Minolta X-300, X-370 Service Manual

X-300 [ 2 025 - 100 ]
X- 3 70 [202 5- 3 00]

.....

For U.S.A. & Canada

TYP E O F CAMERA

Ele c trically controlled 35 mm focal plane shutter
SLR AE camera
Photography system : Aperture priority A E and

Standard lens I MD60mm F L2. MDSOnua F 1.4,

Lana mount ' M inolta S L R bayonet mount
Film used : J13S rolled film
Size of image field 24mmX36ma

SHUTTER

Ele c tric ally controlled focal plane shutter

(T ravelin g holizontally)

Shutter speed : Auto---4 sec. to 1/1000 sec.

Shutter speed dial
Shutter release

Self timer

EXPOSURE CONTROL·

Light metering system T T L center-weighted

Detector element I 1 S ilicon photocell a
Auto exposure interlock range

Film speed scale : ASA/tSO 12-32 00 (locked every

AE lock

Metering switeh

VIEW FINGER

Type SLR pentaprism type
Focusing screen : Center*··Split-image and micro-

Viewfinder showing : 95% of 24mmx36mm film-

Magnification I 0 .9* (using 50 mm lens at no set

Dioptric power — 1 diop.
Finder indication 1

manual pbotofraphy

MD50mm F 1.7. MCS Omm F2

Manual- 1. 1/2. 1/4. 1/8. 1/15.

1/30. 1/60. 1/12S. 1/250.
1/ 500. 1/1000 see. and 3
(bulb).

Click stop endless dial

: Electromagnetic release, remote

cord, wireless controller 1R-1
can b« mounted.
Shatter release locks in ease of
battery voltage drop.
With main switch at ON.

Electron ic self-tim er starts by
depressing the operating button.
Operation is indicated by camera-

front LED blink.

Shutter release notice is given.

Self-timer operation can be

canceled anytime before release.

average metering.

: EV 1 -18 (ASA /IS O 100 i/1.4 lens)

1/3 step)
Only for A mode.
Operation by pushing self-tim er

lever down.

By touch switch or depressing
of operating button slightly.
Memorizing of metering and

finder LED indication for 15

see. after the sw itch O FF.

prism

Periphery··Acute Matte

frsme area

ting)

; Mode indication in use (A . M)
; Shutter speed scale with LED

indication

t Slow shutter speed indication for

1-4 see (<7)

I Over-/under- range LED indication

blinking at 4 Hz ΙΔ /^ )

B-setting indicator ( a )

IY IIN 0 U A

Setting shutter speed in dicator
(Shutter speed L ED blinking at
4 Hz)
Flash-ready signal (LED next to
*60’' blinking at 2 Hz)

Battery cheek (by mode indication:
Indicator ON when batteries are
serviceable: blinking when near
exhaustion: no LED s light when
exhausted)

M irror

FLASH SYNC

Syne speed

Hot shoe

Slide-uo quick return

X contact, electroflash is synch
ronized at speeds slower than 1/60
sec; flash bulb is at speeds slower
than 1/15 see.
Direct contact, sync auto control
contact

RUM WINDING. REW INOING

Film winding By lever. Winding at an angle of

Film counter Auto resetting calculation. With

Film rewinding I By rewind button and crank

BACK COVER

Opening/Closing by pulling up knob, snapping back
the cover.

With grip, me mo holder (IS O . DIN. A SA table)

130* (preliminary angle: 30*)
Auto winding by Motor D rive 1 or
Auto Winder

t W ith Safe Load Signal

Safe Load Signal

system: auto reset of rewind
button.

POWER

Two I. 5 V alkal ine-manganese ( LR44: Eveready A-76
or equiv.) or two 1.55 V silver-oxide ( SR44: Eveready
G-13 or equiv.)

OTHERS

Battery holder and Eyepiece cap

SIZE A N O W EIGHT

51. 5 x 90x 137 mm (2x3-9/19x5-3/8 in.)
470 g (16-9/16 oz.) without power cells

ACCESSORIES

Flash

Winder
Remote control

Others

: Auto Electroflash 320X. 200X. 132X.

118X

; Motor Drive 1. Auto W inder G

; W ireless Controller IR - l set

Remote Cord S / L
Interchangeable Minolta lenses
and applicable Minolta S L R system
accessories.

Comparision table between 2 0 2 4 an d 2 0 2 5

I . Appearance

Item

• Top cover

• Mode/shutter speed
selector

• Film -advance lever

Back g rip

Bottom cover

Bavonet lens mount

Main switch

2 0 2 4

Yes

SU S

Same shape

2 0 2 5

No

B S

(Cr. plating)

(o nly d ifferences ire described)

Not·

• For 202S. only s ilv e r model is
availab le.

• Disco ntinuity of Auto lock
mech. of mode/shutter speed
selecto r.

Marking: JA P A N or M A R A Y SIA

• ON-O FF changeover

• No audible p iezoelectric

warning mark

I . Function

Item 2 0 2 4

Direct autoflash

metering

Sync terminal

Preview button Yes

Audible p iezoelectric

warning

F-number indication
in viewfind er

Connection with Multi-
Function Back

Yes

Yes

Yes

Yes

Yes

2 0 2 5

• D iscontinuity of direct autoflash
metering contact.

• Flash fires manually with PX
serie s (360PX can be used as

- No

No • No e lee tric shock prevention.

No

No

No

No

sensor auto).

• No flash-d istance checker in

viewf inder.

• Discontinuity of slow-shutter
sync function.

• No tlow-shutter-speed warning.

• No self-timer audible beeps.

• Back cover: fixed type (not
detachable)

• Disco ntinuity of contact
term inals.

Not·

REPAIR

■ The contents of this manual are mainly related to the adjustment
procedures for the 20 25.

Exc ep t for Exposure ad j u s t ment In s ta l la ti o n of exte rna l p art s, se e 2024 Ser vi c e Manual.
“Page" col umn provide wit h shows r e la te d page of 20 2 4 S e r vi ce Manual R ep air Guide

m

■ Assembly and adjustment procedures P a ge P ag·

GQSody a ss em b ly 1 (spool, spro ck et, win din g base plate A)

■ Sp roc ke t g ea r po sit ion ing me thod .............................................................................................................. 2

EB o ay a s se m b ly 2 (w in d in g shaf t) ................................................................................................................... 3

■ Winding gear pos itio nin g met hod................................................................................................................... 4

■ Reversion stop lev e r stop ti mi ng ad j us t m e nt........................................................................................ 4

S l Body asse m b ly 3 (w in d ing base p la te B) ................................................................................................

■ Overrun ec ce n tr ic pin ad jus tm e nt ............................................................................................................... 6

■ Check of windin g me ch an is m·

QQF r on t b ase p late block as se m oly 1 (shutte r, m irr or box. m ag n e t base pla t e)

■ Check of mag ne t at tr a c ti o n ............................................................................................................................ 12

C ll Front b ase plat e blo c k as se m bly 2 ( f in der block, bayon et m oun t front cover, etc . )
3 0Front base p l a t e blo ck as s em b ly (mo u n tin g fro nt base p la te block onto body)

■ Shutter gear pos iti on a djus t men t ................................................................................................................... 15

■ Shu tt er charge adj ust ment

COF Ie xi b le P . C board insta ll a t ion ....................................................................................................................... 17

■ Body back a d ju st me nt ......................................................................................................................................... 19

■ Finder back adju s tm e nt .................................................................................................................................... 20

■ Exposure a dj us tm e n t

Qj ASA in cli na ti on adju st me nt .......................................................................................................3

GOa /D convers ion refe re nc e vo lta ge ad j u s t ment ....................................................................3

QjMan ua ! SS adj us tm e n t ................................................................................................................4

Sl A-a u to lev el ad ju s tment ............................................................................................................5

■ Check of LED i ndic ation ............................................................................................................E

■ Check and ad ju st me nt of r ele a se lock volt ag e and LED blink v olt ag e

■ Check of l imits a t high and low sh u t te r speeds ...........................................................6

■ inst a l la t i o n o f external parts ......................................................................................................... 7

......................................................................... * ............................................... 7 — 8

............................................................................................................................... 16

.................................................................. 1

5

.....................

.................

..............6

........

9

13
14

■ Shu tter b lock ass em b ly pro cedur e

■ Shutt er block a d j us tme nt .................................................................................................................. 8

■ Mir ror box a s se mb ly pr o ce d ur e ....................................................................................................................... 37

■ M easu ring ins tru m ents ............................................................................................................................... 41

■ Foc u s i n g p late r e p l a c e m e nt p r ocedure ......................................................................................................... 42

..............................................

- ................................................................. 31

■ Adjustm ent and checks to be made Pa ge Pag e

[DBody. win d in g uni t

■ Sp r ock e t g e a r p ositi o n i n g ........................................................................................................................................2

■ Win d i n g ge a r p ositi o n i n g ........................................................................................................................................4

■ Fi l m co unte r o p e r a t ion g e a r po s it io n i n g ............................................................................................. · .· ·· · 5

■ Re v ersion stop le ver s to p ti m i n g a d ju stme n t ..............................................................................................4

■ Ove r ru n ecc e ntr ic pin a djus t ment .....................................................................................................................6

■ Sprocke t c l a w positi on ch ec k ..............................................................................................................................7

■ Re v e r s i o n st op le ver timin g c h e c k .....................................................................................................................7

■ Winding o p e r a t i o n le ver timing c he c k ............................................................................................................8

[£Shutter ope rati on

■ Shut ter g e a r p o s it i o n adj ustm ent ........................................................................................................................ 15

■ Shut t er c harg e ad ju stm e nt...................................................................................................................................... 16

■ Shut t er curt ain p o sitio n c h eck .............................................................................................................................33. 34

■ Mi r r o r m agn e t a t t r act i on che c k ........................................................................................................................ 12

■ R e l e a se loc k v o lt a ge c h e c k .................................................................................................................................28

■ S yn c h r o X time la g ................................................................................................................................. 8

3 3 Shutter sp e ed

■ Cu rt a i n sp e e d a djust m e nt........................................................................................................................4, 8

■ Manual SS a d j us tme nt...............................................................................................................................4. 8

5)Auto exp o su re

■ ASA in c l inati o n a dju stment.....................................................................................................................3

■ A / 0 c onve r s i o n r e f e r enc e vo l ta ge a d j u s t ment .......................................................................3

■ A - aut o lev e l adjus t men t ..........................................................................................................................5

■ Chec k of r e l e a se magn e t a t t rac t i o n

■ Check o f li mits a t high and low s h utter s pe ed s

.............................................................................................................. 12

..................................................................6

[Sl e d

■ Che c k o f L E D i nd icati on.......................................................................................................................

■ Chec k of L E D bli n k v o l t a g e ............................................................................................................... 6

5

Q0Vie wfin der, focu sin g

■ Body back ad ju st m e nt .............................................................................................................................................. 19

■ Fin d e r bac k a djustment

■ Mi r r or ang l e a djus t m en t ....................................................................................................................

................................................................................................................

...

.............. 20

........................

39 , 4 0

η

Pr ecautions

■ The follow ing prec autions m ust be taken concerning all p lastic p a rts.

1 . When clean ig . use Flortsolve or alcoh ol. Do not use thin ner, keto n e, ether , et c.

2 . Se cure all part s w i th the sp ec if ie d sc re w s , taking care not to e x e nt ex c e s s iv e stre s s to them.

■ Handling of the flexib le board

The flex ib l e board u ses MOS ICs and is v e ry s e ns i ti ve to s t a t i c e l e ctricity . The re fo re , the fo llo w
ing points m us t be kep t in mind when repa irin g.

• When han dling the flexi bl e board it s elf or w ir ing it to the body, use a con du ctio n mat to pre v en t

sta ti c ele c t ri c it y , and per fo rm all work as shown in the ill u s t r a t i o n below.

■ When grounding is impos sib le, co nn ec t the cable to a lar ge m e ta l p la te is te el desk or shelf ) .

■ Preparation for adjustments

■ Temoorarv nut
(2017-3309-75)

____ _ _

AS A f tfu ift hoioe r

-------

Mam SW h o tt er

I Fo r the general adjustm ent

check, use b attery.

(Use new battery)

or

■ Exposure adjustment

■ Resistor positions and adjustments

■ Fig. 1

lock voltage. LEO Win* voltage

■ Beforehand set A S A film speed to A S A 100 properly as below:
S e t A S A brush holder within range of A SA 100.

■ Fig. 2

AS A Drusft h oiO *r

S V resistor pi ate

level

conversion reference voltage

i288mVI

0 Π Adjustment of A S A inclination

iM e asu ring instrum entI D igital m ultimeter (Type 2508, 3476. 2507)
I Adjustm ent procedure

1. S e t the metering switch to ON and adjust by turning VR« so that the voltage at the point
in Fig . 1 is
Depending on the tem perature when adjusting, use the table below to get adjustment voltage.

144± 2 mV

(In case of 25‘ C room temperature)

(A dju stm e nt voltage]

Temper·wre (*CI
AdiHUMit reiuje (aV)

15±15

1331 2

20*15 25115

144 12

14 1.512

3012. 5

146.512

j~2l Adjustment of A/D conversion reference voltage

■ M easuring instrument: D igital m ultimeter (Ty pe 2508. 3476, 2507)

■ A dju stm ent procedure

1. S e t the m etering switch to O N and adjust by turning V R» so that the voltage at the point
in F ig. 2 is
Depending on the tem perature when adjusting, use the table below to get adjustment voltage.

288±3m V

(In case of 2 5 'C room tem perature)

(A d justm ent voltage]

Tem peratu re CC) 15=2.5
AJiuUMK voiufe (bV)

2012.5
283 13 288 13 233 13

27113

25115 30115

00 Adjustment - of manual S S

■ Measuring instruments: S h u tte r tester (Model S-2101, FS-1 D M N4)

■ Adjustmen t procedure

• Determine position of T V brush, referrin g to F ig. 2, or looking at s hutter speed L E D .

■ Fig. 2 R elation betw een T V brush
holder position and manual
S S

Reference

1 . Shutter soeed adjustment and check (see the table below)

Step

Φ

<2>

<3)

Item Part adju ste d Adjust m en t (check)

1/1000 curt ain
sp ew check

1/1000
adjustment

1/60 cheek

X time lag

--

S ,
ecce nt ric pm

--

------

( Both I st 4 2 nd cur ta in s
are within 1 3 m s .)

0.9 8 ms

(16—18. S ms)

(Rang e A : 0.4 ms o r morel
(Range 8 1 2 .4 m s or more)

If it is mor e than 1 3 m s o r le s s than 1 0m s. ad just the
2 nd curtai n speed.

Che t k it with S S 1/60 and if is de fe c ti ve , pe rfo rm
the adjustmen t on P. 8 .

Rem a r ks

--

• When the exposure unevenness at steps © ~ "d ) is over 0 . 3 EV in both B -A and B-C
ranges, and over 0. 4 E V in the A-C range, adjust the curta in speed as follow s.

• For the shutte r speed standard, refe r to the inspection standard.

2 . C urtain speed adjustment

Adjust by turning the ratchet so that the 1 st and 2nd curtain speeds are

1/ 1000.

IF ig. 3 (Increasing the curtain speed)

I Fig . 4 (decreasing the curtain speed)

11 = 0 . 3ms

at

• Remove the battery case base plate while
pushing ratchet to release the ratchet claw
and the rachet return.
(D o not return it com pletely.)

• Return it sufficiently and adjust by slowly

increasing the curtain speed.

5

SI Adjustment of A-auto level, check of L E D indication

■ M easuring instrum ents: Luminance box (M odel L-2101. L-222. L-223)
: E E tester (Model EE-2101. EE-2111)
: S S adaptor for E E teste r <Model SD -2101)
: M a ste r lens for S-auto (2005-0001-75)

■ Adjustm e nt procedure

1. S e t the camera and measuring instruments as follows.

• A fte r setting the m aster lens, turn it counterclockwise to put aside the looseness to one
side.

• Luminance box · Camera · Master lens · EE teeter · SO-21 01

K value : 1.2 Shutter dial : A Aperture'. F 5. 6 K value dial : 1.2 Aoerture switch : F 5.6

S: Luminance : EV 1 0. 15 ASA: 100 Distance: ASA dial : 100 Luminance switch: Same as

if: When using luminance box (L-222 or L-223). set it at EV' 11, and use a ND f ilt e r (M IN O L T A

ND 5 0 % F O R A D JU S T M E N T ) .

2. A d jus t and check as fo llows:

Step Luminance

EV 10

1

EV 15

2

■ Fig. 2

Shutter speed
adj ustment

34 ms

---

E E level
allowable range

---

±0. 4EV

Pan adjusted

V R . (Fig. 2)

(Check only)

Indication allowable range

(*0 .5EV)

m

1/60
1/30
1/15

:φ :

m

• 9-

—

m

:φ:

lu m ina nce
box.

I C h ec k a nd ad ju s t m e n t of re l ea se lo c k volta g e a nd LED blink vo l ta ge

■ Check
OQRelease lock voltage
G ]LE D blink voltage

• In case of out of standard above, adjust those as fo llowing procedure.

