up rule4 ,cross rule is ca/ 9 ! regul> slug =m f ! block & slide4 ,box head+s or rule =ms are made by us+ ! broa* :i* pun*es small triangul> not*es ?r\gh ! top edge ( ! rule slug4 ,?is p]mits ! v]tical rule to be ins]t$1 =m+ a close jo9t4 ,! ,rog]s ,tabul> c only be us$ on ma*9es t are equipp$ ) ! atta*m5t4 ,:5 us+ ?is atta*m5t ! matrices t run 9 ! v]tical rule *annel are us$ 9 ! assembl$ l9e :]e rules are want$4 ,f ^! matrices on ! slug are ca/ two slots 9 :i* ! rules are ins]t$4 ,all o!r *>act]s are pun*$ 4#add ( an in* deep] ?an ! /&>d1 :i* necessitates us+ a l[ mold4 ,:5 *ang+ f regul> to tabul>1 fir/ turn ! tabul> mold into normal position2 second1 move lev] :i* is atta*$ to ! ecc5tric p9 9 ! mold cam lev] s x is lock$ 9 ! re> sector block4 ,do+ s moves ! mold slide =w>d ! diff]5ce 9 ! ?ickness ( ! regul> & l[ mold4 ,?ird1 loos5 screw & turn ecc5tric bu%+ 9 pot lev] half way1 :i* moves pot =w>d ! di/ance ! mold slide has be5 mov$4 ,f\r?1 connect "o end ( ! return spr+ to ! hook :i* is 9 ! re> ( ! ma*9e4 ,?is spr+ is = ! purpose ( reliev+ ! mold cam lev] ( ! add$ /ra9 :5 ! slug is mov$ f ! l9e aft] ca/+4 ,x is also necess>y to use ! tabul> spaceb&s1 :i* also c be us$ ) /&>d matrices4 ,,adv]tis+ ,,figures ,to use ! adv]tis+ figures x is necess>y to h ! ma*9e equipp$ ) a mold1 ! cap ( :i* is ?ick] ?an ! /&>d1 also ! univ]sal knife block4 ,:5 us+ ! figures1 :i* c be ca/ at any place 9 ! l9e1 op5 ! knife s ! figure w pass ?r\gh )\t be+ trimm$4 ,leave space on ! next l9e to support ! ov]hang4 ,close ! knife s ! slug w be trimm$4 ,! grooves 9 ?is mold be+ gr\nd p>allel1 ! slug t is n trimm$ w lock up )\t tipp+ aga9/ ! "o t is trimm$4 ,,mak+ ,,ma*9e ,,*anges ,:5 x is desir$ to *ange ! size ( type & measure on ! l9otype a def9ite proc$ure %\ld be foll[$4 ,!re are eight di/9ct op]ations 9 mak+ a complete *ange f "o size to ano!r4 ,by foll[+ ! same ord] ea* "t !re is less dang] ( =gett+ "o or m *anges1 :i* may cause damage to ! ma*9e4 ,any "o ( ! eight *anges c be made indep5d5t ( ! o!r1 b ! habit =m$ by always keep+ 9 ! same ord] is a good "o4 ,! sugge/$ ord] ( *anges is z foll[s3 #a4 ,*ange ! mold l9]s4 ,?is is done :5 x is desir$ to *ange ! l5g? or ?ickness ( ! slug4 #b4 ,*ange ! ejector blade4 ,?is is done :5 ! l5g? ( ! slug is *ang$4 ,a blade six po9ts 9 ?ickness w "w on any ?ickness slug six po9ts or above4 #c4 ,*ange ! side trimm+ knives4 ,?is *ange mu/ be made :5 ! ?ickness ( ! l9e is *ang$4 #d4 ,*ange ! left h& vise jaw4 ,?is mu/ be *ang$ :5 ! l5g? ( ! l9e is *ang$4 #e4 ,*ange ! assembl] slide4 ,?is mu/ be *ang$ :5 ! l5g? ( ! l9e is *ang$4 #f4 ,*ange ! l9e deliv]y slide long f+]4 ,?is mu/ be *ang$ :5 ! l5g? ( ! l9e is *ang$4 #g4 ,*ange ! magaz9e4 ,?is is to be *ang$ :5 a diff]5t size or font ( type is desir$4 #h4 ,*ange ! font di/+ui%]4 ,?is mu/ be *ang$ if ! po9t size ( matrices is *ang$4 ,,c>e ,,( ,,! ,,ma*9e ,! foll[+ s*$ule ( "w %\ld be p]=m$ on ea* ma*9e 9 a %op or s*ool1 9 regul> p]iods z indicat$ by ! caption "u :i* ea* item is li/$4 ,9 a s*ool :]e ea* /ud5t is to c>e = a c]ta9 ma*9e1 ! v>i\s op]ations %\ld be p]=m$ at a c]ta9 specifi$ "t1 all /ud5ts work+ on ! same s*$ule at "o "t4 ,9 a %op :]e ma*9i/s d ?is "w x w be necess>y to =m a regul> r\t9e includ+ all ! items ( ! work+ s*$ule1 s t ea* ma*9e w receive its prop] c>e at a c]ta9 specifi$ "t4 ,( c\rse x w be necess>y to di/ribute ?is "w s t x w n int]f]e ) ! productive "t ( ! ma*9e & s t ! ma*9i/s c h "t to c>e = ! ord9>y ma*9e tr\bles z !y occur dur+ ! productive "t4 ,mu* ( ! regul> c>e ( ! ma*9es c be done by help]s outside ! h\rs :5 ! op]ators are at "w4 ,9 mak+ su* a s*$ule1 ea* ma*9e %\ld be li/$1 by numb]1 = c]ta9 op]ations ea* day4 ,9 ?is way x w be a simple matt] = ! head ma*9i/ to *eck up on ! "w1 = by ref]r+ to ! s*$ule he c det]m9e :at "w %\ld be p]=m$ on ea* ma*9e = any p>ticul> day4 ,( c\rse1 ! s*$ule mu/ v>y 9 m9or po9ts 9 v>i\s %ops1 due to climatic conditions4 ,dirt is ! *ief (f5d] 9 caus+ ma*9e tr\ble1 !re=e ! cleanl9ess ( ! build+ 9 :i* ! ma*9es are locat$ w v frequ5tly cause a v>iation 9 ! work+ s*$ule4 ,! foll[+ s*$ule w be f\nd suffici5t = ! av]age l9otype & if foll[$ effici5tly1 w keep ! ma*9e 9 8p9k ( condition40 ,,daily ,,op]ations ,wipe (f ! du/ f ! ma*9e frame--! front1 back1 vise frame1 und]nea? ! pot1 top ( magaz9e1 etc41 us+ a rag & bru%4 ,) bell[s