SERVICE MANUAL CODE: 00ZSF1014SM1E Copier MODEL SF-1014 CONTENTS [ 1 ] GENERAL DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 [ 2 ] PRODUCT SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 [ 3 ] EXTERNAL VIEW AND INTERNAL STRUCTURE . . . . . . . . . . . . . . . . . . . . . . . 3-1 [ 4 ] UNPACKING AND INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
CONTENTS [ 1 ] GENERAL DESCRIPTION ................... 1. Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2. Target users . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3. System outline . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . [ 2 ] PRODUCT SPECIFICATIONS (4) Lens (Fixed focus lens) . . . . . . . . . . . . . . . . .5-3 (5) Lens home position sensor (LHPS) . . . . . . . .5-3 (6) Lens base . . . . . . . . . . . . . . . . . . . . .
5. 6. 7. 8. 4-6. Optical unit removal . . . . . . . . . . . . . . . . . . . . . . 4-7. Other parts in the optical system . . . . . . . . . . . . . 4-8. Light adjustment plate/temperature fuse removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Drum section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1. Drum unit removal . . . . . . . . . . . . . . . . . . . . . . . . Developer section . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1. Developer unit removal .
[1] GENERAL DESCRIPTION 1. Features [Small] • Compact design • Small area for operation [Speedy] • Warm-up time 30 sec or less, the first copy 5.9 sec ∼ the fastest in the class. [Soft] • The energy save mode reduces the total power consumption. • Ozone generation is limited. • Use of materials which can be recycled. User simulation The user can select the desired operating conditions easily. Auto clear time, power save mode time, power save mode warm up time can be set by the user simulation. 2.
(10) Void width [2] PRODUCT SPECIFICATIONS 1.
• AB series Each paper feed port Tray (2) Paper feed size Paper weight B4 ∼ A5 56 ∼ (Landscape) 80g/m2 Single B4 ∼ A6 manual feed postcard (Portrait) 52 ∼ 130g/m2 * For paper of 104 ∼ 130g/m2, A4 or smaller. Optical section Paper feed position Light source Halogen lamp Exposure system Slit exposure by moving the light source Recommended Front recycle paper Magnification ratio changing system By changing the lens position and scan speed. No.
3. Supplies Middle and South America No.
F Alphabet Indicates the factory of production. "A" is the code for Nara plant. B. Developer and toner The lot number of toner is put on the individual cartridge package and on the group package, and that of toner is put on the bag and the group package. The lot number is of 7 digits, each digit indicating as follows: 1 2 3 4 5 6 7 1 Alphabet Indicates the factory of production. 2 Numeral Indicates the end digit of the year of production. 3 4 Numeral Indicates the month of production.
[3] EXTERNAL VIEW AND INTERNAL STRUCTURE 1. External view and internal structure 1 2 4 3 5 9 8 7 6 Upper unit Lower unit 10 No. 1 4 7 F I Name No. Photoconductive drum 2 5 8 G J Exit tray Operation panel Power switch Fusing unit lever 11 13 12 Name Document cover Manual bypass Front cover Toner cartridge Release lever 3–1 14 No.
2. Operation panel SF-1014 1 2 3 5 6 7 129% 117% 100% 78% 64% AUTO 1 2 3 4 5 4 No. Name 8 9 10 51/2x81/2 81/2x11 ZOOM 81/2x11 10x14 11 12 13 14 C % 81/2x14 81/2x11 81/2x11 51/2x81/2 1 2 3 4 6 7 8 9 15 5 0 16 No.
3. Cross section 3 4 5 6 7 8 9 10 11 12 2 13 14 15 16 1 17 18 34 19 20 21 22 23 33 32 No. 1 4 7 F I L O R U X [ ^ Name No.3 mirror Cleaner unit No.1 mirror No.6 mirror No.4 mirror Manual paper feed roller Tray paper feed takeup roller Tray paper feed roller Resist roller Suction belt Lower heat roller 31 30 29 28 27 26 No. 2 5 8 G J M P S V Y \ Name No.2 mirror Discharge lamp Copy lamp Blank lamp No.
4. Switches, sensors, detectors 3 2 5 1 4 7 6 No. Abbreviation Function Type Operation 1 2 3 4 5 6 POD Paper out sensor Transmission photo sensor H when paper is sensed. MHPS Mirror home position sensor Transmission photo sensor H at the home position. LHPD Lens home position sensor Transmission photo sensor H at the home position. PWD Paper size (large/small) sensor Transmission photo sensor L with the large size.
5. Clutches, solenoids 1 2 6 3 5 4 No.
6. Motors 2 1 3 5 4 6 No. Abbreviation Name Function Type For ventilation of the fuser unit. For cooling the machine and removing ozone.
7. PWBs 8 2 1 3 4 5 6 7 No. 1 2 3 4 5 6 7 8 Name AC circuit PWB Description AC power input Discharge lamp PWB Discharge lamp drive Main PWB Main body control AE PWB Document density auto exposure detection Blank lamp PWB Blank lamp control Lower unit PWB Lower unit parts control High voltage PWB Supply of the process high voltage and the developer bias voltage.
2. Installation [4] UNPACKING AND INSTALLATION Installation conditions The following installing conditions must be satisfied to assure the normal operations of the machine. 1. Packing drawing (1) Environment 1 Keep the machine away from direct sunlight and avoid installation near a window or in a bright place. (Draw the curtain and close the blind shutter completely.) The plastic parts and the original cover may be deformed by direct sunlight. Avoid installation near a window even with frosted glass.
3 Avoid installation where there is a lot of dust or vibrations. If dust enters the machine, it may degrade copy quality and cause malfunctions. (2) Space around the machine Allow a space of about 15 cm (6 inches) between the rear side of the machine and the wall for ventilation of the cooling fan. Also allow sufficient space around the machine for operations. 4 Avoid installation on an unstable surface. To assure the proper operations, install on a level surface.
3. Installation procedure (2) Cassette setting (1) Optical system unlocking 1 Pull out the cassette. Lift the cassette and slowly pull it out from the copier until it stops. 1 Unlock the No.2/No.3 mirror unit. Remove the No.2/No.3 mirror unit fixing screw (1 pc.) on the left side of the copier. Mirror unit fixing screw 2 Loading copy paper. Set the copy papers in the cassette. Do not exceed the limit line indicator. 2 Unlock the No.4/No.5 mirror unit. Remove the No.4/No.
5 Remove the developer tank. Slightly open the pawl which is fixing the developing unit and the developer tank with a screw driver, and pull out the developer tank. (3) Developer setting 1 Open the front cabinet. Push the front cabinet open buttons which are on the left and right sides of the copier, and open the front cabinet. Developing unit Front cabinet open button Developing tank Pawl 6 Supply developer. Supply a bag of developer to the developer supply port of the developing unit.
(4) Toner supply (5) Toner density sensor level check 1 Shake the toner cartridge up and down. Shake the toner cartridge up and down 9 to 10 times. 1 Turn on the power switch of the copier. 2 Adjust the developer level. (a) Perform the key operations of simulation 25 sub 2. 2 Install the toner cartridge. Install the toner cartridge to the copier along the guide of the copier. Turn the toner cartridge counterclockwise to lock.
