SERVICE MANUAL 16-CL
Contents
1. 59 SOUND 44 414770 414741 P412230 P412229 40 4P20732 4P8CI0030 4P8CL0129 4P55646 4P20571B 4P20570 19 4P20731 I DISASSEMBLY amp ASSEMBLY A COVERS Disassembly Pull out Fig 1 2 amp 1 3 2 3 4 5 6 Remove Fig Remove Fig Remove Fig Remove Fig Remove Fig Assembly Follow the reverse way of the above steps 1 19 by 1 10 by 1 23 by 1 15 by 1 14 by 18 by hand detaching Fig 1 7 removing Fig 1 3 8 9 5x2 removing Fig 1 22 removing Fig 1 17x4 removing Fig 1 16 Illustratio No Parts No Parts Name LT pa29o ner cover plate 9 V belt guide roller assy Screw sems B M730 8 pulley 2 takerup 412156 Lock boss arm 14 6 4400605 15 50 6 7 401001 4P55578 P412126 P412441 412289 4 20576 6 60300605 Screw truss 630 6 3 B TAKE UP REEL ARM 4 Disassembly 1 Remove Fig 2 Remove Fig 3 Remove Fig 1 5 Assembly Remove Remove Remove Remove Remove 2 60 by detaching Fig 2 61x2 2 59 2 1 Fig Fig Pig Fig Fig by pushing up Fig 2 55 in the following order 1 15 2 8 by removing Fig 2 7x2 2 11 by loosening Fig 2 10x2 2 13 by loosening Fig 2 15 2 12 by removing Fig 22. M725 6 gt X We v z XF1 3 50mm Shaft focusing knob Screw pan MG25 8 Holder projection lens 1131824 4LB0514 25 M PROJECTION LENS 1 Pisassembly 1 Remove Fig 1 18 14 2 Remove Fig 13 13 by pulling out Fig 13 6 3 After Fig 13 4 is detached from Fig 13 6 remove Fig 13 6 by detaching Fig 13 5 Remove Fig 13 9 10 by detaching Fig 13 7x3 8 5 Remove Fig 13 12 by detaching Fig 13 11 4 2 Assembly Follow the reverse way of the above steps paying attention to the following points 1 First attach Fig 15 12 slightly with Fig 13 11x4 Then fix Fig 13 12 by tightening Fig 13 11x4 and pushing it downward 2 When Fig 13 4 is removed be sure to replace it with new one N PROJECTION LAMP 1 Disassembly 1 Remove Fig 1 2 2 Remove Fig 13 2 by detaching Fig 13 1 3x2 2 Assembly Follow the reverse way of the above steps paying attention to the following point 1 When Fig 13 2 is re attached be sure to check and adjust the leveled screen brightness 26 Fig 14 27 0 MOTOR 1 Disassembly 1 Remove Fig 1 10 23 18 15 2 After Fig 10 2 is removed disconnect lead wires of the motor 3 Raising m in Fig 14 up remove Fig 14 13 by loosening Fig 14 15 4 Remove Fig 14 3 by detaching Fig 14 2x2 5 Remove Fig 14 10x4 6 Remove Fig 14 9 by detaching Fig 14 8 7 Remove
3. YIWYOISNYEL 1x3 67 N HIIMI 13NOYW d3ldlldww 66 696063 26 Ma 52773 E sers Measure the voltage at each checking point by Vacuum tube Voltmeter Values surrounded by DI are specified voltages measured under following steps 1 2 3 h Turn Volume Control Knob fully clockwise Set Tone Control Knob at the center position Apply 4 8mV 400Hz signal oscillated by Oscillator to Mic receptacle Fig 33 J2 Set Volume Control Knob so that the output level measured by Vacuum tube Voltmeter may be 11 5dB lower than its maximum level use a Tester instead of Vacuum tube Voltmeter be sure to use one whose internal impedance is more than 1 Kohms volt at AC Other voltages mentioned in this circuit diagram are DC voltages when no signal is applied If use a Tester be sure to use one whose internal impedance is more than 10 Kohms volt at DC If the internal impedance is less than the above mentioned value proper velue would not be measured 38V V ica zum 37v 1V AV C135 Fa gt E pi 10V 94v Fig 55 Amplifier circuit plate for 16 CL E20454 zos mad 299023 34 MIN 609553 O 80 W 19 91 OW13 HOI HIIINMAWY WVH9VIG DILVIWIHIS
4. Fig 24 8 forms the upper film loop and Fig 24 10 sets Fig 24 8 free from Fig 24 12 Adjust the position of Fig 24 10 by moving it to right or left so that when turning Main Knob clockwise from OFF Main Knob may be held position just after film perforation fits onto the tooth of First Sprocket Fig 8 5 When attaching Fig 24 14 adjust the position of Fig 24 14 so that it may not touch 2000 ft Reel when Main Knob is set at OFF position Turn Fig 24 15 counterclockwise so that the tension on Fig 24 14 may come to 50 80gr Refer to F 2 Note If tension on Fig 24 14 is not enough film gets out of First Sprocket and it causes the length of upper film loop to be shortened When Fig 24 16 is removed or replaced fix Fig 24 16 pushing it in the direction of the arrow illustrated in Fig 24 hh 25 Fig LOOP RESTORER Loop Restorer works as under The length of lower Film Loop is shortened Fig 25 7 is pushed up by film Free end of Fig 25 5 is pushed up by Fig 25 7 Claw of Fig 25 9 moves upwards Fig 25 11 is set free from the claw of Fig 25 9 and at the same time Fig 25 10 pushes Fig 25 11 Then Fig 25 11 rotates slightly Fig 25 11 touches Fig 25 12 which is rotating and rotates one revolution Fig 25 1 which is interlocked with Fig 25 11 is pushed down Fig 25 8 which is interlocked with Fig 25 1 is pushed down and reforms an a
5. After tbe assembly is completed be sure to adjust the tension of Fig 9 9 Refer to B 2 18 Parts No Parts Name 6774300601 FADED 13 6 Tapping pan 740 6 2L P412340 2 Cord supporter 6M7A300611 Ft i th XB M730 8 Screw sems M730 6 412173 Cam link 1 ONM11030F Tub M3 0 Nut M3 0 6M70306001 Tod M730 60 Screw pan M730 60 6J625140A AAI REY 6M7A300601 dod LAA M730 6 AFERA FDL 2412187 10 562040 Steel ball 4mm 1255593 2994275 Click spring switch cam p412142 ESCHER 19 Lever click spring K MAIN SWITCH 3 2 Disassembly 1 Remove Fig 1 18 10 23 2 Remove Fig 5 21 Refer to E 1 3 Remove Fig 10 2 by detaching Fig 10 1 3 Remove in Fig 10 by detaching Fig 10 3x3 and disconnect lead wires of a i in Fig 10 Use care not to touch Fig 10 8 5 Remove g in Fig 10 by detaching Fig 10 5x2 6x2 6 Remove Fig 10 7 7 8 Fig 10 4 can be removed before Main Switch is disassembled Remove Fig 10 10 12 by detaching Fig 10 11 Remove Fig 10 9 by detaching Fig 10 8x2 Assembly Follow the reverse way of the above steps Fig 11 Parts Name TUT Universal joint RU 3 Frame fix screw Middle shaft metal LEE Worm 2 Main shaft washer
6. Remove Fig 17 29 by detaching Fig 17 27 28 Remove Fig 17 19 by detaching Fig 17 18 17 After ends of lead wires of Fig 17 21 are unsoldered remove Fig 17 25 by detaching Fig 17 24 22 Remove Fig 17 21 by detaching Fig 17 20x2 Remove Fig 17 11 by detaching Fig 17 9 10 After Fig 17 5x2 are detached remove Fig 17 7 by detaching Fig 17 8 Remove Fig 17 6 by loosening Fig 17 15 Above 1 4 four steps can be done vithout dismounting of Sound Base Plate Do not remove Fig 17 16 as it is impossible to restore it to the original position without using special tool 4 Assembly Follow the reverse way of the above steps paying attention to the following point 1 P412233 6QEA0060 4 55549 Adjust the position of Fig 17 6 7 11 21 26 Refer to 1 FL ZZ Holder sound lens gt Z ER 6 E ring ER 6 FOF 8412656 itty 80 3 Spring pad roller Lever pad roller 412093 24 14552540 6140402501 4 55547 DEZA HAN ELA P412095 B RING F Screw head 4E42473 HEREA WY 020 Sound head 16 22 4 54451 tt Selector lever shaft Lever head assy Spring head lever HRH M4 0 Special nut 3 0 81 2 1 2 740 20 SE p Brake roller 3 assy Screw GO gt 2 5 8 rs Lilo 2