■ Measuring instrum ents I Constant voltage D .C power source (M O D E L 524B, E - l. E-2)

■ Checking procedure

1. Check the c urrent consumption at B setting ( in c l’d * indication) using m easuring instru
ments as fo llow s.

■ F ig. 1

Standard
Standard

D igita l multimeter (Ty pe 2508, 3476, 2507)

: D irec t current tester

2 .46± 0.1 V

2.56=0 .1 V

g n

0.C p o w tf sourct lO utDuC JO

2. M easure the release lock voltage while reducing slo w ly the voltage of D.C power source

from 3V.

3. In case of out of standard, replace R u (68-390ΚΩ),

■ Fig. 2

I® "

Θ

a Camara

Shutter dial : B
Touch SW I ON
Connection of : ©···Battery case contact

power source 0··· Batter case base plate

■ C hecking high and low s hutte r speed lim its

■ Measuring instrument : S h u tte r tes ter (M o del S-2101. FS- 1DM N 4)
Q]High shutter speed limit (s hutter speeds in other than high luminance operation in A mode.)

• Cheek the s hutter speed with the shutter d ial set to A.

Standard 0.69— 1 .38ms

2 ] L o w shutter speed limit (sh utter speeds in other than low luminance operation in A mode.)

e S e t the shutter d ial to A . and then check the exposure time w ith light to the receiver

interrupted .

Stand ard

Within 5 sec.

Q External parts (completion)

[§] s onibo n d

SC-108

Turn the film advance lever
on·-halt turn to lit it into
the winding shaft.

Film advance
lever

B F ig . 2 T V brush holder position

Rewinding knob

ASA
Operation knob

<0132 3

Top cover

■ Set main switches to OH (cover and body
sidesi Turn in the direction ot the arrow

Shutter dial

TV Srusn
nolder

Bottom cover

613 25 (x 2)

ASA brush
holder / s i

Front top cover

Sh utter block adjustment

■ M easuring instruments: Cam era standard tes ter (Model ST-5101)
: S hutter tester (Model S-2101. F S-1DMN4)

(Prepara tio n s

1. Mount the shu tter onto the front base plate block and install it onto the body (as shown
in Fig. 1).

2 . Connect the tester as shown in Fig . 2. 8,*c!t

■ Fig. 2

3

Oocrai· in· snu lttr >» dtscnUM on P 11 <20 24 R m tr Guk mi

I A dju stm ent procedure

Q ]Curtain speed adjustm ent

I . Set the S S - S E L of ST-S101 to 1000 and adjust by turning the c urtain spring cylind er

shaft so that both curtain speeds are

• When the curtain is not open, shift S S - S E L to 60 and make a rough adjustment befo
rehand so 'ha t both curtain speeds are about 12 ms. and then adjust again with the
S S - S E L set to 1000.

CZShutter speed adjustment

1 . W ith the S S - S E L set to 1000. release the shu tter and adjust by turning the S j ecce ntric

pin so that the shutter teste r indicates

3 )X time lag adjustment

1 . Connect the synchro cord of the shutter tester to the camera. ( Fig. 2)
2 . W ith the S S - S E L set to 60. release the shu tter and check to be sure that the speed is

0.4m s or more in range A and 2 .4m s or more in range B

To make the adjustment, bend the end of the X contact.

■ Fig . 3

11 = 0.3ms

0.98 ms

( F ig. 31

( Fig . 4)

■ Fig. 5

• Increasing me · Decreasing the
curtain speed curtain speed

Q] Spool, sprocket, winding base plate A

g ] 3 3 40

7761 -2040-07

■ r.

■ Fig. 1 3037 spring setting

Sat «tin He ciutcn

I SoO Cktt fur

® 9762-2040-07

Winding base plate A

■ S«t it onto a m M i wttn in·

t omck t r fi>f (3055! m

position Taaa c an not to

• Ik » f u r esengafm ant-

I S i l n serecMt as sftmn m

Fi*. 1 and lit w tra n i M u

pun A.

■ Fig. 2

Sprocket

v.

Sprocket shaft

■ F 't 3
o£> 9721-0150-13

iF ig. 3 Installing direction

of E-ring

Pmn comple tely

9771 -0150-13

■ Sprocket gear positioning procedure

I Ρις. 1

1. W ith the winding idler geir crest fitted in hole * 1 of winding base plate A and with the
sprocket idler gear bottom fitted in hole ξ;. set the sprocket gear so that the sha ft under
the sprocket gear is parallel w ith winding base plate A.

2. Then, put a mark on the tooth of the winding idler at hole a>. as shown in F ig. 2.

• After marking the winding idler gear, aiign the mark with hole ai and set the sprocket
gear as shown in F ig. I.

■ Fig. 2

3

2] Winding shaft

Assemble the p arts in the order (T '~(§)

■30661

I Fig. 1 3025 spring setting

I D o not allow it to ride on tt» winding fn r .

(F it the winding m alt, allowing It to move

in me direction ol tti arrow.)

■ Winding gear positioning procedure

B F ig. 1 Winding idler gear position B F ig. 2

1 . Make sure that the winding idler gear is positioned as shown in F ig. 1.

2 . A llow 3036 to move in the direction of the arrow, then set the winding g ear so that the punch

mark of the w inding gear is aligned w ith the mark of the winding idler gear. (Fig. 2)

4

■ Reversion stop lever stop timing adjustment

1 . Position the winding operation plate as shown in Fig . 3, and temporarily set the winding opera

tion lever.

2. W ith the winding claw and reve rsion stop lever fitte d into the winding gear as shown in F ig.

3. press the winding operation plate in the direction of arrow (§) w hile applying a load to the
sprocket in the direc tion of arrow ® so that the winding claw is set secu rely onto the wind
ing gear.

3. Applying a load to the sprocket and winding operation plate as shown by ® and (B). turn the
reversion stop lev er shaft until the winding operation le ver is disengaged from the winding
operation plate. (F ig. 4)

Ξ Ι Winding base plate B

Stopper boss

9762-2060-07 ( *

Winding base
plate B

1404

Fig. 2

3416

1107

iM r n n t ii t a it loading signal Itv tr 13422 ! pushing u

in Ians direction and «<1 3407 wfuie cnargtng th·
soring 13 404 1 by about 3/4 turning m in· direction
Of arrow

■ Do not let il go unoer 3ME

■ F it 3

■ Fig. 1

Winding g ur

• Mm· sure mat the punch m art of
tn* W inding p a r is correctly facing
me c»nt«t of the winding idler
gear, and tnen set 3410 so that
the V groove is positioned as snown

at·m

■ Fig. 2 3416 spring setting

i! 235

i CIiCK.·

0345

3410

■ Pos ition in g

■ Fit. 1

■ Fig. 3 3414 spring setting

■ Fig. 4 3424 spring setting

■ Afte r completion of the assembly work, mount the film
carry out the adjustmen ts and checks on P. 6. 7. 8 .

advance lever and

■ Overrun eccentric pin adjustment

1 . A fte r «rinding, hold the film advance lever and turn th« eccentric pin (9291) cou nterclockwise

until the sprocket shaft (3052) touches the winding shaft rece iver. (Fig. 1)

2 . Return the winding le ver sligh tly, and then wind it again to set it in the condition shown in

Fig. 2.

3. Then, shift the sprocket shaft by finger toward the body cente r to set it in the condition
shown in Fig. 3. and slowly turn the eccentric pin (9291) clock wise until the overrun preven
tion lever Is engaged with the ratchet of the sprocket shaft.

iF ig. 3

- 9791

• Checking adjustm ent: During the winding lev er operation, the end of the overrun prevention
lever should not be caught by the sprocket claw. A fter winding is

completed, the lever should he engaged with the claw .

■ W inding mechanism check

CD Position of sprocket claws

A f te r winding, hold the winding lever and return the sprocket in the direction of the arrow. as

shown in F ig. 1. The sprocket claw positions should then be as illu strated.

■ Fig. 1

[13 Reversion stop lever timing

Slow ly tu rn the film advance lever w hile applying a load to the sprocket. The winding opera

tion lever should disengage from the winding operation p late a fter (or at the same time) the

second s tep of the reversion stop le ver begins to engage with the claw of the winding gear.

■ Fig. 2

(3]Check and adjustment of windi ng operation lever timing

• A fter winding completion, slo wly return the film advance lever. The winding stop lev er should
engage on the 1 st stop position of the charge operation plate. Before it engages ot. the 2 nd stop
position, φ the winding claw and (

ing operation plate. The order of φ and (2) is reversable.

• And also make sure that a clearan ce should be visible between winding stop lever and charge
operation plate a fter winding stop lever engages with the 2 nd stop position of charge operation
plate.

■ Fig. 3

2) the winding operation lev er should disengage from the wind

If adjustment is not made well as mentioned above, replace winding stop lever with a new one.

'T iming failu re of winding operation

lever may occur by rep lacing parts of
winding mech. w ith accumulated

^tolerance of each part.

Puncn mar*

■ Note:
The following symptons may occur by replacing parts of the winding stop lever A-set even timing

of winding operation lever is normal.

X/ The symptom of replacing 0322-01 hy 0312-01.

Idle winding may takes place cause of winding claw is not engaged even winding stop lever
engaged on 2 nd stop position.

The symptom of replacing 0312-01 by 0322-01.

Winding stop lever may not engage on the 2 nd stop position or no clearance appears even
winding stop le ver engaged.

J

Types of winding stop lever. A set

Parts No.
2017-0312-01 no marked 1 3 6
2017-0322-01 mar ked | 3 S

Mark | L irnnl

4] Front base plate block assembly-1

I Refe r to the arrangement of the lead w ires on the next page.

I install m· release megnet on the mirror

box wnose MP return lever is charged

wnile ouehing the release lever in the
direction of arrow (reieasinf of magnet
att ractio n .

I Refer to P. 11 for overcharge adjustment

after installing.

9612-1630-01 <x 2 I

I Check the release

magnet attraction.

(P 121

Shutter

Install with charge
completed

Mirror angle adtustment (P. 39)

■ Release magnet attraction check

■ Measuring instruments t C onstant voltage D.C power supply (Mo de! 524B. E - l, E-2)
: D ial tension gauge (500g. 300g)

■ Checking procedure

e Attractio n check

■ Fig. 3 S eparation voltage

e S eparation voltage c heck"- A s shown in F ig. 3. connect to a D .C power supply and check to

.......As shown in Fig. 1. set a tension gauge to the release magnet, and then

check the value 3 times when the con tact piece sep arates.
( If a tension gauge of more than 270g is not available, a spring scale
of about 500 g can be used instead as shown in Fig . 2)

Standard

see if the contact piece separates at 1.8 V or less.

Separates at 1 .8V
or less

5J Front base plate block assembly-2

iT ig ht screw * in order φ ~ < 3 ).

9612-1635-07 (x 3 )

F No. infinder base plate

For the adjustment of Ψ M o . tnfinder attar im tall int.

raft* to P. 21 .

Front base
plate block

9611-1625-07 ( x 2)

> 0

Fig. 2 1028 bonding

position

Lam lock i k W

1028

7

IF , |.l

AV resistor

■ Os m l toucn ttw m r*tor surface

- w ith lingers. ,

'« O 0175 *S>

■ Ply attention le
irntelling direction. ^

1028 O j

1005

Remote control itOe

I Fig. 2

Front cover

9611-1620-01

(¥ ) LOCXTITE 242 ( X i )

- Remote control term in i

Φ

9611 -2040-04 ( X 4 )

Tight s crews in order φ — ® .

2 Front base plate block assembly

I A fter completion of assembly, perform the shutter gear position end shutter cherge adjustments.

f 9761-1730-07

Front base plate

block

R«t#f to Jtiomoty
procedure P 3 11

14

(P. 15. 16/

!S j 3W0

SiMiT al 9*01

I lead e irt *rran««m*nt

9761* 7060-07

?7β ι-:οα ί-ο7 ·.

Tight screws m oraer

L — 6,.

f t U

-Let mutter cnerf· | « v C m o we tn

| tn· a*f*c:ion of trm Mtrrrm *n a irntatl

tn· front s « * out· ouxjl

— [5j LOCXTITE 2«

Sere» he x · of 9113 )

Battery case
base plate

9 ftl! -2030-01

< - 3 ·

^9771 -0200-13

*{oj 33<0

Tiffiten «1 m ft* *»v

button o*oress«a.

I Tafc e car· not to
tcrstcn m· Out ton.>

9761 -2050-07 * 4

■ Tight screw s in order

rr>-—ii .

the ι ·Μ « ir e » tn rou*n t n · ^ oto^r

■ Shu tter gear position adjustment

1. Engage the gears so chat the mark of charge gear A faces the cen ter of charge gear C , and
tighten 9012. The gear engagement clearance should be 0.1 — 0. 2mm.

IF iq. 1

Charft fw A

■ Sh utter release procedure

■ In this cam era, the m irror operation mechanism is started w ith the separation of the release
magnet ( R M ag). Therefore, after mounting the shutte r block on the body, the shutter cannot
be released unless the flexible P .C board is insta lled w ith the wiring completed. Fo r th is
reason, the shutter should be released bv the following method when p erform ing any checking
or adjustm ents, such as for winding, m irror box, shutter release, etc.. afte r assembling the
front base plate block as shown on P . 14.

CD By using a release tool (2 0 1 7-0003- 75)

3] By using a battery

■ Caution In both methods CD and E3. supply power until the completion of shutter operation.
(Oth erwise the shutter tester may fail to give a correct indication.)

■ Shutter charge adjustment

1. S lowly turn the film advance lexer and check the o ver-charge from the time the 2nd curtain
is stopped (th e 2 nd curtain stop lever moves from (J) to (§ >, as shown below) until the film
advance lever stops by checking the movement of the sprocket id le r gear.

16

Caution I If the winding operation is not smooch, or if the overcharge exceeds two teech.

immediately scop winding and adjust.

■ Adjustment procedure

• Overcharge is less than 1 tooth

• O vercharge is over 1.5 teeth

... ...

Turn the e ccen tric pin (9281) counterclockwise.

..........

Turn the c ccen tric pin (9281) clockwise.

• If the adjustment by the eecentrie pin is not sufficient, shift charge gear A by one tooth.
'I n the case of an undercharge, shift it in the direction of *ai, and in the case of an over
charge. in the direc tion of <t>*. as shown in Fig . 2.)

17

[7] Flexible P . C board installation

I Afte r installing the flexible P . C board and soldering the leed w ires, carry out the adjustment of

P 19— 29.

Ilf the shutter block has been disassembled, ad just it before mounting the circuit board. (P. 36)

ASA resistor

■ Fig. 1 Removing method of
operating button

Nip 202 3 tn the oiroction 0 1

ar r ow using p l i e rs or t t w li h ·.
When installing i t push t h·

operating butto n.

■ install the parts within the
dotted lint after the
adjustments of P. 1^-P. 2 9 .

Self timer lever v

& (¥] EYERGRIP —

9761 -2050- 07 f x 2 )

9761 Ur u

-2050-07 (x 2)

^-enfl

Side cover B

Side cover A

Β Γ ι ΐ th· pos i t i ons

self timer SW *oa

Self time r le v e r
wfwfl inste llinf.

1016

of

■ Preparation for adjustments

Temporary nut
(2017-3309-75)

Brush holder

Mam SW holder

■ For the general adjustment
check, use b a ttery.

(Use new b attery )

or

Body back adjustment

I Measuring ins tru m ents : B ody back gauge

F la t plate (fo r 2005)
D ial gauge

I Adju stm e n t procedure

Check and c o rre ct the fla tness of the pre ssure p la te contact surface b efo re measuring the body
back.

[Sta n d a rd ]

43.72 mm

- 0. 02

• I f the body back is low e r than the standard value, inse rt
adjusting wash ers under the bayonet mount.

[Typ e s of adju sting w a shers)
Pa rt No.

Thickn ess (mm)

2005-1061-81 2005-1052-81 2005-1063-81

0.0 2 0.05 0. 1

• I f the body back is higher than the standa rd value, r epl
ace the bayonet mount w ith the bayonet mount used for
repair (2017-1010-81) and adjust in combination with the
adjustin g w ashers.
The flange of the bayonet mount used for repair is 0. 1
mm thinne r than th at of the reg ular bayonet mount (2017—

10 1 0-01 ) .

Viewfinder back adjustment

I Measuring instruments I 1000 mm collimator (Model RC-1000 I , Q. HI)

: M aster lens for 054 finder back adjustment (054-5202*79)
: M agnifier

I Ad ju stm ent procedure

1. Set the camera so that the chart image is as shown in F ig. 1, and set the scale of the
master lens to 43. 565.

e A fte r setting the master lens, turn it counterclockwise to put aside the looseness to one

side.

I Fig . 2

2 0

I Fig. 1

Green « M ia I S r r· "

1-43.565

Collimator ensrt ιιηχ·

-1OCO m m

2. Make sure that the scale of the master lens is positioned as shown in F ig. 2. and move
the 3 adjusting screws of Fig . 3 up and down uniformly to adjust the vertical line of the
chart image.

