Nikon Motor Drive md-12 SM PDF

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Nikon Motor Drive md-12 SM PDF

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Zamfirache Mihai

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SSFAST-R.3026.A 100—32—503 Motor Drive MD-12 =—S—K 51 FMD-12 of kx kt AG yas Adige 28 Se eee REPAIR MANUAL se ih st ikea) NIPPON KOGAKU K.K. Tokyo, Japan © SCD Wicuts Reserve RGRMERT 7Cc a es aa s “ TOF YAMA ve ee eee ee WA PRTR eet eteee BaG ayy FH oo as sRnaaabapadseresaleseaes peers a ddelie Sema eee RB Ae KUEN a yndd shea vivenaser a EE SF 5 BAORD veers 6B tte 7. DAR ERIE © memente8 @ OeewFte - @ We OPM ua AERA @ vu-xmteee—h @ simree—h @ —a ows rh oe QD PMT yy RRUIOT yy hae — © WMMAMMM oeoeree sees @ are T (HoT Yah) 8. OM, BOM WO-12 HR) QO s-c ery 7H +e Q wat FR cette @ #8 Wary s) aE: @ #arra-7 © s-c Mem vee © wry y ha -+ @ vesrMmendye ce @ 3- FUR verre 9. RmMMeRe (MD- 12 BAR) vee lo. MISS, BARB cece cee ee 2 3, Q0hg PE, 7. RERBO—S ID- || (33497 —2.3002-) BARD 33FA97 — R.3026.A 33 ” # a SEES 42 a7 “0 5 54 37lL 2. 3 4a 5 6 10. 33FA97 - R.3026.A CONTENTS: Figure of external i++++++e+e++ Specifications ++++++++eeeseee Parts list -- aia 1B Sub-assembly list -+-++-+++++ 23 Marks in the parts list ** Illustration of each part IC printed.cireuit - CAmera mount unit - SeC cap Mechanism +++ Battery chanber Battery cartridge Circuit diagram +++++ Wiring diagram s+++++++ Electrical circuit & electrical troubleshooting @functioning of motor drive Q@viring atagran @rnctioning of 1C pin & electrical parts @shutter-release operation ("C" setting) ... @ritmadvance operation ("C" setting) - @®shutter-retease operation ("S" setting) -+++++ @patterns of relay printed circuit and IC printed circuit 96 - 97 @switches and electrical parts - 98 - 99 @electrical troubleshooting +++ 100 - 112 Disassembly, assembly & adjustment @s-¢ cap assembling .. Qpetease nctering avitch assenbling Release netering svitch adjustaent @petease bucton stroke . sere 83 = 85 es 88 sts 87 = 90 BeeREE ae:. SEIS 92 eee 99H petal. (95 oucahei'e +e 1a @)s-c selector assembling «+--+ fis Qe princed circuit inatallation ssssssesecsesesssesees 116 Qenote metering avitch assesbling FM RH LAV, eA BRM CARL OMICS IT (yy 9 9 ide 1/125 ~ 1/1000) LIvmU Bei < Sai me 1/2 ~ 1/1000 # ( FM) BeiR< 2008 (FE) m3Memm LSV Be Rte mt 800K (ALF Ya tWAL hy F SUM—3D) LI2MU CS), ime U CC) ORE LRECHASRMAR ON 2RETE-9—KS1 7M FE S097 4 > mEN2t MIRON £Y 4 205 ms BN TMD (EH. EOE REL CH SRSO MITE A SMe RONDSELES, 7 UAT, AHMCE—9— RAH np ik. NATERLAME BH. MLE ET ¢ Wy Fos 8 BPR LE Ae BARB EF BABES 7 «VL THLVIHEMB ETS LRT. WE h9-EFICI— KR L OR fe. TT PL AI> hO—Wew, WE BY hO-WRB, 947—A=>hREL DIRS ee YE RIS PWICI— RAL HMI ATMA ONES S, #9 14d mn(R) < 36 RRC OAT) < 42 MRCS) a4iog33FA97 - R.3026.A Camera fitting: Number of frames shootabli Shooting spee: Usable shutter spe Pover source: Number of rolls of film Delay circuit: Camera metering timer: Film advancing auto stop: Rewind slide: LED indicator: Remote control: Dimensions: Weight: = Specifications - Nikon FE, Nikon FY Up to 36 frames when loaded a film cartridge Single-frame and continuous shooting possible 3.5 Eps approx. maximm at shutter speeds faster than 1/125 sec. Single-frame shooting; all shutter speeds except Continuous shooting; 1/2 - 1/1000 sec. 5) all shutter speeds except 'B' (FE) Eight 1.5V AA size penlight batteries Approx. 100 rolls of 36-exposure film (at continuous shooting mode under normal temper- ature with zinc-carbon batteries) S-C selector provided First step ++ Meter turns ON. Second step ..... Motor drive operates. With the FE mounted, motor drive operates at an interval of approx. 205ms immediately after meter switches ON. Once meter is switched ON, even after the finger is lifted from the release button, meter remains ON for approx. 50 sec. Electric current supplied to the motor is automatically cut off at the end of the roll of film to stop the motor. Coupled with camera's film rewind button. When pushed up, automatically releases the film advancing auto stop device. Pilot lamp lights up during motor drive's operation or when motor drive stops automatically at the end of the roll of film. Possible by connecting a cord with 3-pin plug to the remote control socket. Usable accesso- ries; Mi-1 Radio Control Ser, ML-1 Modulate Remote Control Ser and MT-1 tntervalometer. When 3-pin plug is inserted to the remote control socket, meter switch turns ON. Approx. 144 (W) x 36 (D) x 42mm (H) (excluding the grip) Approx. 410g (without batteries) VU3. & % Parts Lis mae Ss Bevis bist 33FAS7-R-3026-A * * is a a No os ae eee femme] ee) > Gale’| MARDEN ATR] ot ale Remarks ty | Beez A rt eA| Bodycasting A 3 | al ‘ re | | (4) ay | weORE B | T Body casting B 1 J+fo 1 mW ge | 77 ee ‘Upper half grip aH 2 | 0 | mpn-#3 4 | Raabe | | (63) | Battery carted r]oar | son) Morgan T j sq | seem he Cc Battery chamber cover Bs pratt 8) MD #52 | 1 aman , 7 61 att | Cover contact retainer 2 | as [a [istics = ee | 1 ALL | J Cover contact 41 asa | 8) MDII-#7-1 ~ a | Rbemet | Cover erew 1] att | S| 08) wpn-8 9) | Rie | Leatherete 1) ats 08 MDI-#9 Cc sel ee re | 2 se 3)? Motoe 1) B | 3 Od) MDI #104 | | T q 1 | pa | 3 Oa) MDN-#IL aa | ieee 1 | BI Upper baseplate | a) wou | Re o> lig Lower base plate aa 4) MDI #13 j | id, | REA | “ (03) | Top plate a \4 1) 0) MDIL- #1433FAG7-R-2026.A aa ie z ano 7 2 Part No. Name Peat | Rat Remarks AaB | | | 4 1 | 1 | 0) Mpu-piss aa Set | fo ira peti 1] op a | Mpn-sis oar -2 Men 16 1] op ja | Mone ] ie | e# 1] oe a | won-#7 Gear | | t sae fee 1 | oo [a | ones Gout =5 | ayy Thm | x Bax? woni- we NERS fee | aeneen x | x | er | as a) Mons Gear-6 tke fe a ee v] as | | a) wore Gew=7 :: | ose aa 1 | 2 [le Connecting tube aa | 7 #78 x» | oe | won aoe | | a #28 ! 1 = ae Mee 2 Ja | oe 2 MDI #25 Gear-9 ] T =r 0 2% ae) 2) pn #26 Gear =10 * | 7 mete | 7 ba | pe | wpii-#27 77) First ger sate 2 # rom | | 28 Loe 2 wpn-#28 ‘Second gear shaft WG33FA97-R-3026-A Te sane @ * jae] Sa" jemee| * 2 Part No. Name Gall | RSFSR este Ramat yo | SrPrB RI THAme | ae | a | wpu—#0 Washer (t=0.2) ej na | 20e7ememe A 1 | ops | 3 fos} mpneasia Friction spring mount washer A (t= 0.2) 3i0c!||| 7s ee 1 BS 3) | 0a] Mpu-¢siB Frietlon sping mount washer B Kee (t= 0.4) 1 4 sie Vo PRRs C 1 BB 3. | 08) MDII-#31C Friction spring mount washer C | G08) [al Ue T ree | C an Jo 7emERe D 1 | a8 | 3 | os] Monga Friction spring mount washer D | (t= 0.8) i jig | 227 7tmeRe E 1 | BB 3° | OA) MDII-#31E Friction spring mount washer E | 03 |poead ur | 207 73AMSHER F r foo | a bea! soncpar Friction spring mount washer F_ | (20.5) i } ¥* | | | nn | B2ereae 3 Bo 43) Oa) MDL #32 2nd gear shaft washer (2.124.303) | t a noth 1 a | 4 | MpU-#33 Cam shaft, | | c axa | fi ate 1 Bo | MDLIR #34 Wadup shat alte Hee FI gs | Be 1 | oo | | Mpii-#3s Wind-up control sleeve [es e mene) 7 1 37 4 | Mpli-#36 ‘Gear control ring, | WF Hod MA BhUa era = 1} op | 3 | oa, wpn-g37 378) Wind-up coupling pieet aera ren | | oe aes) 7? a) 3) OA) MDIL>ys8-1 Ss (ay) Coupling spring | I | :33FA97-R-3026-A sae z * * 2 Part No, Name Remarks st | a | Se 1 | Bs a | Mpn—#39 Wind-p stopper | eer 0 1) Bo 4 | Mpii- #40 ‘Torque spring collar BLK 4 1 a | Mbit | Windsup shat ball bearing ” | * i | Howeryyr Bix | | a | oo 5: || Se | a | Mpu-#a2 aetse e 4: | Seer }2| m | a | won-¢as Windsup shaft pin ie 441 S22 tere? 2 Bo ja MDL1~#44-1 Coupling pin | gers yrane 4s > 1] a a | wpii-#4s Coupling cover | | | | wm _| aoe 1 | Be a) wn-#6 Friction spring (4= 0.7) ie! gy | Beers >to |) oa) Mpneear Torque spring (d= 1.6) | Dey A | st | s._| SEE 2) BT) 5 | oa) pn-#a8 Stopper pin A a | Boer B ° 1B a MDI #49 Stopper pin B jes | abe, Ree 50 2] 8 3 | On; MDII- #50 Wind-up shaft washer (3.1x5.5x0.5) | } 5 ae | | 32 ja|oa & MDII-#52 cam | | wary etm 53 a | 3 | onl Phase printed circuit wy33FAQ7-R-3026-A 1s we sane a * af smee] a a Part No. Name Ps pe ererace| Term, | Remarks Sy | Seen 2 | srx2 a | MDI #54 (Charge shaft mount rivet os . zee ss tv} oa | 3 | oa) mpnaess (05) | Relea sie | m | se | Bae 1 | B10 a | Mpn-#s6 Release shaft dove sewn ” 1} om a) Mpn-#57 Release shaft mount + fe ese | S| Mon-#se ~ 11 ¢ Release lever aaa 1 | Bio a | pn-ss9 Roler | a 0 or 1 BIO | 4 MDI — #60, Roller shaft | i VAR | 1 1) Bt 4 | Mp1-#61 Release lever retainer | * | | Fanon | 2 1} oa | 3 | on) wpn-ee2 Charge spring (4*05) 1™| Cc RAMI 787 1 {oa | 3 | oa) wn & Release shaft cushion | | e LRM T A 4 3 | Bix3 | Cerca tkcuunk a | Mono eee Mp1 #65 Release lever shaft vy RU mai o7 1 | BL #67 Release lever spring (4 = 0:35) | | a || aang 8 Steere: 1 B 3 On MDI1— #68 c | pi Release reverse spring (d = 0.23) |‘33FA97-R-3026-A sae % * enna] £F 7 2 Det Nase ew ote Remarks || ME aee? B 0a | MDII- #69 Stopper screw | somem n B wou #71 Rubber retainer plate Ss # wm } nr B OA | MDII- #72 ‘Stopper rubber | zi EmERHSA B 2 BI Mui #73 Upper base plate rubber B & iv fre te B | MDII- #74 74 4 ‘Washer (2.1x6x0.2) | ag | T Ro Atl dail Be aan a | mon-es Rae | 6 1 pil #71 Routton lever wi |] #6 ay | TET RRA tae | 3" Remote switch spacer We | \ 3 Ree Gt oA MDII~#78 Routton name plate Rian § At 7» wpii-#79 R-button guide AlOx2 ‘ I wo | echo te ‘Remote button spring | | hamtnae | hil a | TETRA Ao tite 3 Remote switch spring | 82 RWREEE, B | On MDI1~ #82 Reshaft spring (8= 048) —- + 84 ae B On MDLI~ #84 Reshat33FA97-A-3026-A 5 Ta Tas waae z * aE] mee jeme] 2G] > Part No. | Name Pee | memo [Retrze| erm Rimaris im as || 8 1] oan 4 | p1i—#as Rplate | | | ae | RES 1 | aut A | Mp1 #86 Reoin treet a," | SESE 1} pe 4 | Mpn-¢87 Recontact moust vk | | | ag | RRM Ja] an a | mpi #88 R contact spring RAM | 1 | pi (4) Mpn— 39 © 1 contact pate te Reaceae rey | 1 joan } 4 | mon 9 | contact spring rivet | 7 RRABD Ys EY | 1] pi o) wpni—¥91 Ot | contact pte rivet | 1 | #9 | SP), || ener. 1] aga 4 wpii-#92 Battery contact support plate | eee 1) AM 4) MDi-#93 Battery contact plate | | | 4°, | eee 4 | Aetna | & | wpii—#94 Battery contact | gs | TRCN AL FRR zi |e. bea. Remote switeh retainer | ot 1 og | DETRAA BEY | ths | Remote switeh pin | | 1 T * yeaveare— ety on | ar a Remote control connector | (sore pit #98 247 9m | c %8 | Connector cover : #1 2) s3080 =Switch “OFF” plate Te eat maae z be leee emesis) Part No Name ster] ahr [eerste Remarks zap eney mpii- #99 9 2 | atix3 | o Conreto pin | | | ssa | | a! pA. S4poce=20 la: | 1004 1 | ava a Connector mold | | 102 1 4 0) Mon—sto2 Tripod socket | | Biosa A 105-1 aM AS a MDII~ #105-1 Knob A | [— t tae | 1061 1 10) MDn- #1061 Connecting screw base \2] nitozs B | 107-1 L Ag | A MDI1~ #107-1 Kaob B fe ASH 1 T ee | : | 108-1 ae 2 wet a ‘MDII1— #108-1 Knob gear Aoxl | , ay taken | | son.) UIE | 10) MDI #1091 tale par | 1 T i- 110 eee 1 1 ° MDII- #110 Camera connecting ew foils) iw see 1 B2 a MDII- #111 Support A - - 12 Pe 4 | Blx4 a MDI1- #112 Suppor 8 413 a | 1 | Bz a MDII~ #113 Suppor © | tig Pee OF ma 1) | Mpn-#ne Sitch “ON” plate yas | 40 F OFF us = 1 1 ° MDII-#115 WU33FA97-R-3026-A maee @ * * Part No. Name Remarks, a 8 116- 1 * Mu #116 ") ame plate * Bos tui 121 1 | Mp - oe ae Pntpneta A m2 1 | aia oa | Mpn- #122 ‘Signal terminal spring A Bes—isene B 123 1 | asa oa | Mon #4 ‘Signal terminal spring B | #123 EE S—itextk A 1244 1 | alan MDIL- #1241 EE terminal spring A eA € EEA -ituth B | 1284 1 | atsa oa | Mpn—#1281 EE terminal spring B is Bes—iteey 126 2 o | mpi #i2s Signal terminal pin | « 1 fap | Ae ee 1 oO Mpu-#127 | Grip spacer ia | PEE EES 2 pu #128 EE terminal pin o ee wo | tee won. #10 2 1 Insulating plate | e x ian || eRe | wont #131 Resinous insulator | 2h af | 4 iad |e eee 8 | MDIL- #132 Insulating plate | 3 en gc (ERE 1 | Bs o MDI #134 Phase switch A. | = ia | eee 1 opis a MDI #135 Phase swatch B | =33FA97-R-3026-A ie =] mae z aE [S806 Jemma] es) * EATEN ane eke” Na SSS | eS | Renteis RMAt oF 136 1 \\a MDII=#136 Power switch hehe ‘ 4 | | een ] 37 2 | Biax2 a | Mpii—#ts7 Insulating plate | fies] e sei RHE | | 138 1 | ar a | wpii-#i38 Phase switch mount plate . ems Fn3— 139 1 | ar 4 wpi-#ii9 ‘Phase switch collar # 14 BMF 1] 4 ° MDII- #141 Rear leatherette | 2 | } 142 ry 4 ° MDI I— #142, Front leatherette | # - - Ton 143 ae 1 4j,o MDI1— #143, Grip leatherette 14 nee 1 4 O° MDI I= #144 Bottom eatherete | 1 T cms > rie | Seiasea't 14s eae 2 {RT| | & Moueens Ps mane | | werentot Het 146 J 2] | 200) spi-sis6 Microswitch | | a 1SI-L SCAG % t | | 2 ° = SCeap | | | ao | | sz 1 2/0 Release button | 4 jaoge | Se vf | 20) Mone isa Sing s-¢ nam se 1 ao S.C cam plate = Sis Uu‘33FA97-R-3026-A A FRA naa z * ae = ¥ Part No. Name i Remarks Mado aia, 1 | 55 | steroawitch forked contact | eye Mat FRA 1 | 2 186 | sicroswitch contact ¢ aan | voi ; 1 | oa | 2 157 | ever shaft mount pate cy tau, | SAS TERM 2 | coxa | a | Mpn—#tss Switch fixing shat j Trtsz-9— | 159 1] | 2 | oa Mpn-sts9 Actuator shaft 1 Mat opener 160 ¢ 2 o | Microswitch spacer | Pee eee | 161 1] ca | 2 | on) Monster Shutter switch lever | ~ ] S-C ato tenn 162 1] ca Fon mpi #162 S.C awitch lever 163 1 20 MDI 4163 Switch mount pate A pam | | | Rot | 164 ee [iu] oa | 4 | MDII- #164 Switch mount plate B | | s-Cey7m 1 |o2 | 0) Mp ates 6s ‘$C lock button | # I 1 S-Cox7® | | | 166 1} 4 MDII-#t66 Sock shaft | | t at Mad oom | 167 vf 210 Microswitch washer LI | = 168 aoe teren Pe a MDII— #168. la |e won S.C lock retainer Bigs33FA97-A-3026-A waas | & * ag | Ease enms| 55 a s PartNo. | Nae Par Se er | Remarks Loc bution ring | | umas- : rle 179 | Relase-button collar | P| in | Scare \ 20) Monten $Cbution spring \°] 173 ATG RA SRR TAL L CH 2 =| 08 MDII = #173 Microswitch spring (A) (405) | way | TA2 RA BA BD rlon | 2 | ay Micronvich spring (B) (405) Vee | 175qr| SC MEI ses oe 2 {20 | 0 | Mpu-#i7sa Washer (2.1 x43 x 0.5) | 1753B St Merete 8. 2 2,90 MD11~#175B Waker (2.1 x43 x02) | woui-#178 sryy rapes 178 pikes Sa 1 B 3 On ‘$0814 Coupling et screw ww | Er Ja ]oa | 3 | os ‘Snap ring (E15) | Boyer 3 faa! 5 | og "S| seapring (13) Blox! e-1y7 3 1802! a5 | os 183 | seapring (E17) | Bel | | | e-yo7 | | anu 184 fa [AMA 53 | oa Snap ring (E20) ial | : eee AL: B 3 | OO ‘85 | Snapring (E28) t. Be yet BS 3 4 es ‘Snap ring (E-28) J33FA97-R-3026-A gaan jomms[ EE] = 2 ease z * z Part No. Name sg*| saemty acc) To ieee fae + + men | 191 | toe | 2 | B8x2 3 4 | Setecew (C142) | pes 192 Setscrew — (SC2x3) | a3). ||EREN 1] pa | a foe Setscrew — (SR1.4%3) pes 198 1 2 Setscrew (SR14x4) C | | fetso mm 1ax2 mea 1x2 Type( Scew wae (Bi2x1 JCIS @ PM 1.7x3.5 Type (3) Screw | 196 ara | 27784 BAe if 3 Screw | ° sae | ICIS @ PM 1.7x6 Type (3) Screw 198 | nae 1 JCIS @ PM 2x2 Typeci) | Screw 199 ose | | JCIS @ PM 2x3 Type(i) | Serew | | oa | els @ CM 2x7 Tyee) 201 ae | 202 | Se1s ® CM 2x3.5 Type) 3 [tbe oet Serew i stat | | 203 | JcIS @ PM 2x35 Type (3) OY 5, Bie PLS Ok: Serew | wae 3 Z JCIS ® PM 2x5 Type (3) ae Screw Sika33FA97-R-3026-A = ; mae * * farce > Part No. Name Pt | SOY ENS | of Sale Remarks | sy7e4 hae | | 208 z " } 1 4 ° She | 206 | PRL 2 la] ° JCIS @ PM 1.4x3 Type (3) | Via = | T 207 Rama sey 2 | Agia a Seca oe | 9 2 | moor | 27774 tHE @ | 20 | screw @ | Po P84 bE D | | ! a ; 14 201 | oe | | AAG 4 4 o |} 2 | seis @ CM 2x35 Type (3) eS os | we rT] | m | 8) vassmmn |? | ae | a4] o0 Screw || | 213 a S| Al-ixS Ss | OO Tipig sw as BgNHhTee 2 | 4 ° | Goat | | 216 BRS G2 2 1 fe} ae ay | arrverenanes | | F \ casita tai | aan |. | f [hah as Reinforce plate =Ap=# Parts List Te] * BR Sue ar = # series: Nome [Peer] “ees [Asirset| Sh Remarks lt ray ew ip 401 1 | p22 a 7 1c printed circuit Cc - Tyee att ERT RS 1 | pia a | Relay printed circuit | wa | ime} a 1c ) ses ADIL IRE | 404 ae 1 | p22 a | Power transistor | + parsaaA Le QO 405 2 22 ; 4 ‘Transistor A | 406 1 | pa ha Transistor C Darbaowagne 47 2 | pie on Shotkey diode reeey bea 3 OA a Diode ‘DI2 aRA 409 1 | pia 4 Resistor A © = me 410 1 | p22 4 Resistor B | | @ac | a Jo. | pez | La Resistor C | | i | | ® we D l a 1} baa la Resistor D | )*} & RE | | an 1 | pea 4 Resistor E | ype ah F | 1 4h aor J 1 p22 | a sistor | ~ | 7 | tis. Additional nave =e Date Dee. I. 1979Wai & Parts sa % aime | ONE] = mae | ® | a as, eee Nene ieee] meh eee Ts, aRG | a | ais | a | p22 Ja Resistor G - Lt L | 2 if x eR H lie | =a 4 1 : 16 | Resistor H pi Paar | a | 417 (eat {ma} fa } Resistor | pa aia, | 1 | pea a | Resistor J jeux ] 419 1 | pea a | ~ Resistor K | J | emL |, 420 1 | me a Resistor L : 2% M a 1 | pez a 4 Resistor M BFA m2 1 | pee a |: Condenser A. ws | 777778 vil ao a | Condenser B : er | = at | 2 | pe a Condenser © | | syFyeD ns Joa | paz a Condenser D || | ayrvee PsP a 26 L | pag | Condenser E i | | | nn | 277778 a Masai Vek 2 ‘Condenser F 2] | a | en | 277278 134i] Bia a | Condenser G 3 Rm Additional page — in Date Dee. 1, 1979WR B Parts List 33FA97-R-3026.8 mel % n=)" 9F) < fin si el Staaan [tere Fe xy arn ee [ae Fa, 5 | | 2 1 | pi | | LED | \o | | | | Pod 430 Rea 11 | pee | (20, “= -s Lead relay | | | 750 | an | EH ated “ Led wie, power source (4) mara gn3-F a 1 | pe 4 Lad wire, power source (-) awswo- | oO 433 1 ° Land wire, power switch os | o82-F alsa a | tnd wre cs ca-¥ | 435 1 D22 a Lead wie © oO sa-¥ 336 1 | p22 a Lead wie vy-xaa-F a7 1 | p22 a Lead wire, ease A | ° VVocxpe-e 438 1 | pee a | tend wie, clas B maa—r ] “9 | | | pa a Lead wie phase A | 4 wap >— + 0 1 | pe e Lead wie pase 8 [2M | | ‘ee SWA ¥ | | | 441 a la sn Lead wie lense sterng witch A |. he HRESW BS 6 1 | | ee = Lead ch B i. , | 9: ey wie, lene meeriag sv penoh # Parts List 33FA97-R-3026-A ne | * * Tz) em Ee ; Vesper] Seti Sen | Part ve | sme aan| ot fa] Reichs fis | BE 1 | me a Lead wire, rear curtain A aie, | AEBS 1) asa a Lend wite, ear curtain B | wm co-¥ | as | 1 | ana ja] | Lead wite, rear curtain C A AZWF 46 1 | paz 4 Lead wire, contact A a Bo-F | | “ar 1 | Aisa a} Lead wire, contact B | | L RR Ca-F | 438 1 | aaa 4 Lead wire, contact € A SWonK 1 | paz 4 Lead wire, contact SW wy 9 2-F 450 2 1 | vee 4 Lead wire, battery (4) mara as-F 451 1 | saz a Lead wire, battery (-) ihe peta 452 1 | az a Jumper lead wire, batery Rm2-F 453 1 | pz 4 Lead wire, rewind button ia | BEGNDS=F hil ately sh | fee penal ai| 3 | yes vemas—¥ | | 455 1 ° | Lead wite, remote metering switch A | | | | | | deseemBo—F | | | 456 p22 a | Lead wire remote metering switch B | QS =Y Additional page 14 — Date Dee. 1.1979 Wd a0 RH Parts List ‘33FA97-R-3026. / ae * ® ag | seem [omme| ee « * Part He Sane eae segs [Reece] Ferm Remeris ay | DER RBCS 1 5 Lead wire, emote metering switch C } veavas-¥ 458 s 1 | p22 a Lead wir, rote contact A yeoyBo—e 459 1 | ara 08 | Lead wire, remote contact B | vey GND3-¥ 1 | aa e Lead wire, ground for remote contact ° ft ' s-3-9m2- 6 $61 1 | p22 4 G Led wire, motor relay i aga || SORE =. 6 | p22 a Insulating tube9 ‘33FA97-A-3026-A mass] Oe > i a a Part No. Name Pe Remarks so | (Czy | Ic printed circuit, | T ] y. | rl eae, rf | | sa] Relay printed circuit | | | aRev. ] | sos. | 1S (Moa 1898 mn on a ic | MIR eR IR | sos PAE aa 1 | pas ja] Power transistor A (2SA715) | Aon ac in| 1} pea Ja #1 ae pao mm] [a] heyons— E 06 2 | pe 4 Transistor E (28880) ww | eso i ae i aa Diode A (vosB) | i raa-k B pit | 5 s 1 | On i 8 | Diode B (asis88) Dot | 1 doy ||| ee a | pet 1 | aa] Condenser A (204 16V) Vax Sb eet te 1] ma} 1 | oa | Condenser B © (Ou 16), | 4 Sig eee 2 | pa a) Condenser A (4.74 10V) | 1 j size | Bee 2 | pa ja] Condenser (3.34 16V) | srry & | sia | 1 | pa a | Condenser (1420V) | ij | 1. ay ryt | | se | z 1 | pa | 4 Condenser 022u3svy | | | | | = Date Dec. 1 , 197933FA97-R-3026-A ory @ * 7a gs [emus eS) * ate Sane Par Sige rs Jah Reme as | 27774- 3 (a) oa 4 Condenser G (0.14 35V) GRA | | 516 1 pat | a Resitor A (560K 1/8) ies sigs. || te 1 | pat Ja Resistor B (430K 1/8) 518 wee 1 D1 a] Resistor C (100K 1/8W) + 4 ‘go, | Hue 1D 1 | pea | 4 Restor D (62K 1/8) | | S30.) SRE 1 | pea Lead. ‘Resistor E (0K 1/8W) | | | | | ame 1 | pet a Sit Resistor F (3.3K 1/8W) | | 522 HG 1 a Resistor G (1.5K 1/8W) ] ame 3 1 | pa 4 RedstorH = @20021/8W) | 1 rw Sm | su 1) pe 4 Restor (70178 | 1 “9 525 Bi eed }2 1) OA Resistor J 9K 1m) gaAK | s 1 | pu | 1 | on 76 | Resistor K (se091/8W) | S27 a | 1 Dil 1 of Resistor (LSM 1/449) | $28 = ae | 1 | D2 | al Resistor M- (2709 1/2). ~ =n‘33FA97-R-3026-A sass z * = 3 Part No. Name Remarks LED s 2 LED | | lef so | UPPER : | 5 Lead relsy I) Lat wc, po (Red x 100mm) *Rev. $32 Mwr 4+ 23-F 1 | a Lead wir, power source (—) | | ‘Black 70mm) | ety? és | stiae« | 5 1 | pe a + | Lead wie SC (Gay x 45mm) es | os | (@ == oe at Lead wire (White x45mm) i! sa-r 6 1 Dil a S38 | Lead wire S — (Red.x 45mm) ee | wn | eine Aa ihe ls, Lead wice release A -_ (Purple x 45mm). L . Za ES a] ee 1 | pet a| Land