Konica Minolta AccurioPress C3080/C3080P/C3070 AccurioPrint C3070L Service Manual and Parts Catalog

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Accurate and concise text, combined with detailed illustrations, lists of error code, instruction and diagrams, guide you through procedure of repair, remediate, maintenance and adjustments your copier, printer or scanner.
Present service manual and parts catalog Konica Minolta AccurioPress C3080/C3080P/C3070 AccurioPrint C3070L contain clear instructions and procedures on how to fix the problems occurring in your equipment.
Format of the manual: PDF, makes it easy to navigate, instant download and print. English language.
Table of contents:

Revision List
A) SAFETY AND IMPORTANT WARNING ITEMS
1. IMPORTANT NOTICE
2. DESCRIPTION ITEMS FOR DANGER, WARNING AND CAUTION
2.1 Description items in this Service Manual
2.2 Description items for safety and important warning items
3. SAFETY WARNINGS
3.1 MODIFICATIONS NOT AUTHORIZED BY KONICA MINOLTA, INC
3.1.1 Actions requiring special attention
3.2 POWER PLUG SELECTION
3.2.1 Power Cord Set or Power Plug
3.3 CHECKPOINTS WHEN PERFORMING ON-SITE SERVICE
3.3.1 Power Supply
3.3.2 Installation Requirements
3.3.3 After Service
3.4 FUSE
3.5 Used Batteries Precautions
3.5.1 ALL Areas
3.5.2 Germany
3.5.3 France
3.5.4 Denmark
3.5.5 Finland, Sweden
3.5.6 Norway
4. WARNING INDICATIONS ON THE MACHINE
4.1 Warning indications inside the machine
4.2 Warning indications on the boards
5. MEASURES TO TAKE IN CASE OF AN ACCIDENT

B) NOTATION OF THE CONTENTS
1. PRECAUTION ON HANDLING THIS MANUAL
2. PRODUCT NAME
3. TRADEMARK
3.1 TRADEMARKS OF OTHER COMPANIES
3.2 OWN TRADEMARKS
4. ELECTRICAL PARTS AND SIGNALS
5. PAPER FEED DIRECTION
6. Disclaimer

C) PRODUCT SPECIFICATIONS
1. AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
1.1 Type
1.2 Functions
1.3 Paper
1.3.1 Size and weight
1.3.2 Type of paper
1.4 Recommended paper
1.4.1 Inch
1.4.2 Metric
1.5 Materials
1.5.1 C3080, C3080P, C3070, C3070L
1.6 Maintenance
1.7 Machine data
1.8 Operating environment
2. HT-511
2.1 Type
2.2 Machine data
2.3 Operating environment
3. DF-706
3.1 Type
3.2 Functions
3.3 Type of original
3.4 Particular original
3.5 Prohibited original
3.6 Mixed original feed chart
3.7 Machine data
3.8 Operating environment
4. PF-602m (for WY3 or later)
4.1 Type
4.2 Functions
4.3 Type of paper
4.4 Maintenance
4.5 Machine data
4.6 Operating environment
5. HT-504
5.1 Type
5.2 Machine data
5.3 Operating environment
6. HT-505
6.1 Type
6.2 Machine data
6.3 Operating environment
7. PF-707m
7.1 Type
7.2 Functions
7.2.1 Paper feed
7.3 Type of paper
7.4 Machine data
7.5 Operating environment
8. HT-506
8.1 Type
8.2 Machine data
8.3 Operating environment
9. FA-502
9.1 Type
9.2 Type of paper
9.3 Machine data
9.4 Operating environment
10. LU-202m
10.1 Type
10.2 Functions
10.3 Type of paper
10.4 Maintenance
10.5 Machine data
10.6 Operating environment
11. LU-202XL
11.1 Type
11.2 Functions
11.3 Type of paper
11.4 Machine data
11.5 Operating environment
12. LU-202XLm
12.1 Type
12.2 Functions
12.3 Type of paper
12.4 Machine data
12.5 Operating environment
13. HT-503/HT-515
13.1 Type
13.2 Machine data
13.3 Operating environment
14. MK-746
14.1 Type
14.2 Functions
14.3 Type of paper
14.4 Recommended paper
14.5 Machine data
14.6 Operating environment
15. MB-506
15.1 Type
15.2 Functions
15.3 Type of paper
15.4 Machine data
15.5 Operating environment
16. MB-508
16.1 Type
16.2 Function
16.3 Type of paper
16.4 Machine data
16.5 Operating environment
17. MK-744C
17.1 Type
17.2 Functions
17.3 Machine data
17.4 Operating environment
18. OT-510
18.1 Type
18.2 Functions
18.2.1 Functions
18.2.2 Maximum tray capacity
18.3 Type of paper
18.3.1 Paper Size
18.3.2 Allowable amount of curling
18.4 Machine data
18.5 Operating environment
19. OT-511
19.1 Type
19.2 Functions
19.3 Type of paper
19.4 Machine data
19.5 Operating environment
20. EF-103 (Specification: W*2 or later)
20.1 Type
20.2 Functions
20.3 Type of paper
20.4 Recommended paper
20.4.1 Inch
20.4.2 Metric
20.5 Machine data
20.6 Operating environment
21. MK-740/MK-740m
21.1 Type
21.2 Functions
21.3 Type of paper
21.4 Machine data
21.5 Operating environment
22. RU-518
22.1 Type
22.2 Function
22.2.1 Functions
22.2.2 Capacity of the paper exit tray
22.3 Type of paper
22.4 Machine data
22.5 Operating environment
23. HM-103
23.1 Type
23.2 Functions
23.3 Type of paper
23.4 Machine data
23.5 Operating environment
24. RU-510
24.1 Type
24.2 Functions
24.3 Type of paper
24.4 Machine data
24.5 Operating environment
25. FS-531
25.1 Type
25.2 Function
25.2.1 Functions
25.2.2 Staple
25.2.3 Maximum tray capacity
25.3 Type of paper
25.3.1 Staple mode
25.4 Machine data
25.5 Operating environment
26. FS-612
26.1 Type
26.2 Functions
26.2.1 Function
26.2.2 Staple
26.2.3 Folding
26.2.4 Maximum tray capacity*1
26.3 Type of paper
26.3.1 Staple mode
26.3.2 Saddle stitching mode
26.3.3 Half-Fold mode
26.3.4 Tri-folding mode
26.4 Machine data
26.5 Operating environment
27. PK-512/513
27.1 Type
27.2 Functions
27.3 Type of paper
27.4 Machine data
27.5 Operating environment
28. PI-502
28.1 Type
28.2 Functions
28.3 Type of paper
28.4 Machine data
28.5 Operating environment
29. IQ-501
29.1 Type
29.2 Functions
29.2.1 Function
29.2.2 Paper feed mode
29.2.3 Scanner unit
29.2.4 Colorimeter unit
29.3 Type of paper
29.4 Machine data
29.5 Operating environment
30. FS-532
30.1 Type
30.2 Functions
30.2.1 Functions
30.2.2 Staple sheet
30.2.3 Staple position
30.2.4 Maximum tray capacity
30.3 Type of paper
30.3.1 Sort/group mode(Main tray/Sub tray), offset Sort/offset group mode(Main tray)
30.3.2 Staple mode
30.3.3 Allowable amount of curling
30.4 Machine data
30.5 Operating environment
31. SD-510
31.1 Type
31.2 Functions
31.2.1 Functions
31.2.2 Maximum tray capacity
31.2.3 Performance
31.3 Type of paper
31.3.1 Saddle stitching mode
31.3.2 Half-Fold mode
31.3.3 Tri-folding mode
31.3.4 Allowable amount of curling
31.4 Machine data
31.5 Operating environment
32. PK-522
32.1 Type
32.2 Functions
32.3 Type of paper
32.4 Machine data
32.5 Operating environment
33. MK-732
33.1 Type
33.2 Type of paper
33.3 Machine data
33.4 Operating environment
34. LS-506
34.1 Type
34.2 Functions
34.2.1 Function
34.2.2 Maximum tray capacity
34.3 Type of paper
34.4 Machine data
34.5 Operating environment
35. FD-503
35.1 Type
35.2 Functions
35.2.1 Function
35.2.2 Maximum tray capacity
35.3 Type of paper
35.3.1 Punching function
35.3.2 Folding functions
35.3.3 PI functions
35.4 Machine data
35.5 Operating environment
36. SD-506
36.1 Type
36.2 Functions
36.2.1 Function
36.2.2 Maximum tray capacity
36.3 Type of paper
36.3.1 Straight/sub tray mode
36.3.2 Saddle stitching mode
36.3.3 Trimming mode
36.3.4 Multi-center folding mode
36.3.5 Overlap tri-folding mode
36.4 Machine data
36.5 Operating environment
37. SD-513
37.1 Type
37.2 Functions
37.2.1 Functions
37.2.2 Maximum tray capacity
37.2.3 Performance
37.3 Type of paper
37.3.1 Straight, sub tray mode
37.3.2 Saddle stitching mode
37.3.3 Trimming mode
37.3.4 Multi folding mode
37.3.5 Allowable amount of curling
37.4 Machine data
37.5 Operating environment
38. CR-101
38.1 Type
38.2 Functions
38.2.1 Functions
38.2.2 Applicable mode and number of creases
38.2.3 Performance
38.3 Type of paper
38.4 Machine data
38.5 Operating environment
39. TU-503
39.1 Type
39.2 Functions
39.2.1 Functions
39.2.2 Applicable mode list
39.2.3 Performance
39.3 Type of paper
39.3.1 Slit mode
39.4 Machine data
39.5 Operating environment
40. FD-504
40.1 Type
40.2 Functions
40.2.1 Functions
40.2.2 Applicable mode list
40.2.3 Maximum tray capacity
40.2.4 Performance
40.3 Type of paper
40.4 Machine data
40.5 Operating environment
41. PB-503
41.1 Type
41.2 Functions
41.2.1 Function
41.2.2 Binding sheets
41.2.3 Maximum tray capacity
41.2.4 Others
41.3 Type of paper
41.3.1 Paper size
41.3.2 Paper weight
41.3.3 Applicable paper in each mode
41.4 Machine data
41.5 Operating environment
42. MK-737
42.1 Type
42.2 Functions
42.3 Machine data
42.4 Operating environment
42.5 Connector
42.5.1 Connector housing
42.5.2 Connector pinning layout
43. IC-605
43.1 Type
43.2 Functions
43.3 Paper
43.4 Machine data
43.5 Operating environment
44. GP-501
44.1 Type
44.2 Modes of Operation
44.3 Machine data
44.4 Software
44.5 Electronic
44.6 Inputs
44.6.1 Media Input from Printer
44.6.2 Power
44.7 Outputs
44.8 Performance
44.8.1 Reliability
44.9 Operation Environment, Storage, Transportation
44.10 Safety/Regulatory
44.10.1 Safety Compliance
44.10.2 Electromagnetic Compliance
44.11 Appendix A
44.12 Appendix B
44.13 Appendix C
44.14 Glossary of Terms
45. GP-502
45.1 Type
45.2 Functions
45.2.1 Function
45.2.2 Binding sheets
45.2.3 Book stock quantity
45.2.4 Others
45.3 Type of paper
45.3.1 Paper size
45.3.2 Paper weight
45.3.3 Type of paper
45.3.4 Recommended paper
45.4 Performance Specifications
45.4.1 Input conditions
45.4.2 Sticking specifications
45.4.3 Book specifications
45.5 Materials
45.6 Machine data
45.7 Operating environment

D) OVERALL COMPOSITION
1. SYSTEM CONFIGURATION
1.1 System configuration (C3080, C3080P, C3070)
1.1.1 Option of paper feed
1.1.2 Option of the main body
1.1.3 Option of paper exit
1.2 System configuration (C3070L)
1.2.1 Option of paper feed
1.2.2 Option of the main body
1.2.3 Option of paper exit
1.3 Configuration for optional device (C3080/C3080P/C3070)
1.3.1 Coupling combination of the main body and the paper feed option
1.3.2 Coupling combination of the main body and the finisher option
1.3.3 Coupling combination when using GBC PUNCH G2 and GBC WIRE BINDER G1
1.3.4 Combination of the main body and the image controller (IC) option
1.4 Configuration for optional device (C3070L)
1.4.1 Coupling combination of the main body and the paper feed option
1.4.2 Coupling combination of the main body and the finisher option
1.4.3 Combination of the main body and the image controller (IC) option
2. MAIN BODY UNIT CONFIGURATION
3. PAPER PATH
3.1 Straight paper exit mode
3.2 Reversing exit mode
3.3 Duplex mode
4. CONTROL BLOCK DIAGRAM
5. IMAGE CREATION PROCESS
5.1 Image creation flow and functions
5.2 Charging process (Step 1)
5.3 Laser exposure process (Step2)
5.4 Developing process (Step 3)
5.5 Intermediate transfer process (Step 4)
5.6 2nd transfer process (Step 5)
5.7 Separation process (Step 6)
5.8 Drum cleaning (Sub step 1)
5.9 Exposure before the charge (Sub step 2)
5.10 Transfer belt cleaning (Sub step 3)
5.11 2nd transfer roller/Lw cleaning (Sub step 4)
5.12 Toner collection (Sub step 5)
6. IMAGE CREATION CONTROL
7. PROCESS SPEED
7.1 AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L

E) SERVICE TOOL
1. AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
1.1 Service material list
1.1.1 Service material list
1.2 Jig list
1.2.1 Jig list
1.3 Tool list
1.3.1 Tool list
1.4 Mail remote notification system
1.4.1 Outline
1.4.2 Operating environment
1.4.3 Major functions
1.4.4 Initial setting
1.4.5 Operating instructions of the mail remote notification system
1.4.6 Mail sending
1.5 Machine setting data Import/Export
1.5.1 Outline
1.5.2 Setting method
1.6 Job history list
1.6.1 Outline
1.6.2 Major functions
1.6.3 Setting method
1.7 Counter list acquisition using USB memory
1.7.1 Outline
1.7.2 List that can be acquired
1.7.3 Acquisition method
1.8 Panel log
1.8.1 Outline
1.8.2 Log acquisition method
1.9 ORU-M Counter Rewrite
1.9.1 Load from external memory
1.9.2 Store to external memory
1.10 Management Tool
1.10.1 Outline
1.10.2 Installation of Management Tool
1.10.3 Starting up of Management Tool
1.10.4 Technician mode
1.10.5 AccurioPress C3080, C3080P, C3070 and AccurioPrint C3070L replacement procedure
1.10.6 Backup file
1.10.7 Administrator mode
1.10.8 Various setting for the software
1.10.9 Error message list
1.11 Machine state log store
1.11.1 Outline
1.11.2 Log acquisition