or air hose1 bl[ ! du/ out ( ! assembl+ elevator1 keybo>d1 ma9 drive cams1 & all o!r places n rea*$ ) a bru%1 except+ ! metal pot4 ,clean ! mold disk4 ,use a brass rule & rag4 ,remove all metal f ! face & back ( ! mold1 scrap+ ! metal loose ) ! brass rule & wip+ ) a rag4 ,remove all metal f beh9d ! mold disk4 ,wipe (f ! m\?piece ) a rag1 & scrat* out ! cross v5ts ) a %>p5$ brass rule if !y are fill$ or corrod$4 ,lubricate ! lock+ /uds4 ,put a small am\nt ( graphite & cup grease mixture on ! mold-disk lock+ /uds4 ,inspect ! mold wip]s4 ,exam9e ! front & back mold wip]s2 see t !y are 9 work+ condition4 ,a small am\nt ( graphite & cup grease mixture %\ld be appli$ to ! back mold wip]4 ,= ! front mold wip]1 wet ! pieces ( felt 9 gasol9e & !n apply graphite until well saturat$4 ,inspect ! knife wip]4 ,see t x works freely up & d[n4 ,/raight5 or replace flag1 if ne$$4 ,inspect ! pump /op lev]4 ,see t x is work+4 ,inspect ! vise-automatic dog4 ,see t ! vise-automatic dog & ! /op rod are free f metal & t !y move )\t int]f]5ce4 ,apply graphite4 ,) a v small am\nt ( graphite on a magaz9e bru%1 rub ! foll[+3 #a4 ,l9e deliv]y *annel4 #b4 ,fir/ elevator jaws4 #c4 ,front side ( ! int]m$iate b> 9 ! elevator slide top guide4 #d4 ,slideway ( ! deliv]y4 #e4 ,transf]-slide slideway4 #f4 ,di/ributor-%ift] slideway4 #g4 ,top & front edge ( ! second elevator b> plate4 #h4 ,second elevator upp] guide4 #i4 ,back & side ( ! second elevator l[] guide4 ,clean ! plung] & metal pot4 ,clean ! plung] 9 ! clean+ box4 ,use a well-bru% 9 ! well4 ,op5 ! holes on ! side ( ! well1 us+ ! hook ( ! pot m\?-wip]4 ,skim ! dross f ! pot4 ,clean ! spaceb&s on a smoo? bo>d1 us+ graphite4 ,see t no metal adh]es to ! spaceb& sleeve1 & t ! d>k spot on ! sleeve is remov$4 ,repair damag$ matrices & spaceb&s4 99 99 99 99 99 ,,weekly ,,op]ations ,clean ! di/ributor screws4 ,also clean ! be>+s ( all surplus oil4 ,clean ! surface ( ! ma9 driv+ cams ?or\ghly4 ,te/ ! vise-automatic4 ,see t ! vise-automatic /ops ! ma*9e if ! fir/ elevator does n desc5d ! full di/ance4 ,oil ! ma*9e4 ,put oil 9 all oil holes1 us+ x sp>+ly 9 ! places :]e !re is n mu* we>4 ,p>ts subject$ to heat %\ld h pl5ty ( oil4 ,wipe (f all ov]fl[ oil ) a rag :ile oil+4 ,a drop or two 9 oil holes is suffici5t = mo/ ( ! holes4 ,! late model ma*9es w h grease cups in/ead ( oil cups4 ,if !re is pl5ty ( grease 9 ! cup1 give x a turn4 ,put a small am\nt ( dry graphite 9 ! v>i\s slideways4 ,note--,:ile oil+ give ! ma*9e a good g5]al inspection4 ,wat* = any loose p>ts or loose screws4 ,te/ assembl] measures4 ,exam9e /> :eel4 ,replace if necess>y4 ,poli% magaz9es4 ,measure ?ickness & height ( slugs4 99 99 99 99 99 ,,mon?ly ,,op]ations ,clean ! magaz9e & matrices4 ,take out all matrices :i* h ! lugs %e>$ or damag$ too mu* = good use4 ,take a matrix pro(4 ,?is is done by runn+ out all ! matrices ( ea* "* & ca/+ !m on a slug4 ,!n take a pro(4 ,remove ! ma9 driv+ clut*1 & clean ! inn] surface ( ! pulley & ! lea!r buff]s on ! clut* %oes4 ,clean ! surface ( ! keybo>d roll]s ) soap & wat]4 ,s&pap] !m if ne$$4 ,exam9e gas burn]s4 ,clean if necess>y4 ,clean assembl] plate & slide4 ,clean di/ributor box4 ,clean & dress commutator4 ,clean magnetic !rmomet] contact po9ts on electric pots4 ,,me*anical ,,t]ms ,adju/+ ,screw--,a screw = tak+ up we>1 or = %ift+ ! position ( "s movable piece4 ,bu%+--7#a7 ,a l9+1 usually ( metal1 = a hole4 7#b7 ,a tube = ins]tion into an op5+ to r$uce ! effective diamet]4 ,cam--,a non-circul> or ecc5tric rotat+ piece1 (t5 ( irregul> outl9e & giv+ motion t is irregul> 9 direction1 rate1 or "t4 ,clut*--,a p[]-transmitt+ device op]at+ by friction or int]lock+1 = secur+ or break+ rotative cont9uity1 z betwe5 two %afts or a pulley & a %aft4 ,coll>--,an annul> enl>gem5t ( a %aft or axle1 usually at or ne> ! end4 ,cott] ,p9--,a split p9 = ins]tion 9 ! slot ( a bolt to prev5t x be+ drawn4 ,det5t--,a /op or *eck+ device1 z a p91 lev]1 etc4 ,d[el--,a p9 or peg1 usually cyl9drical1 = jo9+ toge!r two adjac5t p>ts4 ,escapem5t--,a me*anical device us$ = secur+ a uni=m movem5t4 ,ge>--,any set ( appliances z ( cog :eels1 s]v+ to transmit motion4 ,gib--,a w$ge-%ap$ or o!r piece ( metal t holds ano!r 9 place or presses two pieces toge!r4 ,l9k--,any int]m$iate rod or piece = transmitt+ =ce or motion1 especially a %ort connect+ rod ) a