7. gt Brake spring rewind D REWINDING MECHANISM 1 Disassembly 1 Set Fig 1 22 at OFF position 2 Remove Fig 4 9 z by detaching Fig 4 8x2 5 3 Remove Fig 4 6 by detaching Fig 4 7x4 4 Remove Fig 4 9 by loosening 2 rotor attaching screws of Fig 4 9 and remove b in Fig 4 together 5 After Fig 4 2 3 are detached remove Fig 4 10 by loosening Fig 4 11x2 2 Assembly Follow the reverse way of the above steps paying attention to the following points 1 After Fig 4 2 3 are attached check the movement of Fig 4 1 4 connecting the power cord to power source 2 After the assembly is completed adjust the gap between clutch plate and rotor of Fig 4 9 and movement of clutch of Fig 4 9 Refer to T 2 3 The terminal of Fig 4 6 should be at the side of Fig 1 15 4 Fig 4 9 should be always replaced as a unit Tage ration Paris Name P412237 MIRE TE Friction wheel 2 FAM MG25 4 4P55616 ri di Washer friction wheel 4P31849 17711007413 Link 11 loop serrer 6M7B00601 7247 M630 4 Screw sems M730 6 Screw truss M630 6 Magnet clutch ZCF 10B Worm gear 111 assy Must ration Parts No Parts Name SM60200501 2 Z M620 5 Screw truss M620 5 6M60200501 M620 5 Screw truss M620 5 P41 23 2 Shoe
8. Shaft Take up Assy Fig 2 58 V Belt Take up Fig 2 11 If the friction of Fig 2 58 is not proper replace it If the tension of Fig 2 11 is insufficient increase it Rewind Square Shaft the friction of Fig 3 3 is Assy not proper adjust it by Fig 3 3 Fig 3 5 or replace Fig 3 4 Synchronous Belt 206 the tension of Fig 3 4 is Film hangs down Fig 3 4 insufficient increase it in front of the Projection Lens during projection or when projection is stopped Brake Spring Rewind If the pressure of Fig 3 12 is Fig 3 12 insufficient increase it b in Fig 4 sticks to the in Fig 4 shaft remove stains from them Rewinding torque is insufficient Synchronous Belt 206 Fig 3 4 If the tension of Fig 3 4 is insufficient increase it Brake Spring Rewind If the pressure of Fig 3 12 is Fig 3 12 insufficient increase it Take up Arm Assy Fig 2 1 If the rewinding friction is too strong reduce it Magnet Clutch Fig 4 9 Adjust the slip of Fig 4 9 Spring Friction Plate If the pressure of Fig 21 3 is Fig 21 3 insufficient increase it 55 CLAN SECTION MACHINE FRAME Checking Point Film Jumping Adjust the position of Fig 12 18 against Fig 12 6 Adjust the pressure of Fig 12 30 Triangle Cam Adjust Fig 12 19 so that Fig 12 16 Fig 12
9. 910102 reorido par ddv ou 925 899 32048 pue 9uol peso ous 23 9 ASE 29 up E sn 2 3 prot 2401 NOI ag so 1 laf 2W 589163 1291 OWT13 803 H3ldlldWV 303 WVHIVIO IILVWIHIS ya 1012 AW O W 10 91 dn 3 21002 ON 18213240 3 9 3 502001 0 Paund 299023 608583 0 12 01 OW13 HIIJITAWY WVHOVIO 2ILVW3HOS or GH pertdde you axe asutt pue YATA 93710210 ik Lal 2 69 Parts 52 amp 53 replaced on later machines spring required on 53 with new roller 52 ELMO CO LTD Service Department Nagoya Japan SERVICE MANUAL No
10. 1 may slightly touch the ruler Next move Fig 28 1 about 0 2mm towards Fig 28 2 by turning Fig 28 6 counterclockwise Note Unless Fig 28 1 is fixed at proper position it causes the below mentioned troubles and gives bad influence upon Sound Quality Wow Flutter Frequency Response etc a Film sags b Untouch or unstable head touch of Sound Track So use best care to keep proper position of 28 1 Adjust the position of Fig 28 1 by turning Fig 28 4 so that the center of Fig 28 1 may coincide with the center line of Fig 28 2 w in Fig 28 Adjust the distance between Fig 28 1 and 8 x in Fig 28 to be about 2 5mm by turning Fig 28 7x3 and load a film Readjust the position of Fig 28 1 by turning Fig 28 7x3 slightly so that Fig 28 1 may locate at the correct position against magnetic sound track Make certain that Fig 28 1 may not interfere with picture Running 7 000Hz Test Film such as SMPTE TEST FILM M16AL AZIMUTH ALIGNMENT 7 000HZ adjust the position of Fig 28 1 by turning Fig 28 7x5 so that the maximum output power may be achieved After the adjustment fix Fig 28 7x3 with adhesive 54 TROUBLE SHOOTING TAKE UP FEED REEL ARMS Take up torque is Belt Take up Arm If Fig 2 59 is defective insufficient Fig 2 59 replace it Brake Spring Take up Fig 2 50 If the pressure of Fig2 50 is insufficient increase it
11. 16 may closely contact with Fig 12 19 and also smoothly move Triangle Cam Shaft Adjust the position of Fig 12 14 so that Assy Fig 12 25 may closely contact with Fig 12 25 Fig 12 15 and also smoothly rotate Aperture Plate Check the flatness of Fig 12 6 Fig 12 6 If not flat replace it Pressure Plate Assy Adjust the pressure of Fig 12 51 by Fig 12 31 changing the pressure of Fig 12 32 Adjust the position of Fig 12 12 so that Fig 12 51 may keep correct position against Fig 12 6 Film Side Pressure Adjust the spring effects of Fig 12 8 9 1 2 and the relation between them Fig 12 8 9 Picture Flow Shutter 1 Assy Adjust the timing between Fig 12 24 Fig 12 24 and 18 Film Flow Adjust the protrudent length of tip of Fig 12 18 from Fig 12 6 to be lmm Adjust Fig 12 18 to keep correct position against film perforation If Fig 12 18 is di d replace it If the claw does not have specified stroke adjust the attaching position of Fig 12 16 or replace it Triangle Cam Fig 12 16 Film Side Pressure Adjust the spring effects of Fig 12 8 9 1 2 and the relation between them Fig 12 8 9 Pressure Plate Assy certain that Fig 19 51 closely Fig 12 31 contacts with Fig 12 6 CLAW SECTION amp MACHINE FRAME Cont d Loud Feeding Triangle Cam Adjust the stroke of claw by changing Noise Fig 12 16 the attaching position of Fig 12 16 or by replacing it Claw 2 Adjust Fig 12