1.12 Service assistant tool
1.12.1 Outline
1.12.2 Major functions
1.12.3 Operating instructions of the service assistant tool
1.12.4 About the handling of tool
1.13 Utility (IC card information setting tool)
1.13.1 IC card information setting tool of the AU-201S card reader
1.14 CS Remote Analysis
1.14.1 Outline
1.14.2 Function
1.14.3 Setup method
1.14.4 Login method
1.14.5 How to use
1.15 Paper profile
1.15.1 Outline
1.15.2 Operation workflow
1.15.3 How to use

F) PERIODICAL MAINTENANCE
1. MAINTENANCE ITEM
1.1 Maintenance item
1.1.1 Procedure of the periodical maintenance
1.1.2 Condition of the count
1.2 AccurioPress C3080/C3080P
1.2.1 Total counter
1.2.2 Special parts counter
1.3 AccurioPress C3070/AccurioPrint C3070L
1.3.1 Total counter
1.3.2 Special parts counter
1.4 DF-706
1.4.1 Special parts counter
1.5 PF-602m
1.5.1 Total counter
1.5.2 Special parts counter
1.6 PF-707m (1st tandem)
1.6.1 Periodical maintenance
1.7 PF-707m (2nd tandem)
1.7.1 Periodical maintenance
1.8 PF-707m (3rd tandem)
1.8.1 Periodical maintenance
1.9 FA-502 (connected to the 1st tandem of PF-707m)
1.9.1 Periodical maintenance
1.10 FA-502 (connected to the 2nd tandem of PF-707m)
1.10.1 Periodical maintenance
1.11 LU-202m
1.11.1 Total counter
1.11.2 Special parts counter
1.12 LU-202XL
1.12.1 Total counter
1.12.2 Special parts counter
1.13 LU-202XLm
1.13.1 Periodical maintenance
1.14 MB-506
1.14.1 Special parts counter
1.15 MB-508
1.15.1 Periodical maintenance
1.16 OT-510
1.16.1 Total counter
1.17 EF-103
1.17.1 Special parts counter
1.18 OT-511
1.18.1 Special parts counter
1.19 RU-510
1.19.1 Periodical maintenance
1.20 RU-518 (1st device)
1.20.1 Periodical maintenance
1.20.2 Spotted replacement
1.21 RU-518 (2nd device)
1.21.1 Periodical maintenance
1.21.2 Spotted replacement
1.22 HM-103
1.22.1 Periodical maintenance
1.22.2 Spotted replacement
1.23 FS-531
1.23.1 Total counter
1.23.2 Special parts counter
1.24 FS-612
1.24.1 Total counter
1.24.2 Special parts counter
1.25 PI-502
1.25.1 Total counter
1.25.2 Special parts counter
1.26 IQ-501
1.26.1 Total counter
1.27 FS-532
1.27.1 Total counter
1.27.2 Special parts counter
1.28 SD-510
1.28.1 Total counter
1.28.2 Special parts counter
1.29 PK-522
1.29.1 Total counter
1.30 MK-732
1.30.1 Total counter
1.31 LS-506
1.31.1 Total counter
1.31.2 Special parts counter
1.32 FD-503
1.32.1 Total counter
1.32.2 Special parts counter
1.33 SD-506
1.33.1 Total counter
1.33.2 Special parts counter
1.34 SD-513
1.34.1 Periodical maintenance
1.34.2 Spotted replacement
1.35 CR-101
1.35.1 Periodical maintenance
1.36 TU-503
1.36.1 Periodical maintenance
1.36.2 Spotted replacement
1.37 FD-504
1.37.1 Periodical maintenance
1.37.2 Spotted replacement
1.38 PB-503
1.38.1 Total counter
1.38.2 Special parts counter
1.39 GP-501
1.39.1 Total counter
1.39.2 Special parts counter
1.40 GP-502
1.40.1 Total counter
1.40.2 Special parts counter
2. ORU-M PARTS
2.1 Life value of the ORU-M parts
2.1.1 ORU-M corresponding parts
2.2 ORU-M parts list
2.2.1 ORU-M parts list
2.3 ORU-M parts replacement timing
2.3.1 ORU-M target unit life setting
2.3.2 ORU-M warning icon display
2.4 Management of ORU-M parts counter
2.4.1 Counter display
2.4.2 Counter clear
2.4.3 Replacement of envelope fusing unit in the ORU-M mode
2.4.4 Replacing the transfer unit in the ORU-M mode
3. LIFE VALUE
3.1 Life value of materials/parts
3.2 Life value determining condition
4. PERIODICAL MAINTENANCE PROCEDURE AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
4.1 External section
4.1.1 Replacement of the developing dust-proof filter/1, the developing dust-proof filter/2, the PH dust-proof filter and the suction dust-proof filter
4.1.2 Replacement of the filter box
4.1.3 Replacement of the electric component cooling filter
4.2 Write section
4.2.1 Cleaning the dust proof glass
4.3 Photo conductor section
4.3.1 Pulling out the process unit
4.3.2 Cleaning around the process unit
4.3.3 Replacing the drum unit
4.4 Charging section
4.4.1 Replace the charging corona
4.4.2 Cleaning the charging corona
4.5 Developing section
4.5.1 Developer charging procedures
4.5.2 Replacing the Developing unit/Y, /M, /C, /K
4.6 Intermediate transfer section
4.6.1 Removing/reinstalling the intermediate transfer unit
4.6.2 Replacing the transfer belt cleaning unit
4.6.3 Replacing the belt cleaning blade and the side seal
4.6.4 Replacing the toner collection sheet
4.6.5 Replacing the transfer belt separation claw
4.6.6 Replacing the intermediate transfer belt, and cleaning of the rollers and the cleaning sheet
4.6.7 Replacing the 1st transfer roller/Y, /M, /C and /K and the transfer roller bearing/Y, /M, /C and /K
4.6.8 Replacing the 2nd transfer roller/Up
4.6.9 Replacing the belt separation claw solenoid (SD2)
4.6.10 Removing and reinstalling the 2nd transfer unit
4.6.11 Replacing the 2nd transfer roller/Lw and the C-clip, and cleaning around the 2nd transfer unit
4.6.12 Replacing the separate discharging unit
4.6.13 Replacing the 2nd transfer earth plate assy
4.7 Toner collection section
4.7.1 Replacing the waste toner box
4.8 Paper feed section
4.8.1 Replacement of the pick-up roller/1, pick-up roller/2, paper feed roller rubber/1 and paper feed roller rubber/2
4.8.2 Replacement of the separation roller rubber/1 and separation roller rubber/2
4.8.3 Cleaning the slide sheet
4.8.4 Replacement of the paper feed clutch/1 (CL1), paper feed clutch/2 (CL2), pre-registration clutch/1 (CL3) and preregistration clutch/2 (CL4)
4.9 Vertical conveyance section
4.9.1 Replacement of the intermediate conveyance clutch/1 (CL5)
4.10 Registration section
4.10.1 Replacing the registration cleaning sheet assy
4.10.2 Cleaning of the registration cleaning sheet assy
4.10.3 Replacing the registration roller and the registration roller bearing, cleaning the registration swing home sensar (PS20)
4.10.4 Replacing the registration idler gear
4.11 Fusing section
4.11.1 Removing/reinstalling the fusing unit
4.11.2 Replacing the fusing heater lamp 1 assy/Up and the fusing heater lamp 2 assy/Up
4.11.3 Replacing the fusing belt assy
4.11.4 Replacement of the fusing temperature sensor/3 (TH3)
4.11.5 Replacement of the fusing gear/1, fusing bearing/Lw2, heat insulating sleeve/Lw2, fusing roller/Lw
4.11.6 Replacement of the fusing temperature sensor/4 (TH4)
4.11.7 Replacement of the fusing gear/2, the fusing gear/3
4.11.8 Replacement of the fusing separating claw assy
4.11.9 Replacing the fusing paper exit roller/Up
4.12 Duplex section
4.12.1 Replacement of the intermediate conveyance clutch/2 (CL6), and the intermediate conveyance clutch/3 (CL7)
4.13 Reverse and exit section
4.13.1 Replacing the reverse de-curler roller
4.13.2 Replacing the paper exit drive gear/1, paper exit gear and paper exit decurler roller
4.14 Charge control section
4.14.1 Replacing the Charging Roller/Up
4.14.2 Replacing the charging roller bearing/Fr and charging roller bearing/Rr
4.14.3 Replacing the paper exit drive gear/2
5. PERIODICAL MAINTENANCE PROCEDURE DF-706
5.1 Take-up section
5.1.1 Cleaning of the pick-up roller/feed roller
5.1.2 Cleaning of the separation roller
5.1.3 Cleaning the torque limiter
5.1.4 Replacing the pick-up roller/feed roller
5.1.5 Replacing the separation roller
5.1.6 Cleaning of the reflective sensor section
5.2 Transport section
5.2.1 Cleaning of the miscellaneous rolls
5.2.2 Cleaning of the miscellaneous rollers
5.3 Scanning section
5.3.1 Cleaning of the front side scanning guide
6. PERIODICAL MAINTENANCE PROCEDURE PF-602m
6.1 Precautions on maintenance
6.2 Tray section
6.2.1 Precautions on maintenance of the tray section
6.2.2 Replacing the Pick-up rubber/paper feed roller
6.2.3 Replacing the separation roller
6.2.4 Replacing the paper feed clutch (CL1/CL4) and the separation clutch (CL2/CL5)
6.3 Conveyance section
6.3.1 Replacing the vertical conveyance clutch/1 (CL7), /2 (CL8), and /3 (CL9)
6.3.2 Replacing the horizontal conveyance clutch/1 (CL10), /2 (CL11), and pre-registration clutch (CL12)
7. PERIODICAL MAINTENANCE PROCEDURE PF-707m
7.1 Precautions on maintenance
7.2 Paper feed tray section
7.2.1 Replacing the loop roller/Lw and the loop roller bearing/Lw
7.3 Paper feed suction section
7.3.1 Replacing the suction belt clutch/1 (CL15), the suction belt clutch/2 (CL16), the suction belt clutch/3 (CL17)
7.4 Vertical conveyance section
7.4.1 Replacement of the exit clutch/1 (CL1), /2 (CL2), the vertical conveyance clutch/1 (CL3), /2 (CL4) ,the vertical
conveyance clutch/3 (CL5) and /4 (CL6)
7.5 Horizontal conveyance section
7.5.1 Replacing the horizontal conveyance clutches/1 (CL8), /2 (CL9)
7.5.2 Replacing the pre-registration roller and the pre-registration roller bearing
7.5.3 Replacing the horizontal conveyance rollers/1, /2, and the horizontal conveyance roller bearings/1, /2
7.5.4 Replacing the loop roller/Up
7.5.5 Replacing the roller pressure release motor (M10)
7.5.6 Cleaning the centering sensor (PS40)
8. PERIODICAL MAINTENANCE PROCEDURE FA-502
8.1 Precautions on maintenance
8.2 Tandem conveyance section
8.2.1 Replacing the tandem conveyance clutches /1 (CL10), /2 (CL11), /3 (CL12), /4 (CL13), and /5 (CL14)
9. PERIODICAL MAINTENANCE PROCEDURE LU-202m/LU-202XL/LU-202XLm
9.1 Precautions on maintenance
9.2 Paper feed section
9.2.1 Cleaning the pre-registration roller
9.2.2 Removing/installing paper feed roller assy
9.2.3 Replacing the paper feed roller/pick-up roller
9.2.4 Replacing the separation roller
9.2.5 Replacing paper feed clutch (CL101) /pre-registration clutch (CL102)
9.2.6 Replacing the pre-registration roller
10. PERIODICAL MAINTENANCE PROCEDURE MB-506
10.1 Precautions on maintenance
10.2 Paper feed section
10.2.1 Replacing the pick-up roller/BP, the paper feed roller rubber/BP, and the paper feed clutch/BP (CL14)
10.2.2 Replacing the separation roller rubber/BP
11. PERIODICAL MAINTENANCE PROCEDURE MB-508
11.1 Precautions on maintenance
11.2 Bypass paper feed section
11.2.1 Replacing the paper feed clutch/BP (CL3) and lift clutch/BP
11.2.2 Replacing the paper feed roller/BP, separation roller/BP, and pick-up roller/BP
11.2.3 Replacing the torque limiter/BP
11.2.4 Replacing the up down motor/BP (M4)
11.3 Relay conveyance section
11.3.1 Cleaning the horizontal conveyance guide plate, bypass conveyance sensor/BP1 (PS1), /BP2 (PS2), pre-registration sensor/BP (PS3), relay exit sensor/BP (PS4), relay conveyance sensor/BP1 (PS5), and /BP2 (PS6)
11.3.2 Replacing the pre-registration clutch/BP (CL1)
11.3.3 Replacing the pre-registration roller/BP and pre-registration roller bushing/BP
11.3.4 Replacing the intermediate conveyance clutch/BP (CL2)
11.3.5 Replacing the intermediate conveyance roller/BP, intermediate conveyance roller bushing/BP, and conveyance torque limiter/BP
11.3.6 Replacing the exit roller/BP and exit roller bearing/BP
11.3.7 Replacing the lift sheet/BP
12. PERIODICAL MAINTENANCE PROCEDURE OT-510
12.1 Main tray section
12.1.1 Cleaning and lubrication of the paper exit alignment plate shaft
13. PERIODICAL MAINTENANCE PROCEDURE OT-511
13.1 Replacing the paper hold roller
13.1.1 Procedure
13.2 Replacing the paper exit roller
13.2.1 Procedure
13.3 Replacing the paper exit driven roller/2
13.3.1 Procedure
14. PERIODICAL MAINTENANCE PROCEDURE EF-103
14.1 Precautions on maintenance
14.2 Fusing section
15. PERIODICAL MAINTENANCE PROCEDURE RU-518/HM-103
15.1 Precautions on maintenance
15.2 Output tray section
15.2.1 Replacing the paper exit gate solenoid (SD3)
15.3 Output paper density detection section
15.3.1 Replacing the color sensor shutter solenoid (SD1)
15.3.2 Replacing the paper press solenoid (SD2)
15.4 Water supply section
15.4.1 Replacing the water feed control solenoid (SD4)
15.4.2 Replacing the pump motor (M401)
15.4.3 Replacing the water feed filter
15.4.4 Cleaning the water storage tank
15.5 Humidification section
15.5.1 Cleaning the supply roller/Up and the water feed roller/Up