4. Locking procedure for transit or repacking In general, reverse the procedures in "3. Installation procedure." For the optical system lock, perform the following procedure. (1) No.2/No.3 mirror unit (Mirror base B) lock 1 Perform locking with the unit at its home position (normal copy position) with the power ON and with the mirror stopped and with the external covers installed. Mirror unit fixing screw 2 Lock the unit with the mirror unit fixing screw.
(3) Mount the multi bypass feeder unit onto the main copier unit. 1 Slide the positioning pins which project from the multi bypass feeder unit in to the grooves in the main copier unit, then push the multi bypass feeder unit into place to in stall it. At this time, to be sure that the multi bypass feeder unit is securely installed, push down once more on the fourcorners of the unit. (If it has not been securely installed, "CH" may appear in the COPIES MADE display when the power is turned on.
[5] GENERAL DESCRIPTIONS OF EACH SECTION The general descriptions of the following sections are given: 1 Paper feed section 2 Separation, transport section 3 Fuser, paper exit section 4 Developer section When the CPCF turns off, rotation is stopped, and the takeup roller is pushed up by the roller release arm spring to the position.
2. Separation, transport section 4. Developer section After passing the resist roller section, the paper is transported to the transfer section. After transfer, the paper is separated from the drum by the separation electrode and the drum separation pawl, then transported to the fuser section by the transport belt. 4-1. General descriptions (1) Two-component developer The developer is composed of toner and carrier.
5. Optical system 5-1. General descriptions • The optical system is composed of the fixed focus lens and six mirrors. Since the fixed focus lens is employed, No.4/No. 5 mirror base is moved as well as the lens to change the distance between the document and the drum (OID, Original Image Distance) for reduction and enlargement. To move the lens and No.4/No. 5 mirror unit, he stepping motor is driven by the signal from the main control PWB to allow zooming of 0.70 to 1.22 (inch series: 0.64 ∼ 1.
(7) Lens drive shaft 5-2. Basic operations This shaft is to control the optical axis of the lens in zoom copying. The lens follows on the slide base shaft. (Relationship among the original, the lens and the image in each magnification ratio) Normal copy: The distance between the surface of original on the table glass and the lens is made equal to the distance between the lens and the exposure surface of the photoconductor to make the original and the image equal to each other.
(Optical system dirt correction) The SF-1014 perform dirt correction by changing the copy lamp intensity according to the dirt degree in the optical system (the copy lamp unit, No. 1 mirror, No.2 mirror, No.3 mirror) to prevent against remarkable degrading of copy quality. The reference value is the AE sensor output value which is obtained when the reference plate is exposed with the copy lamp voltage of 67.7V (135.4V) at power ON. This value is checked with sim 44-02.
6. Copy process (1) Photoconductor • This model uses OPC (organic photoconductor) as photoconduc- tive material.
(3) Actual process Step 1 (charging) The OPC drum is negatively charged by corona discharge of the transfer charger . Positive charges are generated in the aluminum layer.
Step 3 (Main Charging) By negative discharging of the main charger, uniform negative charges are applied to the OPC drum surface. The OPC drum surface potential is controlled by the screen grid voltage to maintain the grid voltage at a constant level. • When the drum surface potential is lower than the grid voltage, electric charges generated by discharging of the charger go through the screen grid to charge the drum surface potential until it becomes equal to the grid voltage.
Low intensity in the area corresponding to the darker density portion of the document Medium intensity in the area corresponding to the medium density portion of the document HIgh intensity in the area corresponding to the lighter density of the document CTL CGL Main corona unit Aluminum layer Blank lamp Discharge lamp OPC drum Developer unit Cleaning blade MG roller Surface potential (High) CTL Surface potential (Medium) CGL Surface potential (Low) Resist roller Seperation pawl Aluminum layer S
Step 6 (Transfer) The transfer paper is charged higher than the OPC drum surface potential by strong negative discharge of the transfer charger, making the binding force between the transfer paper and toner stronger than that between the drum and toner, attracting toner to the transfer paper.
Step 8 (Cleaning) Residual toner on the drum is removed by the cleaning blade. The removed toner is sent to the waste toner container by the waste toner transport screw.
(5) Process correction system 1) Outline of the correction system This model is provided with the correction system for the optical unit and the photoconductor drum unit. The combination of the two correction systems provides stable clear copy. These functions are to maintain the copy quality for a long time and to correct the characteristics of the parts, and are controlled by the software and invisible from the outside. 2) Correction operation 1.
2.
2 Disconnect the CN-B connector of the lower PWB, remove the paper feed unit fixing screws (4 pcs.), and lift the paper feed unit to remove. [6] DISASSEMBLY AND ASSEMBLY The descriptions of this chapter are divided into the following sections: 1. Paper feed section, paper transport section, power section 2. Manual paper feed section 3. Fuser section 4. Optical system 5. Drum section 6. Developer section 7. Operation panel/medium cabinet 8. Major parts in the frame side 1.
4 Remove the bearing in the rear frame and remove the paper feed roller ass’y. 1-3. Separation roller 1 Remove the paper feed unit and remove the separation roller. Note for assembly (1): Hang the roller release arm spring on the spring hook of the roller release arm. Attach the paper feed roller ass’y to the paper feed unit, and hang the spring on the paper feed frame. A A Note for assembly (2): Attach the paper feed roller ass’y so that the paper feed roller clutch faces the lower frame.
3 Remove the clutch, and the gear as shown below: Note for assembly (1): Attach the paper feed roller so that the one-way clutch in the rear frame side. (Be careful to the installing direction.) Attach the roller holder as shown below: One-way clutch side Note for assembly (1): When assembling, attach the positioning pin of the resist roller clutch in the direction of paper exit. 1-5. Resist roller 1 Insert a screwdriver into the front frame hole to release the lock pawl, and remove the TC case.
1-6. Transport belt 1-8. Lower unit PWB 1 Remove the fuser unit. 1 Open the body up, and remove the rear lower cabinet. 2 Remove the TC case. 2 Remove the connector, the PWB fixing screw (1 pc.), and the CN-F fixing screws (2 pcs.). Slide the lower unit PWB to the front frame side and remove it upwards. 3 Remove the transport belt drive shaft in the TC case from the holder, and remove the drive shaft in the paper exit side, and remove the belt. 1-9.
4 Remove the manual arm and the E-ring, and remove the manual paper feed roller. Note for assembly (1): When attaching the harness, be careful to the connector color and the lead wire color. (Carefully refer to the indication on the PWB for connection of the harness.) Example: YE (WH) → Yellow connector and white lead wire YE = Yellow, WH = White, BK = Black, GR = Green, BL = Blue Note: Gear 20T has a positioning pin. When removing the manual arm, be careful not to miss the positioning pin.
8 Remove an E-ring and two connectors. 3. Fuser section 3-1. Fuser unit removal 1 Open the front panel 2 Remove the table glass. 3 Turn the open/close lever to the right and open the upper unit slowly. 4 Remove the connectors (2 pin × 2), slightly lift the right side of the unit and pull it out. 3-2. Heater lamp replacement 1 Remove the fuser cover fixing screw (1 pc.), and slide it to the front side, and remove it.