12. 16 14 Belt Take up Arm Fig 2 4 V Belt Take up Fig 2 11 Brake Roller 1 Fig 26 1 If Fig 8 12 touches film perforation side adjust the position of it If Fig 8 12 has defective such as distortion or disfigurement replace it If Fig 17 1 has defective such as disfigurement or eccentricity replace it If there is end play in Fig 17 1 adjust it by turning Fig 17 14 If there is unnecessary clearance between Fig 17 1 and Fig 17 4 13 due to defect of Fig 17 4 or 13 ig 17 4 or 13 If Fig 17 1 does not rotate smoothly adjust Fig 17 14 or replace Fig 17 14 13 11 Fig 11 4 has disfigurement replace it If there is end play in Fig 11 4 adjust it by moving the position of Fig 11 5 If Fig 11 4 unnecessarily moves right angled direction against axis replace Fig 11 3 7 If Fig 8 8 has defective such as distortion or disfigurement replace it If the pressure of Fig 16 14 is insufficient increase 31 If take up tension is unstable replace Fig 2 4 If the tension of Fig 2 11 is not enough and Fig 2 11 slips increase the tension of Fig 2 11 If Fig 26 1 does not rotate smoothly adjust it If Fig 26 1 has eccentricity replace it 1 in Fig 15 If vibration of motor and Fig 14 9 are too big adjust or replace them 62 SOUND Cont d Wow amp Flutter Sound Head WY 020 If position of Fig 28 1 is not Magnetic Fig 28 1 correct adjust the position by Repro
13. 18 so that Fig 12 18 Fig 12 18 may make a right angle with film perforation by bending the free end of Fig 12 17 Slide Plate Claw Adjust Fig 12 19 so that Fig 12 16 Fig 12 19 may closely contact with Fig 12 19 and also smoothly move Spring Claw Adjust the pressure of Fig 12 30 Fig 12 30 Masking Guide Adjust Fig 12 5 so that Fig 12 1 may Fig 12 5 closely contact with y in Fig 12 and also smoothly move Film Aperture Plate etc Check all parts which contact with Scratching Fig 12 6 etc loaded film They should be neither injured nor stained Upper Film Claw 2 If claw does not feed the film Loop increases Fig 12 18 smoothly because of short protrudent length of tip of Fig 12 18 adjust the protrudent length to be Im in length Upper Film Lever Guide Roller 2 Adjust Fig 24 8 to work properly Loop decreases Fig 24 8 in length Cog First Sprocket Adjust Fig 8 5 so that Fig 8 5 may Fig 8 5 coincide withthe center of film perforation Lower Film Claw 2 Adjust the protrudent length of tip Loop decreases Fig 12 18 of Fig 12 18 from Fig 12 6 to be in length lmm Link 2 Loop Setter Adjust Loop Restorer so that it may Fig 25 7 work properly PROJECTION LAMP amp LENS Lamp does not If lamp itself is defective light tere 13 1 replace it Lamp Socket QEX 7 If Fig 13 2 has insufficient contact Fig 13 2 replace it Lamp Switch S4 If S4 is defective replace
14. 6M 02501 M840 20 FL PLS M810 25 7 7 0 7 Lever pressure roller ATL 5 Spring pressure roller 4P55230 811437 M O 88 1 Loop former screw 6 70401001 M740 10 Screw pan M740 10 7 E lap pin TIARA Flv wheel SATA Fly wheel spring 32 Must ration No Parts No MALL 94 k 4 X M620 4 P4142107 Shaft fly wheel assy Screw truss 620 4 B20801201 14 cK LAT UY 7 Pressing plaw bearing Ke WANT 2 Z L 12802Z Ball bearing SSL 1280ZZH 6 71200405 FR 7120 4 Screw pan M7120 4 4P31862 7 7 EV Z CEA 2224 4 Sound lens assy Photo diode PD 520UA 5 7 4 4 Cover photo diode crew pan M720 4 10 ANMISOIOF Trei M4 0 Special nut M1 0 MW P412050B Holder lamp In AMTO200305 144 7 M20 3 Set screw M20 3 13 6820601201 LST 7 7 SSL 1260ZZ Ball bearing SSL 12602Z 14 P412722 224 4 Ring nut sound drum 5 496368 AIA w Set screw hexagon 3 Disassembly 1 2 3 4 5 6 7 8 9 10 Note Remove Fig 17 1 4 by detaching Fig 17 2 3 Remove Fig 17 13 by loosening Fig 17 12 and detaching Fig 17 14 Remove Fig 17 26 by detaching Fig 17 25
15. Fig 27 3 is not proper adjust it by using 7 00012 Test Film Remove stains from the surface of sound lens If the attaching position of Fig 27 2 is not correct adjust it If Fig 27 2 is defective replace it Sound Head WY 020 If Fig 28 1 is defective broken Fig 28 1 wire etc replace it Canceling Coil 11 If canceling coil is defective replace it CN2 3 4 Check the conduction of connectors 14 not conduct replace it Exciter Lamp Fig 27 2 Connec tor Knob 0 Switch If Fig 1 7 is defective Fig 1 7 replace it Anplifi Check the voltages in comparison mp ister with the voltage checking points If the unusual voltage would be measured adjust or replace amp Sound Head WY 020 If Fig 28 1 is worn out by long Fig 28 1 use replace it Check the voltages in comparison with the voltage checking points If the unusual voltage would be measured adjust or replace amp Canceling Coil 1 If canceling coil is out of Magnetic Reproduction position adjust it Silicon Photo Diode If Fig 17 7 vibrates adjust amp Fig 17 7 so as not to vibrate Optical Reproduction Amplifier Amplifier If parts in amplifier is defective replace it 61 SOUND Cont d Checking Point Wow amp Flutter Magnetic amp Optical reproduction Sprocket Fig 8 12 Shaft FlyWheel Assy Fig 17 1 Worm 2 Fig 11 4 Worm Gear 2 Assy Fig 8 8 Fly Wheel Spring Fig
16. TI 191 5 MA HOOT 15550031 5 5 00 31 S11fa 1 51 5 ON We r 1 sung ON 1511 54 umideiq moi 91193713 SEY ON sied STANDARD VALUE OF PRESSURE When measuring pressures set Main Knob at f position When measuring pressure at e put two sheets of films between Sprocket and Roller Sprocket And measure it while pulling out films 412350 454 10 gr 310607 20 gr b P412349 230 70 gr i P412114 50 gr c P412345 50 10 gr j P412112 20 gr d P412346 55 15 gr P412368 70 gr P412338 350 100 gr 1 3123 9 50 gr f P412209 40 20 gr m P412112 100 gr g P412114 50 10 gr n 4P31886 15 gr Fig 29 19 91 9389 06 314 500163 awy Ast LR NIYW VS 348045 65 Z001f3 12 91 3 115809 IC ara MOST APT 3 04
17. it Lamp Switch 86 Fig 15 4 is defective Fig 15 4 replace it Transformer 1 If Fig 15 3 is defective replace it Assy Fig 15 5 Dark Image Lamp If brightness is not enough due to Fig 13 1 long use replace Fig 13 1 Lamp Socket QEX 7 Adjust the position of lamp by moving Fig 13 2 Fig 13 2 If the terminal voltage of Fig 13 2 is less than the rated value check Fig 15 3 etc and replace the defective parts Uneven Screen Lamp Socket 7 Adjust the position of Fig 13 2 so Brightness Fig 13 2 that most bright and leveled screen brightness may be achieved Uneven Screen Aperture Plate Adjust the position of Fig 12 6 so Focusing Pig 12 6 that Fig 12 6 may be attached to Fig 12 15 properly and also film may be pressed to Fig 12 6 properly by Fig 12 31 Film should closely contact with Fig 12 6 Holder Projection correct optical axis cannot be Lens achieved due to damaged Fig 13 12 Fig 13 12 replace it 58 MOTOR 8 TRANSFORMER Projector does Power Cord If Power Cord or Main Fuse is Fig not run Main Fuse F1 defective replace it 30 If the terminal voltage of Fig 15 3 which is applied to motor is less than the rated value 100V replace it Transformer 1 Assy Fig 15 3 If motor switch is defective replace it Motor Switch sl S2 S3 Starting Condenser CM2 If starting condenser or