■ Fig. 3

e If the microprism is p artially obscure, adjust the vertica4 balance by using the screw s,

taking care not to deflect the vertica l line of the chart image.

3. When the helicoid of the master lens is turned to adjust the focus after operating the
shu tter several times, the scale position of the m aster lens ihould be as follows:

iF ig. A Allowable range

Green

43.S85—

43.565

0.545

Ch eck a nd ad ju s tmen t of r ele as e lo ck v o l tage a nd LE D bl in k v o l tage

I Cheek

QjR elease lock voltage
S L E D blink voltage

• In case of out of standard above, adjust those as follow in g procedure.

|M easuring instruments! Constant voltage D.C power source (M O D E L 524B. E - l. E-2)

I Checking procedure

1. Check the current consumption at B setting (incl’d * indication) using measuring instru
ments as follows.

■ Fig. 1

Standard
Standard

! D igital m ultim eter (Type 2508. 3476. 2507)
: Direct current tester

2.46± 0.1 V

2.56±0.1 V

S h u t t er d ia l I B
To u c h S W I ON
Conne ctio n o f : 4 * ··· B a t t e ry c a t* c o nta c t

ρ ο ·* Γ sou r c e - ~ ·· B a tter c a t * ba s e pla t·

28

2. M easure the relea se lock voltage while reducing slo w ly the voltage of D .C power source
from 3V.

3. Choose a proper resisto r ( Ru ) for B .C from the graph (next page) according to measured
value f Checking procedure 1 4 2). and solder it on portion A or B in F ig. 2.

e Not e··· Measuring temperature should be w ithin the range of 2S±5*C.

■ Fig. 2

Checking high and low shutter speed limits

iM easuring instrum ent ! Shutter teste r 'M odel S-2101. FS-ID M N 4 )

Γ High sh utter speed limit Ish utter speeds in other than high luminance operation in A mode.)

• <Jheck the shu tter speed with the shutter dial set to A.

Stand ard I 0.69~1.38ms

2.Low shutter speed limit 1 shutter speeds in other than low luminance operation in A mode. I
e S « t the shu tter dial to A. and then check the exposure time with light to the rece ive r

interrupted.

Stand ard W ithin 5 sec.

!

__________

31

2 nd curtain

shutter gear

(β] 704 IF.*. 21

1 st curtain
shutter gear

[g ] 7 04 IF.* 1)

Sh utter assembly-1

Assem b le the parts in the order φ —-(§)

9721 -0150-13

I F ig. 1

I Fig. 2

0704

[¥1 3-BCTC 14016 lalttr adiustmentl

' ■ Tighten so that th· cu ru in shaft looseness

is 0.05—0.2 mm.

Curtain shaft

Remove parts in the order φ —-{g i

I Fit tn· spring cylinder side onto the shutter base plate (refer to the

next pagei. and set uo the 2 nd curtain snutter gaer before fitting onto
the curtain shaft side.

lAdiust the curtain position after assembly. (P. 3 3)

Shutter base
plate

12144

■ Can be set in any position

■ 1st curtain position adjustment

1 . Turn the 2nd curtain cylinder to stop the 2nd curtain h alfw ay. ( F ig . 1)

2. T urn the 1 st curtain shu tter gear cou nterclock wise until it touches the stopper. Then turn
the 1 st curtain cylinder counte rclockwise to position the 1 st curtain s lit as shown in F ig. 2.

I Fig. 2 1 st curta in position

(w ith its travel completed)

2 n a curtain cylinO«f

1 si curtain snuttcr |U>

Contact tn* stops·'

2126 (Fit altar the position adiustmtntl

3 . H olding the 1 st c urtain cylinder to prevent deflection of the position show in F ig . 2. fit 2126

and stop it with 2131 (curtain ribbon guide pla te

of the position (Fig . 2 )

curtain slit

curtain slit

e A d ju st so that the 1 st curtain slit

is positioned 2. 5— 3 mm from the

picture frame.

.......P . 31). A fte r that, check for deflection

2nd curtain position adjustment

1 . S h ift the 2 nd curta in shutter gear upward and turn it to the position shown in Fig . 3. Turn

the 2 nd curtain cylinder clockwise and hold it in the position shown in Fig . 3.

1 st curtain
shutter gear

2. Turn the 2nd curtain shutter gear (Fig. 3) clockw ise while pressing it down (slightly apply
ing a force to the 2 nd curta in c ylind er clockw ise) so that boss (X) is engaged w ith boss ® .

3 . Check to be sure that the 2nd curtain slit is positioned as shown in Fig . 5.

• Fig. 5 2nd curtain position (with its travel completed)

1 st curtain H it —

2 nd curtain

■» » —0— 0.8 mm

2 nd curtain slit

1 st curtain

■ Checking curtain stop position (with winding completed)

EDI st curtain stop position

■ Fig. 1 (S lit remaining in picture frame) ■ F ig. 2 (Overlaping o f the curtains)

r-i

[2 2 nd curtain stop position GDCurtain tilt (deflection from p ictu re fram e)

(check while letting the 1 s t curtain tra vel.) B F ig. Λ

■ Fig. 3 (Deflection from reference hole)

e Check both 1 st and 2nd c urtain s at

the edges of the pictu re fram e.

3 7

■ M irror box assembly-1

• Dilute one part of anti-diffusion agent (FC-721) with ten parts of solvent (FC-7 7 ).

Mirror holder

■ Mirror should move smoothly try
its own wtigni

Adjust to 38.8

■ Place it in the direction
ot arrow, aooiy ALTECO
from the si6e ot mirror
Dot I* positions*

■ Te m p orary ’

stoo

Π*] 9001

[§ J AITECO

jej ALTECO CfO ·

■ Anti-diffusion afent-----------1

: sruLd«d area and its Pac k surface )

5030

■ Glu« it after th· mirror
angle miustment.

ALTECO

CM 2

■ Tem p orary^

' / Sto p

^ % « T t m p o r . r ? stop

9612-1620-07 (x 2 )

■ Shift m th· direction

ίνθ< me arrow.

[&] After the mirror angle adjustm ent apply

3- BONO 14018 around the 4 screws.

■ Apply ALTECO from m ser
th· mirror boi
(4 locations).

■ M irror angle adjustment

■ Measuring instrum ent I M irro r angle adjuster (Model M A-ffl, Q)

I Probation s

1. M ount the m irror box on the form base plate.

2. Loosen the setscrew (9001) of m irror adjusting plate A and B . position them as shown in
Fig . 1. and then slig htly tighten 9001. Completely shift the m irror sub-stopper-B down as

shown in F ig. 2.

3. Set the front base plate block onto the m irror angle adjuster.

® ^ '9 · ^ Mirror adiusttng plate B— i ■ F ig . 2

• Position 90 01 tt th» center of tn· «Unptad hole
for both mirror adjusting plates A and B.

■ Adjustment procedure

1. S e t the m irror height gauge and front base plate block opposite to each other and adjust
by tu rning the m irror stopper shaft so that the gauge end is aligned with the m irror end.

(In se rt a scre w driver into the hole beside the m irror box.)

■ Fig. 3

2. Place the fro nt base plate block opposite to the auto collimator.

Looking into the auto collim ator, move m irror adjusting plate A and B in the direction of

the arrow in Fig. 6 . (By turning a φ scre w d river with its tip inserted into adtusting hole)
until the center of the chart image is aligned w ith the center of the cross (Fig. 7), and
then tighten s etscrew (9001).

3 . Push up th* m irror sub-stopper-B until its end lightly touches the m irror o peration lever

pin. «nd then tighten the setscrew.

■ Fig. 8

I·· it buck iifntty (at not u n it o m u l

-- -- ■ D C at M l O w n 0 .1 m m 1 tiler»·:!·

4. Operate the m irro r several and make sure that the chart image is w ithin the standard
45* r 10'

■ Fig. 9

• 45‘ ± 10' "·10' c irele must be in touch
with the cross (ve rtic a lly
and h orizontally),

• If >t is not within the standard <5 * = 10'. perform adjustments 1—3 again.

5. A fte r completing the adjustment, apply screw· lock (3- BOND 1401B) to the screw head of
mirror adjusting plates A. B . and the m irror sub-stopper, and adhere the fla re prevention
sheet B .’5030··· P. 37)

Sub materials

I Gre a s e B O il BA d h e s ives ■ Cieaner

• ~ 3340 *5012 · 3-BON D 1401B · F L O N S O L V E

• =335 · P L IO B O N D

• s 704 · SIL IC O N - B O N D K E-441RT V

I Anti-d iffusion agent e L O C K T I T E 242

• FC-721
(Dilu te w ith solvent FC-77 by 1 '. 10)

• A L T E C O CN2

• S O N IBO N D S C - 108

• E V E R G R IP

■ Focusing plate replacement procedure

■ F o r view finder cleaning without camera disassem bly or focusing plate replacement follo w the
procedure given below.

■ Removal
In sert the tweezers between the focusing plate and focusing plate holder A.

Slig h tly t ilt the tweezers to ra ise the focusing plate for removal.

■ Fig. 1

■ Mounting
Hold the focusing plate as illustrated: fit part 0 onto the bend of focusing plate holder B:
press down arrow-marked part '.l);and in sert p rojection φ into the hold of focusing plate
holder A.

■ M ounting check
A f ter mounting the focusing plate, check that the n ew finder hack and E E level are c orrectly

positioned.

TROUBLE-SHOOTING

1 . Use of Trouble-shooting

1. T his trouble-shooting chart describes symptoms and causes of troub le s found on the cam era
side.

2 . Even when trouble is found on the camera side, its cause is not alw ays a ttributable to

the malfunction of the camera in relatio n to the exchangeable lens, winder, m otor drive

and exclusive flash. T h ere fore, use this trouble-shooting cha rt upon confirm a tion of trouble
on the camera a fter checking combined performance w ith the accesso ries according to
claim contents.

2 . Description

1. Trouble described here is due to a single case only. T roub le due to a p lura lity of causes
should be checked collec tively on the basis of the causes listed in this chart.

2. T his trouble-shooting deals mainly with e lectr ical causes, as w ell as covering part of
mechanical causes.

3 . Servicing Precautions

1. Type 2507 digital multimeter is basically used for measurement. Any other kind of meas
uring instrument, however, may be used, if its minimum input impedance is more than 1 0 Μ Ω.

2. Use this tester for voltage checks and a tester of less than 3 V fo r m easuring conduction.
3 . Trouble is most unlikely to occur in e lectronic parts, such as ICs. dicdes. tra n s isto rs,

res istors , and cap acitors. The refore, check the cause of trouble, with the focus on the
defective soldering of lead w ires and e lectric a l p arts, and switch ing contacts.

4 . When checking soldered or piated parts, avoid pressing the parts o r pulling lead wires

unnecessarily.

5. Sin ce voltage measuring parts are narrow, mount a pin or something s imilar at the tip of
an allig ator clip for measurement.

6 . When measuring switching patterns, special care should be taken so that the patte rns

outside switch operation are fre e from flaws. F o r switch contacts , measure their base,

which is not d ire ctly affected by contact pressure.

7, Be sure to turn off the power switch before removing e lectr ical p arts (when a constant-

voltage regulated power supply is used).

8 . The ideal temperature range for the solderinu iron tip is 2'JO'C to 340* C. If the tempe

rature is higher, however, perform soldering quickly. Also, be sure to clean the chip when
soldering.

4 . Description on Trouble-shooting Table and Trouble-shooting

Chart

4-1. Trouble-shooting Table

1. From symtom. trouble cause can be found.

2. The Trouble-shooting T able combines the “ IN D E X " and summary of details of “ T rouble

shooting C h art.
Accordingly, use those properly as the needs of the case demand.

4-2 . Trouble-shooting C hart

1. The chart presents the checkpoints to He followed from the symptom to finding the cause
of trouble.

2. The voltage for each checkpoint is the value when S W 0 or S W , is ON upon com pletion
of film winding (before releasing ). It is a potential difference fro m —' of power supply.

3 . For all trouble symptoms other than “ Electrom agnetic release does not opera te." check

the ir cause, assuming that the electromag netic release operates properly.

4 . The chart shows the check in the is done by operation and in the I I by measure

ment.

Repair procedure

Trouble symotom chek

•o

at -

5 I

— n

13

£ 2 .

IED display check

External Cheat (connecting

or soldering failure)

Refer to Contents of Trouble-
shootmg Chart

________________

11

c -

u ·>

=r~

F irst, check the symptom.

Check which of the items on the left

the trouble corresponds to: whether
mechanical or e lectr ical unit

■Check the trou ble in M . A and P modes.

■Check if the L E D indication varies with
the brightness or M C ring operation.

■Check lead w ires, legs of IC s.

•See the corresponding item.

Reaoir

The cause s found out

Battery Capacity Check

L. A 100Ω' resis tor is paralleled with the

battery at normal tem perature (25 — 25’ C ),
as illu strated. A d igital m u ltim eter or
voltm eter is connected to the battery in
para llel to the resistor to measure the
voltage. In this case, be sure to perform
quick measurement.
The battery, with its voltage more than

1. 4 V, is regarded as norm al.

•Do not be in haste.

•Reapir pro perly.

INDEX -2,10

for Troub le-sh ooting Table/Chart

I . T rou ble relate d mechanism (Winding and shutter releasing are im po ss ib le )..............P. 6. 7

0 Returning winding lever to original position after winding completion, shutter curtains return to

position of shutter released.
[gjAppearing of shutter curtain slit.
[c]Charge operation plate set does not return at winding completed.
[o] Others

For the caus e or repairing method related meach anism trouble, refer to Trouble-shooting Chart.

Π . T roub le re lated ele ctro unit

-

----

Symptom

No LE D s light, shutter is n ot released—Release impossible eve n with Main SW. ( S*)
ON—OFF —ON operation. .

LEDs remain light, and shutter is not released with release S W .(S i) ON—Release
impossible even with Main S W .(S«) ON—OFF —ON operation .

With release S W .(S j ) ON. LE Ds go o ut. but shutter is not released--Release

impossible, and LEDs light with Main S W .(S «) ON—O FF—ON oper a ti o n.
Shutter is not released with remote co n tr ol SW .(S u ) ON—Release possible

with operating b utton opera tio n .
Shutter is not released even thoogh self-timer L ED lights with metering SW. (S« or

S . ) ON·-No finder LE Ds light.
Main S W .(S i) ON make s shortcircuit. resulting in shutter release impossible and no

lighting LEDs.
Main S W .(S i) and metering S W .(S i or S t ) ON make shortcircuit, resulting in release

impossible and n o LEDs lighting.

S h u t ter r ele ase fa ilu r e

After shutter releasing with Main SW.(S» ) ON—O FF —ON. relaese impossible and no
LEDs tight.

Shutter is released when winding up . 9

LED s light and. sh utter release is impossible with Main S W . (S » ) O FF .

Cause

Page

sw

8

6

8

2. ®

8

9

9 1 39

9 ©(Red)

9

9

® . ©

9

Lead Wire

22(Red)

©(Yellow)
36(Grey)

32! Green)

S L , (Green. W hile.Cfhiis»
llXGrey)

39< Black!

21(Yellow>

©(Gr ey), © (Grey)
©(Gr ey)

VR S L

-

★ Explanation of Trouble-shooting Table

1. O o f n um ber o f S W . o r Lead W ire s ho w s
(e.g . S W - φ

2 .C ^)of I C o r O the r s s ho w s s h o r tcircuit b etw een

f e. g. 1 0 1 ( |Q - 4 j)

\ S P C ΐζ)

3 . O o f o ther s sho w s

4 . O n ly n umeral w ith out any m ark s sho w s;

F o r S W .....................................Co n tac t failu r e.

O t hers .........................................C o ld sol derin g o r disco n nec tion .

R

c Q

12 4

7 7 2

1

® ®

............................

[Jump t eed)

1

4. 5

............

.......

....................

J

2

37. <«E£ >

S h o r tci rcuit S W « an d G N D )

S h o r tcir cu it I C 1 40 and 41
S h o r t cir c u it S P C anode and c atho de ,
S h o r tcircuit by e le m e nts fai lu re.

IC-t

10. 1 1

...........

S h o r tcir c u it w it h G N D .

............

...

I C pins.

• J o in t p a rt an d p rin te d w ir in g .

IC-2

21 . 29. < JHip

( S F h ) <3hs >

43

15

42. (jfti)

O THER S

Joint part a-c X L

Joint part 0 > - 0

Remote control shortcircuited

Joint part (fa-c^

No LE Ds light with met er in g SW .(Se or Si) ON —Shutter operates normally.

No LE Ds light with m et eri ng S W . (S t or S | ) ON—Shutter stays open with self-timer
LE D ON when rele as ed.

Only "M" d oes not light.

Part of LE Ds does n ot light.

Self-timer LE D lights with Main SW .iS* ) ON.

LEDs light with Main S W .(S«) ON.

LEDs light by Main S W .(S«) ON with shutter speed dial set at 30—1000 or A.