15.5.2 Cleaning the water feed roller/Lw and the humidification roller/Lw
15.5.3 Removing the humidification section assy/Up
15.5.4 Replacing the control roller/Up
15.5.5 Replacing the humidification roller/Up and the humidification roller/Lw
15.5.6 Replacing the water feed roller/Lw
15.5.7 Replacing the control roller/Lw
16. PERIODICAL MAINTENANCE PROCEDURE RU-510
16.1 Precautions on maintenance
16.2 Conveyance section
16.2.1 Replacing the paper re-feed roller drive gear/1 and the paper re-feed roller drive gear/2
16.2.2 Replacing the entrance conveyance motor (M1), the entrance conveyance belt, the paper exit motor (M2), the paper exit conveyance belt
16.2.3 Replacing the paper exit pulley and the conveyance pulley
16.2.4 Replacing the entrance roller/1, /2, paper exit roller, bearing /K and bearing assy
16.2.5 Replacing the merging section roller and bearing/K
16.2.6 Replacing the stacker entrance roller and bearing/K
16.2.7 Replacing the re-feed roller and bearing/K
16.2.8 Replacing the driven roller
16.2.9 Replacing the straight gate
16.2.10 Replacing the stack switch motor (M6)
17. PERIODICAL MAINTENANCE PROCEDURE FS-531
17.1 Precautions on maintenance
17.2 Conveyance section
17.2.1 Replacing the intermediate conveyance roller (sponge roller)
17.3 Main tray section
17.3.1 Replacing the paper exit roller (sponge roller)
17.4 Stacker section
17.4.1 Replacing the paper assist roller (sponge roller)
17.4.2 Replacement of the cleaning plate Assy
17.5 Stapler section
17.5.1 Replacing the stapler unit
18. PERIODICAL MAINTENANCE PROCEDURE FS-612
18.1 Precautions on maintenance
18.2 Conveyance section
18.2.1 Replacing the intermediate conveyance roller (sponge roller)
18.3 Main tray section
18.3.1 Replacing the paper exit roller (sponge roller)
18.4 Stacker section
18.4.1 Replacing the paper assist roller (sponge roller)
18.5 Stapler section
18.5.1 Removing/reinstalling the stapler unit cover
18.5.2 Replacing the stapler unit
19. PERIODICAL MAINTENANCE PROCEDURE PI-502
19.1 Precautions on maintenance
19.2 Paper feed section
19.2.1 Replacing the pick-up roller/Up and the paper feed roller/Up
19.2.2 Replacing the pick-up roller/Lw and the paper feed roller/Lw
19.2.3 Replacing the separation roller/Up and the torque limiter/Up
19.2.4 Replacing the separation roller/Lw and the torque limiter/Lw
19.2.5 Replacing the paper feed clutch/Up (CL201) and the paper feed clutch/Lw (CL202)
20. PERIODICAL MAINTENANCE PROCEDURE IQ-501
20.1 Precautions on maintenance
20.2 Conveyance section
20.2.1 Pulling out/reinstalling the conveyance mount
20.3 Scanner section/Scanner calibration section
20.3.1 Cleaning the scanner glass/1, /2
20.3.2 Cleaning the scanner B&W standard part/1, scanner white backing/1, scanner black backing/1-1, /1-2
20.3.3 Cleaning the scanner B&W standard part/2, scanner white backing/2, scanner black backing/2-1, /2-2
20.4 Colorimeter section/Colorimeter calibration section
20.4.1 Cleaning the colorimeter glass and the colorimetry trigger sensor (PS013)
20.4.2 Cleaning the paper temperature sensor (TEMS4), colorimeter white backing, and colorimeter white calibration block
21. PERIODICAL MAINTENANCE PROCEDURE FS-532
21.1 Precautions on maintenance
21.2 Paper conveyance section
21.2.1 Lubrication of the FNS entrance roller conveyance switching cam, the FNS entrance roller conveyance switching gate/Up
21.3 Stacker section
21.3.1 Replacing the paddle
21.3.2 Lubrication of the stapler shaft and the rear stopper shaft
21.4 Stapler section
21.4.1 Replacing the stapler unit
21.5 Main tray section
21.5.1 Cleaning and lubrication of the paper exit alignment plate shaft
22. PERIODICAL MAINTENANCE PROCEDURE SD-510
22.1 Precautions on maintenance
22.2 Alignment section
22.2.1 Replacing the paddle/1, the paddle/2, and the paddle/3
22.3 Stapler section
22.3.1 Replacing the stapler unit
22.3.2 Cleaning and lubrication of the staple guide/Up and the staple guide/Lw
22.4 Half-fold/folding&staple/tri-folding section
22.4.1 Cleaning the folding roller/1, the folding roller/2
23. PERIODICAL MAINTENANCE PROCEDURE LS-506
23.1 Precautions on maintenance
23.2 Conveyance section
23.2.1 Replacing the stacker tray up down motor (M1)
23.2.2 Replacing the paper press solenoid/3 (SD8)
23.2.3 Replacing the paper press solenoid/1 (SD6)
23.2.4 Replacing the paper press solenoid/2 (SD7)
23.2.5 Replacing the rear stopper solenoid (SD3)
24. PERIODICAL MAINTENANCE PROCEDURE FD-503
24.1 Precautions on maintenance
24.2 Conveyance section
24.2.1 Replacing roller solenoids/1 (SD5) to /4 (SD8)
24.3 Punch section
24.3.1 Replacing the punch unit
24.3.2 Cleaning the punch shaft and the punch support board
24.3.3 Lubricating the punch drive section
24.4 Folding conveyance section
24.4.1 2nd folding roller solenoid (SD18)
24.5 Main tray section
24.5.1 Replacing the tray up down motor (M11)
24.6 PI section
24.6.1 Replacing the pick-up rubber (Upper stage)
24.6.2 Replacing the paper feed rubber (Upper stage)
24.6.3 Replacing the separation rubber (upper stage)
24.6.4 Replacing the pick-up rubber (Lower stage)
24.6.5 Replacing the paper feed rubber (lower stage)
24.6.6 Replacing the separation rubber (lower stage)
25. PERIODICAL MAINTENANCE PROCEDURE SD-506
25.1 Precautions on maintenance
25.2 Right angle conveyance section
25.2.1 Replacing the roller release solenoid/1 (SD5)
25.2.2 Replacing the roller release solenoid/2 (SD6)
25.2.3 Replacing the right angle conveyance gate solenoid (SD2)
25.2.4 Replacing the roller release solenoid/3 (SD7)
25.3 Saddle stitching section
25.3.1 Replacing the stapler assy
25.3.2 Replacing the slope unit
25.3.3 Pulling out the saddle stitching unit
25.3.4 Replacing the saddle stitching unit
25.4 Bundle processing section
25.4.1 Replacing the bundle press stage gear
25.4.2 Replacing the bundle press stage unit
25.5 Trimmer section
25.5.1 Removing/installing the trimmer paddle assy
25.5.2 Replacing the trimmer board assy
25.5.3 Replacing the trimmer blade kit
25.5.4 Replacing the trimmer press motor (M32)
25.5.5 Replacing the trimmer blade motor (M31)
25.5.6 Replacing the trimming unit
25.5.7 Lubrication to the trimmer unit
26. PERIODICAL MAINTENANCE PROCEDURE SD-513
26.1 Precautions on maintenance
26.2 Entrance conveyance section
26.2.1 Replacing the reverse exit roller pressure release motor (M102)
26.2.2 Cleaning of the paper re-feed roller/Lt
26.2.3 Cleaning of the reverse exit roller/Rt
26.3 Folding conveyance section
26.3.1 Replacing the 1st folding knife motor (M13)
26.3.2 Replacing the 2nd folding knife motor (M14)
26.3.3 Cleaning of the 1st folding roller, 2nd folding roller
26.3.4 Lubrication to the front stopper shaft
26.4 Sub tray, tri-folding tray section
26.4.1 Cleaning the tri-folding tray conveyance roller/3
26.5 Saddle stitching section
26.5.1 Replacing the staple unit
26.5.2 Replacing the clincher
26.5.3 Replacing the booklet holding motor (M17)
26.5.4 Lubrication to the saddle stitching alignment plate/Rr
26.5.5 Lubrication to the saddle stitching alignment plate shaft/Fr
26.5.6 Replacing the conveyance guide assy/Up
26.5.7 Replacing the alignment plate solenoid wiring
26.6 Booklet movement section
26.6.1 Lubrication to the booklet movement unit slide shaft
26.6.2 Lubrication to the booklet holding unit slide shaft
26.6.3 Lubrication to the booklet set unit slide shaft
26.7 Clamp section
26.7.1 Replacing the fore edge stopper motor (M24)
26.7.2 Replacing the fore edge finger motor (M52), the fore-edge finger gear, and the finger torque limiter
26.7.3 Replacing the clamp motor (M23)
26.7.4 Replacing the booklet holding wire/1, booklet holding wire/2 and booklet holding wire/3
26.7.5 Replacing the clamp hanging wire
26.8 Trimmer section
26.8.1 Replacing the trimmer blade
26.8.2 Replacing the trimmer board
26.8.3 Replacing the trimming unit
26.8.4 Replacing the trimmer blade motor (M31)
26.8.5 Replacing the trimmer press motor (M32)
26.8.6 Lubrication to the press drive screw, the gear
26.9 Booklet tray section
26.9.1 Replacing the gripper motor (M26)
26.9.2 Lubrication to the gripper paper exit gear/Fr, the gripper paper exit gear/Rr
26.9.3 Lubrication to the gripper lock plate
26.9.4 Lubrication to the shutter slide shaft and the shutter slide plate
27. PERIODICAL MAINTENANCE PROCEDURE CR-101
27.1 Precautions on maintenance
27.2 Creaser section
27.2.1 Cleaning the crease blade
28. PERIODICAL MAINTENANCE PROCEDURE TU-503
28.1 Precautions on maintenance
28.2 Conveyance section
28.2.1 Cleaning the registration roller
28.2.2 Replacing the registration roller
28.3 Slitter section
28.3.1 Lubrication to the slit cutter shaft
28.3.2 Lubrication to the slit cutter drive gear
28.3.3 Replacing the slit cutter assy/Fr, /Rr
28.4 Rotary cutter section
28.4.1 Replacing the rotary cutter assy
28.4.2 Cleaning the slit scraps roller/Lt and slit scraps roller/Rt
29. PERIODICAL MAINTENANCE PROCEDURE FD-504
29.1 Precautions on maintenance
29.2 Clamp section
29.2.1 Lubrication to FD clamp
29.2.2 Replacing the FD clamp motor/Rr (M202)
29.2.3 Replacing the FD clamp motor/Fr (M203)
29.3 Spine corner forming sction
29.3.1 Replacing the FD roller motor (M201)
29.3.2 Replacing the FD roller cleaning assy/Fr, /Rr
30. PERIODICAL MAINTENANCE PROCEDURE PB-503
30.1 Conveyance section
30.1.1 Replacement of the entrance gate solenoid (SD1), the sub tray paper exit solenoid (SD4)
30.2 Sub compile (SC) section
30.2.1 Precautions on maintenance
30.2.2 Replacing the switchback roller
30.2.3 Replacing the SC switchback release motor (M13) and the one-way clutches/A and /B
30.2.4 Replacing the SC pressure arm solenoid (SD13)
30.2.5 Replacing the FD alignment solenoid (SD11)
30.2.6 Lubrication to the sub scan alignment plate shaft
30.3 Clamp section
30.3.1 Lubrication to the clamp pressing board shaft
30.4 Glue tank section
30.4.1 Replacing the glue apply roller drive gear bearing
30.4.2 Lubrication to the glue apply roller drive gear
30.4.3 Replacing the pellet supply cooling fan (FM4)
30.4.4 Replacing the glue tank assy
30.5 Cover paper supply section
30.5.1 Removing/reinstalling the pick-up roller assy and the separation roller assy
30.5.2 Replacing the pick-up roller and the paper feed roller
30.5.3 Replacing the separation roller
30.5.4 Replacing the cover paper pick-up clutch (CL71) and the cover paper separation clutch (CL72)
30.6 Cover paper table section
30.6.1 Precautions on maintenance
30.6.2 Replacing the roller cutter blade assy
30.6.3 Cleaning the cover paper folding plate and the book spine backing plate
30.6.4 Lubrication to the cover paper alignment plate shaft
30.7 Book stock section
30.7.1 Lubrication to the guide shafts/Rt and /Lt
30.8 Framework section
30.8.1 Replacing the exhaust filters/A and /B
31. PERIODICAL MAINTENANCE PROCEDURE GP-501
31.1 Caution for maintenance procedure
31.2 DIE SET SERVICE
31.2.1 Die Set Service
31.2.2 Die Set Life Expectancy
31.2.3 Die Set Components
31.2.4 Checking and Replacing the Die Set
31.2.5 Checking and lubricating the Die Set pins and Die Set shoulder bolts
31.2.6 Hole Alignment inspection
31.3 CHECK, CLEANING, AND LUBRICATION
31.3.1 CHECK, CLEANING, AND LUBRICATION
31.3.2 External Cleaning
31.3.3 Internal Cleaning
31.3.4 Operational Inspection
31.3.5 Internal Inspection
31.3.6 Cleaning the base
31.3.7 Cleaning the Die guide
31.3.8 Checking the Door Latch
31.3.9 Cleaning and Checking the aligner paper path and panels
31.3.10 Cleaning and Checking the Aligner Idler Roller
31.3.11 Cleaning the Aligner (Green) Drive Belt
31.3.12 Cleaning and Checking the Back Gauge Solenoid
31.3.13 Cleaning and Checking the Idler Rollers
31.3.14 Cleaning and Checking the punch idler rollers
31.3.15 Cleaning and Checking the Drive Rollers
31.3.16 Checking the Aligner Latch
31.3.17 Cleaning the Optical Sensors
31.3.18 Cleaning and Checking the Bypass Paper Path