18. resistor is defective replace it Relay RY If relay is defective replace it 14 motor is defective insufficient torque broken wire etc replace it Transformer 1 Assy Fig 15 5 Projector runs slowly which is applied to motor is less than the rated value 100V replace it If motor torque is insufficient replace it Pulley 1 Fig 14 7 If slip occurs between Fig 14 1 and 7 adjust it Motor If the tension of Fig 14 7 is too tight adjust it V Belt Main 3M375 Fig 14 1 Claw Section etc Adjust the load at main parts such as Claw Section if over loaded Motor Switch S2 55 If motor switch is defective replace it Projector does not run inversely 59 SOUND Neither If power cord or fuse is defective en Amplifier Fuse F2 If amplifier fuse is defective replace it nor Magnetic Film can be reproduced Transformer 1 Assy If the terminal voltage of Fig 15 3 Fig 15 3 which is applied to Amplifier is less than the rated voltage 29V Fig 30 31 Check the conduction of connectors 31 and switches If not conduct replace it Connector CN1 5 7 8 CN2 1 2 5 5 5 Switch SW1 2 SW2 1 Check the voltages in comparison with the voltage checking points If the unusual voltage would be me
19. scratch on bearing Remove Fig 8 10 by detaching Fig 8 11 Remove Fig 8 9 by detaching Fig 8 8 Refer to B 1 Assembly Follow the reverse way of the above steps paying attention to the following point 1 Use best care to prevent damage to cogs of gears which are attached to Fig 8 3 when tightening Fig 8 7 and also to cogs of Fig 8 8 when tightening Fig 8 14 16 Fig 9 6M7A300801 14 Z A XA 730 6 Screw sems A 730 8 P412243 APERTUM Metal tilting leg L 3 PanaB PA12146 P412153 g ME SEM3050125 b 5 12 6M7B300801_ M730 8 P412203 Tilting leg Tilting knob Front leg Hexagon hole bolt M5 12 Screw sems B M730 8 Metal presser V belt take up 74077 I MACHINE FRAME TILTING 1 Disassembly 1 After Fig 1 15 is removed remove 1 in Fig 14 as a unit 2 Remove in Fig 9 by detaching Fig 9 1x4 2 3 Remove Fig 9 3 4 5 by detaching Fig 9 6 Detach only Fig 9 6 when only Fig 9 5 is to be removed 2 Assembly Follow the reverse way of the above steps J MACHINE FRAME UNIVERSAL JOINT 1 Disassembly 1 Remove Fig 1 15 2 Remove Fig 9 9 Refer to 8 1 3 Remove Fig 9 8 by detaching Fig 9 7 4 Pull out e in Fig 9 as a unit toward the rear side of projector 2 Assembly Follow the reverse way of the above steps
20. second sprocket 4P5 gt KO 7 4 2 F 2 2886 5 3 Spring guide roller 4 P41205 Ic Lit 4 2 4 Lever guide roller 4 6M8 P412221 ba Abe Z M640 6 Screw 830 5 7 24707 Roller second sprocket 1 2 3 4 5 P412935 6 7 8 9 4P55573 1 82 Spring second sprocket 4P44463 16 707 Sprocket P412057 F Z 640 20 27 490 5 Screw truss 640 25 Lever pressure roller 4 55551 KAREL Spring pressure roller gt 1 82 z MAI Ewe JEV 7ER Lever 1 second sprocket E ring ER 6 MACHINE FRAME LINK 1 Disassembly 1 Set Fig 1 22 at f position 2 Remove Fig 1 2 10 23 18 and attach Fig 1 22 3 Remove Fig 5 6 by detaching Fig 5 4 5 4 Remove Fig 5 14 by detaching Fig 5 4 9 11 5 Remove Fig 5 16 by detaching Fig 5 15 17 6 Remove Fig 5 21 by detaching Fig 5 7x3 7 Remove Fig 5 12 by detaching Fig 5 13 8 Remove Fig 5 S by detaching Fig 5 2x2 Do not loose Fig 5 1x2 2 Assembly Follow the reverse way of the above steps paying attention to the following points 1 After the assembly is completed check the movement of levers w
21. 0 ft Reel through Channel and turn the reel for about 10 times by hand 2 While pulling out the film in the direction of the arrow illustrated in Fig 19 measure the tension by a tension guage The tension is to be 200 250gr 2 Adjustment 1 When Fig 2 4 is damaged or stained with oil etc replace it 2 Adjust the take up tension of Fig 2 4 by changing the tension of Fig 2 6 3 If Fig 2 16 is stained with oil etc remove stains 37 T REWINDING MECHANISM Rewinding mechanism of 16 CL makes it possible to rewind the film through Channel quickly without any film damage as well as Reel to reel rewinding This rewinding mechanism consists of Feed Reel Arm Delay Device Delay Circuit Magnet Clutch etc and Slipping Mechanism 16 CL is designed to rewind film with 70 805 lower torque than the normal torque only for 3 4 sec after motor starts rewinding in order to prevent film damage Hereinafter this 3 4 sec period is called Delay Time 4 100 2009 4600 7009 Fig 20 1 Measurement 1 As shown in Fig 20 wind film on attached Reel until the diameter of wound film comes to 20cm 2 Set Main Knob at position and measure the tension as illustrated in Fig 20 The rewinding tension is to be the following 100 200gr during the delay time of 3 4 sec 600 700gr after this period 38 2 Adjustment 2 3 4 IMustration No Adjust the tension of
22. 00805 Li DANAYA 7 7 F Screw sems B M730 8 Holder 1 presser plate KARIA 50 8 Set screw hexagon M50 8 P412284 Tahi Worm 1 P414075 gt Frame claw unit 411318 B Triangle cam Claw 1 assy 6 28 ES u ts 2 6M70300501 6M80300601 TARY M730 5 Pehk Z M830 6 y 6 4500805 4 4231852 Ca Loser APEX 50 8 411325 E Claw 2 Screw FL PLS M830 6 771 Las E Set screw hexagon M50 8 Shutter 1 assy Triangle cam shaft assy 26 4113178 27 Face 2411327 B FA 725 8 Screw pan M725 8 P411323 Claw pin 411326 SAN Spring slide plate claw P412350B TL MALE 4 55653 Frys Spring claw Pressure plate assy Spring pressure plate 3 h Disassembly 1 Remove k in Fig 12 by detaching Fig 12 2x2 3 2 Remove Fig 12 10 12 by detaching Fig 12 11529 3 Remove Fig 12 24 by detaching Fig 12 23x2 4 Remove Fig 12 21 by detaching Fig 12 22x5 5 Remove Fig 12 17 by detaching Fig 12 20 6 Remove Fig 12 14 by detaching Fig 12 13x2 Fig 12 14 can be remov
23. 0195 LI 12202 V 11109 05 814 1 ONLY Xi 1751002145 53 AMO1 4WO pijos EL HE 0410945 95 UAL 121008545 122 AMSE AWL T 205 5 18015 c Ac 5095 1 195085 5 612012 AMSE AINL uo 12912 V 1055910945 558 ATS 001 WY 1 0085 5 Li AAOS JNSTO 15015 tras 38510 14 2 55 Y XU 2 5905503185 553 AMOS AWVO 150510 05 ECH MSU US 18 1508 85 1250 ANOS IWEEOO 150 0 5 AWEEO O LIA MADSI Y WI 1615103185 05 3 4550 0 IISOETTCAS 945200 9A ACU LEO N 141709535 AMOS 3W10 0 1150 10 05 1100 9 2 0 440089 1150689 0 5 340089 20AT NO 29A1Y 301 YA IVP100ZPAS d 05 34004 11505 05 4400 Wau 1938 0 8 IS SES AMOS dd000T 1150 0 0 15 44000 ARES 5 RIES 05 440001 WIE 199104 11504107846 440001 la 3 908 898 32949255 05 44005 1150 5000 44005 CAL 8601252 86015 155 05 44 1500 005 34 uL 66260 101551021 76955 155 AAA0S 3406 11501 0005 440 21 40124 1 40124 1 5