Finder indication failu re

When voltag e is under specified B.C voltage, shutter release lock doe s not operate with
LED s O N.-N o mode LED blinks.

When decreasing voltage, mode LE D remains ON;does no t blink—No LE Ds light wh e n
release locked .

10

10

10

10

10 © (Grey)

10

10

11

35(Brown) 9

0. 1

©(Ye llow)

©(Brown)

© Θ

"

<3E]i>

3

2 2 4

37 , 49

14

Joint part 1

50. CjiPso) Joint part 2

1 — 9, 50-56

Joint part 2—17

C30&

23

-

------

itom

LED indication is n o rm a l. Shutter curtains travel without slit in M an d A modes.

.ti

In A mode shutter ope ra tes in high s peed with Δ blinking.

i

11) LED indication remain s t h e same when changing AV, film spe ed a nd luminance.

------------- -- Cause
Page11SW

n

13(Red)
14( White)

7 (Green)

Φ ( Green)

Lead W ire

VR

1 (SV)
4

5

SL R

2

Q

3

J

(Jum p l«ad )

3

IC -I

6 . 8. 14. 17. 27. 28 . 29. 33

IC-2

3 0

17
19

OTHERS

C

3

3

9

(2) LED indication remains t he same only when chan ging A V.

1

IE

(3) LED indication remains the same only w hen film spe ed chang ing.

,c

i

(4) LED indication does not change in accordance with lumin ance.

is

.2

LED s are n o rmal. In M and A rodes shutter curtains travel without slit when set to
high speed.

s

In A and M m odes , shutter speed remains 1 /60 with LED s "NT an d "1/60 " lighting.

I

LED indication is normal. Occasional high shutter speed under darkness.

LED indication is normal. Shutter slays op en in M and A modes—Slow shutter speed

S h u t t e r fa ilur e ^

lim it. 4 sec., doe s not operate.
In A mod e, shutter stays ope n with ^ 7 blinking-"Slow shutter spe ed limit does n ot operate.

open

(1) LED indica tion remains the same when AV. film s peed,and luminan c e chang ing.

1 2) LED indication remains th e same on ly when c hang i ng AV.

Shutter remains

In A m ode . LED indication and shutter speed operate as slow shutter speed—Over e x posure.

(1) LEDs and shutter speed remain the s a me only when film spe e d ch a nging.

(2) LE Ds and shutter spee d remain t h e s a me when AV and film spe e d cha nging. 14

In M mode, shutter do e s not operate in accord a n ce with s peed set by sh utter speed dial·· ·

O t h e r s

LED s indicate opera ting shutter spe ed.

Excessive deflection of LED indication and shutter spee d from AV and film spe ed setting.

Shutter release without delay—No self-timer LED blinks. 1 5 10 ll(B lw ) 40

Shutter release without delay—Self-tim er LED blinks after shutter release. 15 - O > CST IS )

Shutter release with delay for 10 - se c .—No self-timer LED blinks.

Shutter release impossible with self-timer-Self-timer LED doe s not blink.

12

1 2 6 (Brown)

12 ( ί Μ ί )

12 3 15(0 range) 12

12

12 7 1 8

13

1 3

1 3

14

1 4

14

15 16(Grty). !7(Cre«n)

1 5

3 (Orange)

©(Wh ite), ©(Orange)

Φ

4 (Blue). ©(Blue)

®(Brow n). (§){Brown)

5 (Brown)

8 (Orange)
< 0 > < Q >

< o > < o >

®(Onnge)
(fMOrange)

® A Y )

2(A V)
6

|

l(SV )

4

6 9. 12 1 6

15 . 16. 21. 22. 25. 26. 30 . 34

< 3 >

<1E35>

32

13

s p c l- C C T )

Looseness of auto lock button
guide (2017- 9018- 01)

Crack o f SP C 1 AV resistor
plate

Refer to Tr oub le-sh oot ing

Chart

Looseness of self-timer P.C
board screw

Shortcircuit beween anod e of
LD-17 and GND

Shutter opera te s in high speed with self-timer in A mode.

S e lf- tim e r f a ilu r e

Shutter release with delay for 1 0 - s e c ., locking AE.

Self-timer opera te s always.

AE lock does no t operate.

8 I

A E lock operates always.

AE lock operates only after shutter release—Shutter release is impossible with AE lock

a*

SW . locke d.

1 5

15 <3jwj}

<9

1 4

0

©(Blu e)

12< Y«How)

©(Yellow )

1 5

16

16

16

<05

< ά Ε2 >

41

Shortcircuit of printed wiring
on self-timer P.C boar d

Looseness o f self-timer P.C
board screw

_____________

LED indication is normal with flash fully ch a r g e d . But flash does n ot fire properly.

(1) Flash does not fire. Shutter stays op en.

LED indication failure with flash fully ch a rged.

(1) **1/60“ does n ot blink. Metered shutter speed LEDs light on . Shutter does not

operate as Auto X.

(2) "1/60** does not blink;remains ON. Flash fires with shutter operated as Auto X.

f3l "1/60" does n ot blink. Metered shutter speed LED s blink. Firing without shutter

operate d as Auto X.

(41 LE Ds of metered shutter spe ed a nd 1/60 blink, and flash does not fire.

(5) "1/60" does not blink. Metered shutter speed LED s light on . Shutter does not

operate as Auto X. —Monitor lamp o f flash unit will not light up.

(6) LE Ds do not light up at all. Shutter operates as Aoto X. and flash fires.

(Check in A m ode using AEF 200X) ^

Flash firing failure -f

(7) Whe n pressing A E lock b utton after 1 /60 blinks, metered shutter sp e e d L ED blinks.

Shutter operates at metered shutter sp e ed, and flash fires.

Winding is impossible by motor drive.

____ Cause

P age15S W

SX2

IS

IS

IS

IS

IS

15

15

16

Le ad Wire

27(Purple), 28(Purplei

30 (Whitt) φ

25(Black). 26(Black)

27(Purple). 28(Purple)

V R

SL

R

C

Q

J

{Jump lead)

20. 22.<Γ2(ΚΓ)

1. 41

43

IC-I

IC - 2 OT HE RS

F i terminal

25

27

F j terminal

44 2 6

Ground is not co n n e ct ed it hot
sho e

<3 E E>

31

4 8 W j terminal

No LED s light with metering SW . (So or Sj) ON of Motor Drive. 16

O thers

Shutter is not released by Motor Drive.

47

1 7

W| terminal

W * terminal

■1 T rouble related to electro unit

• 5551— 10 sho w the c h e ck p oin t on the d iagra m le ft.

• A- 6 o r the lik e on the rig h t shows the p o sitio n (co o r d ina te ) on the s c h e m atic w irin g dia g ram
(P . 21 ) .

[A] Shutter release failure

Q]No L E D s light, shutter is not released···R e leas e im p o s sible even w it h M a in S W . ( S « ) O N —»

O F F - * O N o p e ration.

Voltage check of

printed wiring with
Main SW. (S„ ) ON :
approx.

3 V

YES

1

t

Voltage check J,

soldering area :
approx. 3 V

NO

•Join t part 'a); soldering fa ilu re

• (22 (R ed) soldering failure or disconnetion· [ D U ]

* 1

NO

Joint part © ; soldering failure

·*· 2

YES

-----------------------------------------

►

• Qi soldering failu r e or element failure

• I C , ® soldering failure

• I C ,© . © soldering fail ure

• IC t© - © s hortcircuit

• IC ,© - © . © - © shortcircu it

• I C ,© - © shortcircu it

® L E D s remain light, and shutter is not released with release S W . ( Sj ) ON.·

(R e le a s e imposs ible e v en w ith M a in S W . ( S e ) O N —* O F F —*O N o p e r a tion .-

I

----------------------

i Is s hu tte r released ■

J wit h remote control

l SW. (S „ ) ON?

YES

1

NO

-*■ «Reset S W . ( S « ) shortcircuit

• 12i (Yellow) and GND shortcircu it (catching)

• J « , J s soldering failure

• R u soldering failu re or element failu re

• Q< soldering failu re or element failure

• I C 2© soldering failu re

...................................................

.......

...................

...................

m s

....

|E - 1 I

....

|C- 7l

.....|C- 7 1

.....|C- 71

-► · S 2 contact failure

• e }t (Grey) soldering failure or d isconnection

GBWith release SW. ( S 2) ON, L ED s go out, but shutter is not released

(R e le a s e im p o ssible, and L E D s light w ith M ain S W . ( S * ) O N - * O F F - » O N o p eration.

I

-------------------------------

I Is s hu tte r released by sh or t- ^
I circuiting C? and GND with (
I twizzers? ■

1_____

_______

YES

1

NO

1*3

• S L i (R-Mg) failure (Ab sorptive surface dirty)

• S L i lead w ire s (Green, W hite) disconnection............ |A- 2 I

• C 7 soldering failure or element failure

• R 7 solderin g failure or elem ent failure

• S L i lead w ire (W h ite) and GND shortcircu it

-► · ? 31 (G reen ) disconnection

• Q 2 soldering failure or element failure

• · IC ] © , © soldering failure

• I C 2© soldering failu re

......

................ ..............................

...........

...................

...................

.......

...................

I I- 5 I

IB - 21
IC- 21
[A- 2 I

IF- 7 I
IB- 2 I

Tc

A

SlShu tter is not released with remote control S W . (S ,j ) ON

...........(Relea se possible with operating button o peration.)

I

-----------------------------------

GSSh utter is not released even though self-timer L E D lights with metering S W . ( S e or S , ) ON

...........No finder L E D s light.

I

-----------------------------------

QOMain S W . ( S , ) ON makes shortcircuit. resulting in shu tter release im possible and no lighting

LE D s.

I

-----------------------------------

C]M ain S W . ( S ,) and metering S W . (S« or S i ) ON make shortcircit, resulting in release

impossible and no L E D s lighting.

I— ■ ■ ■ — -»■ · R , shortcircuit —

S lA fter shutter releasing with M ain S W . (S , ) O N — O F F — O N. release impossible and no L E D s

light.

-(Normal shutter speed i
jjwhen^relea^in^

r

-----------------

(Shutter curtains travel,

-•w ithout slit when I >* · I C » ® - ® shortcircuit
^releasing.

---------- -

____

J ' tn (Yellow) soldering failure or disconnection

· IC » ® soldering failure

► ' l i t (Grey) soldering failure or disconnection

• I n (Black) soldering failure or disconneciton

► · J t soldering failure

* I C , ® soldering failure

► «The joint parts \fi - ei shortcircuit

• t n (Red) and GND shortcircuit .......................- ...... IK- !

• C« shortcircuit

► · Reset SW. <S *) contact: contact failure

....................-

........... ......

.............................................. ........

...... .................... ...

...................

...

...............

..........

......

—

.......

IP* 4 I

10~ *1

IF- 5 I

(03

IE- I I

31 Shutter is released when winding up.

I

---------- -------------------------

[ifflLEDs light and. shutter release is impossible w ith Main S W . ( S , ) O FF .

^-----------------------------------► «Joint parts ai- c: shortcircuit

ID Shutter is released only once, after turning main switch ON

(when slower shutter speed L E D 1/30-1 sec glo w s).

I

-------------------------------------- · SL-2 (S-MgJ shortcircuit

► · Release SW. f Sj> shortcircuit

·, · i· (Grey) and GND shortcircuit··"

• SL- l (R-Mg): defective (attraction failure!

• » » (Grey) an d GND shortcircuit

• Remote control terminal shortcircuit

• C. shortcircuit ............................................................ IE- S I

...............................

............... ...........

8

[Bj Finder indication failure

lllN o L E D s light with metering S W . ( S 0 or S , J ON

..........

(Sh u tter operates n orm ally.)

Voltage check on i „ (Brown)

soldering area '

approx.

illN o L E D s light with metering S W . (So or S , ) ON

[JlO nly ” M “ does not light.

4iP art of L E D s does not light.

Check soldering failure of IC j, flexible P.C b0ard---|0int part referring to the table below.

Finder L E D
IC ; pin No.

Joini part No.

V—OV

YES

...........Shutter stays open with self-tim er L E D O N when released.

Μ I A

<£» ; ®

2 j 3

N O

* 4

— | looo

@ | @

4 | 5

• Metering S W . (S« or S i ) contact failure

• fu (Brown) soldering failure or disconnection

• R»: soldering failure or element failure

• 1 C ,® soldering failure

• Joint part φ ; soldering failure

• soldering failure

*■ · ICjiHj soldering failure

•Joint part soldering failure
’ IC »!$*>) soldering failure

• lC jljji- © shortcircuit

15 8

500

<&

125 60

250

© | Φ

©

6

8 9

30 |

Φ j Φ

10 j

®

12 13

11

4

2

Φ Φ

®

14 15 16 17

..........

1

Φ

Γΐ^ ΤΊ

(HE

B

*

Φ

djS e lf- tim er L E D lights w ith Main S W . ( S t ) ON.

• f it (Grey) and GND shortcircuit ■

• 1Cishortcircuit

[Jl L E D s light w ith Main S W . ( S . ) ON.

L

E l L E D s light by M ain SW . ( S ,) ON with shutter speed dial set at 30— 1000 or A.

I*
'--------------------------------------· IC j © - ® shortcircuit

• Metering SW . (S« or S i ) and GND shortcircuit

• AE lock SW. (Si· ) and GND shortcircuit

• f u (Yellow) and GND shortcircuit··"

• f a (Brow n) and GND shortcircuit

................ ...

........................

[ED

f T T l

9

[SjWhen voltage is under specified B . C voltage, shu tter release lock does not operate w ith

ON...........No mode L E D blinks.

I

-----------------------------------

SjW h en decreasing voltage, mode L E D remains ON; does not blink

...........No L E D s light when release locked.

I ■ -»- · I C i ® soldering failure

*- · I C ,® soldering failure

• 1C» @ soldering failure

* I C , ® soldering failure

[Cl Shutter failure

IC- II Shutter c urtains travel in high speed, or w ithout s lit

I] L E D indication is normal. S hutter curtains travel without slit in M and A modes.

i Does shutter fully open when -p

j releasing with

I J , short-circuited?

t„

(white) and I

YES

NO

• t ii (Red) soldering failure or disconnection ···
> (u (White) soldering failure or disconnection

• S L j (S-Mg) absorptive surface dirty

• S L t (S-M g) absorptive surface failure.

• The 2 nd curtain stop lever spring is off

• J j soldering failure ..................................

• Qj soldering failure or element failure

• IC, © soldering failure

• IC: ® - ® shortcircuit

L E D s

nrn

um

nu
mu

SDln A mode shutter operates in high speed with Δ blinking.

(1) L E D indication remains the same when changing A V. film speed and luminance.

Voltage cnecX on soldering

area of l> (Green) :

0.9--I.1V

YES

NO

j Is 288 mV adtustment possible ^ N(^
I corresponding to A/D conversion (
i standard voltage adjustment?

YES

Έ

NO

$ 6

I

• SV contact: contact failure

• ! r (Green) soldering failure or disconnection

• C t ( Green) and GND shortcircuit

• V R . soldering failure or element failure

• IC ,© . @ : soldering failure

• IC |.«). '8/. soMr-ring failure

• IC,<fi5. soldering failure

• R i soldering failure or element failure ·

• V R i soldering failure or element failure-

• IC i Cj . ίί) soldering failure

•C j soldering failure...............................................

• C . sold e r i n g f a i lu r e

• 1C,ill) sold e r i n g f a i lu r e

• 1 01 short-circuited between pins

....................................................................

............... ......

■■i) -(S). (φ-φ. φ-<φ . uS-qj ). (Q>-( 0>.

<6>-<j$. © - c j ) . c | )-i£ 3 . ® - φ >

.... ...

( O

fO ~ 9 l

mu

I T T !
E l

O
[ E 3

(2 !I_ED indication remains the same only when changing A V

...........Check by rotating aperture ring.

■>» · / 3 (Orange1 soldering failure or disconnection - .... \fZ±}

• MC brush deformed (Primed wiring short-circuited)

(3 1LED indication remains the same only when film speed changing

...........Check by rotatin g film speed ring.

------------------------------► · (Brown) soldering failure or disconnection

(4)LE D indication does not change in accordance with luminance

...........Check by changing luminance.

------------------------------► · SP Ci A and K shortcircuit

• i c , © - © shortcircuit

[JjL E D s are normal. In M and A modes shutter curtains travel without s lit when set to high

speed. ...........Normal at slow speed

I

--------------------------------

R]ln A and M modes, shutter speed remains 1/60 w ith L E D s " M " and “ 1/60” lighting.

I

--------------------------------

3 ]LE D indication is normal. Occasional high shu tter speed under darkness.

>

--------------------------------

· Trigger S W . ( S j ) contact failure

• t it (Orange) soldering failure or disconnection

• f ii (Orange) connected to the next printed wiring
(lC j© ) by mistake

► · Looseness of earth plate (2023-4002) screw on TV' P .C board.

•GND contact at TV S W . ; contact failure

► · IC , ® soldering failure

• IC 8© soldering failure

...............................................