3-3. Upper heat roller ass’y removal 3-5. Lower cleaning roller and lower heat roller replacement 1 Remove the bearing fixing screws (2 pcs.) in the front and the rear frames. 1 Remove the fuser unit. 2 Put the paper guide to the paper exit side and separate the separation pawl from the roller and fix it. 2 Remove the CL roller springs (2 pcs.) which is fixing the lower cleaning roller from the hook section. 3 Rotate the fixing screw section of the bearing about 45 degrees below and pull it upwards.
3-6. Scraper replacement 3-7. Thermistor/thermostat removal 1 Remove the upper fuser unit. 2 Remove the paper exit paper guide fixing screw (step screw) in the front frame side, and remove the paper exit paper guide. Press this projection to desassemble Paper exit paper guide 3 Remove the scraper hook section from the paper exit paper guide, and remove the scraper. * Note for assembly Scraper Note: When attaching the scraper, be careful not to deform it.
4. Optical system 4-2. Copy lamp unit replacement 4-1. Copy lamp replacement 1 Remove the manual paper feed unit, the right upper cabinet, the glass holder, the table glass, and the operation panel. 2 Move the copy lamp unit to the frame notch (refer to the figure). 1 Open the body up. Release the lock lever of the manual paper feed unit and remove the manual paper feed unit. 3 Remove the terminal section of the copy lamp lead wire. (One screw and insertion terminal) 2 Remove the fixing screws (2 pcs.
2 5 4 7 2 7 6 6 3 5 5 4 1 2 5 1 3 2 Note: After replacement of the mirror base drive wire, perform the vertical skew copy adjustment, the focus adjustment, and the horizontal skew copy adjustment. 4-4. Lens and lens drive wire replacement 1 Remove the manual paper feed unit, the right upper cabinet, and the table glass. 2 Remove the dark box cover fixing screw (1 pc.) and the cover.
Note: When the lens drive wire is removed, the magnification adjustment and the focus adjustment are required. 4-6. Optical unit removal 4-5. No. 4/5 mirror unit and peripheral parts replacement 2 Remove the right cabinet, the left cabinet, the operation panel, the medium cabinet, and the rear cabinet. 1 Remove the drum unit and the developer unit. 3 Remove three connectors A from the sensors in the rear as shown in the figure.
3 Remove the connector and the fixing screw (1 pc.), and remove the mirror home position sensor (MHPS) towards the rear frame. 4-8. Light adjustment plate/temperature fuse removal 4 Remove the connector and the fixing screw and pull out the lens home position sensor (LHPS) towards the rear frame. 1 Remove the document glass. 2 Remove the parts as shown in the figure. 5 Remove the fixing screw (1 pc.) of the upper frame and the screw and the connector in the rear frame, then remove the main PWB.
5. Drum section 6-2. Developer cartridge removal 5-1. Drum unit removal 1 Place the magnet roller of the developer unit on the box to protect it. 1 Open the front cover. 2 While pressing down the release lever A, open the toner cartridge slowly. (Arrow B) 3 Remove the screw and remove the drum unit. A 2 As shown in the figure below, open the section which is pressing the cartridge pawl with a screwdriver, and pull out the developer cartridge. B 6. Developer section 6-1.
2 Remove two screws C and remove the motor. 8. Major parts in the frame side 8-1. Ozone filter 1 Remove the document glass. 2 Remove the black sheet and remove the ozone filter. 6-4. Toner density sensor 8-2. Optical unit cooling fan removal 1 Remove the rear cabinet. 2 Remove as shown below. 7. Operation panel section/medium cabinet 1 Open the front cabinet. 2 Remove three screws A and two harnesses from the operation panel. 3 Remove the operation panel unit.
8-3. Ventilation fan motor 8-5. Paper exit sensor 1 Remove the optical unit. (For details, refer to "4. Optical unit removal.") 1 Open the front panel. 2 Move the open/close lever to the right and open the upper unit slowly. 2 As shown in the figure below, remove the ventilation fan motor. 3 Remove the sensor as shown in the figure below. 8-4. Transport roller clutch 1 Remove the rear cabinet. 2 Remove the transport clutch as shown in the figure below.
[7] ADJUSTMENTS 2 Tie a string to a needle as shown in the figure below. The descriptions of this chapter are divided into the following sections: 4 Mark the point where the needle makes contact with the MG 3 Hold the string and move the needle to the MG roller. roller. 1. Developer section (1) MG roller main pole position adjustment (2) Adjustment of clearance between DV doctor and MG roller 2.
4 Press the DV doctor in the arrow direction and tighten the DV (2) Adjustment of clearance between DV doctor and MG roller doctor fixing screw. 5 Check that the clearance of the DV doctor is 0.625 ±0.03mm in If the clearance between the DV doctor and the MG roller is improper, the following troubles may occur: • • • the range of 30mm width under the DV doctor fixing screw. Insufficient copy density 0.625±0.03mm Copy dirt Toner splash 1 Remove the DV cover. 2 Loosen the DV doctor fixing screw.
2. Optical section A. Adjustments list Classification No. (1) Parts installation position (2) Adjustment content Lens Mirror a a b Copy picture quality (3) a Image distortion adjustment b (4) (5) (6) Copy image center position adjustment Focus adjustment (Resolution adjustment) Copy magnification ratio adjustment a b c (7) (8) Uniformity adjustment Image loss, void area adjustment a b Lens unit right angle adjustment No.4/5 mirror unit right angle adjustment No.
1' 2' (3)-a Make a test chart. (Draw a rectangle NO on B4 or 8 1/2" x 14" paper.) (5) With the document cover open, make a 90% copy on B4 or 8 1/2" x 14"paper. Use the test chart (UKOG-0089CSZZ) or the resolution chart to make a NO 100% copy on B4 or 8 1/2" x 14" paper so that the resolution patterns are copied at the center and the four corners. Check the resolution at the center and the four corners. Check horizontal image distortion.
3' 4' Use a half-tone document and make a 100% copy on B4 or 8 1/2" x 14" paper in the half tone mode. Make copies at the max. enlargement ratio and the min. enlargement ratio. (7) Measure the distances between the copy image lead edge and the copy paper lead edge of the max. enlargement copy and the min. enlargement copy, and compare the two. Check the uniformity. Is the uniformity OK ? NO Change the installing position of the exposure adjustment plate to adjust the uniformity. 0 ± 1.
C. Adjustment contents Optical unit cover (1) Lens a. Lens unit right angle adjustment I. Summary By setting the optical axis of the copier body and that of the lens in parallel with each other, copy image distortion due to the lens can be reduced. The horizontal angle of the lens unit slide shaft is changed by changing the position of the lens unit slide shaft fixing plate.