24. 1 in Fig 14 as a unit unfastening Fig 14 1 from 1 8 Remove Fig 14 5 by detaching Fig 14 4 9 Remove Fig 14 7 by detaching Fig 14 6x2 10 Remove Fig 14 12 14 by detaching Fig 14 11x4 2 Assembly Follow the reverse way of the above steps paying attention to the following point 1 Adjust the position of 1 in Fig 14 so that the adequate belt tension is obtained And be sure that 1 in Fig 14 does not interfere with other parts hist i Hhstration paris Parts Name NN F 3M375 main 3M375 M730 8 Screw sems B M730 8 27 Fan casing TAM 494189 6Z0006 y Snap pin 621005 EEE Motor fan GMT4400605 RAE 2 M40 6 Se screw hexagon M40 6 P412240 72707227 Pulley 1 motor 6811444865 M40 6 Set screw hexagon M10 6 1412292 EES Fan Ph ELAB Screw sems B M750 12 M730 6 Screw sems A M730 6 3 Holder 3 motor 5DJ0172211 Myub 220V Polyest film 104F 220wV 412320 GRY DY Ht Holder condenser 6M70300401 FAY M730 4 Screw pan M730 4 28 Fig 15 Illustration Parts Name Par s No No 1698230121 Z LAB M750 12 Screw sems B M750 12 6170250401 FX AA 725 4 Screw pan M725 4 1520446 AR 2 gt Transformer 1 assy 4 WD 31019 Seesaw switch WD 31019 11220
25. 14 Follow the reverse way of the above steps paying attention to the following points 1 Adjust the tension of 2 11 by moving Fig 2 9 tight 2 Check the tension of Fig 2 59 and adjust it by adjusting the tension Fig 2 50 by Fig 2 62 FEED REEL ARM l Disassembly 1 Remove Fig 1 19and set Fig 1 22 at v position 2 Remove Fig 5 1 by detaching Fig 3 2x2 3 Remove Fig 3 4 by detaching Fig 3 6 3 4 Remove Fig 3 8 in the following order Remove Fig 1 15 and set Fig 1 22 at position Remove a in Fig 3 together detaching Fig 3 9 Remove Fig 3 11 by detaching Fig 3 10 2 Assembly Follow the reverse way of the above steps paying attention to the following point 1 Check the tension of Fig 3 4 and adjust it by changing the position of Fig 3 5 if necessary Loaded film should not hang down beyond the projection lens during projection and when projection is stopped The belt should not slip during rewinding Paris Name Arm 2 rewind M630 6 Screw truss M6340 6 7 81246 Rewind square shaft assy 1 res belt 206 1 0166 Guide roller rewind assy WANNA KI Lamp socket holder screw 1 660300601 2 ar ew truss M 30 6 4P8CLOKM iT HL Rewind arm assy Split pin 2 5 18 Screw truss M640 8 Lock spring boss arm AB M740 10 272
26. 2 Spring brake roller 2 Y Lever brake roller 2 Fig 18 AMALIA M30 4 Q 2 2412207 switch assy 3 eM7As00601 23 7 M630 6 Screw Sems A M730 6 1648030060 Fri Zt XA Screw M850 6 aa 462429 5 1 2502 connector 5 1 2502 2 428010041 P3247 5065 11 connector cord 7 6777200608 730 6 Screw 1730 6 8 Amplifier assy 16777500608 RZ 35 R AMPLIFIER I Disassembly 3 Remove 1 5 8 0 15 2 Remove Fig 18 5 6 3 Remove n in Fig 18 by detaching Fig 18 3x3 4 After Fig 18 1 2 are detached remove o Fig 18 b turning it counterclockwise 5 Remove Fig 18 10x2 6 Remove p in Fig 18 by turning it counterclockwise 7 Remove Fig 18 7x5 8 Remove Fig 18 8 by detaching Fig 18 4x2 9x2 2 Assembly Follow the reverse way of the above steps II ADJUSTMENT S TAKE UP REEL ARM Take up Reel Arm of 16 CL has following two functions which can be adjusted at a time with the below mentioned adjustment Function to take up film Function to give a sufficient back tension to rewind film safely and smoothly 200 2509 Fig 19 1 Measurement 1 As illustrated in Fig 19 set Main Knob Fig 1 22 at OFF position And wind film on attached 80
27. 2 M3 3 Set screw hexagon M30 3 Middle shaft metal VAN 1 73M375 V belt main 3M375 410aF 220V Polyest 104F 220wV 21 L CLAW SECTION 1 Pismounting 1 Remove Fig 1 15 2 After j in Fig 11 is raised up remove Fig 11 9 by detaching Fig 11 10 3 After Fig 2 8 is removed loosen Fig ll 6x2 and disconnect the joint between Fig 11 1 and h pushing Fig 11 1 toward the rear side of projector by screwdriver Refer to B 1 4 Remove Fig 11 8 from i in Fig 11 5 Set Fig 1 22 at 2 position and remove i in Fig 11 by detaching Fig 11 2x2 2 Mounting Follow the reverse way of the above steps paying attention to the following point 1 Be sure that there are no clearances between Fig 11 5 and 4 and between Fig 11 5 and 7 Pars 4P41729D TAFIIA L T Y 730 4 Parts Name Screw pan M730 4 6M70300401 4P41731 4P41884 P412347 412345 P412346 P412143 THF a 7 7 LRT 7 TH faTT7V M 857 F 1 Aperture plate holder A P pressing plate Masking guide Aperture plate 2 Film guide 1 assy 422 V LEO 77 4 2 Film side presser 1 Film side presser 2 PORT 7 Holder pressure plate 6M7B300801 J Zt L 28 730 8 P412348 6MT45
28. 233 KET 6MT4300305 Afi A M30 3 Ser screw hexagon M30 3 6 6NMI9040F FFF ZB M 0 Special nut 1 __ 6 70200404 1 47 M20 2 5 Sound Lens assy Holder sound lens 3 Adjustment of Azimuth for Optical Reproduction Load 7 000Hz Test Film such as SMPTE TEST FILM 165 SOUND FOCUSING and set Main Knob at 9 position First adjust the protrudent length of Fig 27 3 from Fig 27 4 to be about 9mm v in Fig 27 Adjust the position of Fig 27 4 by turning Fig 27 3 so that the maximum output power may be obtained and fix Fig 27 3 by tightening Fig 27 5 Do not move Fig 27 4 as it is originally fixed at correct position using standard optical axis gauge gt 59 lMlustration Omg WY 020 Sound head Ng KO HAN Pad roller assy 412107 Wail F4 4 Shaft fly wheel assy 8M71200701 Z M712 7 Screw pan M712 7 12412251 TANA HA Film guide sound lens 6871200701 4 4 7 92 6 Screw 11720 7 OMTOZ00601 ak lt 02 6 screw 02 6 L 8 412543 MRS v E Holder head 259925 4 Adjustment of Azimuth of Magnetic Recording Playback Head Adjust the position of Fig 28 1 so that Fig 28 1 may position about 0 2mm lower from the assumed film path In practice put a plastic ruler on Fig 28 3 and 5 and adjust Fig 28 1 by turning Fig 28 6 so that Fig 28
29. 25 Holder guide roller 1 Screw pan M740 25 74 Guide roller 1 13 6630065 Screw truss 630 6 F MACHINE FRAME LEVER SPROCKET SHOE 1 Disassembly 1 Remove Fig 1 2 19 14 18 15 2 Remove Fig 6 12 by detaching Fig 6 13 14 11 3 Remove Fig 6 10 by detaching Fig 6 7 4 Remove Fig 6 2 by detaching Fig 6 1 5 Remove Fig 6 6 by detaching Fig 6 17 16 3 6 Remove Fig 6 15 in the following order Remove Fig 12 15 Remove Fig 14 12 Remove Fig 6 21 by detaching Fig 6 18 22 20 19 23 x Remove Fig 6 15 by detaching Fig 6 17 16 24 2 Assembly Follow the reverse way of the above steps paying attention to the following points 1 When Fig 6 7 is loosened turn Fig 6 8 9 so that the tension on Fig 6 10 may comes to 50 80 gr measuring the tension at the attaching position of Fig 6 11 by the tension guage Refer to U 1 2 When Fig 6 6 is removed or replaced adjust the position of Fig 6 4 5 Refer to U 1 14 4P31886 15 apas erssossB 17 6 0104 KS 6M6025060 412237 6M60250401 KRIAS M625 4 4P31849 7 772 4P55616 4 55230 RINTI F 4P55598 CEEE 345754 KO 3 1 Cover guide roller 1 2 22 1 bya Link 1 sprocket shoe MATA SK Tilting spring washer ty MAD Nut 144 0 M625 4 2 7677 Friction wheel 2 Screw truss 625 4 Link 1 lo