......................................

......

Ic- 8 I

......

(Κ;

— |K- 6 1

IC- 2 I S h u tte r remains open

□ l e d indication is normal. Shutter sta ys open in M and A modes

......— -Slow shutte r speed lim it, 4 sec., does not operate.

π

I Is LED indication
I normal when
j metering SW.
I (S, or S , ) is ON? '

YES

11

Voltage check at
soldering oosition

(Orange)

of i „
after shutter

release : approx.

3 V.

YES

CSln A mode, shu tter s tay s open w ith V blinking

(D L E D indication remains the same when A V . film speed, and luminance changing.

Voltage check at soldering

area on right side of VR, :

0.9— L1V
YES

1

r

Voltage cheek at soldering
area of

I „

0.9V—1.1 V

YES

I

• * 7

(blue) :

Mode LED is” j

NO

■1 normal. Only

J” Only

■ lights
1

_______________

NO

NO

* 8

NO

*· 9

ligfitsj

• IC , ® - ® shortcircuit

• IC j© —© shortcircuit

1

•Trigger SW. ( S j) shortcircuit

• Shutter P .C board printed wiring shortcircuit
(GND and S ,)

• in (Orange) an d GND shortcircuit (catching) —

• 11« (White) and GND shortcircuit (catching)

• SP C , soldering failure

• VR« soldering failure ................................................. II * 81

• IC ,® . © . ©, soldering failure

• MC brush contact failure

• t 1 (B lu e) soldering failure or disconnection

• t .(Blue) and GND shortcircuit

• h (Brown) and GND shortcircuit

• > i (Brown) and GND shortcircuit ............................

• AV resistor plate cracked

• IC,© . @ soldering failure

.............................................

............................... |F- 4 I

...........................

Dm

.......... IF- 4 I

|H- :

• R« soldering failure or element failure

• 1C ,®. ©. © soldering failure

• IC , short-circuited between pins

φ - ν ξ ) . © - © . © - © . © - ©

(2 1LED indication remains the same only when changing AV

...........Check by rotating aperture ring.

• >t (Brown) soldering failure or disconnection.

.................

IC- 3 I Oth ers

Qjln A mode. L E D indication and shatter speed o perate as slow shu tter speed

...........O ver exposure.

(1 IL E D s and shu tter speed remain the same only when film speed changing

...........Check by turning film-speed ring.

► · It (Orange) soldering failure or disconnection

* · t j (Orange) and t , (Blue); soldering area shortcircuit

(on AV resistor plate)

• f« (Brown) and /, (Green); soldering area shortcircuit
(on S V resistor plate)

• Deformed brush on SV resistor plate

(printed wiring shoreircuit)

.....................................

.....................................

• 1 C i @ - @ sh o r t c ir c u i t

(2)L E D s and shutter speed remain the same when A V and film speed changing.

.

Over exposure
by approx. 3 EV. |

Over expo sure
by approx. 1 EV. I

23ln M mode, shutter does not operate in accordance with speed set by shutter speed dial

...........L E D s indicate operating shutter speed.

• Check if brush is deformed on TV SW.

• By turning shutter speed dia l, check voltage of printed wiring (T»~Tp' or voltage IC,@ —φ .
Then compare to the table Below.

Shutter speed setting and corresponding voltage on printed wiring in normal condition.

Voltage of printed wiring on
Shutter speed and
LED indication

M1000 | 1 0
M 500
M 250
M 125
M 60
M 30
M 15
M 8
M 4
M 2 | 0
M 1

B
A

TV P.C board

T a

T b

IC ,®

IC ,®

3.0

3.0 0 0

3.0 1 0
0 I 0
0 | 3.0 3.0 0
0 I 3.0 0 0
0 | 3.0 0 3.0

'3.0

3.0 0 0

3.0

3.0

0 0

0

0 3.0 3.0

0

3.0 3.0 3.0

3.0 3.0 0

• ? a (Orange) an d 11 (Brown); soldering area shortcircuit
(on AV resistor plate)

•f t (Brown) and 1$ (Orange); soldering area shortcircuit
(on S V resistor plate)

• 1C ,© soldering failure

Tc

1 C ,®ToIC , ®

0

3.0 0

3.0

0
0

0

0

3.0

3.0

3.0

• B y brush contact failu re on T V S W . the
voltage becomes 3.0 V resulting in d iffe
rent shutter speed and L E D indication.

• R eplace flexible P .C board set w ith new
one. when shutter is failure with voltage
within the range.

.....- ...........................(E H - [ E H

....."............... ..........

SjE x cessive deflection o f L E D indication and shutter speed from A V and film speed setting.

I — » ‘ I j (Orange) and GND shortcircuit [EH

•l i (Orange) and GND shortcircuit .......................

— IB- 9 I

[D j Self-timer failure

Q jShutter release without delay

...........No s elf-timer L E D blinks.

--------------------------------

[ZJSh utter rel without delay

Self-tim e r L E D blinks a fter shutter release.

---------- -------------

3 ] Shutter release w ith delay for 10-sec

...........No self- tim e r L E D blinks.

Voltage check at soldering

area of

i,t

(Green) :

approx. 3.0 V

YES

NO

* 1 0

► · Self-timer SW. (Si«) contact failure

• in (Blue) soldering failure or disconnection? ·

• Looseness of self-timer plate screw

• IC ,® soldering failure

► · IC ,® - © shortcircuit

• IC t © —© shortcircuit

• R» soldering failure or element failure

• Shortcircuit between self-timer L ED (anode) and GND

• I n (Grey) soldering failure or disconnection··

• f u (Green) soldering failure or disconnection

• LDir (self-tim er LED) failure
* I C ,® . © soldering failure
* I C , ® soldering failure

.................

13

|H - 4 |

IP* 71

o m

E 3

GQShutter release impossible with self-timer

...........S e lf- tim e r L E D does not blink.

---------- ----------------------

d JShutt e r ooerates in high speed w ith self-tim er in A mooe.

■

----------------------------------

IG Shutter release w ith delay for 10-sec..

fflS elf-tim er operates always.

► · IC , © soldering failure

► · IC i ® —® shortcircuit

• IC ,© - © shortcircuit

locking A E .

• Self-tim er plate printed wiring shortcircuit

• IC i @ - @ shortcircuit

• Self-timer S W . tS,e) deformation.
(Shortcircuit between GND and printed wiring)

• I it (Blue) and GND shortcircuit (catching)

........

(EH

14

,ίΑΕ lock failure

[DA E lock does not operate.

• AE lock SW. (S i.) contact failure

• I « (Blue) soldering failure or disconnection·—

• Looseness of self-timer plate screw

• 1C:@; soldering failure

® A E lock operates always.

I

________________

[Jl A E lock operates only after shutter release

...........S hutter release is impossible with A E lock S W . locked.

*

------------------------------------ ►· · shortcircuit

• AE lock SW. (S i.) deformation
(Shortcircuit between GND and printed wiring)

• t a (Yellow) and GND shortcircuit (catching) ■

Ε Π

[ED

3 F la s h firin g fa ilure . (C h e c k in A m o de u s ing A E F 2 0 0 X )

[H L E D indication is normal w ith flash fully charged. B u t flash does not fire properly.

(DFIash does not fire. Shutter sta ys open.

ί . - . X contact (S X j); contact failure

• F i terminal contact failure

• l v (Purple) soldering failure or disconnection

• t n (Purple) soldering failure or disconnection

S L E D indication failure with flash fully charged.

(1)“ 1 /60" does not blink. Metered shu tter speed L E D s light on. Shutter does not o perate as

Auto X.

I ■ — — - F i terminal contact failure ______

• I » (White) soldering failure or disconnection

• < * (White) and GND shortcircuit (catching )··· ·

• ΙΟ ,φ . © soldering failure

• IC :© soldering failure

(2Π/60 " does not blink: remains ON. Rash fires with shutter operated as Auto X

I

---------------------------------

(3Γ1/60” does not blink. Metered shutter speed L E D s blink. Firing without shu tter operated

as Auto X.

^ · IC i ® soldering failure

· IC t© soldering failure

• IC :© soldering failure

• I C ; ® s oldering failure

... ...

......

......

.....

______

.....

|D- 4 |

......|H- 4 |

IF- 4 I

EZ3

(4)L E D s of metered shu tter speed and 1/60 blink, and flash does not fire.

I -- ■' ■ ^ · Ground is not connected at hoc shoe

•

f a

(Black) soldering failure or disconnection --

•I’m (Black) soldering failure or disconnection

(S)“ l /60" does not blink. M etered shutter speed L E D s light on. S h utter does not opera te as

Auto X ............M o nitor lamp of flash unit w ill not light up.)

I ■ ■ — · Χ contact (S xj) s hortcircuit

• is (I’ ink) and GND shortcir cuit (catching) ........... ID- 4 1

• (Pink ) and GND sh o rtci rcuit (catchi ng)

(6 1LED s do not lignt up a t all. Shu tte r operates as Auto X. and flash fires.

^ — · IC iirs- u i) shortcircuit

(7)When pressing A E lock button a fter 1/60 blinks, metered shutter speed L E D blinks.

Shu tter operates at metered shutter soeed. and flash fires.

I------------------------------------· IC jflp soldering failure

.... n m

......

|H- 4 I

........... |H- 4 I

[Gj Failure with Motor Drive using

HRWinding is impossible by motor drive.

I

----- - - - - - - - -

EZlNo L E D s light with m etering S W . ON of M otor Drive.

L. - ■ ----

QQShutter is not released by M otor D rive.

I » · W j contact failure

— · W ] contact failure

• W j riveting failure or soldeirng failure

• ICiv·*) soldering failure

., ». . w ( eontaet failure

• W , riveting failure or soldering failure

• ICi^p soldering failure

• W j riveting failure or soldering failure

■ Trouble related mechanism

(Winding and shutter releasing are impossible).

A. Returning winding lever to original position after winding completion, shutte r

curtains return to position of shutter released.

• Under-charge— A dju st the shutter charge fo llowing 20 24 Se rvice Manual Repair G uid e P . 16 .

• Looseness of winding shaft riveting (0 338) - * Replace winding shaft.

B. Charge operation plate set does not return at winding completed.

• W inding operation lever Clean the winding operation le ver and the holder.
does not work p rop erly. Adjust the spring (3416) shape or rep lace it.

• f S t if f

Disconn ection of S P .

^Deform ation of S P . ,

C. Others

• Charg e lever bent. — A dju st or replace.

• Disconnection of charge le ver from charge roller. — Adju st o r rep lace the charge lever and
charge roller.

• Disengagement of m irro r holder rivet. — R eplace the m irror holder. (Adju st a-n d check the
m irror angle)

• Foreig n p a r ticle on the m irror holder.

• M P return lever set (0256) stopper failure, i _ .

• Looseness of M P return lev er riveting shaft. 1

·· ···· e ·· ···· p 1 ^ [

) ................................................................ F ig. 2

17

■ Fig. 1 B F ig . 2

2005-9005-01

Stooper failure

Looseness of riveting

18

■ Operation of switches

Mark N»mf

S .

Touch switch

s, Metering switch

S ,

Release switch

Trigger switch

s,

S. Reset switch

S i

Main switch

Self-tim er

s „

switch
Remote control

S u

switch

A E lock switch

Su

X contact

S x ,

T a

TV switch

Tn

Setting metering and calculating
circuit to ON. lighting finder LEDs.

The same as S».
Starting of circuits operating.
Counting start of exposure time with

OFF.

• Prevention against error during

• Reset of circuit.

• Control of motor drive.

• O N/OFF of circuit power source.

• Power supplying.

Setting circuit compo n ents to self-
timer mod e.

The same at S i .

• Holding of exposure value and

• Slow synchronization using

Firing of flash.

• Circuit changing of A. Μ. B. mode .

• L E D light changing of A. Μ. B

winding.

indication.

exclusive flash.

mode.

Function

Condition of operation

ON by touching operating button.

ON by depressing operating button.

O FF right after shutter operation
start.

O FF with winding completed.
ON with preset meek, returning after
2nd curtain travelled.

Operating of main switch lever.

ON by pulling up self-timer lever.

ON by pushing the self-timer lever
down.

ON with 1 st curtain travelled
completely.
O F F with 2nd curtain travelled
completely.

By turning shutter speed dial.

s.
s.

s.

■ χ_37ο ^ 'Γευ^ Di agram

f . · ό ,>j : C ircu it pr o v i d e d w ith E=H3 sh o ws the ex c lu s iv e c irc u it for X -50 0/ - 57 0 ; X - 3 0 0/ ^ -370

doe s not e mpl o y r e l e v a nt c irc u i t.

Dif f e rences from X-· 500 /-5 7 0
circu it

Docon tmued
«*o f<a tors

Dire ct lutofU si
oc tcrin i

Pre vie· bwito o • Discontinuity of

S!o»-shatter

»rae
Οοβο κ ί ίο ο · I

Malt,· Function
Beck

Syne termiaal • Discontinuity ol

Audible
pietoelectrk
"»rein«

Ma tlC lIO O Of Ct fC u t

• Discon tinuity o!

electrica l co m p o n e n t s:
SPC2. VR3. R2. RS.
C2. F3 Eereiiul. H I .

• Disconnection of IC l

p iw . i a -® . ο.

electrical coepoMots:
S9. 19.

• DikommcIioo of IC1 -® .

• K2- ® tad CND ere
conne cte d.

• Discontinuity of
electrical coapooen ts:

Dl. D2, 118. < &

• Disconnection ol IC2- @

electrical coepooMta:

SX t. S»ne terminal. < 29.

• Discontinuity of

elec trical compon en ts :
f3 L BZ

• Disconnection of K 2* J$

Circuit
diagr a m

* 1

« 2

« 3

■ 4

• 5

«6

Syntwl N a m e

S .

Tooeh S W

S ,

Meteriag SW

S ,

Release SW
T rijjer S W

S ,

s,

Reset SW

s..,

M.m S W OF F
Main SW O N

s *.»

Symbel

M

s
s„
s„

S i,

Name Symbol

Se li*:iner SW
Renocoa SW
AE lock SW

Nam e

X conta ct

S i ,

TV S W

f

To

Func tio n Name

tame

ic· Metering, ule slit K·,

A/0 conversion. (Usli
control. and otiers AV sctlin

ic,

Tiaise control. S S
control, indication
control V K, 2S8aV adju jleet:

S L,

S L ,
VR,

VKi

wf*

V R, A E lertl adjostaett

Func t io n Nam e

Shelter t uoct
SV M iiin f

UlnV sdpataeM

Togci SW adjustaeu

R .

B.C lo ck rolta«e

R||

sdiatacnt

Pone r soerce

Qi

dr irii*
S L, d rivi*
S L, dri*i=e

Q ,

Functw

Name fun ctcr Na m e

Prevention atairnt

Q.

error M int MD,
Power source X . o scillatico
respon se C .

m

m

fkxile inter red*

C . P even s ion a<a if t* t

c, S . , driv inj

Fincton te nt

to<h SW ooise

X . oscillation

Functen

Prerem ion apia st

c,

CO«ter- electrcoMtire

-force ol SL , chatter»»
Prevension ip iu l

C ,

IC , oscillation

Nam·

C m

c„

X L
SPC ,

Fuvtie n Na m ·

Prevens ion spits !
release sipal

Prevention apinst W j
erro r «stag *inder
LC oscillator
Natsral l,jbt aeterin*

FuncUs n

I r r w B t T i · !
MD , eeteria* si jm I

m

w , M D, release sijr-al

MD, »india * s ipa l

VrF

0 ,

GND contact

Same

F ir b l ol flash
Flash ready s ipa l

Ϊ :

w

Func tio n

_ X- 3 00

■ X-370

Subs tantial Circu it Diagram

Cir c uit provid e d wit h ί - I shows the exclu sive
cir c uit lor X - 5 00/-570 : X -3 0 0/ -370 d oes not emp l o y

° :

............................

j : Shiel d

Exp lana t i o ns o t th i s circ uit dis conti nuity and
employin g ot ex c l usive circu i t lo r X -30 0/ -370

Ο : C onta ct

■ : So ldering pos i t i on except lead wir e's
U — C/ 1 —-1 7 Sh o w joint p»M)

• The figur es in th e fr ame o l t C l an d IC2 s h o w voltag e (V) o l eac h pin. V oltage m the p a r e n thesis o l IC 1-
®>. <8>. IC 2 -® is lor X -500 /-570

Othe r IC pin volta g es than a&ove are com mo n to X - 5 00/- 570
Mat u r i n g co n dit i o ns: Voltage s u pply ( 3V) . wi n d i n g c omp leted A mo de, around A S A 100 . finde r L E D next to 1/50 0

l<ghts uo. (P m volta g es v ary s l i g htly ac cordin g to type s of c ame ra and m easur ing in strume i

Hunt Function Name Functon Na m e Functio n j

IC, Metering, ca lnUlio·.

A/D tonver*i«o. SV wiling error aing MD,

Timing control. SS

1C,

cootrol. mdiettio·
co*trol

S L,

Release sugset

S L,

Skitter

VR,

VH *
VR,

U4 «V f td’US tatM

VR,

288aV

VR,

AE level idjutjgeni

Touch SW sdjiatarat

R .