be>+ at ea* end4 ,pawl--,a h+$ or pivot$ piece1 hav+ a po9t1 edge1 or hook made to engage ) rat*et tee?1 z = driv+ a ra*et-:eel1 or prev5t+ rev]se motion2 a click1 det5t1 or rat*et4 ,p9ion--,a too!d :eel driv+ or driv5 by a l>ge cog :eel4 ,segm5t--,a ge>$ :eel1 cam1 or pulley1 ! outl9e or effici5t work+ surface ( :i* is a section ( ! :ole circle4 ,slide--,a slid+ "p ( a ma*9e or implem5t4 ,slideway--,a l5g?wise be>+ on :i* a piece may slide4 ,/ud--7#a7 ,a p9 hav+ a l>ge r\nd head4 7#b7 ,a %ort bolt hav+ a %\ld]4 ,turnbuckle--,a =m ( c\pl+ s ?read$ or swivel$ t :5 connect+ l5g?wise two metal rods1 x may be turn$ s z to regulate ! l5g? or t5sion ( ! connect$ p>ts4 ,,?+s ,,y ,,%\ld ,,"k ,d n =get to =m a regul> s*$ule = ! c>e ( ! ma*9e4 ,model #e magaz9es are int]*angeable ) models #d1 #h1 #ad1 #ah1 #ai1 & #ad-s-k4 ,:5 us+ any font ov] #ad-po9t x is necess>y to h ! ma*9e equipp$ ) headlett] or special adv]tis+ figure atta*m5t4 ,adv]tis+ figures c only be ca/ on ma*9es t h ! univ]sal knife block4 ,= two-l9e adv]tis+ figures1 use #ad-po9t figures ) #f-po9t type2 #ah-po9t figures ) #h-po9t type2 #bd-po9t figures ) #aj-po9t type4 ,to pull out mold slide on ma*9e equipp$ ) univ]sal mold slide1 disconnect ! l9k f ! lev]4 ,d n op5 ! vise :5 ! mold slide is =w>d on ! lock+ /uds4 ,hair l9es are usually caus$ by a collection ( metal on ! spaceb&s1 break+ ! walls ( ! matrix4 ,remov+ metal f ! fir/ elevator ) a screwdriv] w damage ! elevator4 ,heat+ metal on ! mold or disk ) a burn] w ru9 ! mold or disk4 ,)\t disconnect+ ! connect+ l9k ! vise c n be l[]$ to ! second position unless ! fir/ elevator is re/+ on ! vise cap4 ,:5 l[]+1 pull out on ! slide to prev5t break+ ! eyebolt4 ,elev5-po9t is ! l>ge/ font t c be us$ 9 ! model 8,k40 ,oil on ! buff]s w cause ! ma9 friction clut* to slip4 ,! assembl] slide brake pawl is = ! purpose ( loos5+ a tight l9e s z to remove a matrix f ! assembl+ elevator1 n to put 9 "o m4 ,:5 metal gets into ! mold cap screw 9 ! mold disk aft] a squirt1 d n hamm] ! metal ) a screwdriv]4 ,to d s m]ely drives ! metal tight] 9 ! ?reads ( ! screw hole4 ,g\ge ! metal out ) a knife a little at a "t4 ,mo/ ma*9e tr\bles are caus$ by dirt4 ,keep ! ma*9e clean4 ,d n *ange adju/m5ts e "t some?+ goes wrong4 ,be sure y "k :at is wrong be=e attempt+ to fix a tr\ble4 ,trace all tr\bles to _! s\rce be=e attempt+ a rem$y4 ,"o important po9t t %\ld be wat*$ is t 9 oil+ any "p ( ! ma*9e :i* comes 9 contact ) ! matrices1 no oil %\ld be all[$ to accumulate :]e x is liable to f9d its way on to ! matrices4 ,clean ! ma*9e :5ev] necess>y--o!rwise let x alone4 ,be sure t any new inv5tions ( y\r own are good be=e apply+ !m4 ,d n take (f p>ts unnecess>ily4 ,! less y dismantle a ma*9e1 ! m success y w h ) x4 ,b keep x clean4 ,a l>ge numb] ( matrices & spaceb&s are lo/ by be+ swept up ) ! metal ar\nd ! ma*9e1 & ?r[n 9 ! remelt+ furnace4 ,matrices %\ld always be pick$ up :5 dropp$4 ,a good plan is to h ! p]son :o sweeps up ! metal to ?r[ x 9 a special pile4 ,x is v easy !n = someone to look ?r\gh ! pile c>efully1 "u good light1 & f9d ! matrices & spaceb&s t h be5 ov]look$ :ile sweep+4 ,matrices :i* h gone ?r\gh a remelt+ furnace are usually no good = fur!r use4 ,small job fonts c be us$ conv5i5tly & economically on any class ( job "w :]e only a few l9es ( display are requir$ or 9 reca/+ = duplicate =ms4 ,^! small job fonts may be c>ri$ 9 special trays & !y c be procur$ ei!r to run pi or run 9 ! regul> or auxili>y magaz9e4 ,brass hair spaces1 v ?9 spaces1 grad+ 9 4#jja ( an in* f 4#jjg to 4#jbd c be obta9$4 ,^! spaces d n run 9 ! magaz9e1 b drop 9 ! tray "u ! second elevator transf]4 ,!y are v h&y = closely-spac$ l9es or = l9es :]e x is desir$ to lett]space4 ,! ma*9e may be driv5 f any %aft hav+ a uni=m spe$ ( rotation or by individual motor4 ,a ma*9e requires "o-f\r? horse p[] b a motor slightly 9 excess ( ?is %\ld be us$4 ,^! motors c be belt driv5 or connect$ directly to ! ma*9e by ge>4 ,! spe$ ( ! ma*9e %\ld be uni=m at all times1 = fluctuations w int]f]e ) ! op]ation & t5d to r$uce ! output & cause ma*9e tr\bles4 ,to asc]ta9 ! size ( ! pulley requir$ on ! driv+ %aft1 multiply ! diamet] ( ! ma9 driv+ pulley on ! ma*9e 7#ad07 by ! numb] ( revolutions desir$ & divide ! product by ! revolutions ( ! driv+ 7or motor7 %aft4 ,! quoti5t w be ! diamet] ( ! pulley requir$4 ,,micromet] ,,calip] ,! *ief me*anical pr9ciple embodi$ 9 ! con/ruction ( a micromet] is t ( a screw free to move 9 a fix$ nut4 ,! sp9dle ( ! micromet] is atta*$ to ! ?imble at ! top po9t1 & ext5ds d[nw>d ?r\gh ! inside ( ! sleeve2 ! ?imble ext5d+ d[nw>d on ! outside ( ! sleeve4 ,! "p ( ! sp9dle1 :i* is conceal$ )9 ! sleeve & ?imble1 is ?read$ to fit a nut 9 ! frame ( ! micromet]4 ,! pit* ( ! screw ?reads on ! conceal$ "p ( ! sp9dle are #dj to ! in*4 ,!re=e "o complete revolution ( ! sp9dle draws x back #a_/dj1 or 4#jbe1 ( an in*4 ,! sleeve is m>k$ ) #dj l9es to ! in*1 correspond+ to ! numb] ( ?reads on ! sp9dle4 ,:5 ! sp9dle is d[n aga9/ ! anvil1 ! bevel$ edge ( ! ?imble co9cides ) ! lone #j on ! sleeve1 & ! #j l9e on ! ?imble co9cides ) ! horizontal l9e on ! sleeve4 ,by turn+ ! knurl$ ?imble ) ! ?umb & f+] until ! #j l9e on ! ?imble aga9 agrees ) ! horizontal l9e on ! sleeve1 ! di/ance betwe5 ! anvil & ! bottom po9t ( ! sp9dle w be #a_/dj1 or 4#jbe ( an in*1 & ! bevel$ edge ( ! ?imble w co9cide ) ! second v]tical l9e on ! sleeve4 ,ea* v]tical l9e on ! sleeve indicates a di/ance ( #a_/dj1 or 4#jbe ( an in*4 ,e f\r? l9e on ! sleeve is made long] ?an ! o!rs1 & is numb]$ #j1 #a1 #b1 #c1 #d1 etc41 up to #j or ! capacity ( ! micromet]4 ,ea* numb]$ l9e indicates a di/ance ( f\r times #a_/dj ( an in*1 or #a_/aj4 ,! bevel$ edge ( ! ?imble is m>k$ 9 tw5ty-five divisions1 & e fif? l9e is numb]$ f #j to #be4 ,turn+ ! sp9dle f "o ( ^! m>ks to ! next indicates t ! sp9dle has be5 mov$ #a_/be ( 4#jbe1 or "o-?\s&? ( an in*4 ,hold ! frame /ation>y & revolve ! ?imble ) ! ?umb & f+]4 ,! sp9dle1 be+ atta*$ to ! ?imble1 revolves ) x1 & moves ?r\gh ! nut 9 ! frame1 approa*+ or rec$+ f ! anvil4 ,! measurem5t ( ! op5+ betwe5 ! anvil & ! sp9dle is %[n by ! l9es & figures on ! sleeve & ! ?imble4 ,to read ! micromet]1 place ! object to be measur$ on ! anvil1 turn+ ! ?imble up or d[n until x t\*es ! object lightly4 ,multiply ! am\nt ( v]tical divisions visible on ! sleeve by #be & add ! numb] ( divisions on ! bevel ( ! ?imble f #j to ! l9e :i* co9cides ) ! horizontal l9e on ! sleeve4 ,= example1 if !re are #e divisions visible on ! sleeve & six l9es %[+ on ! ?imble1 multiply #e by #be1 & add #f4 ,total 4#aca ( an in*4 ,,! ,,po9t ,,sy/em ,"s "t prior to ! ye> #adej ,gut5b]g inv5t$ ! ca/+ ( metal type 9 molds4 ,z ! art ( pr9t+ advanc$1 _m new sizes 7 ca/1 b no attempt 0 made to ca/ !m ) a uni=m gradation 9 size & x 0 difficult to build up "o size ( body to equal ano!r2 t is1 ju/ify !m4 ,to obviate ?is1 ,f\rni]1 9 #agcg1 advocat$ a me?od ( ca/+ type accord+ to "s unit4 ,! size kn[n z pica 0 9 use 9 v>i\s c\ntries 9 ,europe1 & 0 consid]$ a /&>d size4 ,tak+ ! pica z a basis he divid$ x into twelve p>ts1 ea* ( :i* he call$ a po9t4 ,he *ose "o-twelf? ( a pica z ! unit because !re exi/$ five sizes ( type betwe5 pica & nonp>eil4 ,z nonp>eil 0 j half ! size ( pica1 ?is made ! succession ( sizes sev51 eight1 n9e1 t51 & elev5 po9ts1 any ( :i* c\ld be ju/ifi$ ) ano!r by ! use ( mat]ial made to ! same unit4 ,! ,unit$ ,/ates ,typef\nd]s' ,association f9ally adopt$ x 9 #ahhg4 ,x is ! only sy/em 9 use 9 fir/-class (fices today4 ,x is popul>ly suppos$ t six picas equal "o in*4 ,?is is approximately s1 b n absolutely1 = six picas measure b 4#iifdh ( an in*4 ,! ,am]ican pica runs ab\t ?ree po9ts less ?an #gb l9es to ! foot4 ,its actual measurem5t is 4#affjh ( an in*4 ,"o-twelf? ( ?is1 or "o po9t1 is1 !re=e 4#jachd ( an in*4 ,:5 calculat+ ! am\nt ( type conta9$ 9 any piece ( compos$ matt]1 x is measur$ up 9 ems1 & ?is em1 or unit1 is ! em ( ! body4 ,! squ>e ( ea* size ( type is call$ ! em ( t body4 ,?us1 ! em ( six-po9t is six po9ts squ>e2 ! em ( eight-po9t is eight po9ts squ>e2 & s on4 ,,ems ,,to ,,runn+ ,,in* ,9 e/imat+ ! am\nt ( matt] set1 ! foll[+ table ( type measurem5t w be f\nd useful4 ,x %[s ! numb] ( ems 9 a runn+ in*1 9 columns f #aj to #cj picas wide1 9 sev5 diff]5t sizes ( type4 ,! figures across ! top d5ote ! wid? ( page or column 9 picas1 & ! figures bel[ d5ote ! numb] ( ems to ! column in* 9 ! v>i\s sizes designat$ 9 ! column to ! left4 ,,wid? ,,( ,,columns ,,9 ,,picas #aj #aa #ab #ac #ad #ae #af #ag #ah #ai #bj ---------------------------------------- ------------ #f po9t #bdj #bfd #bhh #cab #ccf #cfj #chd #djh #dcb #def #dhj #g po9t #agg #aid #bab #bbi #bdg #bfe #bhb #cjj #cah #cce #cec #h po9t #ace #adh #afb #age #ahi #bjb #baf #bbi #bdc #bef #bgj #i po9t #ajg #aag #abh #aci #adi #afj #aga #aha #aib #bjc #bac #aj po9t #hf #ie #ajd #aab #aba #abi #ach #adg #aee #afd #agc #aa po9t #ga #gi #hf #ic #ajj #ajg #aad #aba #abh #acf #adc #ab po9t #fj #ff #gb #gh #hd #ij #if #ajb #ajh #aad #abj #ba #bb #bc #bd #be #bf #bg #bh #bi #cj ---------------------------------------- -------- #f po9t #ejd #ebh #eeb #egf #fjj #fbd #fdh #fgb #fif #gbj #g po9t #cga #chh #djf #dbd #dda #dei #dgg #did #eab #ebi #h po9t #bhc #big #caj #cbd #ccg #cea #cfd #cgh #cia #dje #i po9t #bbd #bce #bdf #bef #bfg #bgg #bhh #bii #cji #cbj #aj po9t #aha #aij #aii #bjg #baf #bbe #bcc #bdb #bej #bei #aa po9t #aej #aeg #afd #aga #agh #ahe #aib #bjj #bjg #bad #ab po9t #abf #acb #ach #add #aej #aef #afb #afh #agd #ahj _/ ,,te/ ,,que/ions ,,li/ ,,no4 ,i #a4 ,describe ! keybo>d & magaz9e escapem5t action on models #e & #h4 #b4 ,h[ is ! rubb] roll tak5 out & clean$8 ,:y does ! rubb] roll %aft h a friction drive8 #c4 ,h[ are ! keybo>d cam frames tak5 (f8 #d4 ,h[ are ! keybo>d cams clean$ & oil$8 #e4 ,describe h[ to take a keybo>d (f & clean x8 ,expla9 9 detail4 #f4 ,h[ is a s+le cam tak5 out on an old /yle keybo>d cam yoke frame8 #g4 ,h[ is a s+le cam tak5 out on ! new /yle keybo>d cam yoke frame8 #h4 ,:at %\ld be done to ! trigg]s be=e replac+ ! cam frame8 ,expla9 :y4 #i4 ,/ate ! causes ( m ?an "o matrix dropp+1 or 8runn+ away40 #aj4 ,:at are ! causes ( matrices fail+ to respond to ! t\* ( ! keys8 ,,li/ ,,no4 ,,ii #aa4 ,h[ is a v]ge on a ,model #e remov$ & a new "o put 98 ,on a ,model #h8 #ab4 ,:at op]ations are gone ?r\gh to *ange a magaz9e on a ,model #e8 ,a ,model #h8 ,give !m 9 ! prop] ord]4 ,h[ to *ange ! middle magaz9e on a ,model #h8 #ac4 ,h[ is ! matrix belt adju/$8 ,:at is ! diff]5ce betwe5 ! matrix deliv]y belts on ! diff]5t models8 #ad4 ,:at adju/m5ts %\ld be made on ! assembl+ elevator1 ! assembl] slide brake & ! *ute spr+8 #ae4 ,:at is ! purpose ( ! assembl] /> :eel friction8 ,:at mu/ be done to keep x work+ prop]ly8 #af4 ,:at gives ! l9e-deliv]y slide its motion :5 deliv]+ a l9e8 ,:at controls ! spe$ & h[ is x adju/$8 #ag4 ,:at releases ! l9e-deliv]y slide8 ,h[ is x adju/$8 #ah4 ,:at returns ! l9e-deliv]y slide to normal position8 ,h[ is x adju/$ on bo? old & new /yles8 #ai4 ,h[ is ! l9e-deliv]y slide adju/$ :5 deliv]+ a l9e8 #bj4 ,:at is meant by 8clean+ spaceb&s10 & h[ %\ld !y be clean$8 ,,li/ ,,no4 ,,iii #ba4 ,expla9 h[ a spaceb& is con/ruct$8 ,h[ %\ld a spaceb& be plac$ 9 a l9e4 ,:y8 #bb4 ,h[ is ! spaceb& box remov$8 ,expla9 9 detail4 #bc4 ,:at w cause spaceb&s n to respond8 #bd4 ,h[ d ! spaceb& box pawls get _! motion to release ! spaceb&s8 ,expla9 9 detail4 #be4 ,h[ are ! spaceb& box pawls adju/$8 #bf4 ,:at prev5ts ! release ( two spaceb&s at "o "t8 ,h[ is x adju/$8 #bg4 ,describe h[ ! !rmo/at controls ! temp]ature ( ! metal1 & h[ x is adju/$4 #bh4 ,describe h[ ! metal is heat$ 9 an electric pot4 ,h[ is ! heat controll$ 9 ! v>i\s heat+ units ( an electric pot8 #bi4 ,:at c>e does ! electric pot & controll] require8 #cj4 ,:at c>e does ! mold require8 ,h[ w\ld y replace ! mold 9 ! disk aft] hav+ x (f8 ,,li/ ,,no4 ,,iv #ca4 ,at :at temp]ature %\ld ! metal be kept8 #cb4 ,:at happ5s :5 too mu* metal is 9 ! pot8 #cc4 ,:at does a slug %[ :5 ! metal is too hot8 #cd4 ,:at does ! slug %[ :5 ! metal is too cold8 #ce4 ,:at does a smoo?1 bright bottom on a slug indicate8 #cf4 ,:at are "s ( ! causes ( a defective face8 #cg4 ,h[ %\ld ! m\?piece be c>$ =8 #ch4 ,h[ is ! m\?piece remov$ on ! w$ge /yle crucible8 ,screw /yle models8 #ci4 ,h[ is a 8/uck0 plung] tak5 out & clean$8 #dj4 ,h[ is ! metal pot adju/$8 ,give all adju/m5ts4 ,,li/ ,,no4 ,v #da4 ,expla9 ! gas pressure controll]4 #db4 ,expla9 ?or\ghly ! c>e ( ! gas burn]4 #dc4 ,:at w cause matrix e>s to b5d 9 ! di/ributor box8 #dd4 ,h[ is ! di/ributor box lift adju/$8 #de4 ,:at causes matrices to clog 9 ! di/ributor box & h[ are !y remov$8 #df4 ,:at w cause two matrices to lift at "o "t 9 ! di/ributor box8 #dg4 ,:at w cause matrices to fall 9 ! wrong *annel ( ! magaz9e1 & :at is ! rem$y8 #dh4 ,describe ! me*anism :i* drives ! di/ributor screws8 #di4 ,expla9 ! con/ruction & action ( ! di/ributor spiral automatic4 #ej4 ,h[ is ! fir/ elevator adju/$8 ,give all ! adju/m5ts4 ,,li/ ,,no4 ,,vi #ea4 ,h[ is ! fir/ elevator connect+ l9k con/ruct$8 ,h[ is x adju/$1 & :at is ! object ( ! adju/m5t8 #eb4 ,:at is ! purpose ( ! pump /op8 ,expla9 ! action & adju/m5t ( ! pump /op4 #ec4 ,:at is ! purpose ( ! fir/ elevator l9e /op8 ,h[ is x replac$ & adju/$8 #ed4 ,expla9 ! con/ruction ( ! fir/ elevator two-lett] jaws1 & h[ x sometimes prev5ts ! elevator go+ high en\gh to all[ ! l9e to transf] aft] hav+ a squirt4 #ee4 ,h[ %\ld ! metal be remov$ f ! fir/ elevator jaw aft] hav+ a squirt8 #ef4 ,:at "p ( ! fir/ elevator %\ld be kept p]fectly clean & free f oil8 #eg4 ,:at action has ! reca/+ block on ! fir/ elevator8 #eh4 ,describe h[ a "o-lett] l9e is reca/4 #ei4 ,describe h[ a two-lett] l9e is reca/4 #fj4 ,:at tr\ble w\ld be caus$ by ! fir/ elevator slide n be+ adju/$ to prop]ly align ) ! transf] & deliv]y *annels8 ,,li/ ,,no4 ,,vii #fa4 ,:at adju/m5ts are !re = ! second elevator8 #fb4 ,:at w\ld cause ! second elevator to be held at ! di/ributor8 #fc4 ,:5 ! second elevator does n desc5d1 :at causes ! ma*9e to /op8 #fd4 ,give ! adju/m5ts ( ! elevator transf] slide4 #fe4 ,:at is ! releas+ lev] = 9 ! fir/ elevator slide guide1 & h[ is x adju/$8 #ff4 ,:at is ! object ( ! int]m$iate b> pawl8 #fg4 ,h[ may ! movem5t ( ! transf] & spaceb& lev]s be int]f]$ )8 #fh4 ,h[ does lock+ ! spaceb& transf] lev] /op ! ma*9e8 #fi4 ,h[ does ! spaceb& transf] lev] get its motion & h[ is x adju/$8 #gj4 ,:5 does ! automatic safety pawl act8 ,,li/ ,,no4 ,,viii #ga4 ,describe ! me?od & ord] t %\ld be foll[$ 9 mak+ a complete *ange ( ! ma*9e f "o size to ano!r4 #gb4 ,h[ are ! mold l9]s m>k$ to di/+ui% size8 #gc4 ,h[ is ! ejector blade held 9 place8 #gd4 ,:at w cause a slug to be pu%$ out ( a galley :5 be+ eject$8 #ge4 ,:at is ! purpose ( ! buff] spr+ 9 ! ejector slide8 #gf4 ,:at is ! ejector-blade guide =1 & :at c>e does x require8 #gg4 ,:at makes a slug high] on "o end ?an on ! o!r8 #gh4 ,h[ is ! back knife adju/$8 ,expla9 9 detail4 #gi4 ,h[ is a micromet] read8 #hj4 ,:at is 8type high08 ,,li/ ,,no4 ,,ix #ha4 ,expla9 9 detail h[ ! trimm+ knives are adju/$4 #hb4 ,:at causes slugs to be (f _! feet1 or lift1 :5 lock+-up8 #hc4 ,:at "p ( an in* is a type f\nd]s po9t8 ,:at "p ( an in* is a l9otype po9t8 #hd4 ,h[ are ! decimal po9ts ( a slug f\nd8 #he4 ,:5 c ! vise be op5$ to fir/ position8 #hf4 ,:5 c ! vise be op5$ to second position8 #hg4 ,expla9 ! con/ruction ( ! ma9 friction clut*4 #hh4 ,h[ is ! coll> connect$ to ! clut* rod8 #hi4 ,:at is ! diff]5ce betwe5 ! new & ! old /yle clut* adju/m5t8 #ij4 ,h[ is ! ma9 driv+ clut* adju/$8 ,give ! sev5 adju/m5ts affect+ ! clut*4 ,,li/ ,,no4 ,x #ia4 ,9 :at position %\ld ! />t+ lev] be :5 mak+ ! adju/m5ts on ! friction clut*8 #ib4 ,:at c>e %\ld be giv5 to ! ma9 friction clut*8 #ic4 ,h[ c y det]m9e :5 ! clut* is slipp+8 #id4 ,give causes = ! slipp+ ( ! clut*1 & h[ y w\ld rem$y !m4 #ie4 ,:at is ! action ( ! automatic safety pawl :5 /rik+ ! upp] /opp+ lev]1 & h[ does x effect ! clut* to /op ! ma*9e8 #if4 ,/ate ! purpose ( ! vise automatic1 & tell h[ x is adju/$4 #ig4 ,h[ is ! vise automatic adju/m5t te/$8 #ih4 ,h[ are ! matrix toes %e>$ :5 ! vise automatic is out ( adju/m5t8 #ii4 ,h[ is ! mold slide adju/$8 ,give all adju/m5ts4 #ajj4 ,describe ! ma*9e action f ! "t a l9e is 9 ! assembl+ elevator until x has be5 di/ribut$4 ,,me*anism ,,class ,,s*$ule 7,lesson ,index7 ,! foll[+ class s*$ule 0 design$ = "o-h\r class p]iods4 ,x has be5 f\nd f exp]i5ce t ! lessons may be cov]$ 9 approximately "o-h\r class p]iods1 except ,no4 #bj4 ,additional /udy ( ea* lesson w be f\nd pr(itable :]e "t p]mits4 ,,pages #a4 ,keybo>d1 con/ruction & action2 tak+ (f keybo>d cam frames2 clean+ & oil+ keybo>d cams1 #c-aj #b4 ,tak+ (f keybo>d2 tak+ ap>t & clean+1 #aj-ab #c4 ,keyrods1 escapem5ts1 magaz9es ( v>i\s models1 #ab-be #d4 ,assembl+ elevator1 assembl]1 assembl] slide1 assembl] slide brake1 #be-cc #e4 ,spaceb& box2 deliv]y slide1 #cc-db #f4 ,metal pot1 m\?piece1 metal pot adju/m5ts1 #db-eb #g4 ,pot lev]2 gasol9e & gas burn]s2 pressure1 m]cury1 & !rmo/at gov]nors1 #eb-fa #h4 ,electric pot1 #fa-fh #i4 ,molds1 #fh-gc #aj4 ,di/ributor b>1 *annel entrance1 di/ributor screws1 di/ributor clut* plate & /opp+ b>1 di/ributor clut*2 con/ruction ( spiral automatic1 #gc-hj #aa4 ,di/ributor box2 matrix lift cam1 #hj-hg #ab4 ,fir/ elevator slide & adju/m5ts2 fir/ elevator jaws2 con/ruction ( ! connect+ l9k1 #hg-id #ac4 ,second elevator & adju/m5ts2 ma9 cams1 #id-ih #ad4 ,fir/ elevator slide guide2 transf] slide adju/m5ts2 spaceb& lev]1 pawl1 & turnbuckle1 #ih-aja #ae4 ,mold slide2 lev] & slide2 mold disk lock+ /uds & blocks2 ejector slide & blade2 univ]sal ejector1 #aja-ajg #af4 ,mold knife adju/m5ts2 adju/m5ts ( trimm+ knives2 knife wip]1 #ajg-aad #ag4 ,mold ge> arm2 mold turn+ cam2 squ>e block2 ju/ification lev]s2 vise1 vise jaws1 pump /op1 #aad-abb #ah4 ,driv+ %aft1 friction clut* & adju/m5ts1 v]tical lev]1 upp] & l[] /opp+ lev]s1 automatic /opp+ & safety pawls1 /ay bolt1 #abb-abg #ai4 ,vise automatic2 fill+ piece & safety lug1 #abg-acj #bj4 ,dismantl+ & reassembl+1 "u ! sup]vision ( ! in/ructor ,index ,,page ,adju/able ,mold1 #cf-;em1 #ga ,adv]tis+ ,figures1 #acb ,adv]tis+ ,mold1 #gj ,assembl]1 #bh ,assembl] ,slide1 #ca ,assembl] ,slide ,brake1 #ca ,assembl] ,tr\bles1 #cc ,assembl+ ,elevator1 #be ,assembl+ ,elevator1 to ,take ,(f1 #bh ,auxili>y ,lev]1 #ic ,auxili>y ,magaz9es1 #ba ,burn]1 ,gas1 #ee ,burn]1 ,gasol9e1 #ee ,bank+ ,/rips1 ,mold1 #aji ,cams1 ,ma91 #ie ,c>bolite ,mold1 #ga ,c>e ( ,electric ,metal ,pot1 #fe ,c>e ( ! ,ma*9e1 #acc ,causes ( ,bad ,assembl+1 #cc ,*annel ,entrance1 #gd ,*ute ,spr+1 #bh ,class ,s*$ule1 ,me*anism1 #adi ,clean+ a ,magaz9e1 #bc ,clean+ ,matrices1 #bd ,clean+ ! ,?roat ( ,crucible1 #dd ,connect+ ,l9k1 ,fir/ ,elevator ,slide1 #ib ,crack$ ,crucible1 #dd ,curr5t ,consumption1 #fg ,display ,molds1 #gj ,di/ributor1 #gc ,di/ributor ,b>1 #gc ,di/ributor ,box1 #hj ,di/ributor ,box1 ,l[]1 ,models #b & #d1 #hc ,di/ributor ,box1 to ,remove1 #hg ,di/ributor ,box ,matrix ,lift ,cam1 #hd ,di/ributor ,clut*1 #gf ,di/ributor ,screws1 #ge ,di/ributor ,screw ,gu>d1 #gf ,di/ributor ,spiral ,automatic1 #gh ,di/ributor ,/opp+ ,me*anism1 #gg ,di/ributor ,tr\bles1 #hd ,duplex ,rails1 #bf ,duplex ,rail ,op]at+ ,blocks1 #ii ,ejector ,blade1 #aje ,ejector ,blade1 to ,*ange1 #aje ,ejector ,guide ,block1 #aje ,ejector ,slide1 #ajd ,ejector1 ! ,univ]sal1 #ajf ,electric ,metal ,pot1 ,c>e (1 #fe ,electric ,pot1 #fb ,electric ,pot ,def9itions1 #fa ,elevator1 ,second1 #id ,ems to ,runn+ ,in*1 #adb ,escapem5t ,me*anism1 #ad ,facts & ,sugge/ions ,ab\t ,trimm+ ,knives1 #aab ,failure ( ,matrices to ,respond 7,see ,keybo>d ,tr\bles71 #g ,failure ( ,matrices to ,respond 7due to ,tr\bles ,above ! ,keybo>d71 #bc ,fill+ ,piece1 ,fir/ ,elevator1 #acj ,fir/ ,elevator ,jaws1 #ij ,fir/ ,elevator ,jaws & ,slide1 #hg ,fir/ ,elevator ,jaw ,l9e ,/op1 #ib ,fir/ ,elevator ,slide ,connect+ ,l9k #ib ,fir/ ,elevator ,slide ,guide1 #ih ,friction ,clut*1 #abb ,friction ,clut* ,adju/m5ts1 #abc ,friction ,clut* ,h9ts1 #abf ,fuses1 #fh ,gas ,burn]1 #ee ,gas ,burn]s1 to ,remove1 #eh ,gas ,pot ,h9ts1 #eg ,gasol9e ,burn]1 #ee ,gov]nor1 ,m]cury ,gas1 #ei ,gov]nor1 ,pressure1 #eh ,gov]nor1 ,!rmo/at ,gas1 #ei ,headlett] ,mold1 #gj ,h9ts1 ,friction ,clut*1 #abf ,h9ts1 ,gas ,pot1 #eg ,h9ts1 ,magaz9e1 #bd ,h9ts1 ,mold1 #gb ,ju/ification ,lev]s1 #aah ,keybo>d1 #c ,keybo>d1 to ,take ,ap>t1 #aj ,keybo>d ,p>ts1 #d ,keybo>d ,cams1 ,clean+ !1 #i ,keybo>d ,cams & ,p>ts1 #d ,keybo>d ,cam1 to ,remove1 #f ,keybo>d ,cam ,frames1 to ,remove1 #i ,keybo>d ,lay\t1 #i ,keybo>d ,rubb] ,rolls1 #f ,keybo>d ,tr\bles1 #g ,keyrods1 #ab ,keyrods1 ,auxili>y1 #ac ,knife ,block1 #aji ,knife ,block1 ,w$ge ,/yle1 #aaa ,knife1 ,mold1 #ajg ,knife ,spr+ ,plate1 #aaa ,knife ,wip]1 #aac ,knife ,wip]1 ,old ,/yle1 #aad ,knives1 ,trimm+1 #aji ,l9e ,deliv]y ,slide1 #ci ,l9e ,/op1 ,fir/ ,elevator ,jaw1 #ib ,lock+ ,/uds & ,blocks1 #ajd ,magaz9es1 #ae ,magaz9es1 ,auxili>y1 #ba ,magaz9es & ,escapem5ts1 #ad ,magaz9e1 ,clean+ a1 #bc ,magaz9e ,*annel ,entrance1 #gd ,magaz9e ,h9ts1 #bd ,magaz9es1 ,split1 #ba ,magaz9e1 ,remov+ a1 #ah ,magaz9es1 ,remov+1 ,new ,models1 #h & #ad-s-k1 #bj ,ma9 ,cams1 #ie ,mak+ ,ma*9e ,*anges1 #acb ,matrix ,c>ri] ,belt1 #cb ,matrices1 ,clean+1 #bd ,me*anism ,class ,s*$ule1 #adi ,me*anical ,t]ms1 #acf ,m]cury ,gas ,gov]nor1 #ei ,metal ,pot1 #db ,metal ,pot ,adju/m5ts1 #di ,metal ,pot ,plung]1 #db ,metal ,pot1 ,remov+ a1 #ed ,micromet] ,calip]1 #adj ,model ,k1 #bb ,model ,l1 #bb ,model #ad1 ,s+le ,keybo>d1 #ac ,model #i1 #acj ,molds1 #fh ,mold1 ,univ]sal ,adju/able1 #fi ,mold1 ,recess$1 #fi ,mold1 ,display & ,headlett]1 #gj ,mold1 ,adv]tis+1 #gj ,mold1 ,c>bolite1 #ga ,mold1 #cf-;em ,adju/able1 #ga ,mold ,turn+ ,cam ,adju/+ ,%oes1 #aae ,mold ,bank+ ,/rips1 #aji ,mold ,disk ,lock+ ,/uds & ,blocks1 #ajd ,mold ,driv+ ,%aft ,friction ,clamp1 #aaf ,mold ,ge>s1 ,retim+1 #aaf ,mold ,h9ts1 #gb ,mold ,knife1 #ajg ,mold1 ,remov+ & ,replac+1 #gc ,mold ,slide1 #aja ,mold ,turn+ ,cam1 ,squ>e ,block1 & ,p9ion1 #aad ,mold ,wip]s1 #ga ,m\?pieces1 #de ,m\?piece1 to ,remove a1 #dg ,plung]1 ,metal ,pot1 #db ,pressure ,gov]nor1 #eh ,po9t ,sy/em1 #ada ,pot1 ,electric1 #fb ,pot ,lev]1 #eb ,pot ,return+ ,cam ,%oe1 #ec ,pump ,/op1 #aba ,que/ions1 ,te/1 #adc ,recess$ ,mold1 #fi ,releas+ ,lev]1 #ii ,remov+ a ,pot1 #ed ,remov+ a ,magaz9e1 #ah ,remov+ a ,magaz9e1 ,new ,model #h & #ad-s-k1 #bj ,retim+ ,mold ,ge>s1 #aaf ,safety ,lug1 ,mold ,disk1 #acj ,second ,elevator ,safety ,cat*1 #ie ,second ,elevator1 #id ,second ,elevator ,/>t+ ,spr+1 #ie ,slug ,tr\bles1 #ed ,spaceb&s1 !1 #cc ,spaceb& ,box1 #ce ,spaceb& ,box1 to ,remove1 #cf ,spaceb& ,box ,pawls1 to ,replace1 #ch ,spaceb& ,box ,pawls & ,rails1 #ch ,spaceb& ,lev]1 #ajj ,spaceb& ,lev] ,pawl1 #aja ,spaceb& ,tr\bles1 #cg ,spiral ,automatic1 #gh ,split ,magaz9es1 #ba ,spr+ ,plate1 ,knife1 #aaa ,/ay ,bolt1 #abg ,/> ,:eel1 #bi ,/uck ,slug1 ,remov+ a1 #ajg ,tabul> ,atta*m5t1 #aca ,te/ ,que/ions1 #adc ,?+s ,y ,%\ld ,"k1 #ach ,transf] ,slide1 #ii ,trimm+ ,knives1 ,facts & ,sugge/ions1 #aab ,trimm+ ,knives1 #aji ,tr\bles1 ,di/ributor1 #hd ,tr\bles1 ,slug1 #ed ,!rmo/at ,gas ,gov]nor1 #ei ,?roat & ,m\?piece ,heat]s 7,electric71 #fd ,univ]sal ,adju/able ,mold1 #fi ,univ]sal ,ejector1 #ajf ,v]ge1 to ,remove a1 #bc ,vise1 !1 #aai ,vise ,automatic1 #abg ,vise ,jaws1 #aba ,vise ,ju/ification1 #aah ,transcrib]'s ,notes pg #ac ,*ang$3 ,on ! lat] models #a to3 ,on ! lat] model #a pg #bf ,*ang$3 !re is assembl$ 9 ! front to3 !re are assembl$ 9 ! front pg #bh ,*ang$3 pull ! gib (f d[el p9s to3 pull ! gib (f d[el ! p9s pg #cj ,*ang$3 remove ! *ute spr+1 if ! new /yle1 release to3 remov+ ! *ute spr+1 if ! new /yle1 releas+ pg #cb ,*ang$3 ! op]at+ lev] :5 rais$ to3 ! op]at+ lev]1 :5 rais$ pg #cc ,*ang$3 prop]ly1 worn deta9+ plates4 to3 prop]ly1 or worn deta9+ plates4 pg #cc ,*ang$3 b9d2 assembl] slide worn or dirty to3 b9d2 or assembl] slide worn or dirty pg #dj ,add$ p]iod aft]3 elevator is rais$ to s5d 9 a l9e pg #di ,*ang$3 lips ( ! crucible1 by driv+ to3 lips ( ! crucible by driv+ pg #ea ,*ang$ plung] p9 has be5 remov$1 to prev5t accid5taly to3 accid5tally pg #eg ,*ang$ ,! hole c be pean$ to3 pe5$ pg #fc ,*ang$ controll$ by an adju/able dynamic !romet] to3 !rmomet] pg #fh ,*ang$ h a flexibility t requires a v>itey to3 v>iety pg #gj ,*ang$ ,! cap is con/ru/$ to3 con/ruct$ pg #gj ,*ang$ ,! groves 9 ! cap to3 grooves pg #ge ,add$ ! ^w 8!0 to3 screws are 9 front ( 8!0 di/ributor pg #ha ,*ang$ drawn out a little by pean+ to3 pe5+ pg #hd ,*ang$ annoyance & lo/ "t is causd to3 caus$ pg #ia ,*ang$ ,! duplex rail sometimes become to3 becomes pg #ajf ,*ang$ />t+ & /opp+ lev] & is conect$ to3 connect$ pg #ajh ,*ang$3 is %\ld scrape ! lead f ! mold4 to3 x %\ld scrape ! lead f ! mold4 pg #aji ,*ang$ all[s = a range =m to3 f pg #aab ,*ang$ adju/m5t if dirt or gum int]f]s to3 int]f]es pg #aae ,remov$ repeat$ ^w f3 cam & bank aga9/ ! ! %oes4 pg #abi ,*ang$ =c$ out ( action by ! vise matic to3 automatic pg #acj ,*ang$ int]*angeable magaz9es1 any-"o to3 any "o pg #aca ,*ang$ op]at$ by ! usual keybo>d ma*anism to3 me*anism pg #ace ,*ang$ ,te/ ! vice-automatic to3 vise-automatic4 pg #aci ,*ang$ ,d n *ange adju/m5ts ev]ytime to3 e "t pg #adj ,*ang$ ,! spe$ ( ! ma*9e %\ld be uni=m at all tims to3 times pg #adj ,*ang$ = flucuations w int]f]e to3 fluctuations pg #adc ,remov$ extra quote f3 "o matrix dropp+1 or #88runn+ away40 pg #adc ,*ang$ gone ?r\gh to *ange a magz9e to3 magaz9e pg #adc ,*ang$3 ,h[ are ! rubb] roll tak5 out to3 ,h[ is ! rubb] roll tak5 out pg #adc ,*ang$3 ,h[ *ange ! middle magaz9e to3 ,h[ to *ange ! middle magaz9e pg #add ,*ang$3 ,h[ adju/$ on bo? old & new /yles to3 ,h[ is x adju/$ on bo? old & new /yles pg #ade ,*ang$3 ,h[ replac$ & adju/$ to3 ,h[ is x replac$ & adju/$ pg #ade ,*ang$ ,:at does a smo?1 bright bottom on a slug indicate to3 smoo? pg #ade ,*ang$ ,expla9 ?r\ghly ! c>e ( ! gas burn]4 to3 ?or\ghly pg #aea ,add$ ^w ! to3 keylev]s2 ! keyb> bank+ b> ,normaliz$ spell+ ( vice to vise ?r\gh\t book4