30. 3 ER V belt take up P 12190 T MAH Rear cover plate 2 29 TRANSFORMER 1 2 Disassembly 1 Remove Fig 1 10 25 18 15 2 Remove Fig 15 6 5 3 Disconnect lead wires of Fig 15 3 4 Remove Fig 15 3 by detaching Fig 15 1x4 5 Remove Fig 15 4 by detaching Fig 15 2x2 Assembly Follow the reverse way of the above steps paying attention to the following point 1 Adjust the tension of Fig 15 5 Q SOUND BASE PLATE 21 Dismounting 1 Remove Fig 1 2 14 18 10 13 15 2 Remove Fig 16 13 by detaching Fig 16 12 3 Unsolder the end of lead wire of Fig 16 1 4 Set lead wires of Fig 16 4 free by detaching their cord pressers and connector Fig 18 5 5 Remove Fig 16 8 by detaching Fig 5 21 and Fig 16 9 Refer to E 1 6 Remove Fig 16 3 by detaching Fig 16 2 10 7 Remove Fig 16 6 by detaching Fig 16 5 11 7x2 2 Mounting Follow the reverse way of the above steps paying attention to the following point 1 When attaching Fig 16 6 tighten Fig 16 5 11 after the position of Fig 16 6 is fixed with Fig 16 7x2 Paris Name Terminal exciter lamp Kany 5 Spring leyer 1 M O cha Lt 1 Uff Lover 1 M O switch Terminal head PAF 740 18 Screw pan M740 20 ENITIA RAN Holder wheel
31. Fig 3 4 by changing the position of Fig 3 5 so that it may not slip Adjustment of clutch friction during the delay time of 3 4 sec Fix the position of Fig 22 2 by tightening Fig 22 4 to keep 0 3mm clearance between Fig 22 1 and 2 Rewinding tension is limited by the clutch friction which is electrically controlled by R22 Specified value 560 ohms Fig 23 Large value of R22 results in less friction Adjustment of Delay Time Delay time of 3 4 is originally decided by the delay circuit and no adjustment is requested When replacing the parts be sure to use specified spare parts Adjustment of clutch friction after the delay time Loosen Fig 21 1 by turning it counterclockwise Change the pressure of Fig 21 3 by turning Fig 21 2 in order to adjust the tension to 600 700gr Refer to Fig 20 After adjustment is completed be sure to lock Fig 21 1 2 by turning Fig 21 1 clockwise Parts No 455599 Ton 4P55599 4P55600 HRS Spring friction plate 3 3 Magnet Clutch 03mm Rotor Illustration Parts Parts Name Clutch plate Magnet 6MT4400305 Afi 40 3 Set screw hexagon M40 3 Magnet Clutch works in accordance with applied voltage to the clutch as follows 1 Approx 12V for the delay time of 3 4 sec Due to Delay Circuit attractive force of Fig 22 3 is weaker than regular force And for smooth and safe rewinding s
32. SERVICE MANUAL 16 CL ELMO CO LTD INDEX I DISASSEMBLY amp ASSEMBLY Page COVER ee s n 1 TAKE UP REEL ARM FEED REEL ARM 5 REWINDING MECHANISM 7 MACHINE FRAME LINK 9 MACHINE FRAME LEVER SPROCKET SHOE MACHINE FRAME LOOP RESTORER MACHINE FRAME SPROCKET MACHINE FRAME TILTING 17 MACHINE FRAME UNIVERSAL JOINT 17 MAIN SWITCH 19 CLAW SECTION 21 PROJECTION LENS 25 PROJECTION LAMP MOTOR TRANSFORMER 29 SOUND BASE PLATE 31 AMPLIFIER 11 15 15 ADJUSTMENT TAKE UP REEL ARM 37 REWINDING MECHANISM 38 LEVER 4 43 LOOP RESTORER 45 CLAW SECTION SOUND BASE PLATE 51 III TROUBLE SHOOTING TAKE UP FEED REEL ARMS 55 CLAN SECTION amp MACHINE FRAME ssi 186 PROJECTION LAMP amp LENS 58 MOTOR 8c TRANSFORMER
33. asured replace amplifier If RECl is defective replace it Amplifier Fig 29 RECI Exciter Lamp If Fig 27 2 is defective Optical Film Fig 27 2 replace it cannot be reproduced Fuse F3 Check the conduction of fuse Connector 1 9 10 11 connectors and switches Switch SW1 3 SW2 2 If not conduct replace it REC2 or exciter lamp circuit is Fig 32 Exciter Lamp Circuit defective repair or replace it Amplifier Check the voltages in comparison with the voltage checking points If the unusual voltage would be measured adjust or replace amplifier If Fig 27 3 is dusty or defective brush away dust or replace it If Fig 27 3 is out of position adjust it Sound Lens Fig 27 3 If Fig 17 7 is dusty or defective brush away dust or replace it If Fig 17 7 is out of position adjust it Silicon Photo Diode Fig 17 7 Knob 0 Switch Fig 1 7 If Fig 1 7 is defective replace 31 60 SOUND Coni d Output level is low at Optical reproduction Magnetic Film cannot be reproduced Output Sound is low at Magnetic reproduction Amplifier Noise Checking Point Amplifier Check the voltages in comparison with the voltage checking points If the unusual voltage would be measured adjust or replace amp Sound Lens If the attaching position of Fig 27 3
34. d two tips of Fig 12 18 should be closest to the lower edge of film perforations And when two tips of Fig 12 18 go into and out film perforations they should not touch film perforations To adjust the stroke change the attaching position of Fig 12 16 by enlarging its center hole with a reamer or file 10 11 12 13 14 For example when the position of Fig 12 16 is changed by 1 100mm the stroke of Fig 12 18 becomes longer or shorter by 4 100mm 4 times of changed distance Shorter stroke than the proper one causes film jumping and longer stroke causes loud feeding mechanism noise When attaching Fig 12 21 apply Liquid Gasket semidrying type on contacting surfaces of Fig 12 21 15 When attaching Fig 12 4 adjust the position of Fig 12 4 so that Fig 12 6 may closely contact with Fig 12 4 and move smoothly When attaching Fig 12 7 adjust the position of Fig 12 7 so that the center of aperture opening of Fig 12 6 may coincide correctly with that of film frame using standard test film such as SMPTE TEST FILM 16RT RP20 REGISTRATION TARGET Fig 12 8 9 should work independently without any interference So keep about 0 3mm clearance between Fig 12 8 and 9 when film is loaded between Fig 12 7 and 8 9 Adjust Fig 12 8 9 12 so that Fig 12 8 9 may move as follows When Main Knob is set at OFF position Fig 12 8 9 move in the opposite direction of Fig 12 7 for easy film loa