B.C lock volug«

Power kw«

Q.

driving
S L, driving

Q,

S L , driving

Wi

Name

Q .

Fwcten

PrevtMio· m iut

rnpoese

Doub le interim *

to e ton

N*m«

C,

Preveasion ignost C,
tooch S W aoisa

c,

X L oscillitioe

c,

X L oscilUtioa C,

C,

S L , driving

Nimt

Prevention ig iir at
counter-«lectroeotive

• for ce oi S L t
Prevceaioe iga init
IC , cwil Utio ·

Functio n Na me

Fine ton Κκη·

Prevention igiinst

C | .

release tipal

clattering

Prrreotio* ig iita i

c„

erro r wing «inder

XL

L C oscillator

SPC , N ituril lig&t s tirringD,GND coeuct

Njme Function

Functio n

w , MD i tMUr ug tignil

MD i release signal

w,
w,

MD, winding sigtal B S r

F,
F,

Sir

Firing of flask
FI»»S retd; signs!

£3 3
G f «n

X-300 CODE N o . 2 0 2 5 - 1 0 0
X-370 CO D E N o . 2 0 2 5 - 3 0 0

0 267

Wir ing b as e pla te

■ IC pin volta ges

Measuring c onditi ons: · Supply v o lt age-” 3V

• A mode-” Measure with no lens attache d in the room around ASA 100.

• M mode'"Only differe n c e from A mode is given in the table, (sh utter speed is at 1/10 00 sec.)

Winding

Pin No.

completed

metering

(So ON)

0.07

2 3.0 3.0

3

4

5

6 1.2 -1.6

7

8 1.1 -1.3 1.1 -1.3

9

3.0

A mode 0.07

M mode 0.8

3.0

3.0 3.0

0 0

Shutter
released
metering
(So ON)

0.07

3.0

A mode 0.07
M mode 0.8

3.0

1.2-1.6

Winding

Pin No.

IC,

completed

metering

(So ON)

16

17

18

19

20 0.7

21 0.05

22 0.06 0.06

23 0.5 0.5

24 0

1.26 1.26

0 0

0.05 0.05

0 0

Shutter
released
metering
(So ON)

0.7

0.05

0

Pin No.

IC,

31

32

33

34

35

36

37

38 0

39 0

Winding
completed
meterering
(S5 ON)

0.1 - 0 .6

0.94

0.16

1.08

0.7-1.5

3.0

3.0 3.0

Shutter
released
metering
(So ON)

o

o

1—4

/

0.94

0.16

1.08

0.7 - 1 .5

3.0

0

0

CO

10 0

11 0

12

13

1 4

15

1.6 -2.0 1 .6- 2.0

1.15

1.15

0

1

0

0

0

1.15

1.15

25 1.08 1.08

26

27

28

29

30

1.03 1.03

1.15

1.44

1.04

1.08

1.15

1.44

1.04

1.08

40

41

42

43

44

1.5 1.5

0 0

3.0

3.0

3.0

3.0

3.0

3.0

• There is poss i bility having difference voltage at the st ate of So ON and S0 OFF(metering hold).

• Above valu es are obtained by actual measuring, pin voltages vary slightly according to the measure d camera.

Winding

Pin No.

completed
meteri n g
(So ON)

'S 3.0

Shutter
released
metering
(So ON)

3.0

Pin No.

IC,

20

Winding
completed

metering
(So ON)

3.0

Shutter

released

metering
(So ON)

3.0

Pin No.

IC,

39

Winding
completed

metering
(So ON)

3.0

Shutter
released

metering

(S, ON)

3.0

2 3.0

3 3 . 0

4

5

6

7

' 8

9 3.0

10

11 3. 0

12 0

13 3.0

.14

15 0

3. 0

3. 0

3.0

3. 0

3. 0

3.0

3.0

3.0

3.0

3.0

3.0

3.0

3.0

0

0

0

3.0

3.0

3.0

0

0

21

22

23

24

25 0.07

26

27

28

29

30

31

32 3. 0

33

34

3.0

A mode 0.0 7
M mode 0.8

3.0

3.0

3.0

3.0

3.0

2.2

0.06

0

A mode 3.0
M mode 0

3.0

3.0

A mode 0.07
M mode 0.8

3.0

3.0

0.07

3.0

3.0

3.0

2.2

0.06

0

3.0

A mode 3.0
M mode 0

3.0

40

. 41

42

43

44

45

46 0. 1- 0 .5

47

48

49

50

51

52

53

0. 1- 0 .5

A mode 3.0
M mode 1.2

A mode 1.2

M mode 3. 0

A mode 3. 0
M mode F

3.0 3.0

3.0 3.0

2.2 0

3.0

1.5

1.0

3.0

3.0 3.0

3.0

3.0

1.5

1.0

0. 1 -0.5

3.0

A mode 3. 0
M mode 1. 2

A mode 1.2
M mode 3. 0

3.0

A mode 3.0
M mode F

0

16

17

18

19

0

1. 1-1.3

3.0

1. 2 - 1 .6 1.2-1.6

0

1.1-1 .3

3.0

35

36 0

37

38 3.0

3.0 3 . 0

©

I

54

0

00

T— 4

0. 6 -1.8

3.0

55

56

1.2 1.2

3.0 3.0

3.0 3.0

Ins p e ct ion St a n da r d

1 . This standard specifies uniform performance levels for servicing in order to guarantee our product's quality to customers.

Each item is detailed so that you can follow this standard when y o u receive inquiries from users or are asked for checks.

2 . When delivery or acceptance inspections are required, do not directly apply this standard to the performance measure

ments. but refer to the corresponding standard (manual).

3 . Some users, because of their taste or special purposes, may require adjustment of this standard. In this case, perform

the adjustment according to the user's request whenever possible.

Check Item

Main switch

Winding

Rewinding

Film cou n te r

Checkp oint

Operation·
Beep e r

...........In " O N )))" position, a beeper should sound when touch S W . is turned

...........Beeping should be free of irregu lar sound.

Winding lever Operation*

P la y

..............

Spool

Sprocket

Rewind button

Rewind handle

Counter d ial

Operation·

Spool torque-"200 to 2

Operation
Operation·

Lock positioir-'Sho uld be above, the bottom cover.

.Unlock positiofr-Should be below the bottom cover surface.

Operation·

Feed ...........The counter dial shall be 1 when the rea r lid is closed and the film

Return

..........

Index deviation--Shal 1 be w ithin the range as illus trate d below:

Descrip tion

.... .

Squeak, roughness, click feeling .

ON or when A E is locked at shutter speed is slower than "1/30" in

A mode.

.....

There shall be no uneven action, roughness, sticking or contact, etc.
Shall be less than 0.7 mm at the tip of the lever.

.... .

An even and smooth idle rotation shall enable the film to rewind

securely.

30 g (@. φ , @ as shown in the figure below)

.......

Slip , no-load rotation w ith the rewind button depressed.

.....

Lock, unlock (To be reset at the first h alf of rew inding!, touch ur

contact.

.....

There shall be no uneven heavy movement, touch or contact, etc.

.......

Effect iv e spring action.

is wound tw ice. There shall be no contact, skip. etc.

There shall be no contact, etc.. and the counter d ial shall return to S .

s = e

Check Item

s l s

C heckpoint

Operation

D escrip tion

......

S L S signal should not come in sight from above in case of no film

loaded.

.......S L S signal should come in eight from above as illustra ted below in

case of a film loaded.
Counter

......

1 C ounter

.... .

36+ 2

Shutter

(In sight)

Operating
button

Speed dial

Shutter
curtain

Shu tter speed

Dial

position

Reference

value (ms)

Standard

Toler» nee

( ms)

eCurtain speed--Shall be w ithin 13 ms (trav elling time for 32mm) for both 1st and 2nd curtains,

e Fluctuation---The difference between the maximum and minimum values in the center of the image

• Uneveness of exposure··-The difference of the exposure tim e between both ends (A. C ranges) and

Synchro

e Operation-

eTouch S W .. metering S W .. re lease S W .. should operate properly,
e Shutter should not be released w hile winding up.

Should be adle to be released with rele ase lever returned to its original position

afte r winding up.

Operation-

Index deviation— Speed and mode lette rs shall not be shaded by window.

.....

There shall be no roughness, contact, shock, etc .. and the shutter

button shall retu rn to the o riginal position.

.....

There shall be no squeak, roughness, etc.. and the dial shall rotate

smoothly. C lick feeling .
The dial should not rub top cover w hile rotating.

Undesired speed le tters shall not be visib le at click slop position.

e There shall be no pin holes, surplus adhesives, etc.

e Edge metal shall not come in sight at the shutter wound and released.

e2n d curtain edge metal shall not be in sight more than 0.5mm on the way of

winding, viewed from the body rear.

Operation.......There shall be no contact between 1 si and 2 nd curtains, bounds inside

the image frame, protrusion of the curtain, abnormal sound, etc.
The curtain should travel nroperiv even if operating button is
depressed fast, slowly, or strongly.

10 00 500

0.98

±0.5

±0.4

E V

0.69 1.48
l.?8 2.58

plane (B range) shall be w ithin 0. 4 E V . (M easure five times repeatedly.)

X delay time

Shu tter speed

250

1.95 3.91 7.81 17.0 31.3

E V

- 0 .3E V

3.17

6.35

4 .HI

9 R 2 19.2 38.5

the image plane center ( B range) shall be with in 0 .3 E V . and the difference
between A and C ranges shall be within 0.4 E V .

1/60

X contact delay time .....................................A range Over 0. 4 ms

From X contact ON to 2nd curtain start---B range Over 2. 4 ms

60 30 15 8 4 2

125

62.5 125

O C *

4 1

12.7

50.6 10 1 203 405

25.4

76.9

Item Tolera nce

(In sight)

± 0 .3EV

1 54

250 50 0

307

615 123 0 23

1

1000

812

AU TO

20.0

+ 0.2

-0.23

X

EV

1 7

Check Item

Self-tjm er

Finder

C heckp o int

Lev er

Timer
function

View

L E D d isplay

D escrip tion

• Operation

.......

There shall be no roughness, squeak, etc. C lick feeling.

• Se lf-tim er SW . should not be turned ON by snapback of A E lock releasing.

• Se ttin g the lever to "O F F * after starting shall slop operation.

• O N /O F F cycle of the lamp ( L E D ) sh all satisfy the fo llow in g time chart:

—

-------

2 H i------------------------■> — 8H I

Start

-------

-

R»t«as «

In clination of image, coincidence, fading on one side.

• A ll L E D s should be clear, be free of dust, shade.

• LE D indication (O N /O F F ' should be as fo llow s corresponding to eech mode of
shutter speed d ial.

SS DIA L

No

elect ro fla sh

With Auto
Elec tr nf las h

X-series

Mode
indicator

Metering
indicator

Mode

indicator

Mete rtn i
indicator

"A* ON

I "A * hi inking when ce l ls

near exhaustion)

Prnper shutter speed
indicator ON

No indicated

C.A * blinking when c e l l s

near exhaustionl

"I/SO* blinking

“ 1 . · 6 0*·* Τ " blink mr
nt h A K locked!

1 / 1 0 0 Q - 1

-M * O N

C M * blinking when cells

near exhaustion)

Prope r shutter speed
indicator ON

Sel ec te d shutter speed

indicator blinking

No indicated

i" M * blinking when c e l ls

near exhaustionl

*1 /60* blinking

AK luck impossible·

B

* M ' O N

CM* blinking wh en cells

near e x haust ionl

B indicator *♦* ON

No indicated

B i n d ic a to r

“ * bl i n k i n g

Others

.......

• The in dication should light up for l!i seconds after the m etering sw itch i S . or
S t i is O F F . The indication should remain O N for 15 seconds after shutter
release.

• Immediately the s*lf-timer operates anil -«hutter is released, thr indication should

go off.

• H or morn m eiiTrtl ihutti-r sp*t*<l I.K iln shounl not liuht up.

• Over-range I.KI) A . and under-rangi· l .K I) should go on ami off independen
tly. (Sh ould not liuh t up simultaneously with "UKIO" or “ I " l.K I)*

• In Λ mode, shutter speed should lie w ithin l-l sec. when umler-range L K I) · ▼ ' is
ON. Should lie slo wer than Ί _sec. when· !▼> is blinking.

Check Item

Auto
exposure

Check point

A SA dial

Operation.......Th ere shall be no touch or contact, roughness, etc.. and the dial sh all

D e s c rip tio n

ro tate smoothly, and shall engage w ith the lock groove securely.

Dial deviation -Should be within the range shown below including play.

e a

03 Auto exp osure and tolerance of L E O display

1. L E D display at M mode-"Conforms to L E D d is play at A mode as shown in Tahle 1 helow:

2. E E level and L E D display at A mode .
Table- 1 (L ens ! Master lens for S-auto. A S A ", 100 1

Luminance i Diaphragm

EV 5

EV U

EV 14

F 4

F 8

F5. 6

Tolerance of L E D lighting

■a

m

:φ :

■a

—

*

~ £ p :

:φ :

'j = r .

w m

:q= :

;e = :

4
2

1
60
30

15

1000

50 0

250

*==:

x b ;

■

'.φ :

■ i

'. Φ '. :φ :

—

Tolerr.ice of E E level V ariation

0 + 0 .8EV

0.4 E V

2 High/Lo w speed limit

1 . High-speed limit···The exposure tim e should be within

L E D ON in A mode. (Check w ith the shutter tester in A mode.'·

2 Low-speed lim it·

•The exposure time should be w ithin

0.69--!. 38 ms

4 seconds

with over-range

in A mode. I*

with under-range L E D
ON in A mode. (C heck bv interrupting light to the light re ceiver in A
mode. I

■51 AE lock

e Depressing A E lock should a ctivate the cam era's meter and viewfinder L E D d isplv.

• A E lock should not operate in M mode.

• Exposure change with continuous shooting (A mode)
Standard

.......

Shutter speed variation should be w ithin J;0.3E V w ith A E locked.

(Fo r shutter speed faster than 1/500. variation should be within Ξ 0 .5 EV)

Check Item

Focus

Others

-

---

Voltage
regulations.
etc.

Checkpoint

Mirror

Body back
(Pressure
plate back)

Finder back 43. 555 =0.025 mm

MC levers

Lens, removal

and installa

tion

Back cover

Pressure plate There shall be no distortion, protrusion, concave, foreign matter attachments, etc.
Battery

chamber

Compatibility
with
accessories

Angle ..........

Operation·

Inclination " 'Sh a ll be within 0.4mm for the light shield piate in the up position.

43.70=0.1 mm (from the pressure plate margin to the lens mounting surface)

Operation"*-"There shall exist no roughness, contact or touch, abnormal sound, etc.

Check removal and installation torque (ligh: or heavy), lock, unlock, play.

• Opening/closing-'-Back cover shall float spontaneously when the rewind knob is

Contact

Interchangeability with Motor Drive 1 (8740) and Auto Winder G (8731-200)

•• ■Wi t h 8740" and 87 31 installed, check the functions.

•Hattery consumption with LEDs ON (4 LEDs lighting ON in M mode)

9.5mA or less (Voltage 2.8V)

• Leak current at main SW . ON

• Leak current at main S W . O F F

45’ il5 '

.....

There shall be no play, two-step movement, improper timing, bound s

within the image plane, etc.

pulled up. There shall be no remarkable play when back cover

is closed.

......

There shall be no abrasion, corrosion, stains, etc.

• Description

........................

....................

......

ΙΟμΑ or less (Voltage 2.8V)
Zm A or less (Voltage 2.8V)

MJ^L,

INDEX

Pa r t No. Psge

2017-0103

2025-0110
2017-0113

......................

------------------

................

4,14

8

3

2024-0 13 0 4
2025-0 13 9 2
2006-014 0

......................

3
2024-0 14 7 2
2025-0 15 1 2
2017-0153

2017-0163

......................

......................

8

6
2024-016 6 15
2017-017 5

......................

6
2025-019 5 2

Par t No. Page

2024-0248
2024-0249
2017-025 2
2017-0253
2024-0255
2024-0256

2017-025 8
2024-0261
2017-026 7
2023-027 4
2023-0281

......................

......................

......................

....................

......................

......................

....................

......................

....................

....................

......................

1
4
9

16

5
9

16

1
16
15

1

2023-030 1 1

Pa r t No. Page
2025-0 4 01

..............

15,18

2023-040 4 15
2024-0 41 2 1

2017-0 415.......................1

2025-041 6 1
2024-0 418
2024-0 420
2024-0 42 2
2024 -04 91

2024-0 505

2017-051 0
2024-0 511

......................

......................

................

— 6

....................

....................

....................

....................

8
5

18

10

-7
10

2025-019 7

2017-020 1
2017-020 7
2017-0209

......................

....................

....................

....................

16
16

17
2017-021 1-----------------16
2006-021 5
2017-0216
2017-0218
2017-021 9
2017-022 6
2017-022 7
2017-022 9
2017-024 2

....................