VII. Troubles caused by improper adjustment 2) Remove the document glass. (2) Mirror Optical unit cover There are following adjustments of parts installation positions related to the mirror. * No. 4/5 mirror unit right angle adjustment * No. 4/5 mirror unit drive cam position adjustment a. No. 4/5 mirror unit right angle adjustment I. Summary Copy image distortion caused by No. 4/5 mirror unit van be reduced by setting the optical axis of the copier and No. 4/5 mirror unit.
VII. Trouble caused by improper adjustment 5) Loosen the No. 4/5 mirror unit drive cam fixing screw without moving the lens unit drive gear. b. No. 4/5 mirror unit drive cam position adjustment I. Summary The copy magnification ratio and focus are properly adjusted by matching the lens unit movement and the No. 4/5 mirror movement. This adjustment is performed by changing the relative positions of the lens unit drive gear and the No. 4/5 mirror unit drive cam. II.
2) Remove the document glass. Install the No. 1 and No. 2 scanner units to the specified positions, adjust the mechanical horizontal parallelism, and perform the final adjustment while making copies. 3) Loosen the fixing screw of the No. 1 scanner unit wire. II. Purpose The purpose of this adjustment is to reduce horizontal image distortion by setting the horizontal optical axis of the copier and the No. 1 and No. 2 scanner unit horizontal optical axis in parallel with each other.
6) Procedures 1) to 8) are for adjustment of mechanical horizontal parallelism. No.1 scanner unit and No.2 scanner unit are fixed to the specified positions and the mechanical horizontal parallelism of No.2 scanner unit is adjusted. Without moving the scanner unit drive pulley shaft, manually turn the scanner unit drive pulley in the same side of the loosened setscrew. When it makes contact with No.2 scanner unit positioning plate, tighten and fix the setscrew. Do not move the shaft. No.
10) Check the horizontal image distortion. If LL = LR, there is no horizontal distortion. b. Vertical image distortion adjustment I. Summary This adjustment is to adjust parallelism of the vertical optical axis of the copier and that of each mirror to eliminate vertical image distortion. For adjusting vertical image distortion, the overall adjustment and the right-left balance adjustment must be performed independently. The overall adjustment is performed by changing the height of No.
VI. Adjustment procedure 4) Change the height of the roller in No.4/5 mirror unit front frame side to adjust the vertical image distortion. If the copy image is tilting as shown in sample (X) below, lower No.4/5 mirror unit. If it is tilting as shown in sample (Y) below, lift No.4/5 mirror unit. 1) Set the test chart for image distortion adjustment on the document glass, and make a normal copy on a paper of A4 or 8 1/2" x 11". 2) Check image distortion in the right and the left sides.
III. Note Before performing this adjustment, the following adjustment must have been completed. If not, this adjustment cannot be performed properly. * Lens unit right angle adjustment * No.4/5 mirror unit right angle adjustment 5) Remove the right side cabinet and the document reference plate. Document reference plate Document table glass * Image distortion adjustment IV. Cases when the adjustment is required 1) When the lens unit is disassembled or its part is replaced.
VII. Troubles caused by improper adjustment 4) Remove the right cabinet and the document reference plate. (5) Focus adjustment (Resolution adjustment) Document reference plate Document table glass I. Summary The distance between the document and the photoconductor drum is changed by changing No.4/5 mirror unit drive lever position to adjust the focus. II.
IV. Cases when the adjustment is required VII. Troubles caused by improper adjustment 1) When the lens and the mirror unit are disassembled or the part is replaced. (6) Copy magnification ratio adjustment The copy magnification ratio adjustment must be performed in the vertical direction and in the horizontal direction. In addition, the horizontal copy magnification ratio adjustment must be performed both in the document table mode and in the SPF mode.
4) Measure the length of the copied scale image. (When a 100mm scale is used as the original.) Original scale mm 1/2mm HARDDENCD STAINLESS JAPAN 10 20 100 110 120 130 140 150 Shizuoka Paper feed direction mm 1/2mm HARDDENCD STAINLESS JAPAN 10 20 100 110 120 130 140 150 Shizuoka Reference Comparison point Copy 110 5) Calculate the vertical copy magnification ratio. 1) Set a scale vertically on the document table as shown below: (Use a long scale for precise adjustment.
II. Purpose The purpose of this adjustment is to fit the displayed copy magnification ratio with the actual copy magnification ratio. VI. Adjustment procedure 1) Set the scale on the document table as shown below. (Use a long scale for precise adjustment.) III. Note Before performing this adjustment, the following adjustments must have been completed. If not, this adjustment cannot be performed properly. * Image distortion adjustment * Focus adjustment * Vertical copy magnification adjustment IV.
5) Make a copy in the same manner as procedure 2), and check the uniformity. Repeat procedures 1) to 5) until proper uniformity is obtained. (7) Uniformity adjustment I. Summary The uniformity adjustment is performed by changing the exposure plate position attached to No.1 scanner unit. The above procedure changes the balance of light quantity radiated onto the document. VII. Troubles caused by improper adjustment (8) Image loss/void area adjustment II.
IV. Cases when the adjustment is required Use the paper tray select key to select the display of adjustment value A, adjustment value B, and to select the set mode. 1) When the optical section is disassembled or its part is replaced (including the scanner home position sensor). 2) When the main PWB is replaced. 3) When the RAM in the main PWB is replaced. 4) When "U2" trouble occurs. 5) When the resist roller unit is disassembled or replaced. 6) When the blank lamp is replaced.
L2 LB 10 20 30 50 40 60 70 10 20 30 40 50 60 70 Scale image lead edge Scale image lead edge Reduction copy (x 0.64) 8) Enter the measure values in procedure 7) into the formula below to calculate adjustment value A and adjustment value B. A = 8.2423 x (L1 – L2) B = 16.0568 x L2 – 7.9661 x L1 Reduction copy (x 0.64) 13) Make a 100% copy, and check that the copy image lead edge is in the range of 0 ±1.5 mm from the paper lead edge position reference.
VI. Adjustment procedure (Lead edge void area adjustment) b. Void area adjustment I. Summary The copy image position on the copy paper is adjusted with simulations 50-1, then the main corona grid ON timing for the image lead edge on the photoconductor is changed with simulations 45 to adjust the lead edge void area. In concrete, in the case of the document table mode, the adjustment is performed by changing the time interval from the scanner motor ON to the main corona grid ON.
11) Measure the distance from the paper lead edge to the copy image lead edge of each copied papers (129% and 64%), and calculate the average value. (Not required for the models without zoom functions.) 5) Measure the end edge void area of each copy. Void area 12) Check that the void area is within the specified range. Void area mm 1/2mm 10 20 30 Copy scale image mm 1/2mm 10 20 30 Black background edge Paper end edge 6) Calculate the average void area.
3. COPY DENSITY ADJUSTMENT (4) Copy density adjustment mode (1) Copy density adjustment timing The copy density adjustment must be performed in the following five mode: The copy density adjustment must be performed in the following cases: ✱ ✱ ✱ ✱ ✱ ✱ ✱ ✱ ✱ When in maintenance. When the high voltage unit output current or voltage is adjusted. When the developing bias voltage is adjusted. When the copy lamp is replaced. When the optical section is cleaned. When an optical part is replaced.