35. dequate loop 1 Adjustment 2 2 Spring Link 1 Fig 25 3 Set Main Knob at position Adjust the position of Fig 25 3 to keep approx lmm distanc in q in Fig 25 and fix Fig 25 3 with Fig 25 4 Make certain that the distance in Fig 25 is maintained after Loop Restorer works several times Holder Link 2 Assy Fig 25 5 Shorten the length of the lower film loop by pulling up the upper film loop by finger while feeding the film Adjust the position of Fig 25 5 so that film may touch the lower end of Fig 25 7 before Fig 25 8 starts rotating and that loop restorer may work smoothly In practice push Fig 25 5 up to the highest position and fix Fig 25 6 slightly Shorten the length of lower film loop by finger so that film may be about to touch Fig 25 8 Then bring down Fig 25 7 by hitting Fig 25 5 slightly with screwdriver etc to the position that Loop Restorer starts working and fix Fig 25 6 6 If Loop Restorer does not work at the time Fig 25 7 8 vibrate even after the said adjustment firstly adjust Fig 25 7 so that it may smoothly move And loosen Fig 8 14 and adjust the position of Fig 8 12 Sprocket by turning it clockwise or counterclockwise Refer to H 1 Be sure to check the function of Loop Restorer at both and 0 reproductions Note Loop Restorer should start working when about 20gr pressure is given to the lower end
36. ding When Main Knob is set at or position Fig 12 8 9 move towards Fig 12 7 to press the film side 50 X SOUND BASE PLATE 1 Adjustment Adjust Sound Base Plate as follows 1 Location of Brake Roller 1 Fig 26 1 stration Must eatior Parts Name Parts No 41494 8 9 2 1 Brake roller TC mr Adjust the position of Fig 26 1 to keep 27mm distance from the perforation side end of film to the attaching mount of Fig 26 1 t in Fig 26 To claw section and both sprockets above 27mm distance is applied In practice adjust the position of Fig 26 1 by turning special Nut M4 0 so that the distance from the perforation side end of film to Base Frame u in Fig 26 may come to 28mm Note Fig 26 1 also functions as mpedance Roller and maladjustment of Brake Roller 1 gives bad influence upon Sound Quality Wow amp Flutter etc 51 2 Adjustment of Bazz Track Set the volume control at maximum position and run a Bazz Test Film such as SMPTE TEST FILM P16BT BUZZ TRACK Loosen Fig 27 7 and adjust the position of Fig 27 1 by turning Fig 27 6 clockwise or counter clockwise so that the level of output power may be minimized After the adjustment tighten Fig 27 7 and fix it by applying adhesive 4120502 ATLA 7 7 Holder exciter lamp 4 41580 7 04 4V 0 75A Exciter lamp KE 04 4V 0 75A 4P31862 2 Kt 412
37. duction turning Fig 28 6 Pad Roller Assy If Fig 28 2 is defective Fig 28 2 replace it If Fig 28 2 does not rotate smoothly or the pressure to Fig 28 1 does not become stable adjust it Wow amp Flutter Silicon Photo Diode If Fig 17 7 vibrates adjust Optical Fig 17 7 amplifier so as not to vibrate Reproduction 6 400163 O 8 OW 12591 OW13 HOA INIHIVW HOJ WvH9VIG IILYWIHIS MOSZArZ dwvi 0805 VIMOS t3 W3WHO4SNYML ad vor2do 04 perrdde 40U yOT SUSEY S MAITI lt umur K 1852 PANT SEITE 15 3001 3 3181592 1951002195 CH MA UNOS 1995003185 gras _ 300 0 8 MADALI 1 03185 0 1 4 00 orregas vu MA UNRI TPEBIODIAS 4 4405 40001 hu 115001044 380001 fu AM UATI TPETIDITAS RESCH 10610945 518 98 301 10031 5 4 052 1055255845 018 MAT 395 199502145 653 4865 1110255845 618 ONE 002145 PI AMOS AWO001 11508 10445 AAU NC 19 00315 812412 53 f2 AMSTIANOOI o MI 58871 U 1958108585 912512 AME 9 3 W00 1 1055810805 1 9810805 5151 19510
38. ed as Voo 37 x 04 270 37V i e of 37V is supplied to Magnet Clutch 16 CL is so designed that it takes about 3 4 seconds to increase Voo from 12V to 37V Delay Time LEVER When Main Knob is set at or Qe position levers 16 CL are pressed to each specified direction only by springs and do not interfere each other So movable rollers at or nu keep correct position even after long use Therefore no adjustment of levers interlocked with Link 1 is requested except for Fig 24 3 5 7 10 1 Adjustment Check and adjust levers in the following order 1 2 4 5 6 Location of Lever Sprocket Shoe Fig 24 1 when Main Knob is set at position Set Main Knob at position Fix Fig 24 5 with Fig 24 6x2 pushing Fig 24 3 towards Fig 24 4 and Fig 24 5 towards the opposite direction of Fig 24 4 And after Main Knob is turned several times make certain that there is no excessive clearance than 0 4mm between Fig 24 1 and 2 at position Location of Lever Sprocket Shoe Fig 24 1 when Main Knob is set at OFF position x After the adjustment 1 is completed set Main Knob at OFF position Fix Fig 24 7 by tightening Fig 24 9 at the position that Fig 24 8 may slightly touch Fig 24 13 Location of Lever Sprocket Shoe at position can be automatically adjusted with the above steps Location of Stopper Guide Roller 2 Fig 24 10
39. ed without disassembling Claw Section Assembly Follow the reverse way of the above steps paying attention to the following points Refer to W 1 1 2 5 4 5 6 7 8 When attaching Fig 12 7 make certain that center of aperture opening Fig 12 6 coincide with that of film frame Keep approx 0 3mm clearance between Fig 12 8 and 9 when film is loaded Fig 12 1 should not only closely contact with 18 12 but also smoothly move When Fig 12 4 is attached Fig 12 6 should not only closely contact with Fig 12 15 but also smoothly move Fig 12 16 should not only closely contact with Fig 12 19 but also smoothly move When Fig 12 17 16 are replaced check the following points Hes e length of tip of Fig 12 18 from film surface 3 Position of claw tip in a film perforation Position of claw during the framing Stroke of claw When attaching Fig 12 24 adjust the timing of Fig 12 24 and 18 so that pictures may not flow Apply liquid Gasket semi drying type on contacting surfaces of Fig 12 21 15 and fix them with Fig 12 22x5 Daw Viez Lamp 24V 250W ELC Lamp socket QEX 7 Lamp socket holder screw N1022 1047107 Focusing plate 2 Screw truss M625 5 Knob focusing Screw pan M725 4 Focusing mount Spring focusing knob 4155631 12112175 7 22 7
40. g Fig 7 14 13 15 Remove Fig 7 11 in the following order Remove b in Fig 4 and Fig 4 10 Remove Fig 7 14 13 15 Remove Fig 7 11 by detaching Fig 7 10 Assembly Follow the reverse way of the above steps After the assembly is completed check the function of Loop Restorer 14 Parts No 6M70250401 PAT 725 4 Parts Name 412181 RUITATOS k P412159 4P55577 P412338 412141 FLATOS yb REBLATIT yb MELATOS YR Screw pan M725 4 Film guide sprocket Spring first sprocket Cog first sprocket Fx TATA yh Cap sprocket 6M60400601 412161 F Z M640 6 Ta 2 8 6 P412183 412181 2 Screw truss M640 6 Worm gear 2 assy Second sprocket Film guide sprocket 6 70250401 FRAT M725 4 Screw pan 725 4 4P44463 707 Sprocket P412141 6M60400601 27 7079 2 7 M640 6 Cap sprocket 15 Screw truss M640 6 MACHINE FRAME SPROCKET 1 2 Disassembly 1 Remove Fig 1 18 2 Remove Fig 8 5 by detaching Fig 8 7 6 3 Remove Fig 8 3 in the following order Use care not to make scratch on bearing Remove Fig 8 2 by detaching Fig 8 1 Remove Fig 8 3 by detaching c in Fig 8 Refer to D 1 Remove Fig 8 12 by detaching Fig 8 14 13 5 Remove Fig 8 9 in the following order Use care not to make