wire, release B bs Gack x 45mm) 3 a-k Sa een pf | 2% Anite x 80mm) | tev. a-F Hee cag 1 | baa [a a (Purple x 85mm) | Rev. sa | MSHA =F ‘des al Lead wire, relese metering switch A | as Beange’ Sam) | a a- It $e Lente Ohi ede nck || 2) PES 2A messes (Yellow 40mm) [oe 2 sRev. | x 343 BRR 1) Du a Lead wre, cear cummin A j : ese ok x 100mm) 1 Rev. Revision = 0 Date Dee. 1 , 197933FA97-R-3026-A Te Te zane z * ae] ee% Jemma EG] 2 Part No. Name Fsagt| sentir [Reference] Tem, Remarks 7 i 544 Spi at 1 AL3-1 1 4 Lead wire, rae curtain B . (lack x 105mm) Rav. AA -F ay sas rfaw |r la Lead wire comiact A (Red x 120mm) | *Rev. 1 a= | Sag tN ERE Soe, 1 | pe 1 | oa} Lead wire, contact B (Green x 1100um)_| | * sar tia |a fo Lead wie, battery plus | (Ged x 4omm) | Ie tev. 5; t ar 548 1 AG) 4 4 | tery minus (lack x 3Smm) Rm2- ie 549 ot A 1 D21 1 4 aad wie, rewind button (felow green x 7omm) sev. 550 Ba GND SS 1 ALL 3 a Lead wire, round for rewind button Z ‘(Black x 50mm) ‘Rev. + gs | US2UEMA SH ( ‘als Lead wire, emote metering switch A ‘Grange Tom) | sq | DR2EMB Ane i el ett Lead wire remote metering switch B | Geiss Toon) | veavempms— * | | pv | | sev. | | | 584 Beer ee 1 ATL | 4 Lead wire remote control | 4 ‘Gite’ 90mm) | ev. Taclect ag | tzevenpory fa an | « [tal BONN Black 100mm). =a Rev. Vert tna lia sso | vjma fa fiat Lead wite, Voc minus (Light blue) | | es 557 aie 1 pa | 4 = a | Lead wire, timer (Gray x 130mm) wey | 37 E Revision =e ~ Date Dec. 1, 1979 i‘33FA97-R-3026-A 5 ie ; mane @ * og | eee [amma] SF 7 3 Part No. Name gage | amo |Aeeegel Tam Remarks $88 | eds ED. eOaawsizmnn | 2] 222 | || wire, range x 130mm | | ee | | 599 ses v] oa | a | Wa] Jumper lead wire (Brown x 130mm) Rev. sw | TTIT#RARHY af ical Ile, Me Lead wire, motor relay A (Red x 70mm) so | BBP eYt- a fy lisgaay |) a6 Bast Jumper lead wire, battery | (Red x 30mm) | aneve * $0) ENE tfoa ) a fa Lead wire, contact switch (Yellow x 120mm) *REV. seg | 7227974877 A il a i Sunflon tube A Pavvevtan7 B 564 2 | pa a union tube B T 55) | REEZAE a faa | 4 a} | Lead wir, rear curtain C I i (Pink x 120mm) Rev. kD a—¥ Pe rasa}. joa 505 | Land wire, rar curtain D \ PS (Green x 120mm) | ev. ser | SH SWC2-F ‘ x lol Lead wire release metering switch C | (Orange 70mm) | ‘es SWD 3 F bei 1 2 | 0] 585 | Lead wire, release metering switch D yl (Yellow 70mm) | soo | Re 2] } 2 Jo Insulating cube | | | oe sro | 24478 (ERB AI-008) lent) wnte Hl foe fe | Diode | jt t j T == | E 2 Revision Date Dec. 1 , 1979co C MAL —KH Subassembly list ‘33FA97-R.3026-A * Jal aaeaee saa) * Same Paar Constituent Parts Remarks aa 402, 87, 89, 91, 193,407 PI | Relay printed circuit 1 | 408, 403, 428, 429 ae | 2 Io Ty hae 401, 403, 404, 405%2, 406 P22 | printed crest 1 | 407, 4082, 410, 411, 412 ey 413,414,415, 416, 417 418, 419, 420, 421, 422 423, 424, 425, 426,427 1430, 431, 432, 434, 435 436, 437, 438, 439, 440 443, 446, 449, 453, 456 458, 461, 4626 RRA 92, 76, 78, 93, 94x4, 18242 42 | pattry contact support plate | | | 207x2, 450,451,452, AIO Geup Ay Yesvsara~ 97-1, 9x2, 100-1, 459 A12 ae IC MB 4401) * Remote contact connector | 460 oe a at, | ee 1 | 85,86, 88, 90, 454 (Ic MB 4401) Rebutton ES EP URA aia 1 122, 445 (ic MB4401) Signal terminal spring A ant) Spee 82ers eB Aig. 1 123,444 IC MB 4401 Signal terminal spring B ‘ Y (rand) iain SRI AER 1 1241, 448 (IC MB 4401) EE terminal spring A (ened) Aisa) ee ae 1 125,447 (ic MB 4401) BE terminal spring B (as) amx—2 Additional page — a Date Dee. 1.1979nid % Te an Name [Pisa | Fie Be Remarks emt 12,42, 43x2,45, 58,61 Bl || op bake piste: z 64x3, 65, 67.73, 2173 3 MOIIEB Fete | 13,28, 42x2, 5442 52 | pottom baseplate lt S711, 11246, 113 S| Moyer #7, 2 | Bs Ju 15,16 1 wa | 3 | Mpt—as T Neasso enc * Bacoupr*7 4 1 17,18 5 MD-11-B4 Bt] Gear Mo FEST |Nc?S So eee Ler | BSoup) 1 1,2 | 3 | wputss g5-\| Gere | | oesey mn JNoBsS0 ¥700-| Br up) 1 | 24,25, 33,36,48,49,52,53 | 3 | MDAI-B7 SP? cam shat weeee7 Fr eazeansé [Nog Se ¥200-| sane 1 | mateigesnsiss 5 |" nae Bt { tor gear 1 wo 864a7 » | ete 1 | 3426,35,39,s1.4041 |, | Wind-up shaft A412, 47, 1993, | 4 | | BIO pie 1 56, 59, 60, 182 | 3 MD-11—B10_ Release shaft sleeve ree | mig | RMAC Ret 1 | B13 B14, 13702, 138 “5, \ lo debate [Phas swteh moun late 139, 196 | BIZ eee toT, 1 | 134, 145 3 ‘MD-11-B13 Phase switch A | | | aay | SSE Ae \4 135,145 30) MDII-a Phase switch B ake 2, 10-1, 32,37, 38:1, 48 | * Hoey) 1 | 50x2, 55:1, 62,63, 68, 69 | Mpai-B Driving unit | 71, 72,74, 82, 84, 178 b- 181, 183, 184, 185, 196x2 20013, 203%6, BI, B3. 86 wertas | BS, B7, B8,B9.B10,BI2_ | F330aa Pye * a8 sembly Nes Pe Chrys S778 te ta 166, 168 2 | sone Clock Uns | 157-1, 159, 161,162,173 | ot ‘Lever shaft mount t 174-1, 183x2 . MDLSOED - ce AAG ERAS: | 1 158x2, 164 2 ‘MD-11-C4 Swatch mount plate | DeriEToN 1 or a, ee a aisoip SR" 1 | 09,525, s26,507,509 | ae a | ws 9545 er ee 501, $03,506, 505,505 | D2 1 507, 508x4, 510,511,512 | I Printed circuit | ‘$13,514, $15, 516, 517 | 518,519, $20, 521, $22 m ees $23, $24, $28, $30, 531 Sec 532, $99,540, 543,546 ‘549, 553, $56, $57, 558 1359, $60, $62, 563, 564 534, $35, 536, $37, 538 541, 542 DHS | FarMARKS IN THE PARTS LIST #232488 ‘Shape iame Mark | Shape Name * ze | eR a ‘ s | JCIS Pan Head Machine Hexagon Socket Head Set cis | aon | SR | Seren us | E> | Seren | ICIS+ERHS Bt L. AMA S bbe JCIS Countersunk Head g Hexagon Socket Head Bolt acts EES | Machine Screw HSB eM JCIS+E RHE RS hoe AAAI EAE Oval Countersunk Head c4s)e | GEES | Special Machine Serew pm |e linea [oe ( eo tem [Eervnee [ere] om eR re js ocu| pees | athae’Serer™ “ll cra) emp. | Seree"tine S po) oe reer fool tem ERE, fom ee | eernonee [ore | Hm [Pouce |S [iiormencensy [eet [Pm | se RINT, Joocr| Gam [Bees Set Screw Half Point | Hexagon Nut su | > | so | = poey Arye rey eS “A Straight Pin | mak - = BiTey | Ege 1?nk Re Exore de Standard screw Mo & Mark, Diameter X Piteh X Length, Type EA ptomue cyt RZ Mt Ex. @ RM 3x0.5x4 w Piney 33FA97-R-3026-A or Mark, Diameter X Length, Type Rit ee ALOMUE Ze aM SCIS BPM 2X2.5 Type (3) Mask, Dianetar X Length a rs ex TP 2xi2 RM +7 > janeter of inaraaltheend Mavi-Type avoavd pa Ex. 8N-Type (3) Bem Eom Mark-Diameter me moe ex Et (2) The term of sale colmn RUE Mek Exalnaton eo oe; ° Can be supplied individually MIELE E | THIET 360 Semen Bro TAMaeaceuER On ‘Supplied MRS Tt MALT LMT 3 6 x | Not considered at repair part ama cane oUEO Should be sent we hctory Hike ——CECEAWOR ADOT MEMSETATO * repair is needed MILALERED Daivered on « protec Tam the ales : z co |deperen teat hoped aa repeie, | MAE L TR AUTAL TOS LO (BABE part) % (5) The remarks column MA 327818668 | Part number weed in common anaes (Bluex125en) | Lead wire olor leash) comes me Coupling spring d= 0.4 Beery A ‘Stopper pin A s eLeRees Washer eT 7 Ee Phase printed circuit | | Rae Release shaft : Fe-oith Charge spring d= 0.5 \ és BAD Yay Release shaft cushion | vy manbites Release reverse spring 68 | oo | BR Faibo Ee Screw AAPA a Rubber retainer plate 4 aR {7 _[_ Stormer rubber |sa © 5) Be ‘® eae Pert Ne. Nave femoris Pert Ho ao FI Tn CaO, eal 178 sous} pio | “9-7¥ Coupling set screw yO] Release shaft sleeve EvoF wi | E-1s ny | | eRe? 8 Ereees Phase switch contact B rz 12 | E-13 bia | ERS Snap ring Phase switch contact A EVo7 i ws | By Ae ea ply Phase switch mount plate 186 po | oh Snap ring Wind-up shaft Evy iss | E24 i, || SERS ® Siap ting Motor gear Byy7 136 | E-28 a) tes Soap ring ose sat iEBe : a | sciax2 Bg; | [ees Set screw Gear 6 Tia ; 196 | ICIS B PM1.7x3.5 Type (3) as | **4 Screw Gear 4 ae : 200 | Jcis 2 PM2x3 Type (1) ag.) | Ete Screw Gear? Thea ; 203 | ICIS PM 2x35 Type (3) Ae), ee Screw 2 | Bottom bate plate ar | Jos 2 eM 235 Tye) | mf a | Serew Top baseplate | RiCND=—F | 50 | Lead wits, ground for ae Had tealea AN | Relate= R3026.4, 33FA97 Battery chamber Fig. 4 — se& te Neme Kkt+2 Bo Luh Body casting B 4 aeb Lead wire. battery plus RmME A | ames—+ 16 z | R-button Jever ore 4 Lead wire, battery minus cr wa | ueae Waar faite Sbdhe mecca 5 Lead wire, remote metering tch spat switch A caEe | seav iB ae 78 582 Lead wire, remote metering Rebutton name plate | Boy T pareve Neaya-¥ ss 95 | Remote switch retainer | Lead wite, remote control Ven bad ower yea) GNaW 96 585 sad wire, ground for Remote suite pin inowe conte BAI | Rings yea 8 | so | Connector cover yf zy 7 | Jumper lead wire, battery om 102 | Tripod socket | 3 xanaee pal ‘Rear leatherette | nN ' a Front leatherette PN 9 TR | 2 "83" | Gaip leatherette | | ue 4 | Bottom leatherette. | Evy we | e-13 Soap fing Epa in | $C ina Sec screw rat 200 JCIS ® PM 2x3 Type (1) Screw Si] aaoeip ae 705 | Screw | BE, 2 ICIS ® CM 2x3.5 Type (3) | Screw | Tae eaey | 22 =| ICIS@ CM 2x35 Type(1) | AIO * | seer Rbutton | ns | 2oKmas- | Seanagets 715 | Cond clip tape 47 | Remote control connector ae | mae | abhor ] Reinforce plate | A+ | paitery contact support plate ak osO |___33FA97-R-3026.A ja a #5 PartNo. & Name Remarks ea 2 9 PartNo. ze Name a8 Remarks Bien re Battery cartridge eeReAL #5 screw eee aH #5 leatherette 134 Bvy7 E-20 Snap ring sta ICIS @ CM 2x3.5 Type (1) Screw Aa REA Battery contact holder plate wax Battery holder al WibA— bh 7 Battery cartridge33FA9T-R.3026.A 220% Circuit diagram 211 SW Phase wich SW falanse swith 0624 stoner snBaAaRe BBARPURBE #401 ICTY > ba Taian Hisbaae BMRERL. U- REA Wiring Diagram WEEP IIT Ny KETROT | _SSFA97-R.3026.A | Inside area surounded by a | broken ‘ine indicates #401 | IC Printed Circuit Assambly. | Alphabet indicates soldering terminal for load wice. -o-o4 #403 MB 4401 Date Dee. 1, 1979 aug. 2981} S3FA9T-R.3026.A_ | Oe Pe : ena ye insic ded 0) ‘SAB SRS ACL LU ee Broken Ine indieates #407 | t Wane DEAR BES ERL. )— KEE 1G Pred Creu Aen | cy METH Ty iphaber indicates. soldering | BRETT PNY NETROT: pets ah i am ow I ' | GOOG———— ; eee = j = M 2 89 | = Co 2 8 = aS & wok! La 25255252 =e 3O--O-=-==" ie Date Dee. 1, 197933FAS7-R.3026.A33FA9) 3026.4 7. BRRASLUMRWK KS IVYa—b Okt Bw PORE 8~12V 1IVRY (FA PLES Key b) e fr At y FRE f HR waatyreans | si ON [mmatys | MDAty => JER tm (stow | 229mm Sw HMEHY (—RB) Ss ON | ¥#LAT9F WASHER ON cae) | soon | Lu-xatr] MDatyFy 70% ON © PE Gis BEB ON £189 205 ms Bie E-9—-hHh. era 0 FE RU MAME. RIES TT teh FMEROB FLBELT. RAF YD + LURK NADY II-VI-A s4 OFF | @aAtyF | E-9—HUE du Ss AADRBENRT S7 ON | RBAToF (NATMMDESAT YF) i hich e-9— Hk HADBLET $7 OFF | RHAtyF | (ASRIMDES OFF) (ny FY Fig) => ms BLMEMIRYS (S2 OFF) CROL U-ZABSERRTS) ae Ss OFF | ¥#LATF| SOHN A SIRT RURH MEH MA ADAMI OFF MRM (FI PLECKRYy b) SEMIS LIVBVIC#TS.