....................

....................

....................

....................

....................

....................

....................

17
16
16
16
17
17
17
17

2

201 7 -03 07
201 7 -0 30 8 -

2017-0310
2017-031 2
2017-032 2
2017-0323
2017-0328
2017-0331

....................

..................

....................

....................

....................

......................

....................

....................

12

12

12

12
12

12

13
2024-033 2 1
2017-0338—
2024-0341
2017-0345—
2024-0350
2017-035 2

................

....................

..............

....................

....................

12

11
11
13

13

2024-0 512
2017-051 7

2017-051 9..........

2024-0 530 ..........-

2024-053 4

5

2024-053 9
2024-054 2

......................

....................

..........

..........

..................

— 8

......................

......................

9

10
10

9

9

7
2024-055 0 7

2017-0570.......................9

2017-057 1

......................

9
2025-058 3 7

»

2006-088 1

......................

4

I N D

X

E

Par t No. Page
2023-1 005
2017-100 6

2017-1 007 —
2017-1 008
2017-1 009
2025 -10 10

2017-101 1.......................6

2006-1 014

2024-1015
2024-1016
2006-1018
2024-1021
2024-1023

......................

......................

................

....................

......................

......................

......................

6

8

1

-8
1
6

8

Par t No. Page
2005-106 3 6
2017-1064

2024-108 5 1

2025-110 7 3
2017-1110
2024-111 1 14
2006-11.12

2006-1116
2017-1117
2006-11 19

......................

....................

....................

......................

......................

......................

6

14

14

3
3
3

Pa rt No. Page
2025 -13 57

2025-1 359
2017-1 360

2017-136 5.......................4

2007-1415-------------------3

2023-200 7

2023-202 2 ..............

2019-2023.......................1

2024-2 05 2 2
2019-206 7

2017-2104
2017-2105

......................

......................

......................

....................

......................

1
2
1

15

1

1

2024-1024
2024-1025
0031-1027
0031-1034
2025-103 8

2017-1 041

2006-1 042

2017-104 3.....................14

2024-1 052

2017-105 4.......................2

2017-1 05 7
2005-1 06 1

2005-1 062.......................6

....................

....................

....................

......................

......................

......................

14

14
14

2025-120 2 3
2025-1205

2025-1319
2017-1321
2017-1323

2017-1325
2017-1327
2024-1344

2

2
6

2024-134 5 1
2017-1349
2025-135 1 1
2025-1353
2023-1356

......................

......................

......................

......................

......................

......................

......................

....................

......................

......................

3

1
1
1
1
1
1

14

1
1

2017-2108
2006-2114
2017-2123
2017-2126

2006-2130
2017-2131
2017-2132
2006-2144

2017-2147
2017-2148
2017-2157

2017-2166

* 2017-2 168

2017-2183

-----------------16

-----------------

-----------------16

-----------------

16

16

I N D E X

Pa r t No.
2006-2184
2017-2184

2017-2185

2017-2189

-------

-------

-------

-------
2017-2191-------
2017-2192
2017-2205
2017-2212

2017-2517
2017-2519

2006-2718
2006-2749

------

------

------

------

------

------

------

Page

............

16 2017-3 03 7

----------16

............

17 2017-30 41

----------16

----------16

----------16

------

8,16

-

--------

16

-----------

..............

............

............

16
16 20 17-306 6

Pa rt No.

2006-30 40

•2024-3042
2017-304 8
2017-3 05 1
2006-305 3
2017-305 5
2017-3 05 6

g

2017-3 057

9 2017-3058

2017-306 5

Page

.........•..........

.........

.........

.........

.........

.........

.........

.........•..........

.........

13

---------

12

---------13

---------

13

---------

12

•..........13

■

..........

13
13 2025-4013

---------

12

.........■..........12

•

..........12

.........

.........

■..........12 2017-4 222

-------

...........

12 20 23-4256

Pa r t No.
2017-3 414
2017-3 416
2017-3 421

2017-342 2
2017-3424

2023-4 002

2024-402 3
2025-402 4
2017-4216

---------

.........

.........

•

..........

.........

•

..........

---------

.........

---------

.........

•

............

.........

.........

■

............

.........

■

............

.........

•

............

.........

............

.........•............

.........

■

............

Page

11

11
13

11
n

4
2
2
2

5

5
2

2006-2758

2006-2762
2006-2773

•

2017-3005
2006-3009
2017-3010
2017-3013

2017-3020
2017-3021
2017-3025
2017-3026
2017-3027
2017-3032

------

------

------

------

------

------

------

------

------

------
____

------

------

............

............

............

16
16
16

.............

............

12

..............

-----------

----------12

............

............

12
12

----------12

............

12 20 17-341 0

2024-4301
2019-330 3
2017-330 4
2019-3 306

1

2019-330 8

2017-3309

5
1

2024-3 311
2017-3 312

-------■............

---------

.........

.........

............

...........

.........

...........

.........

-------............

...........

-------

1 2024-43 02

14

1

14
14

1

14

2017-5006

2024-5008

2017-501 3

2017-501 4

2017-5015

2017-5016
2017-340 3
2017-340 4

?m 7 -

-------•..........11

-------

___

_

2017-3 407.........

.........

...........

11

...........

11

■..........11 2017-5025

2017-5017

2017-5018

?fl1 7-ζΠ1 Q

2025-5021

.........

■

..........18

.........

■..........18

.........•............

-----------

.........

.........■............

.........

•

............

.........

■

............

.........•............

.........

■

............

.........■............

_____

.........

■

..........

.........

■..........10

4

4

7
7

7
7
7
7

n

10

I N D E X

Par t No. Page
2017-5 02 6
2017-5 02 7
2017 -50 28
2017-5 02 9
2017-5 03 0
2017-5031
2017 -5 032
2024-503 3 4

2017 -50 34
2009-5 03 8

2006-5 0 39
2025-507 9 6

....................

....................

....................

....................

....................

......................

......................

......................

......................

..................

10
10
10
10
10

7
7

7
8

5,7

Par t No. Page
2017-9107
2017-9108
2017-9113
2017-9114
2006-9121
2023-9245
2006-9401

2017-9430
2017-9441

2017-9443

Screw

9611 -16 16- 12............10

....................

..................

....................

....................

..................

....................

..................

..................

..................

....................

8

12

5
4

14

2

14
11

12

5

Pa rt No. Page
961 2 -1 64 0- 07

961 2- 16 70 -0 1
961 2 -2 08 0- 0 7 4,14

96 13 -1 4 18 - 0 7 17
961 3- 16 45 -0 1
961 5- 14 16 -0 7

9761 -1 72 5- 07
976 1- 17 30 -0 7
9761-1 740-0 7

9761 -17 5 5 -0 7
9761 -2 0 3 5 - 0 7

..............

................

..........

— 2

..............

..............

............

..............

................

................

4 ,5

15

4

17

12

14

1
5

2024-5 10 6
2006 -51 12
2024-5 11 4

2006-5 119
2024-5 12 1

2024-5 805
2019-5 806

2017-9001
2005-9 005
2017-9011

2017-9 0 12
2024-9 10 1

2017-9 1 06

......................

....................

....................

....................

......................

......................

....................

....................

......................

....................

....................

......................

..................

— 7

10
10
10

10

10

12
12

9

9
7

9

8

9611 -16 20- 07..........4 ,6

9611 -16 25- 01

9611 -162 5- 07 ..........6 ,8

9611 -1 630- 04............14

9611 -2 030- 01

9611-2 04 0-0 4 6

9612-1 6 16- 0 7 16

9612 -1 620 -0 7—- — 10

9612 -1 625- 01
9612 -16 25 -07 — 8,9 , 1 6

9612 -16 30 -07 ..........6,8

9612 -16 32 -12 ............12

9612 -16 35- 07

..............

..............

---------

..............

16

8

5

6

976 1- 20 40 -0 7
976 1- 20 50 -0 7
976 1- 2 06 0 -0 7 5

976 2 -1 73 5- 0 7 2,4
9762 -1 74 0- 07
976 2- 17 45 -0 1
9762 -1 74 5-0 7
9762 -2 04 0- 07
9762 -2 04 5- 07
976 2- 20 60 -0 7 11

976 3 -1 73 5- 0 7 4

9765 -1 74 0-0 7

..............

............

................

................

................

..............

..............

----------4,7

13

4,5

12
14

7
2
4

I N D E

X

Par t No.

E - r i ng 9422-1 2 46 -6 2
9721 -00 80 -50
9721 -01 20 -13

9721 -01 50- 13—9 ,13 , 1 6 ,1 7

9721 -0 200- 13

Washer

9791 -2 14 0-4 0—

9792 -21 40 -40 —

ELECTRO PARTS 943 2-2 2 46 -6 2
9362 -1 032- 01
9362 -1 032 -0 2—

-----

-----

-----

----

Page

.........

9

-1 5 ,1 6 , 1 7 9 42 2- 39 46 -6 2

..........5

------

17

------

12

------

18

------

18

Pa rt No.

9422 -1 84 6- 62

• 9422 -6 83 6-6 2
9422 -8 23 6- 62

9431 -3 34 8- 62 ..........

943 2-1 06 8- 61
943 2- 15 36 -6 2
9432 -2 06 8- 61 — —— 18

9432 -3 06 8- 61
9432 -3 35 7-6 1

Page

—18

.........

—18

--------
— 18

--------
—18

--------
— 18

.........

—18
— 18

--------

— 18

.........

— 18 9 39 1-0 80 7- 03—

.........

— 18

.........

.........

— 18

Par t No.

Lead w i res
9391 -0 50 7- 00 —
9391-0507-01 —
9391 -0 50 7- 03 —
9391 -0 50 7- 05 —

9391 -0 507 -0 6—

9391 -0 80 7-0 0—
9391-0807-01 —
939 1- 08 07 -0 2—

9391-0807-04 —
93 91 - 0 80 7 - 05 - -

--------

--------

..........

--------

--------

--------

--------

..........

..........

..........

..........

Pagi

19
19
19

19

19

19
19

19
19
19

19
9362 -1 032 -0 3—
9362 -1 032- 04
9362 -12 61- 01
9362 -1 261- 02—
9362 -12 61 -03 —

9363^1032-01 —
9363 -10 32 -02 —

9363 -10 32- 03—

9373-4162-01 —

9422 -10 16 -62 —
9422 -10 26 -62 —

----

----

------

18

------

18

------

18 9 472 -1 53 9-6 3

------

18

------

18

-------18

-------

18

-------

18

-------

18

-------

18

-------

18

9472 -1 03 9- 63

9472 -3 329 -6 3

953 1-1 57 5- 61
9564 -1 03 4- 61

9564 -22 04 -65
9564 -4 73 4-6 4
9565 -1 03 4- 64
9565 -3 32 4-6 4

9565 -3 33 8-6 5
956 5- 47 05 -6 2
9565 -4 73 8-6 5

.........

.........

.........

.........

.........

.........

.........

.........

.........

.........

.........

.........

— 18
— 18
— 18

— 18
— 18
— 18
— 18
— 18
— 18
— 18
— 18
— 18

9391 -08 07- 06—
9391 -08 07 -07 —
939 1-0 80 7- 08—
9391 -08 07 -09 —
9 3 9 1-0 80 7 - 11-

..........

..........

..........

..........

..........

19

19

19

19

19

X-300 Code N o . 2 02 5 - 100
X -3 7 0 Code No. 2 0 2 5 - 3 0 0

2023-030 1-01

Par t Name

ASA contact hold er se t
ASA operation knob se t
Sh u t t e r rele ase button ax i s se t

Fi l m advance leve r s e t
Rewinding handle s e t

Main switc h guide plate se t

Ba tt e ry holde r s e t
Bottom cover s et

Bottom cover sheet

ASA 7 · J y ir-? h

y-te b

•y τ 7 f i — S lHlll-fey h

·$ Jb I** — by h

£ J3 ? L " ' y KA'-fe y h

/ Λ vSU j i M K S- fe y Y

x m - i r - ■ * 5 - b y V

T A ^ — te y 1*

Qty

1
1

1
1
1

1
1
1

Eye-piece frame
Sponge

Fro n t top cover
Screw

Screw
Screw
Screw
Winding le v e r pre ssu re

Rewinding knob

Accessory shoe sp rin g (for X-300)

Accessory shoe spr in g ( for X-370)
Fin g e r rest lea the r
Fin g e r r es t
ASA d ia l nut

Sh u t t e r releas e button s p rin g
Sh u t t e r rele ase button cap

Pre ss u re sp ri n g
Fi lm advance le v e r s pr in g
Top cover nut
Rewinding handle s pr in g
Rewinding handle a xis

Rewinding handle screw

« h r #

3 y - f y - 9 · — $ fi ± 1 0

±S' £B5 Λ

i t t t i a C
± V ) i 2 C

ih f e f t U

j*

%r>k \ , s f

Tf i-t-v1) - y

7 fi - tit t) — y %

7 -f V i i - \ S * h JK )U .

7 Λ v i i — \s x . h

ASA-PP ·)· y h

• y -r y fi - iaiSP

- y - r ? f i - £ l * - r y Y

ASA -ftf^ ij y / W t t i A

L S P

± Λ — iL f t ^ - y I·

L · "' v a

Φ /ji L · '' v
£ 5 5 L ^ 7 ‘ κ :^

1

1

1

2

3

2

2

1
1
1

1
1
1
1

1
1

1

1

1

1

1

1

Tap tite screw

2

X-300 Code N o.2 02 5-100

X -3 7 0 Code N o . 2 025-3 0 0

Assy P a r t No.2025-0195-01 (F o r X-300)
Assy P a r t No.2025- 01 9 7- 01 ( For X-370)

Pa r t No.

Part Name
2025-0195-01
2025-0197-01

(2025 -0 139 -0 1)
(2024 -0 147 -0 1)
(2025 -0 151 -0 1)

(2006 -1 018 -0 5)
(2024 -1 052 -0 1)
(2017 -1 054 -0 1)

(201 7-1 057 -01 )
(2025 -1 359 -0 1)

(202 4-2 052 -01 )
(2025 -4 013 -0 1)
(2024 -4 023 -0 1)
(202 5-4 024 -01 ) Main switch sheet

Top cover s e t ( F o r X-300)
Top cover s e t ( Fo r X-370)

Sh u t ter d ial s et
C li c k plate se t
Accessory shoe base s e t
Counter wiodow

Accessory shoe

Accessory shoe s e t plate
Contact-C

Main switch
ASA window
Main switc h plate

Snaping rin g

_t Λ — fey b
J : Λ — - y h

> -f IJ y 9 -fe y l··

* V ^ - S

7 9 - f t 'J — - y*.—

7 9 - f t ') - y » -JS f-f*

a v * 9 h *« -C

* 4

ASAffi

> Λ v SW$S«
> -( x S Wih t o s j

/ y S W v A -i/ -

(202 3-4 256 -01)
(202 3-9 245 -01 )
(9613 -1 645 -0 1)
(976 2-1 735 -07 )
(976 2-1 745 -01)

Top cover i s olat i on sheet

Contact-A
Ph i l li p s type screw
Tap tite screw
Tap tite screw

± n h

3 y * * h

i;

y 7** -f h ία U

+ f t y ^ H hfti;

X - 3 0 0

X - 3 7 0

Cod e No.2025 -1 0 0

Code No. 202 5- 300

3%

Pa r t No.
2025-0110-01
(202 5-1 107 -01)

(2006-1 11 6-0 2)
(2017 -1 117 -0 1)

(2006 -1 119 -0 1)
(2025 -1 202 -0 1)
(2025 -1 205 -0 1)
(200 7-1 415 -02 )

2006-0140-03

Pa rt Name

Back cover se t

Hinge a x i s
Back cover ligh t shi eld plate

Back cover light shield plate-C
Back cover l ight s hield p lat e-B

Memo holder
Back cover le a th e r

Conversion scale

Pre s su r e plate se t

Qty

9 h

>i x #

3 ί * Β - Λ Κ ·

Λ Μ Λ ί ί

a m * * 9 v

« i s a s i i

A S A / IS O

I F.**-b 9 V

Α 

χ - 3 Ο Ο Code Νο.2025-100

X - 3 7 0 Code Νο.2025-300

£ ^ 976 5 - 1 7 4 0 -0 7(2)

20 24-500 8 -02

9763 - 1 735 - 07 f

9612 - 167 0- 01 - 1 '

When installing.it on Χ-300/-370, red lead wi

i s unnecessary.

(X-300,X-3701 C * i) - rmt t* 9 )

20 24-101 6-01

Pa rt No.