3) Set the density level to "1" with the copy density adjustment key. (The currently set copy lamp voltage level will be displayed on the COPIES SELECTED display.) Copy mode lamp Copy density display lamp EXPOSURE AUTO MANUAL PHOTO C. Normal copy mode (Toner save mode) copy density adjustment 1) Set the adjustment mode to the normal copy mode (Toner save mode). (Press the copy mode select key to light the normal copy mode lamp and the photo copy mode lamp.
F. Auto copy mode (Toner save mode) copy density adjustment Copy mode lamp Copy density display lamp EXPOSURE AUTO MANUAL PHOTO Lighting Copy sheet display TRAY SELECT 1) Set the adjustment mode to the auto copy mode (Toner save mode). (Press the copy mode select key to light the auto copy mode lamp and the photo copy mode lamp.
A : Auto copy mode P : Photo copy mode N : Normal copy mode (6) Copy density adjustment table Copy mode Mode display Density level N.TS : Non-toner-save mode TS : Toner save mode Test chart copy density 1 2 3 4 5 6 7 8 9 10 W 1 Slightly copied Not copied N.
4. Others b After replacement, be sure to clean the charger wire with alcohol. (1) Transfer charger wire installation c After wiping with alcohol, wipe with a dry cloth. Install the transfer charger wire as shown below. (Clean the charger wire at every 40K copies and replace it at every 80K copies.) Transfer charger unit (TC unit) d Use charger wire of 70µ (DWIR-0466CSZZ). (Be sure to use alcohol only.
2. Purpose [8] SIMULATIONS The purpose of the simulations feature is to improve serviceability in repairs and adjustments. Since the mechanical adjustments can be performed electrically, the above purpose is achieved with low costs. 1. Outline This model is equipped with the simulations feature which allows the following operations with the keys on the operation panel: 1) 2) 3) 4) 3.
4.
5. Details of simulations Contents Purpose/kind Adjustment Section Paper feed section Main code Sub code 51 2 Ref. page Description Used to adjust contact pressure between paper and the main body resist roller. (Amount of paper buckle at the resist roller) Change the set value when the shift between the paper and the image varies. (Operation/procedure) When the simulation key operation is performed, the currently set value is displayed on the COPIES SELECTED display.
Contents Purpose/kind Adjustment Section Optical unit Main code Sub code 46 1 Ref. page Description Used to adjust the copy density (exposure level) and the copy density gradient (exposure gradient) in each copy mode. The exposure level is changed by changing the copy lamp applying voltage. The adjustment points are exposure levels "1" and "5" in each copy mode. The copy density (exposure level) and the copy density gradient (exposure gradient) can be adjusted arbitrarily.
Contents Purpose/kind Adjustment Section Optical unit Main code Sub code 47 Ref. page Description Used to store the characteristics of the AE sensor and the optical section for the change in the copy lamp applying voltage. The exposure level in the auto copy mode is automatically determined by the stored data and the document density. This simulation is used to correct the output characteristics of the AE sensor output characteristics, which differ in different machines.
Contents Purpose/kind Adjustment Section Optical unit Main code Sub code 50 1 Ref. page Description Used to adjust the copy image position on the copy paper. 7-19 (Operation/procedure) The adjustment is performed by changing the three set values A, B. The zoom machine has two set values, the SPF machine three, but the normal machine only one. When the simulation key operation is performed, warming-up is performed and the ready lamp is lighted.
Contents Purpose/kind Adjustment Section Main code Sub code Developer unit 25 2 Ref. page Description (Operation/procedure) After 3 minutes from start of stirring of the DV unit after the main motor rotation, toner density is sampled 16 times during 8 sec, and the average value is stored as the toner density reference value in the RAM. With this reference value as the threshold value, the toner density is controlled. 4-5 M.M DV.
Contents Purpose/kind Setting Section Paper feed unit Main code Sub code 26 12 Ref. page Description Used to set the manual paper feed mode. There are two operation modes: auto and manual. Either of the two can be set. (Operation/procedure) When the simulation key operation is performed, the code number of the currently set operation mode is displayed. Enter the code number corresponding to the desired operation mode and press the print button, and the operation mode will be set.
Contents Purpose/kind Counter Section Copy count Main code Sub code 22 1 Ref. page Description Used to check the maintenance count value. (Operation/procedure) The maintenance count value is displayed dividedly by two digits three times on the COPIES SELECTED display. There is a pause between any two displays. After the longest pause, the top two digits are displayed. Maintenance 2 Used to check the set maintenance cycle (maintenance preset counter). 20 1 Used to reset the maintenance counter.
Contents Purpose/kind Operation check Section Optical unit Main code Sub code 1 1 Ref. page Description Used to check the operation of the scanner unit and its control circuit. (Operation/procedure) When the print button is pressed, scanning is performed at the speed corresponding to the currently set copy magnification ratio. The copy magnification ratio can be set arbitrarily. 2 Used to check the operations of the sensors and detectors in the optical unit and their related circuits.
Contents Purpose/kind Operation check Section Process Main code Sub code 44 2 Used to display the reference value of the optical system dirt correction. This value affects the process correction system. For details, refer to the descriptions on the process correction system. 5-5 5-13 3 Used to display the reference value of the optical system dirt correction. 5-13 Description Ref.
6. User simulation B) Auto power shut off mode (The energy-saving effect is greater than the preheat mode. The machine enters this mode after passing a certain time from completion of copying. When, however, the machine is temporarily stopped by paper jam, paper empty, toner empty (with the toner supply lamp ON), etc., the machine does not enter this mode.
(2) User simulation prcedure Simulation procedure Paper jam/ developer replacement/ toner supply warning LED State 1. Press the paper feed section select key for more than 5 sec. 2. Enter a code number with 10 key. User simulation input allowed. 3. Press the COPY button. Simulation code determined. 4. Enter the selection code with 10 key. Simulation code menu selection. 5. Press the COPY button. Simulation code menu determined. 6. Press the paper feed section select key.
[9] SELF DIAG 1. Summary/purpose This model has the self diag function for the following purposes: 1) When a trouble occurs in the machine, the machine detects the trouble and displays the trouble content on the copy quantity display to alert the customer and the serviceman. 2) When any abnormality is detected, the power supply line is cut off immediately for safety and to protect the machine from damage. 2. Operation The self diag content is displayed in the following procedure.
4. Self diag contents Error code Main Sub L1 0 Item Content Detail Cause Remedy L3 0 Content Detail Cause Remedy L4 1 Content Description Ref. page Scanner feed trouble 1) 86 pulses (45 mm) of the scanner motor drive pulse have been outputted after the scanner unit started scanning, but the scanner home position sensor (MHPS) does not turn off. 2) The scanner unit is not at its home position (MHPS does not turn on) when the scanner unit starts scanning.
Error code Main Sub L4 1 Item Detail Cause Remedy L5 2 Content Detail Cause Remedy L8 1 Content Detail Cause Remedy 3 Content Detail Cause Description The rotary encoder signal cannot be detected for more than 50ms during delivery of the main motor On signal output.