31.3.19 Cleaning and Checking the Punch Paper Path
31.3.20 Cleaning and Checking the Timing Belt
31.3.21 Bypass panel
31.3.22 Bypass panel Removal
31.3.23 Aligner panels
31.3.24 Aligner Panel Removal
31.3.25 Aligner Idler Roller Replacement
31.3.26 Aligner Drive Belt Replacement
31.3.27 Cleaning and checking the energy drive roller
31.3.28 Replacing the back gauge mechanism
31.3.29 Back Gauge Removal
31.3.30 Solenoid Spring Replacement
31.3.31 Back Gauge Paddle
31.3.32 Back Gauge Assembly Adjustment
31.3.33 Punch module
31.3.34 Punch Module Removal
31.3.35 Lubricating to the Punch Drive Cams
31.3.36 Punch Clutch Replacement
31.3.37 Punch Module Brake Replacement and Adjustment
31.3.38 Punch Module Brake Replacement
31.3.39 Punch Module Brake Adjustment
31.3.40 Punch Module Motor Replacement
31.3.41 Punch Module Motor Drive Belt Replacement
31.3.42 Punch Module Drive Roller Replacement
31.3.43 Belt replacement
31.3.44 Tools
32. PERIODICAL MAINTENANCE PROCEDURE GP-502

G) DISASSEMBLING/REASSEMBLING
1. ITEMS THAT YOU MUST NOT DISASSEMBLE
1.1 List of Items that you must not disassemble
1.2 Items that you must not disassemble
1.2.1 Screw-lock applied screw
1.2.2 Prohibition of adjusting the volume of boards
1.2.3 CCD unit
1.2.4 Writing unit cover
1.2.5 Photo conductor section
1.2.6 Intermediate transfer section
1.2.7 Registration section
1.2.8 Fusing section
2. WARNING AND PRECAUTION ON DISASSEMBLING
2.1 Precaution on removing the boards
3. AccurioPress C3080/C3080P/C3070, AccurioPrint C3080L
3.1 List of disassembling and assembling parts
3.2 Disassembling and assembling procedures
3.2.1 Duct cover
3.2.2 Rear cover
3.2.3 Left cover
3.2.4 Right cover/Up1, right cover/Up2, right cover/Up3, right cover/Up4, right cover/Lw1, right cover/Lw2
3.2.5 Top cover/Fr, top cover/Rt, top cover/Rr1, top cover/Rr2, top cover/Lt, arm cover/Fr, arm cover/Rr
3.2.6 Main board unit
3.2.7 Overall control board (OACB)
3.2.8 SSD (SSD)
3.2.9 Original glass assy
3.2.10 WT-511 (Option)
3.2.11 CCD unit
3.2.12 LED exposure unit
3.2.13 Scanner drive board (SCDB)
3.2.14 Scanner motor (M201)
3.2.15 IQ image processing board (IPB/I) (Option : IQ-501)
3.2.16 Writing unit
3.2.17 Process unit
3.2.18 Image correction unit
3.2.19 Toner bottle motor, toner bottle clutch, remaining toner sensor, toner supply motor
3.2.20 Duplex section
3.2.21 Paper feed tray
3.2.22 Tray up down wire/1, tray up down wire/2 (Tray1)
3.2.23 Tray up down wire/3, tray up down wire/4 (Tray2)
3.2.24 Tray up down wire/5 (Tray2)
3.2.25 Fusing paper exit plate assy
3.2.26 Temperature sensor/1 (TH1), temperature sensor/2 (TH2), thermostat/1 (TS1), thermostat/2 (TS2)
3.2.27 Thermostat/3 (TS3)
3.2.28 Temperature sensor/5 (TH5)
3.2.29 Fusing separation fan/1 (FM10), fusing separation fan/2 (FM11) and fusing separation fan/3 (FM12)
3.2.30 Replacement of the fusing ball bearings/Up, /Lw1, the heat insulating sleeves/Up, /Lw1, the belt regulating sleeve, the fusing belt, the fusing rollers/1, /2, and the neutralizing ring
3.2.31 HDD1, HDD2, HDD3
3.2.32 Hard disk/4 (HDD4)
3.2.33 Charge control framework unit
3.2.34 Tucking fan/4 (FN35) and tucking fan/5 (FM36)
4. DF-706
4.1 List of disassembling and assembling parts
4.2 Disassembling and assembling procedures
4.2.1 Front cover
4.2.2 Rear cover
4.2.3 DF-706
4.2.4 Front side glass cleaning roller unit
4.2.5 Back side glass cleaning roller unit
4.2.6 CIS module (CIS)
4.2.7 DF control board (DFCB)
4.2.8 Restriction plate positional volume (VR1)
4.2.9 DF power supply board (DFPU)
4.2.10 Sensor control board (SCB)
4.2.11 Multi feed detection board/1 (transmitter) (MFDB/1)
4.2.12 Multi feed detection board/2 (receiver) (MFDB/2)
4.2.13 Paper feed motor (M1)
4.2.14 Registration motor (M2)
4.2.15 Reading motor (M3)
4.2.16 Exit motor (M4)
4.2.17 Reading roller pressure release motor (M6)
4.2.18 Back side cleaning motor (M7)
4.2.19 Front side cleaning motor (M8)
4.2.20 Paper feed clutch (CL1)
4.2.21 Cooling fan motor (FM)
4.2.22 Replacing the separation roller torque limiter
5. PF-602m
5.1 List of disassembling and assembling parts
5.2 Disassembling and assembling procedures
5.2.1 Precautions on disassembling and assembling
5.2.2 Right cover
5.2.3 Rear cover/Lt2
5.2.4 The rear cover/Lt1 and /Rt
5.2.5 Front door
5.2.6 Tray
5.2.7 Lift wire
5.2.8 Paper lift motor/1 (M2) and /2 (M3)
5.2.9 Vertical conveyance unit
5.2.10 Horizontal conveyance unit
5.2.11 The multi feed detection board (MFDBR and MFDBS)
6. PF-707m
6.1 Items you must not disassemble or reassemble
6.1.1 Framework panel/1, framework panel/2
6.2 List of disassembling and assembling parts
6.3 Disassembling and assembling procedures
6.3.1 Precautions on disassembling and assembling
6.3.2 Right cover
6.3.3 Rear cover/Lt4
6.3.4 Rear cover/Lt2 and /Lt3
6.3.5 Rear cover/Lt1
6.3.6 Rear cover/Rt
6.3.7 Front door
6.3.8 Tray front cover
6.3.9 Tray
6.3.10 Lift wire
6.3.11 Paper leading edge separation fan /Fr1 (FM9), /Fr2 (FM13), /Fr3 (FM17), /Rr1 (FM4), /Rr2 (FM8), /Rr3 (FM12)
6.3.12 Paper leading edge shutter solenoid /1 (SD10), /2 (SD14), /3 (SD18)
6.3.13 Paper lift motor /1 (M7), /2 (M8), /3 (M9)
6.3.14 Paper feed suction unit
6.3.15 Paper feed belt
6.3.16 Paper suction fan/1 (FM1), /2 (FM2), /3 (FM3), /4 (FM4), /5 (FM5), /6 (FM6)
6.3.17 Paper feed assist fan/Fr1 (FM11), /Fr2 (FM15), /Fr3 (FM19), /Rr1 (FM12), /Rr2 (FM16), /Rr3 (FM20)
6.3.18 Shutter solenoid/Fr1 (SD5), /Fr2 (SD10), /Fr3 (SD15), /Rr1 (SD6), /Rr2 (SD11), /Rr3 (SD16)
6.3.19 Paper feed check window
6.3.20 Vertical conveyance unit
6.3.21 Registration drive unit
6.3.22 Horizontal conveyance unit
6.3.23 Multi feed detection board (MFDBR, MFDBS)
7. FA-502
7.1 List of disassembling and assembling parts
7.2 Disassembling and assembling procedures
7.2.1 Precautions on disassembling and assembling
7.2.2 FA-502
8. LU-202m, LU-202XL, LU-202XLm
8.1 List of disassembling and assembling parts
8.2 Disassembling and assembling procedures
8.2.1 Precautions on disassembling and assembling
8.2.2 Upper door
8.2.3 Upper door/Rt (LU-202XL, LU-202XLm)
8.2.4 Clutch cover
8.2.5 Paper feed cover
8.2.6 Right cover (LU-202m)
8.2.7 Right cover (LU-202XL, LU-202XLm)
8.2.8 Front cover (LU-202m)
8.2.9 Front cover (LU-202XL, LU-202XLm)
8.2.10 Rear cover (LU-202m)
8.2.11 Rear cover (LU-202XL)
8.2.12 Rear cover (LU-202XLm)
8.2.13 Replacing the lift wire (LU-202m)
8.2.14 Replacing the lift wires (LU-202XL, LU-202XLm)
8.2.15 Paper size VR (VR1) (LU-202m)
8.2.16 Paper size VR (VR1) (LU-202XL, LU-202XLm)
8.2.17 Multi feed detection boards/S (MFDBS), R (MFDBR) (LU-202XL, LU-202XLm)
9. MB-506
9.1 List of disassembling and assembling parts
9.2 Disassembling and assembling procedures
9.2.1 Precautions on disassembling and assembling
9.2.2 Paper size VR/BP (VR3)
10. MB-508
10.1 List of disassembling and assembling parts
10.2 Disassembling and assembling procedures
10.2.1 Precautions on disassembling and assembling
10.2.2 Right cover/Fr and Right cover/Rr
10.2.3 Right cover/Lw
10.2.4 Rear cover
10.2.5 Bypass tray
10.2.6 Paper size VR/BP (VR3)
11. MK-744C
11.1 List of disassembling and assembling parts
11.2 Disassembling and assembling procedures
11.2.1 Precautions on disassembling and assembling
11.2.2 Status indicator light
12. OT-510
12.1 Items not allowed to be disassembled/reassembled
12.1.1 Screws painted in red
12.2 List of disassembling and assembling parts
12.3 Disassembling and assembling procedures
12.3.1 Precautions on disassembling and assembling
12.3.2 Front door
12.3.3 Rear cover
12.3.4 Upper cover /Rt1
12.3.5 Upper cover /Rt2
12.3.6 Upper cover /Fr1
12.3.7 Upper cover /Fr2
12.3.8 Upper cover /Rr
12.3.9 Upper cover /Md
12.3.10 Sub tray
12.3.11 Main tray
12.3.12 Main tray up down motor (M11), main tray up-down drive assy
12.3.13 Note for replacing the board
13. OT-511
13.1 List of disassembling and assembling parts
13.2 Disassembling and assembling procedures
13.2.1 Paper exit unit
13.2.2 Left cover/Up, /Lw
13.2.3 Rear cover
13.2.4 Conveyance door
14. EF-103
14.1 List of disassembling and assembling parts
15. MK-740/MK-740m
15.1 List of disassembling and assembling parts
15.2 Disassembling and assembling procedures
15.2.1 Paper feed tray
15.2.2 Paper exit tray
16. RU-518/HM-103
16.1 Items that you must not disassemble or reassemble
16.1.1 Red-painted screws
16.2 List of disassembling and assembling parts
16.3 Disassembling and assembling procedures
16.3.1 Upper cover/Rr
16.3.2 Paper exit cover/Lt
16.3.3 Duct/Rt
16.3.4 Duct/Lt
16.3.5 Rear cover/Up
16.3.6 Rear cover/Md
16.3.7 Water storage tank cover
16.3.8 Color sensor unit
16.3.9 Water storage tank
16.3.10 Humidification unit
16.3.11 Note for replacing the board
17. RU-510
17.1 List of disassembling and assembling parts
17.2 Disassembling and assembling procedures
17.2.1 Precautions on disassembling and assembling
17.2.2 Front door
17.2.3 Rear cover
17.2.4 Left cover
17.2.5 Upper cover
17.2.6 Note for replacing the board
18. FS-531
18.1 List of disassembling and assembling parts
18.2 Disassembling and assembling procedures
18.2.1 Precautions on disassembling and assembling
18.2.2 Upper cover/1
18.2.3 Upper cover/2
18.2.4 Front door
18.2.5 Rear cover
18.2.6 Left cover
18.2.7 Main tray
18.2.8 Replacing the up down wire
18.2.9 Stacker unit
18.2.10 Paper exit opening unit
18.2.11 Note for replacing the board
19. FS-612
19.1 Items that you must not disassemble or reassemble
19.1.1 Screw not allowed to be removed on the folding stopper
19.2 List of disassembling and assembling parts
19.3 Disassembling and assembling procedures
19.3.1 Precautions on disassembling and assembling
19.3.2 Upper cover/1
19.3.3 Upper cover/2
19.3.4 Front door
19.3.5 Rear cover
19.3.6 Left cover
19.3.7 Main tray
19.3.8 Replacing the up down wire
19.3.9 Stacker unit cover
19.3.10 Stacker unit
19.3.11 Paper exit opening unit
19.3.12 Note for replacing the board
20. PK-512/513
20.1 Items that you must not disassemble and adjust
20.1.1 Punch unit
20.2 Disassembly/reassembly parts list
20.3 Disassembly/reassembly procedure
20.3.1 Precautions on disassembling and assembling
20.3.2 Punch unit
21. IQ-501
21.1 Items that you must not disassemble or reassemble
21.1.1 Red-painted screws
21.2 List of disassembling and assembling parts
21.3 Disassembling and assembling procedures
21.3.1 Precautions on disassembling and assembling
21.3.2 Note for assembling and disassembling the IQ-501
21.3.3 Upper cover/Fr
21.3.4 Upper cover/Rr
21.3.5 Upper cover/Md
21.3.6 Rear cover
21.3.7 Scanner unit/1
21.3.8 Scanner calibration unit/1
21.3.9 Scanner cleaning brush/1, Scanner B&W standard part/1, Scanner white backing/1, Scanner black backing/1-1, /1-2
21.3.10 Scanner unit/2
21.3.11 Scanner calibration unit/2
21.3.12 Scanner cleaning brush/2, Scanner B&W standard part/2, Scanner white backing/2, Scanner black backing/2-1, /2-2
21.3.13 Colorimeter unit
21.3.14 Colorimeter calibration unit/1
21.3.15 Colorimeter white calibration block
21.3.16 Note for replacing the board
22. PI-502
22.1 List of disassembling and assembling parts
22.2 Disassembling and assembling procedures
22.2.1 Precautions on disassembling and assembling
22.2.2 Upper cover
22.2.3 Rear cover
22.2.4 Operation panel cover
22.2.5 PI unit
23. FS-532
23.1 Items that you must not disassemble or reassemble
23.1.1 Red-painted screws
23.2 List of disassembling and assembling parts
23.3 Disassembling and assembling procedures
23.3.1 Precautions on disassembling and assembling
23.3.2 Front door
23.3.3 Rear cover
23.3.4 Upper cover/Rt1
23.3.5 Upper cover/Rt2
23.3.6 Upper cover/Fr1
23.3.7 Upper cover/Fr2
23.3.8 Upper cover/Rr
23.3.9 Upper cover/Md
23.3.10 Front cover
23.3.11 Sub tray
23.3.12 Stacker unit
23.3.13 Main tray
23.3.14 Main tray up down motor (M11), main tray up-down drive assy
23.3.15 Note for replacing the board
24. SD-510
24.1 Items that you must not disassemble or reassemble
24.1.1 Red-painted screws