(S1, $1". $5 % ON) BL mER LES. S82 ON | LY-ZAtoF| MBNHHI5 IV THREES S. PLMEMIRG Se S2 OFF BLETLTE-I—-BET Se ($7 OFF) Ce TS Ss OFF | #9LA4 yF | Hs0HieH XM METNS OFFi 24 Ibs 94 2 — (DM Lb ICIS 3 BBN A) j_ 33FA97-R-3026.A Ze VLR SRI EH A 5 wbamrens, | LED SM DSE-F—18A Uy FE FS. #9125 Bik E—9 AN L LED WE PMBMM, ITLEERERS. | nsoRwLF RAPTI—-EML ETS. NAPRKBEBS (LOR LE) RMAtyF ON E-9-BEL NASB LETAMT RE ($7 OFF) 4S. (LED 341) YE-hIy hO—W (BL Si, SY ONE TS) yeas. EPWIETSF | VET EMLAT oF ERTS. ON + YEIDLU-xFS, VEIAVI—REMM yeas JEAT. nATR LE ON YEA LUX 24yF ON SHC URI 4 PILISHe EBT S,, BLL UZ eR RICHES) BEI ARLHETIENG ON DIE0) PE RR ARBRICES UC BMRL Be LU-XA4yF OFF TADS ERIBICTRETS. SHWEYTF| VEDTHBL AT F OFF Sq50H RA A THRiHSt RS OFF fe LTNOMACSU ComME TT Z— NMOS] OFF IEF SE9 4 o—eMMENS, sak @ x * LJ ® aaevsvage | 35 av| | po ae Se 2 2 5 m | 205 ms. Rat eR RM | 50 # 2rvowmmsre— | 125 & = Be «Bu, 1 BEI ON EF SE C2 OMMMETL TLE ONOKEERS, Awe EwEMSMOC E. etcsee! a7),33FA9T-R.3026.A [ GMM FA IC MOA 18397 seem) 1 Pence esa Nee a Oa nxsmutiea| tT] risw 1 i 1 i zaS33FAQT-R.3026.A #401 C70 > hE Bit T EL IC MB 4401 5 Bao ys MEISE SBRASIC MOA IORI (R1,R2,R3-~-C1 C23) > G 7 con to] ha ‘3)0) @ o@ 309 MB 4401 BM 7 a Date Dee. 1,1979D_ICELOPHFSEBAO MERA RICK YOfr® OE >» (e—9—mm eH) @e 3 ® Weer Q3 ONERUE-F-ETS. Meat Q3 OFF EGNt—-9-HETS. (OL-+0 8m) WERE Q4 ONERUE-F-IFL—Fhinms. CRRAD HD LRM ER UBM Voc remands. (JL =F am) E-9— EPOCLSMUT CI ERELE—F—BE CEL KC COSVOMMMEERIT. DELSMETIL—FES EM To (JU-#F ERA IY TY —RMANA) Q4 HONK (E-F—OH) OH Vee FB, LUCl FRETS. (eRe eA) RUEMCAATEMTEMLUOC RE AMRES SIME SEM, FORSER IT MEG EMRTS.(DEVICLU EY HANKOEYHORBEMMS 3. WL FMOMABR CER SNTOSROBCHERU BELL.) Ak HE AHL, EELS) Swo ON DHAATHMIOMAY OMETRIEORE ATOM MRCS EMRLE—F FORAYS. R, RECMELLOHBOED MMOKRERSEE—F—O BRERET S(OEVMORGE TET.) (ambinat 9 17 —AD) Sw5(#8L) ON EG> KMRRMESRIOLY ML TU FUL ON SHS (MBOELL ORME UT). XR. SwS OFF SWS ON DECRRENEC2 ORBRE 2217 CEH — FUL ON OKRBERD,B ig n & rm v e ie iy 33FA9T-R-3026.A CU RY L~ fem) DEYOBSCRUMORMER > EU- KYL £ON CMS YL-A*-9A4y F Swe ON) SH, AA SMULatlalg ON ORBITS. WRF (GND) (#4 U 29 OFF BSR): +1 URTAY—K Swa (2 Sw) 4 OFF G5 KH, TORSEIHT UZ © OFF CL, $-9-MHER SS, COTURIANESR) TU ATT Sw4 ON DRM (MSDE YGND)CHLT Sw2(L—X Sw) DE FERIVAVAT ONES, E-9— MHI E fF mets, CRM SW ESANA) 241 URIFI-K Sw 7( ie Sw) AON DHEOHES (GND) ERITH TV AT OFF OREN CEE—F-MBABE MSHS, (D+ A912 -ERER) EF - BOOB MPIC ICH CHMEEMEL REE MU CLERETS. (24 Lee 9 12 — fe) WELICKS C4 AMA EMM LRSM AME > CB, FOBSER CHMITV—ORE MSC, E-7—aHE BEBLSHS, RX. RMSwONSH TCA SMASH SER ULIOKMES Sho, E-F- WHORE RTS, (RHI 4 t— KAATAD) FRO CIOKM (GND) EF) LED FAS tS, ) F4UR9 ON TE— 9 — BREE IEE (i) Sw7 CRMSw)ON ITE 9 — Mh Le EE UW) U1 NID ARNBIC SLY TI 4 VT eA EF — RHTBOAKELENLBS (BL, COMBRE-F— WH OFF £6) RRAE MF pai TSH LED MAEM RMT S,) hoa SBROMS Ql LU XOBSERIWE YH U ATT HC HAS. Q2 WE DIOK BIS TONE 9 MH OUL—* 9A REE eANK- TS, Q3 0 E-F—KMOIBOESEOEYEURIE-F lee mB TS. Qo OEYEMUTIL—FESERVE— 7m Fea H Ss, Di -MRERI MALS IC AM TIT T— KM AMR RUM TSR PRM (Say hE Ft AB) D2 BEYME Rs KM Q2EHRE NIMS BINMLS D3 HOE—F—EMMCVEIFMHET RH, BRMEZCLSRH fF Pbk. Da UNE DRM (DS ICL SH MHL YU -AM IC RSHE BRE CL 3s) Ds $M ONE YC2(22u) HM Veo MBMICM FL EBA ON ERS ERM. De IC KAORER DD. KMORMIEME (71 LAC LUE-9—w genkey) D7 EF BL MOET HH. Cl MRL FUE C2 mA mute Tz —m Co 74 ARE TRL Te Cs HHUA SF hMAy FH Co SHLU-XAKWAMAD FY 7 SAKE Ca geaRM IY Fr Le Co FL Fel RIY Fy HH Ri RED St mM BAR R20 WASH 1 7— CIBER RR R30 Q2N— 21m‘33FAST-R-3026.A Ro QU FUP y Tiki (JARED Rs QLN—218m Re BELHTUATT— haa RBA RT DARI TI — CARA EAR) Re 7 UAE CARR Ro SH#LU-X8SCoRRM NAMES LIS) Rio AASMMAA (UL—4-7 RARE) Ru #EBBIVF LH COREA Riz Q3U-9Ay bR Ris Q3N— Ait(WOA 18390 12353) SLIATRS Se (CD48 SR) ON y Sr (2 SW) OFF f SON (wo 4499) (t1g.1) eee et s2 ON (t4g-3) ey ce (@er (uy — x50) B47- 08 (o47-—) | 1 (Seee) Qi (#506) oN eres) | eeeeen |Oer | Oer w I ies (Hee) yL oN 1 ey (Hy) | 2 cae (sez) | (t1g-2) =} fact’ Seow (te) Butt ow eae: Orr @er (FAL ARR) ) Oert | } ~ oO ey tt) (¢2 RET) ey wy) ey (e) | e +=205m8 TaD ak! ey { 8) @ ev “Ce EB) wa = eg | Se (i248) OFF wel ®@er w O ev w axsvu-z| | tonc@~ (t4g.8) i Vv Pee Oe (P.4B\¥5 «) @er w Oe w& oo me ee Mex an98 OFF Orv w @erw @ ere Orr w LED MAT Ce RE 15 @er Oo 7e-- 0s Qe (#505) OW x @PIER EE SR WUE G ash (Rwits 47 —@ea) Vee | UE UL— (Getean) (t4g.1) (@eeERY, BEER) Saee x35 senses Se RH ~ ! — o (on) «®) FLIES I aia aS Be ' 4 Ce x (Puls BiRME mm th 3 ; a (ttg.2) wre veo Re Rs Qa Se Be (on) ™ se33FA97 — R.3026.A axovy—a w=12 Se LanteBIeA (ECS) Bee (OA 1839 ICH ARES) i (tig-4) s7 ON (ae sn) (FER IF) | ® ev wv ey iL | @ex (ftg.4) Sr GND (=e) a Re — © ey w] wp.250%ES7 Tabane oF O20 Great) | FERS TOR) Oerw LPO 47 1 T seat @ Bs ow 2-27-08 } T WEISS OFF ey nx SLIT & t @& OFF ae 1 RADLE—C “227: (ua HAD Oe LED iHAT ey Ww) os az ©@ 4 ae( #505) ow wat ya —r (Sb, Rusa z—) Lee AE 33FA97 — R.3026 =—7- tA Ae (LED, YL — x — 2 #85938) eas | -O w (tiz.4)33FA97-R-3026.A ce wu (#514,0.724 x3 @ er wi fo ARVAAA q (LD, “mK 4 7 -) 741) oa i 2 i,D PMT DY PRUICTY > bE — S3FA9T-R.3026.A $502 PRT > bAR (MPC) IC MOA1839F3 ve? (38017) (ema (123) Ice (e018) yeaeewmny yea eo) Mess!) —— ich ie s0rn) 1cP (25018) seo 10) aaa (2125) —— —— 1 is s010) ice (s0rsf—— IP (e801) ce (5015) Wr gsoui—y ge bile 5 3} 8) | = |e = sllells |e | | «lle io i= bd | ad aunt ore (e129) f—— ke (#6010) O\ eI Ze ere) ‘na LD (2 529) 20 Oo wen [O 1B (g680) wiese2) Lm snes o (288) L gavsra i203) a L— er vesor0) Lo yeazme (299) — 33 — Qy33FA97-R.3026.A #401 ICTY > hw (IC MB 4401) eMN— 7 Date. Dec. 1, 1979 — fda —S33FA9T-R.3026.A #501 ICTY > ha (ICP) (MOA 18398 Fé) vunz sw SOUWSW (146) 146) scawsw. zie) 5 F838 A scuwsw letae & 1 sm swe (2156) fy (essa veg 828 2700 2/10) ~ é oF #890 (= KUL) o 2S, MPC \= 024) i Ge 2 6 Leo PC (S020! * Fal Sa MPC = 5028) am Sw | 135) 25001 fame (e122) Mec |= 502-m) {riz562) Base 2126) sec Sui8557l5 4 2—yrc \2 5024) S550 9, \vec~) MPC (= 6020) Pare83 S-CUeAtyF | #146) =534 OK) #501 (ICP-X) QRH BANMR _[aaras7-R-3026.4 | i BAty FMENMR Ata FR * @ | eo | ee | Sl @RAtyF =136|)=547 GR) | =93 (amis 1 | sepi77-8) =502 (MPC-t) i $2 Lv—xkatye [=146|=537 Ge | =501 ICP») | =538 (®) | =501 CICP-J) | t #535 (a) |=501 (ICP HD i | =536 (m) |=501 (ICP-Y) $4 WHAT F =134|=539 (@ |=501 (icP-s) | =135/=540 (#) =501 (ICP G) Ss ¥HLAtyF =155|=507 (i) |=541 (#a—k) I 7#501 (ICP-K) #156| #508 (@) | #542 (H1-+) “2501 (ICP-V) Se YL—s=9%R | =530 =501 (ICP AB) Y= SUL He) S71 AxsmeMAt OF | FER | eM (SI) BistGRA1F | =136 45 GR) 124 (BE9-E+A) cm | =501 (ICP -P) i YEIVLU-AatyF [=99 c@ |=502 cMPc-)) i =90 ce) | =9 3 Camtit tom) i YEavemlatas | =80 ce) (MPC ~ 1) =81 Ge (MPC~e) | RMAT oF =88 |=550 (2) (MPC) =89 - (MPC - p) aBUEN Ase SO BARAT : we 3[% @ a = a ¥ | Qi [=500 [20 hovyas 2SA880 i Q2 |=506 ” “ | a3 j=so4|s7—tr Gury) 2SAT15 (IC LSA) | Qa |=505 ” | 28C1847 (1C-15a) | Di |=570| SBD 19 hE ERBB1 004 (1F-L7A) | D2 |=s08|zuayy14— 181588 (1FM-360mA) | ps |=sog ” ” | Da |=508 * ” | Ds |=508 ” x i De |=508 ” “ | D7 |=507 ” VooB \ C1 je512| soo areye— 1oV/33 aF i c2 |=s09 q 169,22 4F ; cs K ca [esi ” 1OV “a7 aF cs |=513 “ 20010 aF i co |=sid4 . | 35/022 aF cr |=s15 ” | 35vo1 aE cea f=sii ” | lov azar co j=s1o) ” | tev toa Ri [=520|cammerRie 500 2 ew i R2 |=527 ” jis Ma iaw i R3 |=525 ” 39 KO 18W : Ra [=521 . | 33 ka + Rs |=518 * 100 KA i Ro |=522 . Ka 7 [#523 * a Re |=517 ” Ka” Ro |=516 ” Ko Rw /=524 . Toa Ru [#519 62 Ka33FA9T-R-3026.A | RS|8 @ a fe = tts a Ri | #520 | meme 10 KA Ris |=528 ” 270 9- LED |=529| mBREITA—K GL-3AR1 (80mW. IF=40mA)amv—e BI CELOM C1 ARBIC MOA1S39CRVSRSRR EYES @ery @ryv @ey @rey Ory Ory @ery Ory ICEYORMS SU BRO MIR (MBISAANM) to) MRA1 oF (S1) ONT (H) EVES Vee nimmans. WURMICED LY ay hE-I1A- KC ESREM PINS SS (JU-+@ BR) (1 E-9-BRPOUYEMULTCISHATS. EOF SLEMMCOUYEDRMEREMS MIC CONKERS RITIL-FESEMT. (@EYEO@EVEYs— hats.) (2-5 -RMORR) 0] (L) €@2h8Q3, ONERUE-F-GETS. (2-9 -BHESERITOLVED s—b FS.) (JL-F8BA) (O@Q4) E-9- DEP Voc ERITOEYEMUC I EAMTS, ES -BLEMMCOEVEY CIOMRMESERIOEVED a— bh, E-F-MMFERBSHS., (FL-FORRT) (RRIF ARF) (®1 E-9-MHER (EYEYa—b) JL-+@m (@EYeEya—b) (RRIF AMF) (a1 QUELRER< SOR (-) MF (QuERA) (@1 RU@BUCBORMAEERIT (H) ORME ONMOLVICSS E-F-BLESEMRTS. BLIMEAO ORBLE. MRSW ONTCRHEMENSED ACCES ERRORMERURELES (AHBERMOR, BEGBA) (01 i UL-A-IAtyF (86) HONL ERM TNA SRHTOBO RALELGMEAELLOMZE-F-BEESEMT, M, OEY (H) ORME MIT. Ra MRRE KE DML OF ABE SHUSURORBLEL YS Saat Dec 11979aM F @ey Bev @ty gery ory EY f33FA97-R. 3026 A (RMB SANM, H1URIPI-K) (ol R21 oF (S7) MONDHEORSELYT (GNDY a—b) H1U AIH OFF ORMOHCHE— 9 -BHAME HSU S, (LEDAgR) (@] YTUATHONORMTLEDEAN SUS. COLUZSORPREM, H1URIHY-K) (O] WHAT F (S4) MOFFICRRHEOESERUYTUAIE OFF LE-9-SheRLStS. OTYAFANESA. FTUZTF—h) [B) WHAT yF (S4) ONDA (BM. BEYGNDYs—h) cH TLY-AAT9F ($2) ORSERVTH 1 AVEONSHE- T-BOEBE MES. (24 WL 9 1 7 TE) (@] BEVCKSC4KRA-ERMULRA (H) ORME HED SELIM S 1 V- ORES C-9-BHORES St SoM. QEYE (CH) ORMETS. RK. RMALy FEONSHTCAEMMSH SEB (L) ORME BSRT-F7-BHOBAATTS. (DAW hd 47 —- EMER) (@1 EW T- MH OB MPIC ICRU TEMESMEL, HERI RSEBUCIERETS. (muah 47—m) (01 HM LAC y F (SS) ONEHOKM, RARESRIBED (L) 0 RM EMU LU - KU L-S ONES. RSS OFF RLONOHCRMENLC 2OKRAESL EH MI@BEY (L) MW. V-KYL-ONDRMERD. U= FY Lf) (01 BEYORBPCEY (L) ORMET RH, V-KUL-£ONBILY L-A+-7#a (86) CONSHAASRMHOBZONDRMCST Be (BRISAANA) (@] BS HEH IC S@EY EOEYORACRRANLE, ~ 57 — t { i i Dec. 1. 