201 7-0 Π3 -Ο 4

Pa r t Name

Strap hanger se t

r h

2024-0130-01 Side cover-A set

(2024-1 021 -01)
(2024 -102 3-0 1)
(2024 -102 5-0 1)

(976 1-1 730 -07)
2024-0249-02
2006-0881-05

2024-1015-01

2024-1016-01
2024-1024-01

0031-1027-02
0031-1034-03
2017-1365-31

S elf-t i m e r le v e r
Cl ick sp ri n g

S elf-t i m e r leve r spr in g

Tap tite screw

ASA r e si st o r se t ASAit t/it t -t 9 h
Eye-piece l e ns set

Righ t sid e le a th e r
L eft sid e le a t h er
Grip le a th er
Tr iangle hanger
Tr iang l e hanger stopper

Side cover-B

I f Λ K £ —A-i v )»

-t Λ* 7 U s< —

-fe Λ* 7 9

-fe>7 SP
h Λ £

ig OR U VX- t ey h

tr 'j y r& s .

Ξ ih Ά 0 t> it

■r λ y a —

2023-4002-01
2017-5006-01
2024-5008-02

2024-5033-01
2017-9114-02

9611-1620-07
9612-1670-01 P hillip s type screw
9612-2080-07
9761-2050-07
9762-1735-07

9762-1745-07 Tap ti te screw
9763-1735-07

9765-1740-07 Tap t it e screw

Earth plate
Eye-piece light s hie l d plate
Eye-piece p re ssu re
Sh ie l d plate

Screw

Ph i l li p s type screw

Ph i llips type screw
Tap tite screw
Tap t it e screw

Tap tite screw

* V f-SW T - ■* £

•y - -V K s

it. 16 Λ C

-t^ / t W i^ 'l 'ia U·
+ ? Γ ν ( ΐ4 ^ Ι'ίι U

h ia L
h ia L

* 7^ -i

+ ¥ 'Λ ίί^ Α ΐΙΙ Ι* r 7 * * 4 h i ;

? 7 Ή !> ia D

h ia L

5ft

X - 3 0 0 Code No.2025- 100
X-37 0 Code No.2025-300

Pa r t No.
2024-0 255- 0]
2017-0323-01

Pa rt Name

MP re tu r n sub sprin g - B s e t

Winder coupler se t

V Ί V f — 1) 7 * 9 — -fey

Qty

l

b

I

2024-0420-01

(201 7-4 216 -02)
(2017 -4 222 -0 2)

2017-3010-01
2017-9113-01

2017-944 3-04

9611-2030-01

9721-0200-13

Bat te ry case base plate s et
Ba tt er y contact ( + )
Bat te ry li g ht shie l d plate

Charge l e v e r
Screw

Charge le v e r roll e r

Ph ill i p s type screw
E ri n g

9761-1730- 07 Tap tite screw
9761-2035-07

Tap tite screw
9761-2050-07 Tap ti te screw
9761-2060-07

Tap t i te screw

y b

( + )

^ -Y — U —

iht oia D

-r — y \s ■>< — a — f —

E ij y /

? 7 fi 4

~i" ^ 7\ f t ^ ^ 9 7 ' fi Λ

fi 9 7' fi Λ

9 7' fi Λ

b f t £

b f i U

h ia U

b f t i;

1
1
1

1

1
1

3
1

1

2
4

1

X-300 Code No.2025-100

X - 3 7 0 Code No.2025-300

6/3

Pa r t No.

2017-0163- 02

2017-0175-01
2024-0422-01

2023-1005-01
2025-1010-01

2025-1010-81
2017-1011-01

2005-1061-81 Adjustment washer-A (0.02mm)
2005-1062-81
2005-1063-81

2017-1064-02
2006-5039-01

Aperture coupling r ing se t

Lens lock button s e t

AV r e s i stor plate se t

Fro n t cover
Bayonet len s mount

Bayonet len s mount (-0.1mm)
Bayonet sp rin g

Adjustment washer-B (0.05mm)
Adjustment washer-C (0.1mm)

Aperture coupling r i n g s pr in g Ζ β ’J y rsp

Penta. p res sure tape (Per ro l l)

Par t Name

Qty

2 J 3 'J x 7 -t » Υ

u v X n h

AVi£ 1

fiil ti · * —

. 1

'<3 * * M S * J

'<3*7 V SP

S K SI7 A η
9 l i 7 y ' / t - B
S3 £ 7 s- S' + - c

. Some

■ 1

1
1

1

1

1

2025-5079-01

9611-1620-07 P hillip s type screw
9611-1625-07 P hillip s type screw
9611-2040-04

9612-1630-07 Phi llip s type screw
9612-1635-07 Ph i llip s type screw

Fro n t cover plate S5 Λ ^ ^ &

Ph i l lip s type screw

1

1

. 2

4

2
3

X-300 Code No.2025-100

X - 3 7 0 Code No.2025-300

( 6 X 15·)

9762 - 174 0-07

(2)

2017 - 5 015 - 0 2

20 1 7-50 34-0 1 ‘

20 17-5 016 - 0 2

(2)

(2 006-5039-01) -s

(2 017 - 501 7-01)

20 2 5 - 0583 -0 1

f | 20 17 -9106-02(3)

! ^ 9 765 - 1 740 - 0 7 (2)

.2 017-5014-0 4

20 17-5018-03

7β

Pa r t No.

2017-0510-01

Fre s ne l le ns holde r se t

(2017 -5 031 -0 1) Packing A

(2017 -5 032 -0 2)

2024-0542-01

2024-0550-01
2025-0583-01

(201 7-5 017 -01 )
(200 6-5 039 -01 )

2017-5013-01
2017-5014- 04
2017-5015- 02

2017-5016- 02

Packing B
Penta. holder s e t

Penta. re ce iv e r set

Penta. pr ism s e t
Penta. pr ess ur e plate

Penta. pre ss ure tape (P er ro l l)

Fre sn e l len s h old er sp rin g
Penta. pr es su re ( Le ft s id e )

Penta. pr ess ur e ( Right sid e)
Penta. p r ess ur e sp r in g

Pa rt Name

b 7" V 'S k

Rtf 1*^6 Λ* |> / u y B

-t y

-*S' 7 h

9 7"') X A -t y

fi W Z .& 7 - - 7'

A ' iT- S P

y * if * . « 0 e )

^ y fi W A. #. ( * )

Qty

h 1

1
1

h 1

1

h 1

1
2

3

1
1
2

2017-5018-03

L . E.D. di f fu sion plate

2017-5034-01 Oustproof sheet

2024-5805-02
2017-9106-02

Fre s ne l le n s
Screw

9762-1740-07 Tap t it e screw
9765-1740- 07

Tap ti te screw

LEDica-ai

w a v - »■
.ttAJK

1
1
1
3

sr 7** -i h ia c 2

DU* 7 71 fi 4 h ia £ 2

8A

X-300

X - 3 7 0

Co d e No.20 25-10 0

Co d e No. 202 5- 300

Pa r t No.

Pa rt Name

Qty
2017-0103-03
2017-0153-03
2024-0418-01
2024-0534-01

2017-1006- 02
2017-1008-02

2006-1014-02
2017-2205-01
2009-5038-01

2024-9101-01
2017-9107-01

9611-1625-01

Fro nt base plate s e t

Remote control term inal set
S elf-timer plate se t
Magnetic rele ase base plate se t

fit! φ -fe y h 1

h 1

7 S W £ & he y 1

*2 t> ■* h y Y - b & -fe v b 1

Lens lock le v e r

Mir ro r box l i ght shie l d plate

Lock l e v e r spr in g
Lead w ir e pre ssu re
Penta. fr on t cushion
Lens lock axis
Screw

5' 9 y 9 X £ It & 1

B y ^ 1 / ^ - S ? 1

a - K f f * . 1

- i s * t U i E l f * . * y > · s 2

u ;/ x o ^ M 1

£ 1

Ph ill i p s type screw U 3

1

9611-1625-07
9612-1625-07
9612-1630-07

Ph ill i p s type screw + ΐ7 \ ( ί4 '< Ί'ί3 ΐ; 2
Ph illips type screw ft £ 4
Ph ill i p s type screw £ 2

9 Α

Χ - 3 Ο Ο C o d e Νο.20 25 -1 00
X - 3 7 0 Co de N o . 2025-300

Pa r t No. Par t Name

2017-0 252 -0] MP retu rn stopper set MPScL-* h
2024-0256-01 MP r e t u r n leve r se t MPfc I, iss< — -t ? 1»
2024-0512-01 Mir r or operation leve r set ί 9 — SK ft \s*< — -t y b

2024-0530-01 M i rror delay le v er s e t $ ? — & S \s*< — -t ? b
2024-0539-01 Mir r or delay s p r in g s e t $ ? —i S iiS P -ty h
2017-0570-01 MP loop spr in g se t M Pa,-r sp- t * b
2017-0571-01 M ir ro r operation l e ver sp ri ng set $ f — SKftSP-t: ? b

2017-2517-01 MP re t u r n sp r in g MP;*S L SP
2017-2519-01 MP re t u r n stop l e ver s p r in g WP/K L & it SP
2024-5106-01 M i r r or operation le ver - B $ 9 — v** — B
2024-5121-01 Mi r r or operation lever- B s p ri n g i 9 — M.1SP
2005-9005-01 Screw MPJ5J D

9612-162 5-07 Ph illip s type screw ft U·

9721-0080- 50 E r ing E 'J x /
9721-0150- 13 E ri n g E 1 x /

ΊΟ $

X-300 Code No.2025-10 0

X - 3 7 0 C od e No.202 5- 300

Part No.

Pa rt Name

Qty

2024-0505-01

(200 6-5 11 2- 03)
2024-0511-01

(201 9- 580 6- 01 )
2017-0517-01
2017-0519-01

2017-5019-01

2025-5021-01

2017-5025-01

2017-502 6-02

2017-5027-01
2017-5028-01

2017-5029-01

Mi r r or box s et

Mir r or cushion
Mi r r or holder se t
Mir r or

Mi r r or adjustment pl at e -B se t
Mirror adjustment plate-A se t

Mi r r or box apron
Mir ro r box sid e plat e

Fl a r e s hie l d bottom plate
Fl are s h i eld r ight plate
Flare shie l d bottom plate-A
Fl a r e shie ld r i ght plate-A

Fl a r e s hie l d left plate

? 1" 1

— 9 v * y 1

i 7 — - fc As

5 5 - 1

■ 5 ? y h 1

$ ? - a & S A - f e 7 h 1

$ 9 — r t ? 9 x . x . 7 π 's 1

-------

fe y h 1

5 5 7 9 1

7

\s7-Vi±. -y - I* T &

7

isr-Vi±-y-

7 vr-Wik-y- i- τ i
7 ^T-Viit'y- κ « a i

7 \sr-wit-y- t IE l

1
1

2017-5030-01
2024-5114-01
2006-5119-01
2017-9001-01

9611-161 6-12
9612-162 0-07

Fl a r e shie l d r i ght p la te- 8
Mir ro r support stopper
Mi r r or stopper gum

Screw

Ph illi p s type screw
Ph illi p s type screw

7

1 / T - W ' X - h S B 1

5 7 — M t t/j h 7 — B 1

7 1

i : 2

4

X -3 0 0 C o de No.20 25-100
X-37 0 Co d e No.2025 -30 0

Part No.

Pa rt Name

Qty
2024-0341-01
2017-0345-01

2017-3403- 03
2017-3 404-02

2017-3405-01

2017-3407-01
2017-3410-01
2017-3414- 02

2017-3416-01
2017-3422-01

2017-3424-01
2017-9430-01

Winding base p la te- B s et
Winding operation l e v er s et

Counter dia l
Counter r e turn sp ri n g

Washer

Counter index
Counter operation gear

Return sp rin g
Winding operation le v er sp r in g
Safe loading s ig n a l lev e r

S. L.S. le v e r s p rin g
C o ll a r

y H 1

rtf I)

* V 'S f i — 5 1- x-9 Y I

---

fc y t * 1

L SP l

* ϊ y * - m n h ? 9 -y ύ - I

i3 $ y f i — — ft-SP l

h x . · * 'D \s j * — SP l

7 Λ Α Ά ^ U — l

S L S » S i S ? I

I

9762-2060-07

Tap ti te screw

12ft

X - 3 0 0 Code No.2025-100

X - 3 7 0 Code No.2025-300

Use one of p a r t s below p ro p er ly depending upon

Minding operatio n lever tim i ng .

► a v i-n * λ i y f κ ι 9 ^

9761 - 172 5-0 7

Par t No.

Pa rt Name
2017-0307-01
(2017-3 06 6-0 1)

2017-0308-01
2017-0310-01
2017-0312-01
2017-0322-01
2017-0328-01
2017-0338-01

2006-3009-01
2017-3020-01
2017-3021-02
2017-3025-01

2017-3026-01

Charge operation plate s e t

Stopper

Sh u t t e r charge gear-0 se t
Winding sh a f t re c e iv e r se t
Winding stop l e ve r -A se t
Winding stop le v e r- A se t

Gear-C base plate s e t

Winding sh a f t s e t

Return s p ri n g

Reset le v e r
Reset leve r sp ri ng
Reset le v e r s urp p o rt spr in g
Contact-A (S4)

*· f — -v & fp £ -fe ? ( ■

·&_£:-* h - r — s ' a

•v -r y ? — T -r — -y * -Y — D-fe y

« « i T f l li S : · * a- h

— A-fe y h

# l k . A -f e y (·

* + y h

y Y

Ά L S P

’J "fe y h ^ —

’J -fe y h \s — SP

'J -fe y t* ^ — &(! WSP

S 4 « * A

2017-3027-01
2017-3032-01
2006-3040-01
2017-3048-01
2017-3056-01
2017-3057-02
2017-3058-01

2017-3065-06
2017-9011-03
2017-9012-01
2017-9108-02

2017-9441-02

9612-1632-12

Contact-B (S4)
Winding gear
Winding claw sp rin g
Over-run stop le ver sp ri ng

R button lock sp ri ng
Sprocket rec eiv e r
C olla r
Stopper
Screw
Screw
Screw
C o l lar

Ph i llip s type screw

S 4 «tfB

Φ -* r —

£ JfcJftSP

* - ' < - 7 'sV i i ± \ s ■>* -S P

* 7 " B f y h A ll 'S ;

7 -

-fi h y —

— Ήΐι

£ oh t t W - S i l v i a £

Λ ? -

9761-1725-07
9762-2040-07
9792-2140-40

Tap t it e screw
Tap t it e screw

Washer

y 7 ‘ f Λ K f t £

W 7 y V -r -

X - 3 0 0

Code No.2025-100

X- 37 0

Code No.2025-300

f* 976 1 - 204 0 - 07

Ί3β

Part No.

2017-0331-01

2024-0350-01
2017-0352-01

2017-3037-01

Winding base plate-A s e t

Spool fr i ctio n gear se t
Sprocket s h a f t se t

Reversion stop l e v e r sp ri ng

2017-3041-31 Spool
2024-3042-01
2017-3 051- 02
2006-3 053- 02
2017-3055-01
2017-3 421 -02

Spool in n er ba rre l

Sprocket

R button release sp r in g

Sprocket gear

F il m in d i c at io n f ille r

9721-0150- 13 E r in g

Pa r t Name

φ ί Κ · £ ί 3 ϊ Α ^ y V

'J 9 y a ^

¥ · * — fey h

x 7 " Π > r y h Ml - t y f

i£eik* > u ^ - S P

x 7 * — -v

^ 7‘- A 'p m

x 7 * 0 f y J.

* y J· -

7 4 ? -

E ') y Ϊ

Qty

1

9761-2 040- 07

Tap ti te screw

fi y 7 fi

2

14-ft

X-300 Code No.2025-100
X - 3 7 0 Code No.2025-300

20 1 7-33 09-0 1

2019 - 330 8-02

(^20 0 6 -1 0 42 - 0 1

20 1 7 - 104 1 - 0 3

9762 - 204 5 -07

(3 )

20 1 7-33 12-0 1

20 1 7 - 3304 - 0 1

20 24-1111-01

20 06-1112-01

140

Pa r t No.

Part Name

2017-011 3-04 Strap hanger s e t

2025-1038-01
2017-104 1-03
2006-1042-01
2017-1 043- 02
2017-1110- 04
2024-1111-01
2006-1112-01

2017-134 9-02
2017-3304-01

2019-3308-02
2017-3309-01

Mask sheet

Li ght shie ld packing-A
Li ght sh i e l d packing-B
Li gh t s h i e l d packing-C

Back cover lock le v e r
Lock cover

Back cover lock sp ri ng
Hinge

Rewinding f o r k
Rewinding f ric t i on sp ri ng
Rewinding a x i s re c ei ve r

S i S -t r h

is -ζ- fc· :/ T ^ 9 *s — h
B ft ''

v 9 \S —

Π y 9 il —

Ji m ° v 9 SP

t: y v>

1 7 * - 9
L 7 IJ 9 y 3 ySP

U i H S

Qty

1

2017-3312-01
2006-9121-03

2006-9401-01

Li ght s hie ld co l l ar
Tapping screw
F il m guide co l l ar

9611-1630-04 Ph i llips type screw
9612-2080-07 Ph i l lip s type screw
9761-1740- 07 Tap t it e screw

9762-2045-07 Tap tite screw

«J b i i L J g Λ Λ 5 -

C

7 1 AS A 7Ϊ -f K i 7 -

i:

+ v 7 9