Error code Main Sub Item L8 3 Remedy H2 0 Content Detail Cause Remedy H3 0 Content Detail CAuse Remedy H4 0 Content Detail Cause Remedy U2 1 Content Cause Remedy 4 Content Detail Cause Description Check the following items: 1) AE sensor or its input circuit 2) Copy lamp control circuit (copy lamp control signal) After repair, turn off/on the power switch. Fuser section thermistor trouble The voltage across the thermistor input circuit remains 4.6V or more for 1500 ms or more.
Error code Main Sub Item U2 4 Remedy U5 5 Content Detail Cause Remedy EE EU Content Detail Cause Remedy EL Content Detail Cause Remedy CH Light Content Detail Cause Remedy Light Content Detail Cause Remedy Description Ref.
Error code Main Sub PC Item Content Detail Cause Remedy Paper empty Content Detail Cause Remedy Toner empty Light Content Detail Cause Remedy Toner empty Blink Content Detail Cause Remedy JAM Content Detail Cause Remedy Description Personal counter installation trouble The personal counter is not installed in the personal counter mode. The input circuit of the personal counter installation detect signal does not turn HIGH level.
Error code Main Sub SPFJAM Item Content Detail Cause Remedy Description Ref. page Document misfeed trouble 1) When the document is in the SPF section, a misfeed of copy paper occurs. 1) The document detector in he SPF section remains ON or OFF.
Memory trouble [10] SERVICING AT MEMORY TROUBLE AND MAIN CONTROL PWB REPLACEMENT Procedures for memory trouble, main control PWB replacement, and main control PWB EEPROM replacement "U2" trouble occurs 1. General The control PWB stores various set values, adjustment values, and counter values. These data are very important and used for operating the machine properly and for service control. In the following cases, therefore, various set values, adjustment values and counter values must be set again.
1 NO Is the toner density reference value recorded? Use Sim 25-2 to set the toner density reference value YES NO Is the copy density adjustment value recorded? Enter the toner density reference value with Sim 73-1. Make a copy and adjust the copy density (Sim 46-1/ 51-6) YES Use Sim 46-1/51-6 to set the copydensity adjustment value Use Sim 43-1 to set the fusing temperature NO Set the temperature in the power save mode with Sim 43-2.
2' Are the image lead edge position adjustment value and the resist roller ON timing adjustment value recorded? NO Make a copy and adjust the image lead efge position and the resist roller ON timing YES Use Sim 50-1 to set the image lead edge position adjustment value and the resist roller ON timing adjustment value NO Is the SPF mode horizontal copy magnification ratio adjustment value recoded? Make a copy and adjust the SPF mode horizontal copy magnification ratio YES Use Sim 48-3 to set SPF mode
4.
5.
Contents Purpose/kind Counter Section Total counter Main code 22 20 21 22 Trouble cancel Sub code 5 1 1 1 2 Default value Ref. page Description Used to confirm the total counter value. Used to reset the maintenance counter. Used to set the maintenance cycle. Used to confirm the maintenance count value. Used to confirm the set maintenance cycle (maintenance preset counter). Used to cancel troubles other than self diag "U2".
[12] ELECTRICAL SECTION 1. System block diagram 2 3 6 1 AE PWB LM LHPS 3 6 2 3 6 BL PWB MIR.
3.
31 30 Clock generating circuit Enable output E Clock output XOUT 12 – 3 P7 (8) 74 75 76 77 78 79 80 1 I/O port P7 61 62 63 64 65 66 67 68 I/O port P8 Arithmetic logic unit (16) P8 (8) 2 Accumulator B (16) 8 9 Processor status register PS (11) I/O port P5 I/O port P4 I/O port P3 Program address register PA (24) I/O port P2 37 38 39 40 41 42 43 44 I/O port P1 71 Reference voltage input VREF I/O port P0 26 Bus width select input BYTE 53 54 55 56 57 58 59 60 P0 (8) Command register
4 CPU: M37702 (IC110) pin signals Pin No.
Pin No.
(4) Heater lamp control circuit 1 General The heater lamp control circuit detects the heat roller surface temperature with the thermistor, converts it into voltage level, and outputs it to the CPU analog input pin. The CPU converts the analog voltage into digital signal level, compares it with the value set by simulations, turns on/off the heater lamp according to the level, and maintain the heat roller surface temperature at a constant level. 24V Q110 DTA114YK 47K 10K R105 2.
(5) Driver circuit (Solenoid, magnetic clutch) (6) Stepping motor drive circuit 1 General 1 General The control signals of each load outputted from the CPU and I/O cannot drive the load directly. The output, therefore, is delivered to the load through the driver IC. The driver circuit drives the lens drive motor.
(8) Toner supply motor drive circuit 2 Operation IC104 is the motor control IC which drives the toner supply motor with the pulse signals (TMa, TMb) outputted from the I/O chip. After td (= 30msec) from when the voltage exceeds 4.25V after power rising, the output becomes HIGH. "td" is set by the external capacitor.
(10) Copy lamp control section The change in the copy lamp exposure level is adjusted by changing the ON period duty of the output pulse (CLPUM) from the CPU and controlling the copy lamp voltage. Fig. 1 and Fig. 2 show the circuit diagram and the waveform. 5V2 1 1-7C R160 FW 5 47kJ R161 10kJ 1 Ra6 10KJ V1 7 6 1 10 9 D103 1SS133 FWS 2-4C V3 T.P R167 R169 15kF 200kF R168 16kF C107 1µF 50V R166 15kF 4 C132 1000PF R163 2.2kJ V3' IC111C 8 Ra7 10KJ LM339 C131 0.
The relationship between the CLV and the pulse ON period is as shown in the figure below: CPU output (CLPWM) V1 8 or 10 msec 0V V2 Pulse ON (Changeing) 0V (V) CLV V3 60Hz 50Hz 0V +5V V4 Pluse ON period 0V • When the pulse ON period is shorter, the CLV becomes higher, and vice versa. • The pulse ON period rises at he AC zero cross timing and is driven by the duty.
4. Operating section (1) Outline The operating circuit is composed of the key matrix circuit and the display matrix circuit. Key detection: Keys are detected with signal matrix of W0 (Q25) ∼ W7 (Q32) and KEY0 ∼ KEY2. With W0 signal at LOW (GND) and W1 ∼ W7 at HIGH (open), the level of KEY0 ∼ KEY2 is checked and "H" or "L" state of 4K, 2K and 3K in the key matrix is judged to judge ON/OFF. For W1 ∼ W7, switching is made every 2 msec for judgement.
(2) Display circuit Control is performed with the data signal and the control signal from the control circuit.
(3) LED display The LED is lit up by the signal matrix of MDL0 (Q1) ∼ MDL1 (Q2) and F0 (Q3) ∼ F20 (Q23). By turning on/off ports F0 ∼ F20 with the timing of MDL0 and MDL1, the LED at the matrix cross point is lighted up. +5V1 RDL1 DTB113ZS PEL MDL0 Q1 MDL1 Q2 F1 Q4 LC7935 2m sec Cycle 4 msec 1/2 duty MDL0 GND MDL1 GND FO GND RDL1-ON PEL-ON 5.