1979"AG UT 8B SB AFB RHR AR ; 8 fe + mit (MB 4401) IB (MOA 1839) Rl |LEDATRMaA #409 5600 %wl#526 5600 ‘Wi R2 | mute +v—wem #411 LSMOQ 4%Wle527 L5SMQ KW R3 |Q2N-2iKH #417 39KO %*W/#525 39K %W RS! | Q2'N- Zit #415 82KQ ~ | (KR) R4 |QIRIUP y TRH #418 33KQ ” |#521 33K0 %W RS |QLN-2iH #414 100KQ » |#518 100KQ » RO |@ev+r1uzey-hMl| #419 15KQ » |#522 L5KQ » R7 | RMS WeAR A #420 2200 » |#523 2200 » RB | #947 #412 390KO » |#517 430KQ » RO |SHLU-ZXESAMM [#413 330KQ ~ |#516 seoKa » R10 | YL-A-7RARMA [#421 470 » [#524 470 ” RU | REORweR #416 75KQ ~ |#519 62KQ » R12 |Q3U-279 A (® #520 10KQ # R13 |Q3N-26gH #410 2709 %w|/#528 2709 %W LED |GaAspR#¥14—K |#429 GL-3AR1 |#526 GL-3ARL sW6e |U-KUL- #430 URP-908 [#530 URP-908 ame — Sie i iPAE SB OI A & * + B® Wi (MB 4401) I@ (MOA1839) Qi | Lu -Zz8Sm #405 28A880 |#506 2S5A880 Q2 |¥L-+-7AMmmA [405 ” #506 ” Q2" ” #406 28C1787 | (®) Q3 |=-9-Rom #404 28A71S |#504 2SA715 Q4 | 7L-+08m (R) Chm #505 2S8C1814 Di | #AnmuM (ICM) [#407 ERBS1-004 |#570 ERBSI-004 D2 |Q2 Rim (®) anRe #508 181588 D3 | VEIT RETA #408 181588 |#508 ” D4 | LNW 7h #408 ” #508 ” DS | ML aRSh EMA A #408 ” #508 ” D6 | Heer re DEA (R) aBre #508 D7 |=-9-wemnmA [+407 ERBS1-004|/#507 VO6B 8 ci | a@maysye- #428 16V334F [#512 16V334F C2 |nssmuto+z—m |#422 16V22aF |#509 16V22uF c3 -| (e) cR) CR) C4 | 24 aemotz—A #424 10V47aF [#511 Lova7aF cs | +1 299-hA #425 20Vl0aF |#513 20VLOuF co | sLU-AZKWaR #426 35V022uF [#514 35V022aF C7 | 74a #427 35V0laF |#515 35VO14F ca | meaBm #424 Llov47aP |#511 LOV474F co |7L-+0Km #423 1l6vl0eF |#510 L6V10uFPe arene err | 33FA97-R-3026.A LCVD MM (ICP) dit T UD he (MPC) Senta Feaeime i = 1a (MOA1839) # (MB 4401) | aria S| om acl r[ea | Fe | @ 4) i 4 a} © #459 LGa| @ | © #453 LGn | B| @ #553 Blu N/|@ #458 Gy a | oo #531 R © #431 Br | ® #560 R @ #461 R Ba] - a es jl" = = BH | © #559 Br 2 = - @ #532 Bik a] o #432 Bik G #135 /#540 V oO #135 |#440 V C 146 /#535 W gq #146 |#435 W a #146 /#538 Bik w #146 |#438 Bik #155 |#541 0 a #155 |#441 0 NH | © #546 Gn i) #446 Gn 8 #136 \#562 ¥ @ #136 |#449 ¥ a|o #55 7Gy/LBu) - | - - Q|o #556 P - | - - a #134/#539 Ww a #134 )#439 W a} o #543 P B|]® #443 P @® |#123 |#444 P ® #558 0 =34](-= = - w #156 |#542 Y @ #156 |#442 ¥ #146 /#537 V @ #146 |#437 V a #146 |#534 Gy @ #146 |#434 Gy w #146 |#536 R a #146 |#436 R i @ |#81 |#552 ¥ H|o #456 Blu |* © |es1 Jeas7 Bu [+28 | ! © |#122\#544 Bik ® |#122 |e445 Bik ® |#80 |#551 0 © |#80 |#455 0 : @ |#93 |#548 Bk @ |#93 |#451 Bik Ce! @ |#100|#554 Bw @® |#100 #459 Gy |\i20m : ® |=88 |=s50 Bik ® |#ae |e454 Bik [ca7-1 | ® {#10 (Blu) ® |#10 (Bh) | @ |#10 CR) @® |#10 CR) { @ |#123/e565 P ® #444 P i ‘ @ |=136| (1s5s70) ® #433 R | : : SteSRR MIAN R © S3FA9T—R.3026.A (MOAIE39) W (MB4401) Ramee a-F (@) Re Be a-F (®) a * #93 |#136|#547 R |#93 |#136/#450 R #93 |#93 |#561 R [#93 | #93 |#452 R #93 |#100/#555 Bk [#93 |#100/#460 Bik #136/#124/4545 R |#136/#124|#448 ¥@_WAHARMIR (hI D bd RAND RKC TLESBAORA HM OB IO RAE RRL CSM BASU C. BHM CHLIOMBEE SHAT ry 2d SERBLBVEBDNS, [Ll RAE LSM O FMRC TS PRT CAMMBICL SER [omg Ww Ca OF OF oy ETI» S| OFF CAM @ROREO Am we OA SLON CRRAROR AD ae iExM OA 4 (S419 150 #ALLR) SS ON CERERORMO RM Em #22 mA Hie 1 s20N ¢ ERORROAM TEMS} #450 mA Hie 1 (e-9m 2A) ALS CER OWE T-AKLOM A, Fry LGM 2) MHC MS SHRICH TERRES CMC ERMAEHE THASE MU BOEEDNS, S1 OFF CRROAR ' S1ON CRRO AR SSON CREOAR S20N CREOAR ALITt- PATA ROAR HOB ARO A 24 WL BERD 4 2 — Hp oh Vel HORE BOF» PIR CORMEMOF | DTWOWREAREN CUSMEMELD CB PHF cy TINK RADIUS Ewe SCE QB IAF cy TCR CREM EMT SAIS KUED T 9 7 LOR AREDAMEAS CENTS33FA97-R-3026.A Fuy JOFMBEERMOR fy Si OFF Ez * omnaR = (OA oMMERL COM, E—9— HICH BLeuce, Jemos RO RMS Q SON (@RAT IF) wes [ 1~ PéL sm mmm = OA (Samie 9 150LARF) omit ON LCE. oF-F— PML BUC be OLED MATLBUC ES enon 3) Ss ON (#0188) ames [ 2~ PoI~oo BS comma = 422mA oN ADMUIHMON SSCL. 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RIS HBA OFF ¢%6) YE ALL ON CH C2 (= 509) 3 ~ 302 dhet@es ON $40 WAKA Busty 7+e?—OFF &|1M@S1 OFFIFSe | R2(=527) 3 ~ 40L or (Ss OFF i #i 50 HHA See muatelsOFF #F) BES) ONL TER | RIAN Hates ON Ea Sm | SSS2(LY-2244F) ON fe *® S—C RISEMICIEN TS SOMMMENL REE C, CC SNe ME 33FA9T-R-3026.A | ARES 4~ Lice eT L CRESS. fees mem = #9450 mA S-CRHCRH Re RB FrvImtyb FxRARE I-kesS LURK Ree Cram wx | ICP -H | 4 ~ 101 ahee S$ Tit#) 25 mA HBA oD PT S-CH LED #8< STL 10(E-9—) 4~ 201 1 LURE 1.25 HRI TZ yack —hiteah L LED S< | MPC (f,m) -(n) ~ 202 BMORE LIS HB IUD wR 1 | WER AA i VES TIEMICHEMT | $2146) 4~ 203 1 So MOREL | =538 (#) 4~> 204 =537 OR) IH FMRI it 4 YVEDYTHLU—Att| $3 (146) Y = 24S: F (HASRRCLU—| SC MMERAR | ARBLLN— BATH) =S34 (KR) 4~ 206 1 +E A Karte RISE | n $4 (WMAt 9» F) 4.~ 207 SD RMA33FA97-R-3026.A a 3 | Re RR Faw TRAY eRe aks i =540 GR) 4~ 208 | =539 (@) | SH SBR RBA nt yeayteLu—xt|e—9— 10) Re] 4 ~ 209 + (SEOTD t-9—kRI—K LED MS< ates | wARIAKRAN £68. =531 Oh) 4 ~ 210 ame 047 ma | =560 | | As Faia RISE nt | 1cP B-® 4~ 211 | HEU y ICP %B J 4~ 212 Q3(#504) RIS IC TCPa6(Q4) #a | Q3-RI2 MBE s—b| 4 ~ 213 LU Rike Lk Biee | LY KEMMICE—F | Sa HAT» F) | 4 ~ 301 Ss |-Ra Quen OFF m5 | 1 25pieneem 9 «2m i fib TLEDWS y (2ias CER) LED AH OeSEGS SCHLED AMOR | (iepREas 1 7—Ae| #532 (2 | 4~ 501 2~3AVAREBBCH | < OEMS.) a= Fame | 1S. | n I 1 COARe i Re Be Fxrx DRIVE ex AwH a-Kes | CTL YZ EO HLIEM ICP $3 (#146) 4~ oi | (Baas) Cons #535 (a) 4 ~ 602 SKIN n { SOM { RA Re Fey IRAYb semanas | ares | SCLU—ZK it SOME ICED $3 (146) J 4 ~ 701 soem CL U-<| Sm | BLL N—MATHE| 536 OR) 4 ~ 702 (FC APED 3— NaS A | a | icp 0-1 4~ 703 FBT SCmRERS. 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RHA CMD — 12 GFR) MD—12 Rei S3FAST-R-3026.A | S a 8 eA aE & a s HRA TF | TOP MTR HARKO-F O.3+0.1e0 HLH 80~ 1209 # mle fm Uo | RIZKO-7 OB+O3m ALI 140~ 2009 |m22hO-9 0.420.288 ML ee 260~ 4009 (@ahO-9 2189) j CONOR O.2mRLLL) me em | AeA | Hw ATy FONE — 205 +65 ms Xk | @unsomm 215 vALDEA) | aLOR3-7 | FM TiswEL RUC ES i -aveyv |execem [fo | aim m0 [Abe Pon9F | MMI IER 1ZVC32E/s LE hO— RAH PAW ChITK, RANYSS) OH | EES R (BHAT, TREREMHL SV. FElCCS- | (Fru) CHICAS HEMT & | RGR. EREMEMML BV. 7.ULETA | KE TS-CHRICERICMOC & (MESO LE) | | ik. PeLIC C OOVF [2 Obama 12VC700 mA LP mA we it | MALAR 1ZVC ON LmALLE t | OFFS O05 HALLE { AAFAF— | ERAMSKOE-MD RAMMORIE SMALE | a9 *# t [eee eR [Avy FRR VC LEAR | AEYAINF «| EPA 1.25~~ 0 oH CHRCE—F | |-aanunsce ' vu-xee [we it m 9 lak Fro imbUMMT) —800~12009 J # 2% | RRO-D Fy yaRME OT MLE CRS) LU-xkae 3.5 WLE ee Siesta t tsa8 ete A s i RAst9— |e mY len AAC — 3009HLF i (ze) y # 2 [RR 7U-HBe OAMMLF ; RAtyF ONE 22~25m | (Bmore { KGAGHORS 27 VLt i Ao Tro | eben | Ee 140°~ 144° | ew - 2 Ag-hwR oe? ~-1 i @khu 7st | eth? 45~SSkerm RE 7O9RE | (2 ViEM RR 0) i Re (Mike) BS COMME ORNMEY) | ae 25+ 0.2e (RH) | nssmmRe = | Abky Fonte [FMLA FOFFR 50+ 20% I a4 2-H ts |_ Cra sminatians ti OFF s2ieon5nM ' g-stn [etm ¥ [eS9-sru AR loose t J # % | BES“ RAE 65 9ELE i [Eeme att) LS mesh t Ye ay | FEnsoMCa | EL, MC~4 mt CaEOAMON TSO | Ly 2, WRIT SSE LED LED OsealeWeRICG DNS CE waite @ |e@seme | etyss, RehITX tH 2 4 wb | l00RLL (36 Ex) es * LU=XH 50 mA+sec LIF Creat) & 4 150 mAssec UE (BL 74 LA 1 1 eu)33FA97 — R.302 |@runceioning of Motor Drive 7. ELECTRICAL CIRCUIT & ELECTRICAL TROUBLESHOOTING Workable voltage: 8 ~ 12V Single-frame shooting ("S" setting) Operation Functioning of switch Working condition Turn on the power | $1 : ON | Power switch MD switch-over circuit is switch. (S1': ON)| Camera's power | ready to operate. switch Depress the $5 : ON | Release metering | Camera metering circuit turns release button. awiteh ON. (First step) (Second step) $2: ON | Release switch | MD switchover circuit turns oN. With the FE mounted, the notorl starts operating at approx. 205ms' interval after meter | turns ON by depressing the | release button half-way. (Eirst step) The motor starts operating without delay whe | the power voltage of the FE's metering is low or metering timer is working or the FM is mounted. Shutter release pin —> Release > Shutter releasing| The motor stops. Completion of $7: ON | Rear curtain (Camera's MD signal switch) | rear shutter cur | ewiteh The motor stops. i tain's travel (tirror-down) Completion of 37 + OFF | Pover curtain (Camera's MD signal switch film-advancing (Drive shaft coupling turns | ($2 : OFF) Release metering | switch turns OFF.) The motor stops. (Preparation of the next a back) $5 : OFF | switch releasing signal) Camera's meter is kept ON for approx. 50 sec. Camera's meter is turned OFF | with a specified interval. is Continuous shooting ("C" setting) Operation is the sane as mentioned above. Go on depressing | 52: 0N | Release switch | Maximum framing rate is approx the release button 3.5 fps. == | - Continued - l — 33Continuous shooting 33FA97 = R. 3026.4 Operation Functioning of switch Working condition Lift the finger from the release button. (Completion) | 82: OFF (S7 : OFF) 85 : OFF |Release metering lswitch The motor stops when the roll of film has been fully exposed. After approx. 50 sec., camera metering circuit turns OFF. Film end timer (Film-advancing auto stop device at the end of the roll of film) Film-advancing is prevented at the end of the roll of film Push up the rewind slide ] | | The motor slips to rotate with LED remaining lit. After approx. 1.25 sec's interval, the motor stops and LED glows and remians lit. Camera's film rewind button is pushed up. Rewind button switch : ON (87: OFF) Film-advance mechanism is disengaged. The motor rotates and stops with the film wound-up. (LED extingushes,) Remote cont rol (Note: Both $1 and SL’ turn ON.) Connect the plug to the remote control socket. Remote-control releasing Cancel remore- control releasing Remove the plug from the remote control socket. Remote metering switch : on Camera metering circuit turns ON. Remote releasing switch: on The MD operates according to S-C setting. The operation does not delay, because metering circuit has already been ON. Release switch : OFF Remote metering switch : \orF The motor stops with the film fully wound-up. | After approx. 