24.2 List of disassembling and assembling parts
24.3 Disassembling and assembling procedures
24.3.1 Precautions on disassembling and assembling
24.3.2 Front cover
24.3.3 Stapler unit cover
24.3.4 SD unit
24.3.5 Folding knife assy/1
24.3.6 Folding knife assy/2
25. PK-522
25.1 Items that you must not disassemble or reassemble
25.1.1 Red-painted screws
25.2 List of disassembling and assembling parts
25.3 Disassembling and assembling procedures
25.3.1 Precautions on disassembling and assembling
25.3.2 Punch unit
26. LS-506
26.1 List of disassembling and assembling parts
26.2 Disassembling and assembling procedures
26.2.1 Precautions on disassembling and assembling
26.2.2 Cover
26.2.3 Replacing the stacker tray up/down wire
27. FD-503
27.1 Items that you must not disassemble or reassemble
27.1.1 Folding/conveyance switching position adjustment section
27.2 List of disassembling and assembling parts
27.3 Disassembling and assembling procedures
27.3.1 Precautions on disassembling and assembling
27.3.2 Upper cover/Fr + PI cover/Fr
27.3.3 Upper cover/Rr + PI cover/Rr
27.3.4 Upper door
27.3.5 Rear cover
27.3.6 Left cover/Fr
27.3.7 Left cover/Rr
27.3.8 Paper exit stopper cover
27.3.9 Right cover
27.3.10 Left cover/Up
27.3.11 Mount cover
27.3.12 Front door
27.3.13 Cleaning the 2nd folding conveyance sensor (PS53)
27.3.14 Cleaning the 3rd folding conveyance sensor (PS54)
27.3.15 Cleaning the 3rd folding roller
27.3.16 Folding conveyance section
27.3.17 Main tray up/down wire
27.3.18 Multi feed detection board /1 (MFDB/1) and /2 (MFDB/2)
27.3.19 Note for replacing the board
28. SD-506
28.1 Items not allowed to be disassembled/reassembled
28.1.1 Trimmer blade home sensor (PS50), Trimmer blade upper limit sensor (PS51)
28.1.2 Trimmer completion sensor (PS62)
28.1.3 Wire slack prevention sensor (PS66)
28.1.4 Trimmer press upper limit sensor (PS52), Trimmer press home sensor (PS53)
28.1.5 Trimmer press brake
28.1.6 Fixing screw of the trimmer press timing belt
28.2 List of disassembling and assembling parts
28.3 Disassembling and assembling procedures
28.3.1 Precautions on disassembling and assembling
28.3.2 Rear cover/Lt
28.3.3 Rear cover/Rt
28.3.4 Left cover
28.3.5 Upper cover/Fr
28.3.6 Upper cover/Rr3
28.3.7 Sub tray cover
28.3.8 Front door/Lt
28.3.9 Front door/Rt
28.3.10 Folding unit
28.3.11 Note for replacing the board
29. SD-513
29.1 Items that you must not disassemble or reassemble
29.1.1 Red-painted screws
29.2 List of disassembling and assembling parts
29.3 Disassembling and assembling procedures
29.3.1 Precautions on disassembling and assembling
29.3.2 Rear cover/Rt, /Lt
29.3.3 Right cover/1, /2, /3
29.3.4 Front cover/1, /2, /3
29.3.5 Left cover/Fr1, left cover/Fr2, left cover/Fr3
29.3.6 Left cover/Rr
29.3.7 Upper cover/RrRt1, /RrRt2, /RrRt3, /RrRt4, /RrRt5, /RrRt6
29.3.8 Upper cover/FrRt1, /FrRt2, /FrRt3
29.3.9 Upper cover/FrLt1, /FrLt2
29.3.10 Upper cover/RrLt1, /RrLt2, /RrLt3, sub tray cover
29.3.11 Opening and closing of the front console
29.3.12 Front console
29.3.13 Gripper paper exit unit
29.3.14 Open and close of the booklet tray section door
29.3.15 Moving up and down of the booklet holding
29.3.16 Note for replacing the board
30. CR-101
30.1 Items not allowed to be disassembled/reassembled
30.1.1 Red-painted screws
30.2 List of disassembling and assembling parts
30.3 Disassembling and assembling procedures
30.3.1 Precautions on disassembling and assembling
30.3.2 Creaser unit
31. TU-503
31.1 Items not allowed to be disassembled/reassembled
31.1.1 Red-painted screws
31.2 List of disassembling and assembling parts
31.3 Disassembling and assembling procedures
31.3.1 Precautions on disassembling and assembling
31.3.2 Slitter unit
32. FD-504
32.1 Items that you must not disassemble or reassemble
32.1.1 Red-painted screws
32.2 List of disassembling and assembling parts
32.3 Disassembling and assembling procedures
32.3.1 Precautions on disassembling and assembling
32.3.2 Spine corner forming unit
32.3.3 Note for disassembling the FD-504 (1)
32.3.4 Note for disassembling the FD-504 (2)
33. PB-503
33.1 List of disassembling and assembling parts
33.2 Disassembling and assembling procedures
33.2.1 Precautions on disassembling and assembling
33.2.2 Front door
33.2.3 Front cover
33.2.4 Booklet door
33.2.5 Rear cover/Rt
33.2.6 Rear cover/Lt
33.2.7 Left cover
33.2.8 Relay conveyance gear cover/Fr
33.2.9 Relay conveyance gear cover/Rr
33.2.10 Pellet supply cover
33.2.11 SC cover/Fr
33.2.12 SC cover/Up
33.2.13 Upper cover/FrRt
33.2.14 Upper cover/FrLt
33.2.15 Upper cover/RrRt
33.2.16 Upper cover/RrLt
33.2.17 Upper cover/Md
33.2.18 Deodorant unit
33.2.19 Pellet supply unit
33.2.20 Glue tank unit
33.2.21 SC unit
33.2.22 Clamp unit
33.2.23 PB left unit
33.2.24 Book lift wire
33.2.25 Cart wire
33.2.26 Conveyance unit/Lw
33.2.27 Relay conveyance unit
33.2.28 Cover paper tray
33.2.29 Cover paper lift wire
33.2.30 Binding mode procedure with manual operating function
33.2.31 Multi feed detection boards/S (MFDBS) and /R (MFDBR)
34. GP-501
34.1 Centering punched holes
34.2 Door latch
34.2.1 Door latch check
34.2.2 Door Latch Adjustment
34.2.3 Door Latch and Switch Replacement
34.3 Preparing the GP-501 punch for service
34.3.1 Preparing the GP-501 punch for service
34.3.2 Separating the Punch From the Printer
34.3.3 Removing the Rear Cover
34.4 Leveling and aligning to the printer
34.4.1 Procedure
34.4.2 Tool Required
34.4.3 To level the punch:
35. GP-502
36. COMMERCIALLY AVAILABLE PARTS
36.1 Key counter (KCT)
36.1.1 Connector
36.1.2 Procedure

H) CLEANING/LUBRICATION
1. CLEANING/LUBRICATION PROCEDURES

I) ADJUSTMENT/SETTING
1. CHECKPOINTS
1.1 Checking before you start work
1.2 Checkpoints when you conduct the on-site service
2. UTILITY
2.1 Start and exit
2.1.1 Start method
2.1.2 Exit method
3. LIST OF ADJUSTMENT ITEMS
3.1 Priority for Adjustment/Setting after replacing parts
4. SERVICE MODE
4.1 Service Mode List
4.1.1 Hierarchy
4.2 Start and exit
4.2.1 Start method
4.2.2 Exit method
4.3 Machine Adjustment
4.3.1 Restart Timing Adjustment (Printer Adjustment)
4.3.2 Centering Auto Adjustment (Printer Adjustment – Centering Adjustment)
4.3.3 Centering Sensor Gap Adj. (Printer Adjustment – Centering Adjustment)
4.3.4 Centering Adjustment (Printer Adjustment – Centering Adjustment)
4.3.5 FD-Mag. Adjustment (Printer Adjustment)
4.3.6 CD-Mag. Adjustment (Printer Adjustment)
4.3.7 Lead Edge Erase Adjustment (Printer Adjustment)
4.3.8 Registration Loop Adj. (Printer Adjustment)
4.3.9 Pre-registration Adj. (Printer Adjustment)
4.3.10 Belt Line Speed Adj. (Printer Adjustment)
4.3.11 Skew Initial Position Memory (Printer Adjustment – Writing Initial Pos. Memory)
4.3.12 Color Registration Auto.Adj. (Printer Adjustment)
4.3.13 Color Regist. Gap Masurement (Printer Adjustment)
4.3.14 Double Feed Detect Adj. (Printer Adjustment)
4.3.15 Crosswise Dir. Skew Adj. (Printer Adjustment)
4.3.16 Beam Pitch Adjustment (Printer Adjustment)
4.3.17 Color Regist. Manual Adj. (Printer Adjustment)
4.3.18 Speed Adjustment (Printer Adjustment)
4.3.19 Registration Unit Skew Adj. (Printer Adjustment)
4.3.20 Recall Standard Data (Printer Adjustment)
4.3.21 Restart Timing Adjustment (Scan Adjustment)
4.3.22 Centering Adjustment (Scan Adjustment)
4.3.23 FD-Mag. Adjustment (Scan Adjustment)
4.3.24 Scan Gradation/Color Adj. (Scan Adjustment)
4.3.25 CD-Mag. Adjustment (Scan Adjustment)
4.3.26 Sensor Check (Scan Adjustment)
4.3.27 CCD Check (Scan Adjustment)
4.3.28 Line Mag. Setting (Scan Adjustment)
4.3.29 Recall Standard Data (Scan Adjustment)
4.3.30 IDC Sensor Adjustment (Quality Adjustment – Gamma Curve Adjustment)
4.3.31 Highlight Automatic Adj. (Quality Adjustment – Gamma Curve Adjustment)
4.3.32 Highlight Adjustment (Quality Adjustment – Gamma Curve Adjustment)
4.3.33 Half-Tone Adjustment (Quality Adjustment – Gamma Curve Adjustment)
4.3.34 Sharpness Adjustment (Quality Adjustment)
4.3.35 Contrast Adjustment (Quality Adjustment)
4.3.36 Dot Detect Adjustment (Quality Adjustment – Image Distinction Level)
4.3.37 Color Text Adjustment (Quality Adjustment – Image Distinction Level)
4.3.38 Dot/Text Area Adjustment (Quality Adjustment – Image Distinction Level)
4.3.39 ACS Adjustment (Quality Adjustment)
4.3.40 AE(AES) Adjustment (Quality Adjustment – Density Adjustment)
4.3.41 Copy Density Adjustment (Quality Adjustment – Density Adjustment)
4.3.42 Background Removal (Quality Adjustment – Density Adjustment)
4.3.43 Tone Adjustment (RGB/YMC) (Quality Adjustment – Tone Adjustment)
4.3.44 Line Width Adj. (Quality Adjustment)
4.3.45 Package Color Auto Adj. (Quality Adjustment)
4.3.46 Package Color Manual Adj. (Quality Adjustment)
4.3.47 Recall Standard Data (Quality Adjustment)
4.3.48 Non-Image Area Erase Check
4.3.49 Laser Pulse Adjustment
4.3.50 Tray Size Adjustment (Tray Adjustment)
4.4 Process Adjustment
4.4.1 1st Transfer Manual Adj. (High Voltage Adjustment)
4.4.2 2nd Transfer Manual Adj. (High Voltage Adjustment)
4.4.3 Sep. Current Manual Adj. (High Voltage Adjustment)
4.4.4 Pre-transfer Guide Confirm (High Voltage Adjustment)
4.4.5 Blade Setting Mode (Drum Peculiarity Adj.)
4.4.6 Gamma Automatic Adjustment (Drum Peculiarity Adj.)
4.4.7 Toner Density Sensor Init. (Drum Peculiarity Adj.)
4.4.8 Toner Density Revert (Drum Peculiarity Adj.)
4.4.9 Max Density Initial Adj. (Drum Peculiarity Adj.)
4.4.10 Max Dens. Initial Auto Adj. (Drum Peculiarity Adj.)
4.4.11 All Dev. Unit Replace Adj. (Drum Peculiarity Adj.)
4.4.12 IDC Sensor Output (Sensor Output Confirm)
4.4.13 Toner Density Sensor Output (Sensor Output Confirm)
4.4.14 Humidity/Temperature Output (Sensor Output Confirm)
4.4.15 1st Trans. Resistance Meas. (Sensor Output Confirm)
4.4.16 2nd Trans. Resistance Meas. (Sensor Output Confirm)
4.4.17 Background Margin Fine Adj. (Process Fine Adjustment)
4.4.18 Develop AC Bias Fine Adj. (Process Fine Adjustment)
4.4.19 Develop AC Frequency (Process Fine Adjustment)
4.4.20 Toner Density Fine Adj. (Process Fine Adjustment)
4.4.21 Fusing Temperature Fine Adj. (Process Fine Adjustment)
4.4.22 Drum Small Rotation Interval (Interval/Quantity Adj.)
4.4.23 Recall Standard Data
4.5 System setting
4.5.1 Software DIPSW setting procedures
4.5.2 Software DIPSW setting list
4.5.3 Service Center TEL/FAX
4.5.4 Serial Number Setting
4.5.5 Setup date/type of business setting
4.5.6 Toner band creation condition (productivity priority setting)
4.5.7 Restrictions on banner print
4.5.8 Setting of the toner amount and the replacement count of the toner bottle
4.5.9 Troubleshooting for image errors
4.5.10 Remaining staple amount display setting
4.5.11 Postcard full bleed print setting
4.5.12 Restrictions on use of parts for embossed paper
4.5.13 Fusing Unit A and B Auto Recognition
4.6 Counter and data
4.6.1 Maintenance Counter
4.6.2 Data collection procedures
4.6.3 Paper Size Counter (Total/copy/print)
4.6.4 ADF Counter
4.6.5 Coverage Data History
4.6.6 Paper JAM History
4.6.7 JAM/JAM Counter Individual Sec
4.6.8 Counter of Each Copy Mode
4.6.9 SC Counter/SC Counter Individual Sec
4.6.10 SC Data of Time Series
4.6.11 Maintenance Counter Reset (Maintenance History)
4.6.12 Parts History in Time Series (Maintenance History)
4.6.13 Counter of each paper type
4.6.14 ORU-M Maintenance History
4.6.15 Check, setting and reset procedure of the Special Parts Counter
4.6.16 Special Parts Counter
4.6.17 Voluntary Part Counter (Parts Counter)
4.6.18 Total Counter History
4.6.19 Life Counter
4.7 State confirmation
4.7.1 I/O Check Mode
4.7.2 Input check procedures
4.7.3 Output check procedures
4.7.4 IO code (Main body, paper feed options)
4.7.5 IO code (RU-518, HM-103)
4.7.6 IO code (IQ-501)
4.7.7 IO check mode list (OT-510)
4.7.8 IO check mode list (FS-532)
4.7.9 IO check mode list (LS-506)
4.7.10 IO code (FD-503)
4.7.11 IO code (SD-506)
4.7.12 IO code (SD-513)
4.7.13 IO code (FS-531, FS-612)