• In the main PWB unit VH L-7 About 32V (VH) 32V 32V 32V CHK JP L-8 32V 32V C103 470uF 63V L-5 L-6 C144 22000PF FB105 32V P-GND +24V (VB) NPN transistor P-GND 24V D101 24V CHK JP DSS131 24V Q101 2SD1769 R101 510J 1/2W C142 22000PF ZD101 RD13EB1 C143 22000PF ZD102 RD13EB1 C102 47uF 35V C145 22000PF POWER GND Zenor diode VD L-3 Three-termonal regulator +5V (VD) IC101 MC7805CT 5V1 1 5V1 3 5V1 CHK JP 2 C101 0.
CAUTION FOR BATTERY REPLACEMENT (Danish) ADVARSEL ! Lithiumbatteri – Eksplosionsfare ved fejlagtig håndtering. Udskiftning må kun ske med batteri af samme fabrikat og type. Levér det brugte batteri tilbage til leverandoren. (English) Caution ! Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to manufacturer’s instructions.
q COPYRIGHT 1997 BY SHARP CORPORATION All rights reserved. Printed in Japan. No part of this publication may be reproduced, stored in a retrieval system, or transmitted. In any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.
SF-1014 PARTS GUIDE CODE: 00ZSF1014PG1E Copier MODEL SF-1014 CONTENTS 1 Exteriors K TC case unit 2 Original cover unit L Single paper feeding unit 4 Operation panel N 250 Tray paper feeding unit 5 Upper frame O 250 Tray 6 Optical unit P Main PWB 7 Mirror holder unit Q Operation PWB 8 Light source unit R AC circuit PWB 9 Developing unit S Lower unit PWB F Toner hopper unit U Packing material & Accessories G Fusing unit V SRU unit H Main drive unit I Lower frame
SF-1014 DEFINITION The definition of each Rank is as follows and also noted in the list A : Parts necessary to be stocked as High usage parts. B : Parts necessary to be stocked as Standard usage parts. C : Low usage parts. D : Parts necessary for refurbish. E : Unit parts recommended to be stocked for efficient after sales service. Please note that the lead time for the said parts may be longer than normal parts. S : Consumable parts.
SF-1014 1 Exteriors 10 8 4 5 3 10 3 9 3 6 17 3 2 3 15 7 14 13 16 15 3 19 3 12 15 3 11 1 20 –2– FCP02600
SF-1014 2 Original cover unit NO.
SF-1014 4 Operation panel NO.
SF-1014 5 Upper frame NO.
SF-1014 5 Upper frame NO. 93 94 95 96 5 Upper frame PRICE NEW RANK MARK AC AC AD AA PARTS CODE PSHEZ4077FCZZ MSPRT0001QSZZ NROLP0001QSZZ XRESP40-06000 PART RANK C C C C DESCRIPTION NO.
SF-1014 6 Optical unit NO.
SF-1014 6 Optical unit 140 103 3 1 105 4 26 103 133 17 27 125 A 30 20 115 7 117 14 11 8 22 26 86 10 9 116 143 117 116 116 35 13 80 12 26 117 146 119 9 70 58 101 116 117 113 117 116 116 106 88 26 116 36 87 81 A 42 C 85 24 23 B 89 98 59 60 57 127 90 97 37 36 126 40 51 116 50 44 68 52 34 5 46 36 36 54 53 56 44 45 99 95 92 83 82 93 94 49 84 111 44 47 – 10 – 48 124 47 45 43 96 46 56 122 41 123 12 26 86 81 20 10 120 20
SF-1014 7 Mirror holder unit 7 Mirror holder unit NO.
SF-1014 10 Toner hopper unit NO.
SF-1014 12 Main drive unit NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 PARTS CODE NGERH1009FCZZ NGERH1008FCZZ NGERH1007FCZZ XRESP70-08000 NGERH1010FCZZ NGERH1013FCZZ NBRGC0553FCZZ PRNGP0022FCZZ NGERH1011FCZZ LPINS0263FCZ1 PCLC-0230FCZ1 CPLTM4547FC01 RMOTP0004QSZZ XBPSD40P14K00 13 Lower frame PRICE NEW RANK MARK AD AD AD AA AD AC AD AA AD AA AZ AP BY AA PART RANK C C C C C C C C C C B C B C DESCRIPTION NO.
SF-1014 13 Lower frame 103 77 10 100 49 8 3 2 11 9 50 6 7 3 3 17 3 3 9 52 9 18 21 105 25 33 26 15 7 92 94 30 80 24 93 35 6 19 20 3 34 10 27 90 24 90 32 92 99 9 22 63 23 91 93 29 78 3 9 48 30 55 46 36 31 38 42 67 56 9 40 60 70 79 9 62 71 104 58 72 3 76 68 75 3 3 59 57 37 75 39 3 3 3 20 94 28 54 45 73 61 3 41 76 3 3 3 51 14 3 3 41 69 43 51 3 1 106 88 64 3 98 3 44 88 3 67 – 22 – 3 FCP02611 3 – 23 –
SF-1014 14 High voltage unit 14 High voltage unit NO. 20 2 15 1 16 3 3 4 5 ! 11 17 7 6 8 19 13 10 6 13 18 9 NO.
SF-1014 16 Single paper feeding unit NO.
SF-1014 18 250 Tray paper feeding unit NO.
SF-1014 18 250 Tray paper feeding unit 2 1 3 B 4 7 A 41 8 13 6 9 47 5 48 10 14 8 11 14 35 17 15 16 12 18 50 19 43 44 23 49 43 22 16 5 51 21 20 38 B 20 34 37 36 25 39 24 26 33 39 27 A 14 40 28 46 29 30 31 – 28 – 32 14 FCP02615
SF-1014 19 250 Tray NO.
SF-1014 20 Main PWB NO.
SF-1014 20 Main PWB NO.
SF-1014 22 AC circuit PWB NO.
SF-1014 23 Lower unit PWB NO.
SF-1014 25 Packing material & Accessories NO.
SF-1014 26 SRU unit NO.
SF-1014 26 SRU unit 4 501 12 13 5 6 7 1 2 3 12 8 10 14 9 11 17 12 18 20 19 16 15 21 22 43 39 39 24 21 30 26 28 40 42 37 29 25 27 23 36 31 22 31 34 32 35 41 13 32 33 34 33 – 36 – 38 FCP02618
SF-1014 51 Multi manual paper feeding unit NO.