50 sec., camera metering circuit turns OFF. Note: In all cases, once SI is turned OFF during the operation of camera metering time: t, the timer is cancelled. (However, if S2 is turned ON within one second, the timer remains ON, because the discharge of C2 is not completed. ) 54Reference Table 33FA97 = 8, 3026.4 Seandara ‘Allowance Continuous shooting speed | 3.5 fea | Hore vhan 3:2 tp Delay tine 205 ns +8 Dutation 6F matarcea 50 se, +20 see. Film end timer 1.25 sec. 4c 8 0435 For more details, refer to "Inspection standard for rep. — iS@Wiring diagram 33FA97-R.3026.A + Phase atch ase cunan swe S52 - Ds (S80) js Hie 13 L, ers °| S33FA97-R.3026.A Wiring diagram 4401 Soldenng teminal of #407 1C Printed Cireuit Wing clagrem IC MB AG01 5 Seléeme tcrnnal of #802 Roy Pred Grout tc.) ‘As for Marks. (R1.R2.: refer to PP. 99C-99d 1.02" Additional page eget Date Dec. 1, 197933FA97 ~ R. 3026.4 @ functioning of IC Pin rin® 2in@ Pin@ Pin® rin@ Pin® ein Pin® rin @ (for Motor actuation circuit): When the voltage becomes (L), Q3 turns ON and the motor rotates. When the voltage becomes (i), Q3 turns OFF and the motor stops. (for Brake circuit): When the voltage becomes (H), Q4 turns ON and the motor is braked. (for Power source input When SW1 turns ON, the voltage becomes (H) and Vcc is impressed into the circuit. (for Brake circuit): Charges C9 via Pin@) during motor's rotation; Receives the dis charged voltage from C9 and emits the brake signal via Pin@ as soon as the motor stops. (for Charge input of time constant condenser for brake): Receives Vec and charges C9 via Pin@when Qé is ON (i.e. during motors rotation) (for Delay circuit): Receives charging voltage for C8 from camera metering circuit via R11; Receives the signal and cancels delay circuit when the voltage becomes (H). (Discharges the voltage (H) at Pin (1) generated by Pin(@)) However, as for the FM, the voltage is always (i) and thus the operation of the motor does not delay, because C8 is always charged. (for Battery voltage checking circuit and Delay circuit): Receives the voltage from camera metering circuit when SW6 is ON; Also immediately cancels delay circuit to rotate the motor if the voltage is lower than specified; Stops the motor until the voltage at Pin(@)reaches (H) if the voltage is higher than specified. (Makes the voltage at Pin() to H) (for Metering timer): Receives the voltage of pover source and turns ON the lead relay via Pin@when SW5 is ON. (i.e. makes the voltage at Pin(@) to L); After SW5 turns OFF, receives the discharged voltage from C2, which vas charged when SW3 turned ON; Keeps the lead relay Of for a fixed period. (for Lead relay actuation): Turns the lead relay ON when the voltage becomes (L) by the signal of Pin@and turns camera metering circuit ON. Ground terminal of minus (-) power source input (gor Thyristor turn-off signal): Thyristor cathode; Receives the signal when SW4 (Phase switch) turns OFF and turns the thyristor OFF co stop the motor. (or Thyristor input signal): Thyristor gates Receives the signal from SW2 (Release switch) when SW is ON (Bin @) ..... ground) and turns the thyristor ON to operate motor actuation circuit. ae33FA97 — 2. 3026.4 pin (3) (Cor Rear curtain switch input signal): Thyristor anode; Receives the signal when SW7 (Rear curtain switch) 1s ON and operates motor actuation circuit even if the thyristor is OFF. Pin @ (Gor Constant voltage of fiim end timer): Generates constant voltage in the IC during wotor actuation circuit's operation and charges C4 via RS. pin @) (Cor operation of film end timer): Receives the signal when che voltage becomes (H) due to coatiou ous charge of Ch by Pin @ and actuates flim end timer circuit fo stop socor actuation circuit. when rewind button evitch 18 turned ON to discharge Cé, the voltage becomes (L) again and thus motor actuation eireuir is restored. Pin @@) (for Lighting-up of LED): The voltage becomes (L) under the condition mentioned below: And LED is lighted up. (4) Motor actuation circuit operates when che thyristor is ON. (44) Motor actuation circuit operates when SW7 is ON. (444) In case of (4) or (4i), when only motor actuation circuit is stopped although film end timer operates. (In this case, the lighting-up of LED increases, because motor actuation circuit turns OFF and thus voltage drop of power source is restored.)33FA97 ~ R,3026.4 Functioning of Electrical Parte [Transistor feceives the releasing signal and transnits {¢ to thristor gate of Pin Turns ON under the voltage (L) at Pin ({6) and makes up for the unstable operation of relay-make contact at starting of the motor. Receives the signal of noter actuation circuit from Pin(Z)to supply electricity co the motor: D2: D3: Da: Ds: D6: Qh: Receives the brake signal via Pin@to short both terminals of the motor. Dioae Di: Prevents damage in the IC when the polarity of power source is reversed. Prevents danage caused by the reverse voltage impressed on Q2 vhen the voltage of Pin @@) becomes (i). Prevents erroneous operation at simultaneous firing due to difference of potential at power source. for level shift. (To prevent accidental releasing at meter-on via D5) Prevents Ql from switching ON if Vec decreases instantly when C2 is charged by turning ON release metering switch. Prevents malfunction when minus voltage is impressed on the IC (i.e. when the motor is reversed by the fila.) ——— D7: for discharge of counter electromotive force at motor-stop. [Condenser C1: for power source C2: for camera netering tiner C4: for film end tiner cS: for thyristor gate C6: for release-pulse at "Ss" seteing C7: for noise elimination C8: for delay circuit 09: for brake circuit resistor] Rl: for control of LED Lighting-up electricity R2: for tine constant of camera metering timer condenser C2 Rr Q2 base resistance R4: Pull-up resistance for Ql. (To increase base voltage for noise elimination) RS? QL base resistance R6: for Linteation of thristor gate electricity at Pin @) R7: for discharge of film end timer condenser C4 (for protection of contact) R8: for time constant of film end timer condenser Cé Ro33F497 1026.8 for charge of release signal at "S" condenser C6 for camera's exposure meter (for protection of relay-make contact) for time constant of delay circuit condenser C8 for Q3 leak~cut Q3 base resistance =a33FA97 — R.3026.8 Cocked/film wound: condition S4(Phase SW) S7(Rear curtain ae @© MO-12: Shucter-release Operation ("'s" setting, a - (IC MOA 1839 employed) SW): OFF $5: ON (Half-depress~ ing of release button Metering cireuit: ON , Battery [| wottege check Delay cércuit f 32: ON | (Release sw) ee Qi (#506) on SSS Discharge of C6| #51420.22) I Pin @ (a) Pulse input 1 Thyrigtor: ON nag SC RS To be connected 82 (LED, film end timer) 54 (Phase) :0FF Thyristor:0FF | Ow) T — -- Motor actuation Y | (etease su) cireute : ON | “so: oFF Pin() (L) =e L Q3(#504) :0N Ql : OFF Completion of cor rotates | (Charge of 2 f{lm-advancing Pe =) A208 3) Pin 43) (Ww) (s7 + OFF) l i (Tytistor + OFF) Shutter release pin is pushed up Shutter releasing Charge of C6 (for pulse) LED extin- | Discharge o: guishes, | Pin Mirror-down 87 : ON Motor actuation L Re-releasing circuit : OFF [ol Thyristor:on| Brake circuit ubvoe, eotueas repeater || T Pin GD) Mates st gps) (Completion of During film] LL © film-advancing|—| advancing S42 ON S7_: OFF ®B m@e} Motor stops aeS33FA9T-R.3026.A @ Pattems of Relay Printed Circuit & IC Printed Circuit. Fear curtain seh A (2128) mot moteing wach A (= 80) —— cr (01 onset 8 (3 125) Relay Printed Circuit +502 (MCP) (IC MOA1839) icp (2 sor. — ier tes018) [—— cr |= 5010) 540) ce \2 5006) Morar (= 10) ght bie (686 Ted oO Ter (FEST "Poon e) ay CP (SSO ‘ Nit i four | ==ER| allele wg ERIE I fee belek ts FF Oo —— cr (#5010) NG, Bsn E Sc 8 123) aay aa (eee) (130) aN Leo 12 520) Yet (8621 LL aaisase mmtenna seach & 1) 28) Boe e864) Black (# 650) Fewne bution swicn (2 8) L_— power suies: mas (3 98) L_— icp eso)loose} [soras7-A.a026.a | | Relay Printed Circuit #402 (IC MB-4401) ' | Relay Printed Circuit #402 (IC MB-4401) Aiea pa === ion| 33ra97 ~ n.3026, Cocked/film wound-up condition seraphare ip : on | @ mics huceersseses Oreratin (Cot secttem) S7 (Rear curtain sw): OFF 35: ON (Half-depressing of release button) (fig. 1) $2: ON Pin(®) (H) C2 (Pi (Release sw) | (£48. 3) Timer :0N_ (Cor I (Standard voltage) (Stop- Qi (#506) signal)|Battery voltage | Pin@ Pin@)(L) on checking circuit} Relay ¥ ON j (Comparison) (Standard P. . fe @ wo. voltage) is. 2) I Delay circuit sé: (Comparison) Meter : ON ro OO (cancel of Pin@) stop) Fin © @) | Pan al (Completion of eee [—— 2 charge) Pin (8) (L) Pin @ (H) iteeie cae LED Lights up Constant voltag. i t= 205as, T (fig. 5) Q3(#504):0N Pin @5) Motor rotates. 2 ® Charge of c4 i Shatter release 84 (Pha: : Pin(S) (n) Fin Spt shoteer re-| [72 Pia@on lease ic (fig. 6) Thyrisser:0FF | coneinaed 93. @ gelato jontinued to page 93. Pin@ ay Pin G3 (H) Charge of C9 Motor actuation] | Pin (8) (4) Pin DG (wy) Discharge of circuie:orF | [usp extinguish-| [Discharge ot | [ris Pin() (H) les. ic, Pin Pin (2) (i) Brake circuit 24 (#505) :0N Q3 : OFF Motor terminals Motor stops pe sshabltenedl | cnave, Saag dake[ ssen07 — 2.2026 Metering timer cfreuit Vee Lead relay (Operation of $6) Battery voltage checking ¢: cuit & Delay circuit Battery voltage] Wocor thaaktag tf Geapaagaatt —] accusedoal etreut circu = FEV cy oy w Stop-cancel signal (ON) m “4 Delay circuit R10 86 Ru é P ®) FE =a] a = [circu | | = letreute | | th ce sv Camera j The polerity of FE 7 pee ey Les ™ . Release circuit oo tee Rs j = (on) Hocer:aetuarton G » | ti | a Thytistor Re a s2 (ON) ay ° ma s4 5 s7 ! i33FA97 ~ R.3026.a From PageD| 91 Shutter-release Film-advancing a [Completion of lfilm-advancing | |s4(Phase) : ON Mirror-down ® MD-12: Film-advance Operation ("C" setting) (iC MOA 1839 employed) S7 + ON (fig. 4) Rear curtain | (FE or FX) switch Pin @ Pin @ Pin ® basa s7>Ground (Constane Charge of C4 voltage) 1 (IE S7 faits to be van @ oo | Gh aston inet Motor actuation Pin a) Sate on of! val of approx. circuit : ON “) LED lights up| paree 1.25 sec.) Pin@ (L) | i Film end tiner hon cireuit : ON Motor rotates - T i Motor actuation| circule : OFF Pind) (H) i 3: OFF Motor stops T {With rewind slide Pushed up, motor | (LED extin~ rotates to complete| guishes.) film-advance cycle, (LED remains lit.) lReverae of Pin G2) « then stops a cad ee italy 1 sv:or | | rin@ a) e1(2506):on L_| s2 (Retease)| (neat curtain switch) l Pin @ t Repeated: 7 OO S2 (Release) rin curs OFF arg ee 1 1 flotor acevation] [s,, qo 4 Pin Gepischared [Pin OO a circoie son | |, 219@ 90 | oro) | |ptncnacee of Pind) (a) sushes! | pin(@) cw) ca pan 8) i i Q3 : OFF ese Motor stops [Sho Brake circuit is established 1505) rt of motor = pe[Bras - 3026.4 vance & End timer LED lighting-up cireuit tetunttonf—@) edreuit @) Thyristor © Stop signal] Constant voltage circuit Gan ota sad 88 8 af Revind button avitch ue a fi LED Lighting-up, Relay-make auxiliary circuit LED Lighting-up cireuit FE metering| = = |[cireuic 13 a Vee Motor actuation circuit D6 i (Charge Discharge jeircuit cireuttS3FA9T-A.3026.A IC Printed Circuit (ICP) #401 (IC_MB-4401) iM o @-K @®-t @-€ O-M 10 (27005) B-E te Additional page Date. Dec. 1, 1979 —%a—S3FAST-R.3026.A IC Printed Circuit (ICP) + 501 (MOA 1839) Fatman motenng SW 2155) Aeleee SW (168) =e ESHA 8 charaeowe Sw (2148) © changeover SW saag) FOOT 54 changeover