4.7.14 IO check mode list (RU-510)
4.7.15 IO code (PB-503)
4.7.16 IO code (MK-737)
4.7.17 Adjustment when you replace the multi feed detection board (PI)
4.7.18 Adjustment when you replace the cover paper multi feed detection board (PB)
4.7.19 IQ-501, FD-503, SD-506, SD-513, PB-503 adjustment data EEPROM storage
4.7.20 Main body adjustment data NVRAM board storage
4.7.21 Printer image processing board line memory check
4.7.22 Hard disk check
4.7.23 Hard disk replacing procedure
4.7.24 Replacing procedure of the write unit
4.7.25 Procedure when IO35-21 or IO35-25 is used
4.8 ADF adjustment
4.8.1 ADF Original Size Adj
4.8.2 ADF Orig. Stop Position
4.8.3 ADF Orig Stop Pos. Auto
4.8.4 ADF Registration Loop Adj
4.8.5 Feed paper check
4.8.6 Sensor check
4.8.7 Read Position Adj
4.8.8 Read Position Auto Adj
4.8.9 FD-Mag. Adjustment
4.8.10 FD-Mag. Auto Adjustment
4.8.11 Scanning Light Adjustment
4.8.12 Mixed Original Size Adj
4.8.13 Line Detection(Front Side)
4.8.14 Line Detection(Back Side)
4.8.15 ADF Scan Glass Auto Cleaning
4.8.16 Home Read Position Adj(Back)
4.8.17 FD-Mag. Adjustment(Back)
4.8.18 FD-Mag. Auto Adj.(Back)
4.8.19 Main Scan Dir. Zoom(Back)
4.8.20 Main Scan Dir. Zoom Auto(Back)
4.8.21 Original Tray Pre-rise Set
4.8.22 Multi-Feed Detection Adj
4.8.23 Skew Measurement
4.8.24 Recall Standard Data
4.8.25 ADF Data Backup
4.9 Finisher adjustment
4.9.1 OT-510 Exit guide unit paper width adjustment (staple finisher (main) adjustment)
4.9.2 FS-532 Exit guide unit paper width adjustment (staple finisher (main) adjustment)
4.9.3 FS-532 Staple paper width adjustment (staple finisher (main) adjustment)
4.9.4 FS-532 FD alignment plate adjustment (staple finisher (main) adjustment)
4.9.5 FS-532 Staple Position Adjustment (staple finisher (main) adjustment)
4.9.6 FS-532 Rewind paddle descent adjustment (staple finisher (main) adjustment)
4.9.7 SD-510 Fold&staple paper width adjustment (staple finisher (fold) adjustment)
4.9.8 SD-510 Fold&staple pitch adjustment (staple finisher (fold) adjustment)
4.9.9 SD-510 Fold&staple fold position adjustment (staple finisher (fold) adjustment)
4.9.10 SD-510 Fold&staple staple position adjustment (staple finisher (fold) adjustment)
4.9.11 SD-510 Half-fold fold position adjustment (staple finisher (fold) adjustment)
4.9.12 SD-510 Tri-fold position adjustment (staple finisher (fold) adjustment)
4.9.13 SD-510 Double fold plate adjustment (staple finisher (fold) adjustment)
4.9.14 SD-510 Half-fold strength adjustment (staple finisher (fold) adjustment)
4.9.15 PK-522 Paper edge detect sensor adjustment (staple finisher (punch) adjustment)
4.9.16 PK-522 Registration adjustment (staple finisher (punch) adjustment)
4.9.17 PK-522 Horizontal position adjustment (paper feed direction) (staple finisher (punch) adjustment)
4.9.18 PK-522 Vertical position adjustment (crosswise direction) (staple finisher (punch) adjustment)
4.9.19 PI-502 Tray size adjustment (staple finisher (PI) adjustment)
4.9.20 PI-502 PI registration adjustment (staple finisher (PI) adjustment)
4.9.21 FD-503 Paper width adjustment (multi folder (punch) adjustment)
4.9.22 FD-503 Punch vertical position adjustment (multi folder (punch) adjustment)
4.9.23 FD-503 Fold registration loop adjustment (multi folder (fold) adjustment)
4.9.24 FD-503 Half fold position adjustment (multi folder (fold) adjustment)
4.9.25 FD-503 Z-fold position adjustment (multi folder (fold) adjustment)
4.9.26 FD-503 Tri-fold-in position adjustment (multi folder (fold) adjustment)
4.9.27 FD-503 Tri-fold-out position adjustment (multi folder (fold) adjustment)
4.9.28 FD-503 Double parallel position adjustment (multi folder (fold) adjustment)
4.9.29 FD-503 Gate position adjustment (multi folder (fold) adjustment)
4.9.30 LS-506 Paper width adjustment (stacker adjustment)
4.9.31 LS-506 Paper length adjustment (stacker adjustment)
4.9.32 SD-506 Fold paper width adjustment (saddle stitcher adjustment)
4.9.33 SD-506 Half-fold position adjustment (saddle stitcher adjustment)
4.9.34 SD-506 Staple paper width adjustment (saddle stitcher adjustment)
4.9.35 SD-506 Staple center position adjustment (saddle stitcher adjustment)
4.9.36 SD-506 Staple pitch adjustment (saddle stitcher adjustment)
4.9.37 SD-506 Trimming adjustment (saddle stitcher adjustment)
4.9.38 SD-506 Tri-fold position adjustment (saddle stitcher adjustment)
4.9.39 SD-506 Trimmer receiver adjustment (saddle stitcher adjustment)
4.9.40 SD-513 Trans. Entrance Paper Width (Saddle Stitcher Adjustment)
4.9.41 SD-513 Fold Paper Width Adjustment (Saddle Stitcher Adjustment)
4.9.42 SD-513 Fold Skew Adjustment (Saddle Stitcher Adjustment)
4.9.43 SD-513 Half-Fold Position Adjustment (Saddle Stitcher Adjustment)
4.9.44 SD-513 Tri-Fold Position Adjustment (Saddle Stitcher Adjustment)
4.9.45 CR-101 Crease Position Adjustment – Half-Fold Crease Position (Saddle Stitcher Adjustment)
4.9.46 CR-101 Crease Position Adjustment – Tri-Fold Crease Position (Saddle Stitcher Adjustment)
4.9.47 CR-101 Crease Position Adjustment – PB Cover Crease Position (Saddle Stitcher Adjustment)
4.9.48 SD-513 Staple Paper Width Adjustment (Saddle Stitcher Adjustment)
4.9.49 SD-513 Staple Center Adjustment (Saddle Stitcher Adjustment)
4.9.50 SD-513 Staple Pitch Adjustment (Saddle Stitcher Adjustment)
4.9.51 SD-513 Saddle Position Adjustment (Saddle Stitcher Adjustment)
4.9.52 SD-513 Staple Offset Adjustment (Saddle Stitcher Adjustment)
4.9.53 SD-513 Staple Tip Adjustment (Saddle Stitcher Adjustment)
4.9.54 FD-504 Spine Fold Line Adjustment (Saddle Stitcher Adjustment)
4.9.55 FD-504 Flattening a Fold (Strength) (Saddle Stitcher Adjustment)
4.9.56 FD-504 Flattening a Fold (Frequency) (Saddle Stitcher Adjustment)
4.9.57 SD-513/FD-504 Parallel Trimming Adjustment (Saddle Stitcher Adjustment)
4.9.58 SD-513 Fore-edge Trimming Adjustment (Saddle Stitcher Adjustment)
4.9.59 TU-503 Registration Loop Adjustment (Saddle Stitcher Adjustment)
4.9.60 TU-503 2-Side Slitting Adjustment (Saddle Stitcher Adjustment)
4.9.61 SD-513 Trimmer Receiver Adjustment (Saddle Stitcher Adjustment)
4.9.62 PB-503 Sub compile CD width adjustment (perfect binder adjustment)
4.9.63 PB-503 Clamp CD width adjustment (perfect binder adjustment)
4.9.64 PB-503 Clamp FD position adjustment (perfect binder adjustment)
4.9.65 PB-503 Glue start position adjustment (perfect binder adjustment)
4.9.66 PB-503 Glue finish position adjustment (perfect binder adjustment)
4.9.67 PB-503 Cover lead edge adjustment (perfect binder adjustment)
4.9.68 PB-503 Cover trimming adjustment (perfect binder adjustment)
4.9.69 PB-503 Cover up down CD width adjustment (perfect binder adjustment)
4.9.70 PB-503 Spine corner form position adjustment (perfect binder adjustment)
4.9.71 PB-503 Temperature adjustment (perfect binder adjustment)
4.9.72 RU-510 Paper Width Adjustment (Relay Stacker Adjustment)
4.9.73 RU-510 Paper Length Adjustment (Relay Stacker Adjustment)
4.9.74 FS-531/612 Confirm Paper Feed Position
4.9.75 FS-612 Fold & Staple Stopper Adjustment
4.9.76 FS-612 Half-Fold stopper adjustment
4.9.77 PK-512/513 Vertical Position Adj. (Punch Adjustment)
4.9.78 PK-512/513 Horizontal Position Adj. (Punch Adjustment)
4.9.79 PK-512/513 Registration Adjustment (Punch Adjustment)
4.9.80 PK-512/513 Paper Edge Detect Sensor (Punch Adjustment)
4.9.81 FS-612 Tri-Fold Adjustment
4.9.82 FS-612 2 Position Staple Pitch
4.9.83 PI-502 Post Inserter Tray Size
4.9.84 FS-531/612 Output Quantity Limit
4.9.85 MK-737 External FNS Customize Set
4.9.86 MK-737 Special Customize Setting
4.9.87 IQ-501 Read Trans. Roller Speed Adj. (IQ Optimizer Adjustment)
4.9.88 IQ-501 Scanner Correction Pos. Adj. (IQ Optimizer Adjustment)
4.9.89 IQ-501 Scanner Read Position Adj. (IQ Optimizer Adjustment)
4.9.90 IQ-501 Scanner LUT Interpolation (IQ Optimizer Adjustment)
4.9.91 IQ-501 Measured Trigger Sensitivity (IQ Optimizer Adjustment)
4.9.92 IQ-501 Measured Trigger Pos. Adj. (IQ Optimizer Adjustment)
4.9.93 IQ-501 Spot Detect. Base Adjustment (IQ Optimizer Adjustment)
4.9.94 Recall Standard Data
4.10 Firmware Version
4.10.1 Usage
4.10.2 Procedure
4.11 CS Remote Care
4.11.1 Outline
4.11.2 Setup procedure of the CS Remote Care (When using E-mail)
4.11.3 Setup procedure of the CS Remote Care (When using phone line modem)
4.11.4 Setup procedure of the CS Remote Care (When using WebDAV server)
4.11.5 List of combinations of E-mail CS Remote Care and Mail remote notification system
4.11.6 Mail initial setting
4.11.7 http communication setting
4.11.8 Log forwarding function
4.11.9 Input procedure of software DIPSW for CS Remote Care
4.11.10 List of software DIPSW for CS Remote Care
4.11.11 Setup confirmation
4.11.12 Maintenance call
4.11.13 Center call from administrator
4.11.14 Confirm communication log
4.11.15 Initialization of RAM for CS Remote Care
4.11.16 CS Remote Care error code list
4.11.17 TROUBLESHOOTING
4.12 List Output
4.12.1 Usage
4.12.2 Procedure
4.13 Test Mode
4.13.1 Running Test Mode
4.13.2 Test Pattern Output Mode
4.13.3 Test pattern number 11 Beam check
4.13.4 Test pattern number 16 Linearity evaluation pattern
4.13.5 Test pattern number 25 registration mark position check pattern
4.13.6 Test pattern number 33 Linearity evaluation pattern
4.13.7 Test pattern number 40 Image skew check pattern (full-bleed print of test pattern number 16)
4.13.8 Test pattern number 43 Output 12 test patterns at a time
4.13.9 Test pattern number 49 RU color sensor gamma correction (output paper density adjustment chart i1-iSis/i1-Pro) I-521
4.13.10 Test pattern number 51 Gradation evaluation pattern (main scan)
4.13.11 Test pattern number 52 Gradation evaluation pattern (sub scan)
4.13.12 Test pattern number 53 Overall halftone
4.13.13 Test pattern number 54 Gradation evaluation pattern
4.13.14 Test pattern number 55 5% coverage
4.13.15 Test pattern number 58 Stripe check pattern
4.13.16 Test pattern number 62 Uneven density check pattern
4.13.17 Test pattern number 69 Maximum density adjustment pattern
4.13.18 Test pattern number 75 Density correction pattern i1-iSis XL (Type1/Type2)
4.13.19 Test pattern number 76 Density correction pattern i1-Pro (Type1/Type2)
4.13.20 Test pattern number 77 Density correction pattern manual
4.13.21 Test pattern number 79 Density correction pattern (when the scanner is used)
4.13.22 Test pattern number 80 Print peculiarity evaluation pattern
4.13.23 Test pattern number 200 Chart file output
4.13.24 Print suspend mode
4.14 Setting Data
4.14.1 Load from External Memory
4.14.2 Store to External Memory
4.15 Log Store
4.15.1 Log Store Setting
4.15.2 Execute Log Storing
4.15.3 Download of the log from Web Utilities
4.15.4 Acquire the logs for the controller via WebDAV
4.16 ORU-M Setting
4.16.1 ORU-M Item/Life setting
4.16.2 ORU-M Life Threshold Setting
4.16.3 ORU-M Password Setting
4.17 HDD Setting
4.17.1 Format HDD All Data
4.17.2 Format Controller HDD Data
4.17.3 Format Additional HDD Data
4.18 Auth. Device Setting
4.18.1 Auth. Unit Selection
4.18.2 Loadable Driver Install
4.19 Startup Setting
4.19.1 Package Adjustment
4.19.2 Setup Setting 1
4.19.3 Setup Setting 2
4.19.4 Centering Auto Adjustment (Package Position Adjustment)
4.19.5 Package Position Auto Adj. (Package Position Adjustment)
4.19.6 Package Position Manual Adj. (Package Position Adjustment)
4.20 Install User’s Guide
4.20.1 Outline
4.20.2 Preparation
4.20.3 Procedure for import
5. IC-605 SERVICE MODE
5.1 IC Service Mode List
5.2 Start and exit of IC service mode
5.2.1 Method to activate the IC service mode
5.2.2 Method to exit the IC service mode
5.3 System Setting (Toner Supply)
5.3.1 Outline
5.3.2 Procedure
5.4 CSV File Import/Export
5.4.1 Outline
5.4.2 Procedure
5.5 Font Backup
5.5.1 Outline
5.5.2 Preparation of backup/restore
5.5.3 Backup method
5.5.4 Method to restore
5.6 HP Tray Mapping
5.6.1 Outline
5.6.2 Procedure