SF-1014 51 Multi manual paper feeding unit 13 10 11 5 9 12 5 15 8 7 16 14 6 5 1 5 20 23 17 18 19 5 2 22 37 39 24 26 25 3 51 36 22 25 22 4 28 39 27 35 64 39 29 39 9 66 30 68 58 57 67 66 42 46 41 40 68 60 47 22 65 48 43 47 54 22 34 39 57 69 38 39 5 39 51 44 56 49 50 42 45 63 55 22 61 6155 52 61 55 61 61 55 22 FCP02619 – 38 –
SF-1014 ■ Index PARTS CODE [C] CARMM0189FC01 CBOX-0001RS54 " CBOX-0096FC02 CBOX-0096FC54 CBRC-0059FC01 CBRGP0525FC02 CBRGP0528FC02 CBTN-0183FC31 CBTN-0184FC03 CBTN-0185FC01 CCAB-0001QS04 CCASZ0001QS51 CCASZ0067FC01 CCASZ0261FC52 CCLR-0002QS01 CCOVP1229DS01 CDAIU0486FC02 CFIX-0461FC02 CFIX-0461FC03 CFRM-0801FC08 CFRM-0802FC01 CFRM-0803FC01 CFRM-0805FC55 " CFRM-0808FC5D CFRM-0808FC5F CFRM-0812DS56 CFRM-0812DS57 CFS-T0098FC32 CGERH0006QS01 CGERH0113FC01 CGERH1014FC01 CGIDH1492DS51 CGIDM1493DS52 CHLDZ0005QS51
SF-1014 PARTS CODE LHLDZ0002QSZZ LHLDZ0003QSZZ LHLDZ0004QSZZ LHLDZ0006QSEZ LHLDZ1182FCZZ LHLDZ1187FCZZ LHLDZ1188FCZZ LHLDZ1189FCZZ LHLDZ1191FCZZ LHLDZ1192FCZZ LHLDZ1193FCZ1 LHLDZ1195FCZZ LHLDZ1198FCZ2 LHLDZ1201FCZZ LHLDZ1202FCZ1 LHLDZ1203FCZZ LHLDZ1204FCZZ LHLDZ1205FCZ1 LHLDZ1239FCZZ LPINS0133FCZZ " " LPINS0134FCZZ LPINS0155FCZZ LPINS0165FCZZ LPINS0263FCZ1 LPINS0298FCZZ LPINS1021HCZZ LPLTM0006QSZZ LPLTM2642FCGZ LPLTM3773FCZ1 LPLTM4542FCZZ LPLTM4549FCZZ LPLTM4555FCZZ LPLTM4562FCZZ LPLTM4563FCZZ LPLTM4576FCZZ
SF-1014 PARTS CODE MSPRC2357FCZZ MSPRC2358FCZ1 MSPRC2502FCZZ MSPRP0007QSZZ MSPRP0008QSZZ MSPRP0012QSZZ MSPRP1213FCZ1 MSPRP1213FCZZ MSPRP2101FCZZ MSPRP2263FCZZ MSPRT0001QSZZ " MSPRT0513FCZ1 MSPRT0925FCZ1 MSPRT1324FCZ1 MSPRT1565FCZ1 MSPRT2209FCZZ MSPRT2210FCZZ MSPRT2220FCZZ MSPRT2271FCZZ MSPRT2272FCZZ MSPRT2290FCZZ " [N] NBLTH0234FCZ1 NBLTH0235FCZZ NBLTH0236FCZZ NBRGC0133FCZ1 NBRGC0188FCZZ NBRGC0387FCZ1 NBRGC0504FCZZ " NBRGC0522FCZZ NBRGC0523FCZ1 NBRGC0553FCZZ NBRGC0576FCZZ NBRGC0577FCZZ NBRGP0260FCZ1 NBRGP02
SF-1014 PARTS CODE PCUSF0003QSZZ PCUSF0004QSZZ PCUSF0005QSZZ PCUSF0006QSZZ PCUSF0007QSZZ PCUSF0008QSZZ PCUSS0201FCZZ PCUSS0300FCZZ PCUSS0302FCZZ PCUSS0316FCZZ " PCUSS0321FCZZ PCUSS0322FCZZ " PCUSU0203FCZZ PDUC-0002QSZZ PDUC-0086FCZ1 PGIDH0002QSZZ PGIDH1488FCZZ PGIDH1497FCZZ PGIDH1498FCZZ PGIDH1540FCZZ PGIDM0001QSZZ PGIDM0003QSZZ PGIDM0004QSZZ PGIDM0005QSZZ PGIDM1494FCZZ PGIDM1504FCZZ PGIDM1505FCZZ PGIDM1506FCZ1 PGIDM1507FCZZ PGIDM1539FCZZ PGIDM1578FCZZ PGLSP0081FCZZ PGUMS0255FCZZ PMIR-0001QSZZ PMIR-0116FCZZ
SF-1014 PARTS CODE PSRA-0001QSZZ PTME-0168FCZZ PTME-0233FCZZ PTME-0234FCZZ PTME-0235FCZZ PTME-0236FCZZ PTUBG0100FCZZ PWIR-0167FCZZ PWIR-0168FCZZ [Q] QACCV6621QCN1 QCNCM0594FCZZ QCNCM0597FCZZ QCNCM0598FCZZ QCNCM0611FCZZ QCNCM0672FCZZ QCNCM0876FCZZ QCNCM0878FCZZ QCNCM0923FC10 QCNCM0923FC14 QCNCM0923FC32 QCNCM1069ACZZ QCNCM7014SC0C " QCNCM7014SC0D QCNCM7014SC0E QCNCM7014SC0F QCNCM7014SC0G QCNCM7014SC0H QCNCM7014SC1J QCNCW0373FCZZ QCNCW0448FCZZ QCNCW0745FCZZ QCNCW0843FCZZ QEARP0066FCZZ QEARP0075FCZZ QFS-B0030FC
SF-1014 PARTS CODE VHDDSM1D1//-1 " VHDDSS131//-1 " VHDDSS133//-1 " " VHDEU2A////-1 VHDRBV608//-1 VHDS1NB60//-1 VHDS1ZB60//-1 VHDSHV02///-1 VHEHZ6A1///-1 VHEHZ7A3///-1 VHEHZS5B3//-V VHEHZS7A1//-1 VHERD13EB1/-1 VHI37702M6248 VHILC7935//-1 VHILM324NS/-S VHILM339NS/-1 VHIM51953BL-1 VHINJU3715L-1 VHISLA7024MT/ VHISN74LS07NS VHITA7291S/-1 VHITA78057S-1 VHIULN2003AN1 " VHIX24022//-1 VHPGP1A22LC-1 " VHPGP3A100/-1 VHPGP3A38//-1 VHPLB-403MF1/ VHPSLR322MC3F VHPSLR322VC3F VHRS11MD5V/-1 VHRS21MD3V/-1 VHSTM1641P-L1 VHSTM
SF-1014 PARTS CODE XEBSD30P08000 " " " " XEBSD30P10000 " " " " XEBSD30P12000 XEBSD40P10000 XEBSD40P16000 XEBSE30P06000 XEBSE30P08000 XEBSE40P06000 XEBSE40P08000 XEBSE40P10000 XEBSE40P12000 " " XEPSD30P06000 " " XEPSD30P08000 XEPSD30P12000 XEPSD30P20000 " XEPSD40P10000 XEPSD40P12000 XEPSD40P35000 XHBS230P10000 " XHBSD30P04000 XHBSD30P06000 " " XHBSD30P08000 XHBSD30P10000 XHBSD40P12000 XHBSE30P06000 " " XHBSE30P30000 XHBSE40P06000 XHBSE40P08000 " XHBSE40P10000 " " XHPSD30P06000 XJPSD30P05000 XNESD20-16000 XNE