sw (146) RSaeW) © Rewese SW (= 16) vem) Feinase meterng SW |= 158) 2) Ans (2528 2700/20) 2520 lhe QO@O® sol vilhe "sis Lap are 2 soz) 2S 12548) contact 8 MPC (25020 ‘awed auton 25481 Gn] vive 138) Swine 129025) amo contal MP Pawor source puis MBC (x S02) —=SSU RE [SVS 887) range MPC (= 502-4) 2560) 8 Motor MPC 2 808-) Oliver | MPC: \= 802-1 —-7 —© SwITcHes 4 ELECTArCAL PARTS = Suieches - Name of Switch P/N Lead Wire Terminal Sl: Power switch 36 #567 (red) #93 (battery contact plate ® ) SBD (anode) #502 (MPC-r) $2: Release switch #146 #537 (purple) #501 (ICP-W) #538 (black) #501 (IcP-J) $3: S-C changeover #146 #534 (gray) #501 (ICP-K) switch #535 (white) #501 (ICP-H) #536 (red) #501 (icp-v) S4: Phase switch #134 #539 (white) #501 (ICP-s) #135 #540 (purple) #501 (ICP-G) S5: Release metering | #155 #567 (orange) #541 (orange) switch #501 (ICP-K) #156 #568 (yellow) #542 (yellow) #501 (ICP-v) $6: Relay-make #530 #501 (ICP-aB) contact’ ead relay contact) 87: Rear curtain FE or MM switch (S1') Meter power #136 #545 (red) #124 (EE terminal A) switch #562 (yellow) | #501 (1cp-P) Remote releasing #99 #554 (blue) #502 (¢Pc-j) switch #99 #555 (black) #93 (battery contact plate minus © ) Remote metering #80 #551 (orange) #502 (MPC-h) switch #81 #552 (yellow) | #502 (pce) Rewind button #88 #550 (black) #502 (MPC-k) switch #89 #502 (MPC-p)33FA97 - R.3026 Q@-1 meno Note : Pin@) Pin@ Pin@) Pin@) Pin@) Pin® Pin Pin rin@) NING OF IC PIN A figure in the brackets [ ] indicates the number of pin on former IC NOA1839 which functions in the same manner. (for power source plus input) (PinQ) When power switch ($1) turns ON, the voltage becomes (H) and Vce is applied into the circuit. Practically, voltage drop by schottky diode Dl may occur. (for brake circuit) (Pin Charges C9 via Pin 4 during motor's rotation; Closes the charging circuit with Pin(@)as soon as the motor stops, and emits the brake signal wher received digcharged voltage from C9. (Short between Pin(4)and PinGS)) (for sotor actuation circuit) (Pin@) When the voltage becomes (L), Q3 turns ON and the motor rotates. (Short with PinG)after receiving motor actuation signal) (for brake circuit) (2in®©,@, 4) Receive Vee and charges C9 via Pin(2)during motor's rotation. Ag soon as the motor stops, receives the discharged signal of 8 from Pin@and shores between PinG)and terminate of short/motor. (Power source minus terminal) (rin OI Motor actuation circuit (Short with Pini Brake circuit (Short with P& (Power source ainus terminal) [ria ©) ALI minus termianie excepe Pin@) (for delay circuit) [Pin@) Receives charging voltage of C8 via Rll; Cancels the aotor-stop siganl by Pin(@)when the voltage reaches (H). With the FE mounted, the operation of the aotor does not delay, because C8 is charged the moment the power switch is ON and the stop=siganl is always OFF. (for battery voltage checking circuit and dealy circuit {Pi Receives power source voltage of camera's aetering circuit with relay-make switch (S6) ON, and emits the motor-stop siganl when the voltage is higher than specified; Makes. the voltage at Pin@)to (H). ‘The operation of the motor does not delay Lf the mecer's power voltage is low or the battery is not installed. (for rear curtain switch input signal) : Thyristor fe (Pin Receives the signal when rear curtain ewitch ($7) is oN and operates the motor actuation circuit even if the thyristor is OFF. (for LED Ligheing-up) Pin @l Lights up LED with thyristor oN. Additional page — 9a— Date Dec. 1 , 197933FA97 — 3026. Pin@ (or thyristor turn-off signal) : Thyristor cathode ; (Pin GD) Receives the signal when phase switch (S4) turns OFF and turns thyristor OFF to stop the motor. pin @ (for thyristor input signal) : Thyristor gate [Pin @) Receives the signal from release switch (S2) when phase switch (84) is ON and turns thyristor ON to operate motor actuation circuit. Pin @ (for film end tinier operation) Receives the signal when the volt: continuous charge of C4 by Pin (3) and actuates film end timer circuit co stop motor actuation circuit; Makes the volatage at Pin@)to (H). When rewind button switch is turned ON to discharge C4, the voltage becomes (L) again and thus notor actuation circuit is restored, Pin @) (for constant voltage of film end timer) (rin @) Generates constant voltage in the IC during motor actuation circuit's operation and charges C4 via RB. Pin@ (for metering timer) (Pin@) Receives the power source voltage when release metering switch ($5) turns ON and makes the voltage at Pin (15) to (L) to curn lead relay ON. After $5 turns OFF, receives the discharged voltage from C2 and keeps lead relay ON for a fixed period. in@ (for lead relay actuation) [Pin@) Turns lead relay ON when the voltage becomes (L) by the siganl of Pin (14) and turns relay make contact (S6) ON and turns camera's Wetering circuit ON. Pin @ (for power source plus input) [Pint For circuit actuation, power source input for boeh Pin @@ and Pin(@) is required. Additional page =o — Date Dec, 1 , 197933FA97 ELECTRICAL PARTS CROSS-REFERENCE LIST Mark Functioning New (84401) [Former (1041839) RANSISTOR Q | Release signal #405 2sa880 | #506 254880 Q2 | Subsidiary for relay-make contact | #405 2sa880 | 506 2sa880 at > ditto - #406 2801787 - Q3 | Motor actuation #404 28A715 | #504 28A715 Qs | Brake circute - Included | #505 asciei4 into the 1 (DIODE) pi | Prevention of reverse iaput #407 ERB81-004 | #570 ERB81-004 (Protection of Ic) D2 | Protection of a2 - Alteration| #508 151588 of circuit, D3. | Prevention of malfunctional #408 181588 | #508 - ditto - remote control D4 | Level shift 1408 - ditto - |#508 - ditto - D5 | Prevention of malfunctional 408 - ditto - [#508 - ditto - release-netering switch D6 | Prevention of malfunction at - Alteration] #508 - ditto ~ reverse rotation of circuit D7 | Discharge of counter electromotive | #407 ERB81-004 | #507 vO6B force (CONDEN: c1 | Power source #428 16V 3.3uF [#512 16V 3.3uF c2 | Camera metering timer #422 16V 22.0uF | #509 16V 22.0uF ch | Film end timer #424 Lov 4.74F | #511 100. 4.7 4F cs | Thyristor gate #425 20 1.0uF |#513 20 1.0uF 6 | Release-pulse at "S" setting #426 35V 0.22uF | #514 35V 0.22¢F c7 | Noise elimination #427 35v o.1gF [#515 35V OIF c8 | Delay circuit #426 10V 4.%uF | #511 10V 4. 7uF co | Brake cireuie #423 16V 10uF | #510 L6v LowF = cont'd - Additional page — 99° — Date Dec. 1 , 197933FA97 ~ 8. 3026.4 Marke Functioning New Former Control of LED lighting-up #409 560 01/aW [#526 5600 1/aw electricity RZ Time constant of camera metering #411 1.5m O1/4W | #527 1.5M0 1/40 cimer condenser R35 | Q2 base resistance #617 3.90 1/80 |#525 3.9K01/80 R3" Q2" base resistance #415 82K" = Ré | Pult-up resistance for ql #18 3.aK0 "| 9521 3.3K0 1/8W RS Ql base resistance #414 100K " #518 100K" te | hprineor gete”at 240'Q) fas aska © [¥s22 1.5K0 * R7 Protection of rewind button #420 2200 =" #523 220 9 " switch contact RB Time constant of film end timer #412 390KQ " \9si7 430K " condenser | | RO Charge of release signal at "S" #413 330KQ " #516 560KQ " RLO Protection of relay-make contact #421 4.70 " #524 4.7 9" RIL | Time constant of delay circuit | #416 75K "| #519 62K a” condenser R12 Q3 leak-cut - #520 10m2 R13 Q3 base resistance #410 2700 1/2w |#528 2709 1/aw LED | Gasp #429 GL-3aR1 — | #526 cL-3aRL SW6 Lead relay #430 URP-908 #530 URP-908 ‘Additional page 994 — Date Dec. 1 , 197933FA97 ~ 8.3026. WIRING/SOLDERING CROSS-REFERENCE LIST (1) Former (M0A1839) New (184401) Tere | Rerae| Other | Lead wire PEPE] Tere] ocner] uead wird gy, er ae parts | (color) fal OF] mal parts | (color) ny ® #459 tan |G @ 9453 Lgn Bl @ #553 blu |[N] #458 Gy c #531 R D] © #31 R ob) @ #560 8 Rk @® #461 R fl 2 - = a = = @® #559 Br - = = @® os2ax |e] | @® | #632 BIk #135) «| #540 V fu) #135 | #4400 ® #146 | #535 W o #146 | #435 Ww a nse | #532 ik |e] ase | 0438 Bik ® fiss | #541 0 i nnss | tas o x] ® #546 Go is) ® 1446 Gn Fl #136 | #562 ¥ a, #136 | #4a9 x @ @® 4557 Gy/tblu) ~ - - R) © #556 P - = = is] #134 | #539 W a) #134 | #439 0 & @ #543 P (F] ® #443 PB | ® #123 | #404 P ® 9558 0 - - - - ww Jerse | asa2¥ jz 156 | #402 ¥ w #146 | #537 0 fw #146 | #437 v & #146 | #534 cy cal #146 | #434 cy o #146 | #536 R cay #146 | #436 R © | #ar #552 ¥ [Fl ® # 456 Blu | / Color @® | tar | 457 ara] Changed © jizz | #544 pik ® #122 | #445 B1k ® , | #80 #551 0 @® #80 | #455 0 @ jas #548 Blk ® 993 #451 Blk | ga | @ |#t00 | #554 Bik ® soo | #459 cy |Lizome | © jess | #550 ix ® ss | #454 wix| (A7-L) @ |ho | (Blu) © #10 (Blu) @ (no (R) |®@ #10 (@) @ (#23 |¥s05 P @® | #123 | tsa Pp | @® | #136 «1 570) \© fas | 43a | | | | | Additional page Sie Date Dec. 1 , 197933FA97 ~ R.3026 WIRING/SOLDERING CROSS-REFERENCE LIST (2) Former (MOA1839) New (MB4401) Parts connected [Lead wire (color)|Parts connected|Lead wire (color) | Remarks #93 | #136 #547 8 #93 | #136 #450. 8 #93 | #93 #561 8 #93 | #93 #452 R #93 | #100 4555 Blk #93 | #100 #460 Blk 136 | #124 #545 8 #136 | #124 #408 ¥ ‘additional page Date Dec. 1, 1979 — 996 —33FA97 - R.3026.A Electrical Parts & Standard Mark P/N Description Rating, etc. an 506 Silicon transistor 284880 2 506 ® mi 03 504 Power transistor 2sa715 (IC = - 1.54) Cry 505 " 28c1847 (Ic = 1.54) DL 570 sap ERB81-004 (IF = 1.74) 2 508 Silicon diode 181588 (IFA = 360mA) D3 508 x i Dé 508 " ” Ds. 508 " D6 508 " D7 507 ‘ voes, cL 512 Tantalum condenser 16V/3.3 «F 2 509 és 16V/22 «F <3 ch 511 Tantalum condenser 10V/4,7#P cs, 513 i 20V/1.02F co 51s a 35V/0. 228 c7 sis ” 35V/0.16F ca sul % 10V/4. 748 co 510 a 16v/10“F RL 526 Fixed resistor 5605- 1/8 w R2 527 # LS MG= 1/4 R3 525 ii 3.9 KO 1/8 W Ra sai ” 3.3KO- RS 518 y too Ka R6 522 i La Ree # a7 523 ” 220 9- * RS su7 a 430 Kn- " RO 516 a 560 Ko- " R10 324 at 4.7 a2" RIL 519 x e2Ko- R12 520 " wKa- * R13 528 % 270 w20 LED 529 Red LED GL-3AR1 (80nW. IF = 40mA) 95.@ Electrical Troubleshooting 33Fa97 - R.3026.A As for the electrical trouble, one trouble may often cause the another trouble. Thus when checkz0g/repairing, it is advisable to follow the steps mentioned below: (2) Im case of the power source trouble (e.g. batteries exhausted or heated), check £0 see if the electric current of power source 1s normal by using tool power source. a) when Si 4s OFF (Normal : 0A) b) whdn Sits ON (Normal : 04) c) whdn SS 4s ON (Normal : approx. 