5.7 Controller Capture Setting
5.7.1 OUTLINE
5.7.2 Acquisition procedure
6. CE/ADMINISTRATOR SECURITY SETTING
6.1 CE/Administrator Security Setting list
6.2 Start/exit
6.2.1 Usage
6.2.2 Procedure
6.3 CE Authentication
6.3.1 Usage
6.3.2 Procedure
6.4 CE Auth. Password
6.4.1 Usage
6.4.2 Procedure
6.5 Admin. Authentication
6.5.1 Usage
6.5.2 Procedure
6.6 Administrator Password
6.6.1 Usage
6.6.2 Procedure
7. FEE COLLECTION SETTING
7.1 Fee Collection Setting List
7.2 Start/exit
7.2.1 Usage
7.2.2 Procedure
7.3 Total Counter Setting
7.3.1 Paper Size Threshold Setting
7.3.2 Paper Size Counter
7.3.3 Coefficient Setting
7.4 General Setting
7.4.1 Usage
7.4.2 Procedure
7.5 Manage OpenAPI Auth
7.5.1 Restriction Code
7.6 Billing Coefficient Setting
7.6.1 Usage
7.6.2 Function
7.6.3 Procedure
8. ADJUSTMENT FOR POD
8.1 Expert Adjustment
8.1.1 Outline
8.1.2 Preset
8.1.3 2nd Transfer Output Adj. (Front), (Back)
8.1.4 2nd Transfer-Lead Edge(Front), (Back)
8.1.5 2nd Transfer-Rear Edge(Front), (Back)
8.1.6 Separation AC(Front), (Back)
8.1.7 Separation DC(Front), (Back)
8.1.8 Upper Fusing Roller Temperature
8.1.9 Lead Edge Erase Quantity
8.1.10 Temp. Gap of Fus. edge and Mid
8.1.11 Lower Fusing Roller Temperature
8.1.12 Rear Edge Erase Quantity
8.1.13 Back on Top Output Timing Adj
8.1.14 ADU Reverse Timing
8.1.15 Fusing Speed(Front Side)
8.1.16 Fusing Speed(Back Side Offset)
8.1.17 Registration Loop(Front), (Back)
8.1.18 IQ Transport Roller Speed Adj
8.1.19 Registration speed
8.1.20 Reverse de-curler speed
8.1.21 Reversing speed (lower reverse exit)
8.1.22 Reversing speed (ADU)
8.1.23 Banner paper reversing speed 1
8.1.24 Paper exit de-curler speed
8.1.25 LCT Banner Regist. Speed
8.1.26 Registration speed (banner paper)
8.1.27 Banner paper reversing speed 2
8.1.28 Reverse gate switch timing
8.1.29 RU speed adjustment (banner paper)
8.1.30 Up Fusing Initial Temp
8.1.31 2nd Trans. Pressure
8.1.32 CPM Down
8.1.33 Toner Amount Save
8.1.34 Dens. Adj. Per Tray (YMC)
8.1.35 Dens. Adj. Per Tray (K)
8.1.36 Mis-centering Detect JAM
8.1.37 Double Feed Detection
8.1.38 Int. Transfer Separation
8.1.39 Thick BK mode
8.1.40 Feed Correction Level
8.1.41 Output Curl Adjustment
8.1.42 Output Curl (Back on Top)
8.1.43 Paper feed assist setting
8.1.44 Centering Adj. (Front), (Back)
8.1.45 Oscillation setting
8.1.46 Fusing Air Separation Air Level Setting
8.1.47 Change Fusing Pressure
8.1.48 Hard Paper Mode
8.1.49 PFU Suction Air Level Setting
8.1.50 Output Paper Separation Setting
8.1.51 Output Cooling Air Level Adj
8.2 Image quality/improving paper feeding adjustment
8.2.1 Transfer jitter adjustment
9. MECHANICAL ADJUSTMENT AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
9.1 Adjustment of the scanner motor belt
9.1.1 Purpose
9.1.2 Procedure
9.2 Centering adjustment of the paper feed tray/1 and the paper feed tray/2
9.2.1 Usage
9.2.2 Procedure
9.3 Separation pressure adjustment of the paper feed tray/1 and the paper feed tray/2
9.3.1 Usage
9.3.2 Procedure
9.4 Writing unit tilt adjustment
9.4.1 Whole adjustment flow of color gap
9.4.2 Function
9.4.3 Usage
9.4.4 Procedure
9.5 Separation discharging plate assy position adjustment
9.5.1 Usage
9.5.2 Procedure
9.6 Registration unit skew adjustment
9.6.1 Usage
9.6.2 Procedure
9.7 Fusing unit skew adjustment
9.7.1 Usage
9.7.2 Procedure
9.8 Fusing paper exit rollerr pressure adjustment
9.8.1 Usage
9.8.2 Procedure
9.9 Tilt adjustment
9.9.1 Usage
9.9.2 Preparation
9.9.3 Procedure
10. MECHANICAL ADJUSTMENT DF-706
10.1 Adjusting the height
10.1.1 Purpose
10.1.2 Procedure
10.2 Adjusting front side skew feed on dual scan document feeder
10.2.1 Purpose
10.2.2 Procedure
10.3 Adjusting back side skew feed on dual scan document feeder
10.3.1 Purpose
10.3.2 Procedure
10.4 Adjusting the pressure of the separation roller
10.4.1 Purpose
10.4.2 Procedure
10.5 Adjusting multi-feed detection
11. MECHANICAL ADJUSTMENT PF-602m
11.1 Paper feed pick-up amount adjustment
11.1.1 Usage
11.1.2 Procedure
11.2 Pick-up roller height adjustment
11.2.1 Usage
11.2.2 Procedure
11.3 Separation pressure adjustment
11.3.1 Usage
11.3.2 Procedure
11.4 Lift plate horizontal adjustment
11.4.1 Usage
11.4.2 Procedure
11.5 Horizontal adjustment
11.5.1 Usage
11.5.2 Procedure
12. MECHANICAL ADJUSTMENT PF-707m
12.1 Paper feed pressure adjustment
12.1.1 Usage
12.1.2 Preparation
12.1.3 Multi-feed adjustment (J-1610)
12.1.4 No feed adjustment (J-1601 to J-1603)
12.1.5 Paper lead edge buckle adjustment
12.1.6 Feed failed jam adjustment (J-1601, J-1602, J-1613)
12.2 Centering adjustment (for each tray)
12.2.1 Usage
12.2.2 Procedure
12.3 Centering Adjustment (PF)
12.3.1 Usage
12.3.2 Procedure
12.4 Height and tilt adjustment
12.4.1 Usage
12.4.2 Procedure
12.5 Tilt adjustment
12.5.1 Usage
12.5.2 Procedure
13. MECHANICAL ADJUSTMENT LU-202m, LU-202XL, LU-202XLm
13.1 Separation pressure adjustment
13.1.1 Usage
13.1.2 Procedure
13.2 Paper lift plate horizontal adjustment
13.2.1 Usage
13.2.2 Procedure
13.3 Paper centering adjustment
13.3.1 Usage
13.3.2 Procedure
13.4 Paper skew adjustment
13.4.1 Usage
13.4.2 Preparation
13.4.3 Adjustment procedure of all the paper skew regularly(For LU-202m)
13.4.4 Adjustment procedure for all paper in the LU skew regularly (LU-202XL, LU-202XLm)
13.4.5 Adjustment procedure of each paper skew irregularly (LU-202m)
13.4.6 Adjustment procedure of each paper skew irregularly (LU-202XL, LU-202XLm)
13.5 (Maximum) Paper feed height adjustment
13.5.1 Usage
13.5.2 Procedure
13.6 Pick-up roller separation adjustment
13.6.1 Usage
13.6.2 Procedure
13.7 Weight adjustment
13.7.1 Usage
13.7.2 Procedure
13.8 Height adjustment of LU
13.8.1 Usage
13.8.2 Preparation
13.8.3 Procedure (LU-202m)
13.8.4 Procedure (LU-202XL)
13.8.5 Procedure (LU-202XLm)
14. MECHANICAL ADJUSTMENT MB-506
14.1 Pick-up roller/BP load adjustment
14.1.1 Usage
14.1.2 Procedure
14.2 Paper feed (Maximum) height adjustment (bypass)
14.2.1 Usage
14.2.2 Procedure
14.3 Pick-up shift amount adjustment (bypass)
14.3.1 Usage
14.3.2 Procedure
14.4 Separation roller/BP separation pressure adjustment
14.4.1 Usage
14.4.2 Procedure
15. MECHANICAL ADJUSTMENT MB-508
15.1 Pick-up roller/BP load adjustment
15.1.1 Usage
15.1.2 Procedure
15.2 Paper feed height (upper limit) adjustment
15.2.1 Usage
15.2.2 Procedure
15.3 Pick-up shift amount adjustment
15.3.1 Usage
15.3.2 Procedure
15.4 Separation roller/BP separation pressure adjustment
15.4.1 Usage
15.4.2 Procedure
15.5 Centering Adjustment
15.5.1 Usage
15.5.2 Procedure
15.6 Height adjustment
15.6.1 Usage
15.6.2 Preparation
15.6.3 Procedure
15.7 Tilt adjustment
15.7.1 Usage
15.7.2 Procedure
16. MECHANICAL ADJUSTMENT MK-740/MK-740m
16.1 Tray install position adjustment
16.1.1 Usage
16.1.2 Procedure
17. MECHANICAL ADJUSTMENT EF-103
17.1 Fusing unit skew adjustment
17.2 Fusing paper exit roller pressure adjustment
18. MECHANICAL ADJUSTMENT OT-511
18.1 Conveyance door position adjustment
18.1.1 Usage
18.1.2 Adjustment procedure of the new type
19. MECHANICAL ADJUSTMENT OT-510
19.1 Main tray horizontal adjustment
19.1.1 Purpose
19.1.2 Procedure
20. MECHANICAL ADJUSTMENT RU-518
20.1 Adjusting the height
20.1.1 Usage
20.1.2 Procedure
21. MECHANICAL ADJUSTMENT RU-510
21.1 Height adjustment
21.1.1 Usage
21.1.2 Procedure
22. MECHANICAL ADJUSTMENT FS-531
22.1 Adjustment the bypass gate
22.1.1 Usage
22.1.2 Procedure
22.2 Adjusting the shift position
22.2.1 Usage
22.2.2 Procedure
22.3 Adjusting the paper exit opening solenoid
22.3.1 Usage
22.3.2 Procedure
22.4 Adjusting the mounting position of the paper exit arm
22.4.1 Usage
22.4.2 Procedure
22.5 Adjusting the mounting position of the alignment plate/Up
22.5.1 Usage
22.5.2 Procedure
22.6 Staple position adjustment
22.6.1 Usage
22.6.2 Procedure
23. MECHANICAL ADJUSTMENT FS-612
23.1 Adjustment the bypass gate
23.1.1 Usage
23.1.2 Procedure
23.2 Adjusting the shift position
23.2.1 Usage
23.2.2 Procedure
23.3 Adjusting the paper exit opening solenoid
23.3.1 Usage
23.3.2 Procedure
23.4 Adjusting the mounting position of the paper exit arm
23.4.1 Usage
23.4.2 Procedure
23.5 Adjusting the mounting position of the alignment plate/Up
23.5.1 Usage
23.5.2 Procedure
23.6 Adjusting the mounting position of the alignment plate/Lw
23.6.1 Usage
23.6.2 Procedure
23.7 Staple position adjustment
23.7.1 Usage
23.7.2 Procedure
23.8 Staple position adjustment (Saddle stitching)
23.8.1 Usage
23.8.2 Procedure
23.9 Staple up/down position adjustment
23.9.1 Usage
23.9.2 Procedure
23.10 Half-fold stopper tilt adjustment
23.10.1 Usage
23.10.2 Procedure
23.11 Folding pressure adjustment
23.11.1 Usage
23.11.2 Procedure
23.12 Tri-folding position adjustment
23.12.1 Usage
23.12.2 Procedure
24. MECHANICAL ADJUSTMENT PK-512/513
24.1 Punch hole position skew adjustment
24.1.1 Usage
24.1.2 Procedure
25. MECHANICAL ADJUSTMENT PI-502
25.1 PI tilt adjustment (When PK is connected)
25.1.1 Usage
25.1.2 Procedure
25.2 PK punch position centering adjustment
25.2.1 Usage
25.2.2 Adjustment procedure for the cover sheet tray/Up
25.2.3 Adjustment procedure for the cover sheet tray/Lw
26. MECHANICAL ADJUSTMENT IQ-501
26.1 Height adjustment
26.1.1 Usage
26.1.2 Procedure
27. MECHANICAL ADJUSTMENT FS-532
27.1 Staple position adjustment
27.1.1 Usage
27.1.2 Procedure
27.2 Main tray horizontal adjustment
27.2.1 Purpose
27.2.2 Procedure
28. MECHANICAL ADJUSTMENT SD-510
28.1 Adjustment for Staple Clinch Failure
28.1.1 Usage
28.1.2 Procedure
28.2 1st folding skew adjustment
28.2.1 Usage
28.2.2 Procedure
29. MECHANICAL ADJUSTMENT PK-522
29.1 Punch hole position skew adjustment
29.1.1 Usage
29.1.2 Procedure
29.2 Punch unit adjustment mounting position adjustment
29.2.1 Usage
29.2.2 Procedure
30. MECHANICAL ADJUSTMENT LS-506
30.1 Adjusting the paper press solenoid/1 (SD6)
30.1.1 Usage
30.1.2 Procedure
30.2 Adjusting the paper press solenoid/2 (SD7)
30.2.1 Usage
30.2.2 Procedure
30.3 Adjusting the paper press solenoid/3 (SD8)
30.3.1 Usage
30.3.2 Procedure
30.4 Adjusting the job partition solenoid (SD2)
30.4.1 Usage
30.4.2 Procedure
30.5 Horizontal adjustment
30.5.1 Usage
30.5.2 Procedure
30.6 Grip conveyance home sensor adjustment
30.6.1 Usage
30.6.2 Procedure
30.7 Stacker tray height adjustment (LS-506)
30.7.1 Purpose
30.7.2 Procedure
30.8 Stacker tray levelness adjustment (LS-506)
30.8.1 Purpose
30.8.2 Procedure
31. MECHANICAL ADJUSTMENT FD-503
31.1 Roller solenoids/1 (SD5), /2 (SD6), /3 (SD7) and /4 (SD8) position adjustment
31.1.1 Usage
31.1.2 Procedure
31.2 2nd folding roller solenoid (SD18) position adjustment
31.2.1 Usage
31.2.2 Procedure
31.3 Punch centering adjustment
31.3.1 Usage
31.3.2 Procedure
31.4 Horizontal adjustment
31.4.1 Usage
31.4.2 Procedure
31.5 Paper feed control gear position adjustment (PI tray)
31.5.1 Usage
31.5.2 Procedure
31.6 Paper feed pick-up volume adjustment (PI tray)
31.6.1 Usage
31.6.2 Procedure
32. MECHANICAL ADJUSTMENT SD-506
32.1 Horizontal adjustment
32.1.1 Usage
32.1.2 Procedure
32.2 Folding skew adjustment
32.2.1 Usage
32.2.2 Procedure
32.3 Second folding position stabilization adjustment
32.3.1 Usage
32.3.2 Procedure
32.4 Staple position adjustment
32.4.1 Usage
32.4.2 Procedure
32.4.3 Adjustment Procedure/1
32.4.4 Adjustment Procedure/2
32.5 Stapler position adjustment
32.5.1 Usage
32.5.2 Procedure
32.6 Tilt/gap adjustment of the clincher
32.6.1 Usage
32.6.2 Procedure
32.7 Trimming skew adjustment
32.7.1 Usage
32.7.2 Procedure
32.8 Trimming adjustment
32.8.1 Usage
32.8.2 Procedure
33. MECHANICAL ADJUSTMENT SD-513
33.1 Front stopper position adjustment
33.1.1 Usage
33.1.2 Procedure
33.2 1st folding skew adjustment
33.2.1 Usage
33.2.2 Procedure
33.3 Horizontal adjustment
33.3.1 Usage
33.3.2 Procedure
33.4 Front console open close caster height adjustment
33.4.1 Usage
33.4.2 Procedure
33.5 Staple adjustment
33.5.1 Usage
33.5.2 Procedure
33.6 Clincher position adjustment
33.6.1 Usage
33.6.2 Procedure