41. hich are interlocked with Fig 5 21 2 Adjust the position of Fig 5 3 so that the Space between Fig 5 3 and 10 comes to the thickness of three laminated films 5 When Fig 5 18 is removed or replaced check and adjust tne related movement of Fig 5 21 18 and 25 by moviag Fig 5 18 Refer to U 1 4 When Fig 5 20 is removed or replaced check and adjust the related movement of Fig 5 20 and 22 by turning Fig 5 19 2 Refer to V 1 _ 12058 Lever middle tension 4P55608 B 370 3 Spring tension roller P412166 B 7 7 3 Holder link 3 4P55575 NO 2 3 Washer guide roller 3 2412206 4 3 Plate guide roller 3 431836 C Link 1 412179 LAB KO 7 3 Lever guide roller 3 P412173 HABA Cam link 1 Most ration No Parts No 455580 ATI Parts Name Serew sprocket shoe 4131838 P412344 1 7 Shoe first sprocket BTR YL Nya 0 KU 2 Screw lever shoe Plate guide roller 2 P412216 FU 5 2 Stopper guide roller 2 4P31827 LIN ATOF Lever sprocket shoe 6M70402501 z Z 740 25 4P55571 Ko 20 Screw pan M740 25 Washer holder roller 1 1255583 AMR FO 3 1 Spring holder roller 1 412174 GM70402501 P412200 Ko 20 M740
42. just the attaching position of Fig 12 14 so that Fig 12 25 may smoothly rotate without end play to r direction Adjust the pressure of Fig 12 29 or replace Fig 12 16 29 so that Fig 12 16 may closely contact with Fig 12 19 and may smoothly move Adjust the pressure of Fig 12 30 so that Fig 12 28 may always contact with Fig 12 26 Measure the tension to s direction in Fig 12 at the attaching position of Fig 12 18 by a tension guage Adjust the pressure of Fig 12 30 so that the said tension may be 300gr The measurement and adjustment should be done without attaching Fig 12 16 Adjust the protrudent length of tip of Fig 12 18 from Fig 12 6 to be lmm Then Fig 12 18 should be at the center or film perforations Adjust the attaching position of Fig 12 5 or bend y in Fig 12 so that momentums of a picture in the both directions may be equal Then Fig 12 1 should not only closely contact with y in Fig 12 but also smoothly move Adjust the timing between Fig 12 18 and 24 so that Fig 12 24 may intercept the projection light when Fig 12 18 feeds film Make certain that picture does not flow Fig 12 17 18 should be replaced as a unit because Fig 12 18 is fixed to Fig 12 17 tightly with adhesive Stroke of Fig 12 18 is to be 7 65 7 67mm Use undeveloped film for check and adjustment of the stroke Just before Fig 12 18 starts feeding the film protrudence of Fig 12 18 from Fig 12 6 should be maximum an
43. lip occurs between Fig 22 1 and 2 so that the rewinding tension may come to 100 200gr 2 37V after the delay time As attractive force comes to the regular level Fig 22 1 rotates together with Fig 22 2 without slip In this instance the tension depends on the pressure of Fig 21 3 ef 4 Delay Circuit 55 VCC 37V S MC ta Sam 13 AMI AP 0 2700 IOV t v 2 2 1 Fig 23 The nature of Zener Diode is put to use in Delay Circuit Zener Diode Current flows in forward direction Current does not flow in reverse direction when applied voltage is lower than a certain level which is called Zener Voltage VD Current starts to flow in reverse direction when applied voltage exceeds the Zener Voltage VD eA Immediately after 5 5 is switched on most of current flow through R22 Route 1 At this time voltage applied to Magnet Clutch Voo is about 12V Ro Voo is calculated as Voo Vcc x u 855 After 5 5 is switched on C29 is charged with the current through R20 and when the terminal voltage of C29 exceeds the Zener Voltage of 201 current starts to flow through ZDl Trl and Tr2 The current which flows through R22 during the delay time turns to flow through Tr2 In the end all current flow through as the Equivalent Resistance of Tr2 comes to nearly zero 270 At this time Voo is calculat
44. of Fig 25 7 3 Plate Guide Roller Fig 25 13 Fig 25 8 forms the lower film loop when Main Knob is turned from OFF to 9 positions Adjust the position of Fig 25 13 so that Fig 25 8 may locate at the lowest position in order to form sufficient lower film loop In practice adjust Fig 25 13 by turning Fig 25 14x2 and fix it with Fig 25 15x2 at the position that Fig 25 13 locates at the lowest position and that Fig 25 13 moves smoothly Check and adjust the position of Fig 25 13 so that when turning Main Knob from OFF to Fig 25 8 may be set free after film is engaged in Sprocket 1 4 31849 2 1 gt Link 1 loop setter 2 2 0 7 Link 1 sprocket shoe 3 NAY 227 1 Spring link 1 4 6450500601 7 A44 7 630 5 Screw truss M630 6 5 6 P412129 RU FRY 7 2 Holder link 2 assy ABRE A M30 3 ew pan M730 4 16M7030040 7 P412202 7 200 7 9 Link 2 loop setter 8 412209 4 2 3 Guide roller 3 P412352 LHL TUY Lever loop setter assy P412237 YIRE TE 77 Friction wheel 2 P412270 23 LX DME Worm gear 1 assy P412206B 8 4 FO 5 3 Plate guide roller 3 4P55575 MERLIKA Eu 5 3 Washer guide roller 3 Z 640 6 Screw sems 740 8 h7 CLAW SECTION 3 Adjustment 0 5 5 6 7 8 9 Ad
45. op setter Screw truss Washer friction wheel Loop former screw 1 Screw link 1 12 Tusi ration Faris No Parts Name APRA M30 3 BOL FALL 2 2 670300401 Screw M730 4 Holder link 2 assy 7 9 Lever loop setter assy 4 pam 5 6 60500401 2 2 2 33 5 7 M630 5 Link 12 loop setter Screw truss 630 4 yxy FAK AG Shutter cover 2 PF RAT M640 20 Screw truss M640 20 gt 4 4 KO 743 494 KO 7 3 Lever guide roller 3 Spring guide roller 3 M625 4 Screw truss M625 4 MIREN TE 77 Friction wheel 2 22 1 0 gt Link 1 loop setter 0601 55 7 M625 4 ARZOJV 724 13 Washer friction wheel Loop former screw 1 G MACHINE FRAME LOOP RESTORER 1 2 Di sassembly 1 2 3 4 5 6 Remove Fig 1 2 19 14 10 23 18 15 Remove Fig 7 6 4 by detaching Fig 7 5x2 after Fig 7 2 is removed by loosening Fig 7 1 Remove Fig 7 3 Remove Fig 7 8 in the following order Remove Fig 5 21 Remove Fig 7 8 by detaching Fig 7 7 9 Remove Fig 7 12 in the following order Remove Fig 12 15 Remove Fig 7 12 by detachin
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