22nA) i 4) whén S2 is ON (Normal : approx. 450mA; Peak : 2A) I steps (a) through (d) are normal, check/replace either battery chamber or batteries. (2) As for the malfunctioning, it is understandable to check MD's operation for possible trouble by switching ON/OFF the pover source. a) when S1 is OFF ») whda si is o c) when $5 is ow 4) whdn s2 is ov + e) lighting of LED operation of delay circuit £) operation of filn end timer Femote control operation Note: If the trouble is checked at one of the above steps, be sure to recheck the preceding step, because the trouble is prone to be induced by the preceding trouble. The caused portion of the trouble may be traced by checking the succeeding steps. —100 —Checking Procedures § Classification of Troubles q@) si: OFF Normal condition Electric current of power source| is 0A, Both meter and motor do 33FAQ7 — R.3026.A Classification No.]1- not operate by depressing the release button. Refer to page 103 [ves @) si ON (Power switch) Normal condition Electrei current of power source is OA. (Less than approx. 150A) Metering circuit does not turn No | Classification No.2 - ON, The motor does not operate. The LED does not light up. ves G) 85: ON (First releasing step) Normal condition Electric current of power source is approx. 22mA. Metering circuit turns ON. The motor does Refer to page 104 No [Classification No.[3 - not operate. The LED does not Light up. (Checking The meter after the turned to of metering timer) remains ON for 30 sec. release button is re~ its original position. The meter turns OFF with an interval of 70 sec. after the release button is returned. (Approx. 22mA - 0A) [ise (4) $2 ON (Second releasing step) Normal condition| Electric current of power source is approx. 450mA. at "S" setting, one frame is released and next one frame is advanced, then Refer to page 106 No Classification No.|4 - the motor stops. At "\C" setting, the motor operates as long as the release button is depressed. When the finger 1s lifted from the button, the motor stops after completion of film-advancing. The LED lights up intermittently. Note: When S2 is ON, approx. 2A of electric current is passed momentarily. Refer to page 108 (Should LED only malfunction, refer to its corresponding section.) 101 —(5) LED Normal condition The LED lights up intermittently in accordance with operation of motor No 33FA97 ~ 8.30264 Classification No. 5 -| except when film end timer operates. When film end timer operatesjthe LED remains lit until timer is cancelled (6) Deda y circuit Normal, condition With the FE mounted, when metering circuit turns OFF, if the release button is fully depressed to re~ No Refer to page 110 Classification No.| 6 - lease, the motor operates with brief intervals at initial stage (i.e. the first frame only); 180 - 270ns, (7) Film end timer Normal condition When film-advancing is prevented by stopping the rotation of the spro- cket with finger, the motor stops in 0.9 - 1.9 sec. and the LED remains lit. (Slipping current) When the rewind slide is pushed up film end timer is cancelled and the motor stops after film-advancing, then the LED extingushes, (8) Remo ce control Normal condition When the remote control socket or the remote switch pin #96 is inserted, metering circuit turns ON. The motor operates when the connector pin #99 are shorted or the No No Refer to page 111 Classification No. Refer to page 111. Classification No.[8 — shutter is released via remote control device. Metering circuit turns OFF with an interval of 30 - 70 sec. after the remote control socket is pull- ed out. Note) Slipping current: electric current of power source when the clutch slips if film-advancing is prevente: ICP: IC printed circuit (02-1) MPC: Relay printed circuit (D1-1) ade Refer to page 112 Guetar33FA97 ~ R.3026.A ‘The following are some instances that one trouble causes another trouble. On condition that the release metering switch fails to be ON, continuous shooting speed ("C" setting) is slower than specified with the FE mounted (because delay circuit operates at every shooting) On condition that the LED lights up, metering cercuit remains ON although the release metering switch is OFF (because Q2 turns ON). On condition that the release metering switch fails to be OFF, the ND operates without delay when mounted the FE. (This has no effect on shooting, however, batteries for metering are exhausted faster than specified.) $1 (Power Switch) : OFF Normal condition: Electric current of power source is OA| When S5 is turned ON, camera metering circuit fails to be ON. (Electric current remains OA.) Classification No.|1 ~ Trouble check Point cause Code No. Batteries Extra high electric Short of power source | 1 - 101 become hot. current flow of power plus cord (#547, #561) source to body Camera meter- | Even when dismounted Defective meter switch | 1 - 201 ing circuit | camera body, the circuit |of the canera remains ON. | remains ON. (oa) t { Short of contacts for Short between #124 and 1 = 202 netering) #125 of #545 and #566 Although S1 is |When the release metering | #136 (power switch), S1 1 - 301 OFF, che motor |switch is turned ON, and Sl’ fails to be OFF operates by de-|metering circuit turns or short pressing the ON. (Approx. 22mA) | release button. When the release metering |#136 (MD power source 1 = 302 switch is turned ON, side) fails to be ON or metering circuit fails to |short be ON. The motor operates by fully depress~ |ing the button. (with che | FE mounted, shooting speed is slower than | ‘specified at "C". — 103 —33FA97 ~ R,3026.8 51 (Power Switch) : ON Normal condition: Electric current of power source is (SL! : oN) OA. (less than 150/a) When the re~ lease metering switch is turned ON, current of 22mA is passed ro turn on (Glassificatiaa wel Tl (Classification No.2 -| metering circuit. Trouble | Check Point Cause Code No. Batteries ) extra high electric Defective Cl (#512) 2- 101 become hor. | current flow of power (shore) source os Short between (Hand [i] | 2-102 or JandLx] on | When Si (Phase SW) is ON | Shore between[C]and[S] | 2 - 103 electric current is on Ice extra-high. Camera metering Electric current of $5 (Release metering | 2 = 201 cireuit turns power source is approx. | Si) fails to be ON. on. 22ma. Remote metering switch 2 = 202 fails to be OFF. Short between (de) and | 2 - 203 (eg) on PC | Short between Q and R ~ 204 on IcP #551 (yellow), #80 2- 205 ground short | \Electric current of power |S6 (Relay make) fails to | 2 - 206 source is OA, (less than |be OFF. |150.a) Short between [KJand|PJon | 2 - 207 | Tce Defective 10: 2 - 208 Short of Q2 [kien 85 is cured oN and (shore becveen [Eland alon | 2 - 209 |then $2 is turned ON, the ICP | |LED remains lit. | Jae “CY setting, the monent |short between Sl turns ON, one frane is |1cP lshooted and metering circuit turns ON. When installed batteries, S1 | [fails to be ON ar "c" and[Wjon | 2 - 210 — 104 —Metering circuit turns | short between ON only when mounted the |on ICP FE (by the operation of | Q2). Normal when mounted the 7M. Metering circuit turns | short between(Fand(a] | 2 - 212 ON only when mounted the |on ICP Faby the operation of Q2). Electric current of pover source is approx. Saas Shutter re~ Failure to stop at "C" $2 (Release SW) fails to) 2 - 301 leased with- setting. (when mounted be OFF. out depressing | the FE, delay cireuit - the button — | operates at every shoot- [shore between two renote| 2 - 302 ing). The MD stops releasing terminals after film-advancing at (#99 x 2). Ground "S" setting. (Shutter- |short of #554 (blue) release via camera's | button is possible) Short between (fm) and 2 = 303 (3) on MPC short between [5] and[] en| 2 - 304 IP Detective 1cP: 2 = 305 a1 (Short between C and =) Failure co stop at both |shore between (a) and "4 (Black) L_— netease Locking torque: 15kg-mn . @urpie) le sure not to apply adheetvel to #210. © #210-1 x 4 IZ Xo adhesive To be Flush Step permissible 151-1 Adhesive #501 iS33FA97 - R.3026.A @© IC Printed Circuit Installation Prior to installation, extend legs of #23-1, then install D2-1 as illustrated below. 823-1 Lead relay D2-1 (#501)#95 #80 477 #81 #77 #205 @ Arrangement of Lead Wires As ih with ci Note: 33FA97 — R.3026.8 ® Renote Metering Switch Assembling Install remote switch pin #96 into the hole of remote control connector A7-1. Remote switch Remote button Remote switch Remote switch Renote switch 4 ustrated, fix lead wires ord fix tape #215 to #2-1. Be sure to check that remote switch pin operates properly and that the contacts turn ON/OFF certainly. = HTS retainer #95 spring #80 spacer #77 spring #81 spacer #77 Install the above assembly into body die-casting B 02-1, then secure with screw #205.33FA97 ~ R.3026.4 4 9. INSPECTION STANDARD FOR REPATR Itea Tool Description Release | Dial gauge —_| Release stroke : 0.3 + 0.1mm, Starting point metering | Spring balance 30 - 120g switch ~ pes. First stroke; 0.8 # 0.3mm, Starting point Paxasse 140 ~ 200g mitt | Second stroke: 0.4 + 0.2mm, Starting point 260 ~ 400g | (Full stroke: 2.1mm) | (To be more than 0.2mm after metering-on) Delay time | Menory scope oe or Osediic~ | 205 * 52" after release metering switch becones scope on. (under the voltage of 2.15¥) Should not delay with the FM mounted. Single- | DC regulated | should operates normally. frane power source shooting Continuous | Stopwatch Shooting speed: more than 3.2 fps under the shooting voltage of 12V when loaded a | cartridge of film (Tri X or Neo~ pan $8) DC regulated | Should operate normally under the voltage of 13V power sourec | (maximum workable voltage) at both "S" and ” (£11m) settings without loading a film. Should operate normally under the voltage of aV (minimum workable voltage) at both "S" and "C" settings with a film loaded, | Stop-voltage: less than 6.0V without loading a | fila. ji et Electric current required to advance the film | less than 700A at 12V Ameter |Current 1eakag: ON; less than Ima at 12¥ | OFF; less than 0.5pA at 12 Tester Insulating resistance between E terminals or between E terminal and MD contac more than 5 Ma. j Auto stop DC regulated |Slipping voltage: less than 1.8A at 12V power source (Meory scope Motor's electric current should be cut off in + 0.65 [1.25 7 9:$3 sec. —us —

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