33.7 Saddle stitching alignment plate/Md position adjustment
33.7.1 Usage
33.7.2 Prior check
33.7.3 Procedure
33.8 Trimmer skew adjustment
33.8.1 Usage
33.8.2 Procedure
34. MECHANICAL ADJUSTMENT CR-101
34.1 Creaser unit skew adjustment
34.1.1 Usage
34.1.2 Procedure
35. MECHANICAL ADJUSTMENT TU-503
35.1 Slitter unit skew adjustment
35.1.1 Usage
35.1.2 Procedure
36. MECHANICAL ADJUSTMENT PB-503
36.1 Clamp sub scan direction alignment adjustment
36.1.1 Usage
36.1.2 Procedure
36.2 Clamp main scan direction alignment adjustment
36.2.1 Usage
36.2.2 Procedure
36.3 Pellet supply arm angle adjustment
36.3.1 Usage
36.3.2 Procedure
36.4 Glue apply roller gap adjustment
36.4.1 Usage
36.4.2 Procedure
36.5 Cover paper glue gap adjustment
36.5.1 Usage
36.5.2 Gap adjustment procedure in thin coat mode
36.5.3 Gap adjustment procedure in thick coat mode
36.6 Glue tank movement rail tilt adjustment
36.6.1 Usage
36.6.2 Procedure
36.7 Cover paper folding plate nipping adjustment
36.7.1 Usage
36.7.2 Procedure
36.8 Cover paper folding plate parallel adjustment
36.8.1 Usage
36.8.2 Procedure
36.9 Cover paper table up down belt adjustment
36.9.1 Usage
36.9.2 Check point
36.9.3 Procedure
36.10 Cover paper alignment plate adjustment
36.10.1 Usage
36.10.2 Procedure
36.11 Cover paper cutting skew adjustment
36.11.1 Usage
36.11.2 Procedure
36.12 Cover paper table positioning
36.12.1 Usage
36.12.2 Procedure
36.13 Cover paper tray pick-up adjustment
36.13.1 Usage
36.13.2 Procedure
36.14 Cover paper tray pick-up roller height adjustment
36.14.1 Usage
36.14.2 Procedure
36.15 Cover paper tray separation pressure adjustment
36.15.1 Usage
36.15.2 Procedure
36.16 Cover paper tray Centering Adjustment
36.16.1 Usage
36.16.2 Procedure
36.17 Cover paper tray lift plate horizontal adjustment
36.17.1 Usage
36.17.2 Procedure
36.18 Height adjustment
36.18.1 Usage
36.18.2 Procedure

J) REWRITING OF FIRMWARE
1. OUTLINE
1.1 Type
1.1.1 USB MEMORY ISW
1.1.2 Internet ISW
1.2 Board to be rewritten and firmware
1.3 Firmware data flow
1.4 Precautions on rewriting the firmware
1.4.1 ISW execution procedures
1.4.2 DIPSW on the board
1.4.3 Connect short connector when the firmware
1.5 Error list
1.5.1 Main body error list
1.5.2 Troubleshooting procedure for the main body error
1.5.3 Operation when firmware abnormality occurs
2. ISWTRNS_G
2.1 Specifications
2.1.1 ISWTrns_G (PC software)
2.2 Installation of the ISWTrns_G
2.2.1 Procedure
2.3 Usage of the ISWTrns_G
2.3.1 Firmware checksum check
2.4 Error list
2.4.1 ISWTrns_G error list
2.4.2 ISWTrns_G troubleshooting
3. USB MEMORY ISW
3.1 Usage of the USB memory ISW
3.1.1 Procedure
3.1.2 Procedure (ISW)
3.1.3 Procedure (Package ISW)
3.1.4 Main body error list
3.2 ISW procedure for ADF and the scanner
3.2.1 Preparation
3.2.2 Procedure for moving to the ISW rewriting screen
3.2.3 Procedure for rewriting the firmware
3.2.4 Main body error list
3.3 ISW Procedure of GP-502
3.3.1 Preparation
3.3.2 Procedure of rewriting M1
3.3.3 Procedure of rewriting M2
3.3.4 Procedure of rewriting M3
4. INTERNET ISW
4.1 Outline
4.2 Operating environment
4.3 Usage precautions
4.3.1 Notice to administrator
4.3.2 Power cut during writing
4.4 Initial setting
4.4.1 Setting from the operation panel
4.4.2 Setting from the Web browser
4.5 Internet ISW using the Web Utilities
4.5.1 Procedure
4.6 Internet ISW using the operation panel
4.6.1 Procedure
4.6.2 Main body error list
4.7 Authentication of the proxy server in Internet ISW
4.7.1 Proxy server
4.7.2 Authentication of the proxy server
4.7.3 Authentication type of the proxy server and the command list
4.7.4 Remark

K) TROUBLESHOOTING
1. Jam code list
1.1 Jam code list (1000 to 6999)
1.2 Jam code list (7000 to 7999)
1.3 Jam code list (8000 to 9999)
2. MALFUNCTION CODE
2.1 Trouble reset method
2.2 Function to detach defective sections
2.2.1 User operation
2.2.2 DIPSW setting
2.3 Usage of the tester in troubleshooting
2.3.1 Voltage measurement of the DC hot side
2.4 Solution 1 (C-0001_0300)
2.4.1 C-0001
2.4.2 C-0002
2.4.3 C-0101
2.4.4 C-0102
2.4.5 C-0103
2.4.6 C-0104
2.4.7 C-0113
2.4.8 C-0114
2.4.9 C-0115
2.4.10 C-0116
2.4.11 C-0117
2.4.12 C-0118
2.4.13 C-0119
2.4.14 C-0120
2.4.15 C-0121
2.4.16 C-0122
2.4.17 C-0123
2.4.18 C-0124
2.4.19 C-0125
2.4.20 C-0126
2.4.21 C-0127
2.4.22 C-0128
2.4.23 C-0129
2.4.24 C-0130
2.4.25 C-0136
2.4.26 C-0143
2.4.27 C-0154
2.4.28 C-0164
2.4.29 C-0165
2.4.30 C-0180
2.4.31 C-0181
2.4.32 C-0182
2.4.33 C-0183
2.4.34 C-0184
2.4.35 C-0201
2.4.36 C-0202
2.4.37 C-0204
2.4.38 C-0205
2.4.39 C-0208
2.4.40 C-0209
2.4.41 C-0211
2.4.42 C-0212
2.4.43 C-0213
2.4.44 C-0215
2.4.45 C-0218
2.4.46 C-0221
2.4.47 C-0224
2.4.48 C-0227
2.4.49 C-0228
2.4.50 C-0229
2.4.51 C-0230
2.4.52 C-0231
2.4.53 C-0232
2.4.54 C-0233
2.4.55 C-0234
2.4.56 C-0235
2.4.57 C-0236
2.4.58 C-0237
2.5 Solution 2 (C-0301_0400)
2.5.1 C-0301*
2.5.2 C-0302*
2.5.3 C-0303
2.5.4 C-0304*
2.5.5 C-0306
2.5.6 C-0307
2.5.7 C-0308
2.5.8 C-0309
2.5.9 C-0310
2.5.10 C-0311
2.5.11 C-0312
2.5.12 C-0313
2.5.13 C-0314
2.5.14 C-0315
2.5.15 C-0316
2.5.16 C-0317
2.5.17 C-0318
2.5.18 C-0320 (LU-202m, LU-202XL)
2.5.19 C-0320 (LU-202XLm)
2.5.20 C-0321 (LU-202m, LU-202XL)
2.5.21 C-0321 (LU-202XLm)
2.5.22 C-0322
2.5.23 C-0323*
2.5.24 C-0324*
2.5.25 C-0325
2.5.26 C-0326
2.5.27 C-0327
2.5.28 C-0328
2.5.29 C-0329
2.5.30 C-0330
2.5.31 C-0331
2.5.32 C-0332
2.5.33 C-0333
2.5.34 C-0334
2.5.35 C-0335
2.5.36 C-0336
2.5.37 C-0337
2.5.38 C-0338
2.5.39 C-0339
2.5.40 C-0340
2.5.41 C-0341
2.5.42 C-0342
2.5.43 C-0343
2.5.44 C-0344
2.5.45 C-0345
2.5.46 C-0346
2.5.47 C-0347
2.5.48 C-0348
2.5.49 C-0349
2.5.50 C-0350
2.5.51 C-0351
2.5.52 C-0352
2.5.53 C-0353
2.5.54 C-0354
2.5.55 C-0355
2.5.56 C-0356
2.5.57 C-0357
2.5.58 C-0358
2.5.59 C-0359
2.5.60 C-0360
2.5.61 C-0361
2.5.62 C-0362
2.5.63 C-0363
2.5.64 C-0364
2.5.65 C-0365
2.5.66 C-0366
2.5.67 C-0367
2.5.68 C-0368
2.5.69 C-0369
2.5.70 C-0370
2.5.71 C-0371
2.5.72 C-0372
2.5.73 C-0373*
2.5.74 C-0374*
2.5.75 C-0375*
2.5.76 C-0376*
2.5.77 C-0377
2.5.78 C-0378
2.6 Solution 3 (C-0401_0500)
2.6.1 C-0401
2.6.2 C-0402
2.6.3 C-0403
2.6.4 C-0404
2.6.5 C-0405
2.6.6 C-0406
2.6.7 C-0407
2.6.8 C-0408
2.6.9 C-0409
2.6.10 C-0410
2.6.11 C-0411
2.6.12 C-0412
2.6.13 C-0413
2.6.14 C-0414
2.6.15 C-0415 (LU-202m, LU-202XL)
2.6.16 C-0415 (LU-202XLm)
2.6.17 C-0416 (LU-202m, LU-202XL)
2.6.18 C-0416 (LU-202XLm)
2.6.19 C-0417 (LU-202m, LU-202XL)
2.6.20 C-0417 (LU-202XLm)
2.6.21 C-0418 (LU-202m, LU-202XL)
2.6.22 C-0418 (LU-202XLm)
2.6.23 C-0419
2.6.24 C-0420
2.6.25 C-0421
2.6.26 C-0422
2.6.27 C-0423
2.6.28 C-0424
2.6.29 C-0425
2.6.30 C-0426
2.6.31 C-0427
2.6.32 C-0428
2.6.33 C-0429
2.6.34 C-0430
2.6.35 C-0431
2.6.36 C-0432
2.6.37 C-0433
2.6.38 C-0434
2.6.39 C-0435
2.6.40 C-0436
2.6.41 C-0437
2.6.42 C-0438
2.6.43 C-0439
2.6.44 C-0440
2.6.45 C-0441
2.6.46 C-0452
2.6.47 C-0453
2.7 Solution 4 (C-1001_1126)
2.7.1 C-1005
2.7.2 C-1006
2.7.3 C-1007
2.7.4 C-1007
2.7.5 C-1009
2.7.6 C-1010
2.7.7 C-1011
2.7.8 C-1012
2.7.9 C-1014
2.7.10 C-1015
2.7.11 C-1016
2.7.12 C-1018
2.7.13 C-1019
2.7.14 C-1021
2.7.15 C-1101 (FS-531/612)
2.7.16 C-1102 (FS-531/612)
2.7.17 C-1102 (FS-532)
2.7.18 C-1102 (OT-510)
2.7.19 C-1103 (FS-531/612)
2.7.20 C-1103 (FS-532)
2.7.21 C-1104 (FS-531/612)
2.7.22 C-1105 (FS-531/612)
2.7.23 C-1105 (FS-532)
2.7.24 C-1105 (OT-510)
2.7.25 C-1106 (FS-531/612)
2.7.26 C-1106 (FS-532)
2.7.27 C-1107 (FS-612)
2.7.28 C-1108 (FS-612)
2.7.29 C-1109 (FS-531/612)
2.7.30 C-1109 (FS-532)
2.7.31 C-1110 (FS-531/612)
2.7.32 C-1111 (FS-612)
2.7.33 C-1112 (FS-612)
2.7.34 C-1113 (FS-612)
2.7.35 C-1113 (FS-532)
2.7.36 C-1114 (FS-612)
2.7.37 C-1114 (FS-532)
2.7.38 C-1115 (FS-612)
2.7.39 C-1115
2.7.40 C-1116 (FS-612)
2.7.41 C-1124
2.7.42 C-1125
2.7.43 C-1126
2.8 Solution 5 (C-1127_1230)
2.8.1 C-1127 (PK-512/513)
2.8.2 C-1127 (PK-522)
2.8.3 C-1132 (PK-512/513)
2.8.4 C-1132 (PK-522)
2.8.5 C-1137 (FS-531/612)
2.8.6 C-1137 (FS-532)
2.8.7 C-1141 (FS-532)
2.8.8 C-1144 (FS-532)
2.8.9 C-1144 (OT-510)
2.8.10 C-1147 (FS-532)
2.8.11 C-1147 (OT-510)
2.8.12 C-1153 (FS-532)
2.8.13 C-1153 (OT-510)
2.8.14 C-1154 (FS-532)
2.8.15 C-1154 (OT-510)
2.8.16 C-1155 (FS-532)
2.8.17 C-1155 (OT-510)
2.8.18 C-1156 (FS-532)
2.8.19 C-1157 (FS-532)
2.8.20 C-1158 (FS-532)
2.8.21 C-1159 (FS-532)
2.8.22 C-1170 (FS-532)
2.8.23 C-1170 (OT-510)
2.8.24 C-1171 (FS-532)
2.8.25 C-1172 (FS-532)
2.8.26 C-1173
2.8.27 C-1174
2.8.28 C-1175
2.8.29 C-1176
2.8.30 C-1177
2.8.31 C-1179 (FS-532)
2.8.32 C-1179 (OT-510)
2.8.33 C-1180
2.8.34 C-1181
2.8.35 C-1201
2.8.36 C-1202
2.8.37 C-1203
2.8.38 C-1204
2.8.39 C-1205
2.8.40 C-1206
2.8.41 C-1211
2.8.42 C-1212
2.8.43 C-1213
2.8.44 C-1214
2.8.45 C-1215
2.8.46 C-1216
2.8.47 C-1221
2.8.48 C-1222
2.8.49 C-1223
2.8.50 C-1224
2.8.51 C-1225
2.8.52 C-1226
2.8.53 C-1227
2.8.54 C-1228
2.8.55 C-1229
2.8.56 C-1230
2.9 Solution 6 (C-1231_1270)
2.9.1 C-1231
2.9.2 C-1232
2.9.3 C-1233
2.9.4 C-1234
2.9.5 C-1235
2.9.6 C-1241
2.9.7 C-1242
2.9.8 C-1242
2.9.9 C-1243
2.9.10 C-1243
2.9.11 C-1244
2.9.12 C-1244
2.9.13 C-1245
2.9.14 C-1245
2.9.15 C-1246
2.9.16 C-1246
2.9.17 C-1247
2.9.18 C-1247
2.9.19 C-1248
2.9.20 C-1248
2.9.21 C-1249
2.9.22 C-1249
2.9.23 C-1250
2.9.24 C-1250
2.9.25 C-1251
2.9.26 C-1251
2.9.27 C-1252
2.9.28 C-1252
2.9.29 C-1253
2.9.30 C-1253
2.9.31 C-1254
2.9.32 C-1254
2.9.33 C-1255
2.9.34 C-1256
2.9.35 C-1256
2.9.36 C-1257
2.9.37 C-1258
2.9.38 C-1258
2.9.39 C-1259
2.9.40 C-1259
2.9.41 C-1260
2.9.42 C-1260
2.9.43 C-1261
2.9.44 C-1261
2.9.45 C-1262
2.9.46 C-1262
2.9.47 C-1263
2.9.48 C-1263
2.9.49 C-1264
2.9.50 C-1264
2.9.51 C-1265
2.9.52 C-1265
2.9.53 C-1266
2.9.54 C-1266
2.9.55 C-1267
2.9.56 C-1267
2.9.57 C-1268
2.9.58 C-1268
2.9.59 C-1269
2.9.60 C-1269
2.9.61 C-1270
2.9.62 C-1270
2.10 Solution 7 (C-1271_1400)
2.10.1 C-1271
2.10.2 C-1271
2.10.3 C-1272
2.10.4 C-1272
2.10.5 C-1273
2.10.6 C-1273
2.10.7 C-1274
2.10.8 C-1275
2.10.9 C-1275
2.10.10 C-1276
2.10.11 C-1277
2.10.12 C-1278
2.10.13 C-1279
2.10.14 C-1280
2.10.15 C-1281
2.10.16 C-1282
2.10.17 C-1302
2.10.18 C-1303
2.10.19 C-1304
2.10.20 C-1305
2.10.21 C-1307
2.10.22 C-1308
2.10.23 C-1309
2.10.24 C-1310
2.10.25 C-1311
2.10.26 C-1312
2.10.27 C-1313
2.10.28 C-1330
2.10.29 C-1331
2.10.30 C-1332
2.10.31 C-1333
2.10.32 C-1334
2.10.33 C-1341
2.10.34 C-1342
2.11 Solution 8 (C-1401_1500)
2.11.1 C-1402
2.11.2 C-1403
2.11.3 C-1404
2.11.4 C-1404
2.11.5 C-1406
2.11.6 C-1408
2.11.7 C-1409
2.11.8 C-1411
2.11.9 C-1412
2.11.10 C-1413
2.11.11 C-1431
2.11.12 C-1432
2.11.13 C-1433
2.11.14 C-1433
2.11.15 C-1435
2.11.16 C-1436
2.11.17 C-1437
2.11.18 C-1439
2.11.19 C-1442
2.11.20 C-1443
2.11.21 C-1444
2.11.22 C-1451
2.11.23 C-1452
2.11.24 C-1454
2.11.25 C-1456
2.11.26 C-1457
2.11.27 C-1458
2.11.28 C-1480
2.11.29 C-1499
2.12 Solution 9 (C-1501_1539)
2.12.1 C-1501
2.12.2 C-1502
2.12.3 C-1504
2.12.4 C-1505
2.12.5 C-1506
2.12.6 C-1507
2.12.7 C-1508
2.12.8 C-1509
2.12.9 C-1510
2.12.10 C-1511
2.12.11 C-1512
2.12.12 C-1513
2.12.13 C-1514
2.12.14 C-1515
2.12.15 C-1516
2.12.16 C-1517
2.12.17 C-1518
2.12.18 C-1519
2.12.19 C-1520
2.12.20 C-1521
2.12.21 C-1522
2.12.22 C-1523
2.12.23 C-1524
2.12.24 C-1525
2.12.25 C-1526
2.12.26 C-1527
2.12.27 C-1528
2.12.28 C-1530
2.12.29 C-1531
2.12.30 C-1532
2.12.31 C-1534
2.12.32 C-1537
2.12.33 C-1538
2.13 Solution 10 (C-1540_1931)
2.13.1 C-1540
2.13.2 C-1541
2.13.3 C-1542
2.13.4 C-1543
2.13.5 C-1544
2.13.6 C-1545
2.13.7 C-1546
2.13.8 C-1547
2.13.9 C-1548
2.13.10 C-1549
2.13.11 C-1550
2.13.12 C-1551
2.13.13 C-1552
2.13.14 C-1553
2.13.15 C-1554
2.13.16 C-1555
2.13.17 C-1556
2.13.18 C-1557
2.13.19 C-1558
2.13.20 C-1559
2.13.21 C-1560
2.13.22 C-1561
2.13.23 C-1562
2.13.24 C-1565
2.13.25 C-1566
2.13.26 C-1567
2.13.27 C-1620
2.13.28 C-1621
2.13.29 C-1622
2.13.30 C-1623
2.13.31 C-1625
2.13.32 C-1626
2.13.33 C-1627
2.13.34 C-1628
2.13.35 C-1629
2.13.36 C-1630
2.13.37 C-1632
2.13.38 C-1633
2.13.39 C-1701
2.13.40 C-1702
2.13.41 C-1703
2.13.42 C-1704
2.13.43 C-1705
2.13.44 C-1706
2.13.45 C-1707
2.13.46 C-1708
2.13.47 C-1709
2.13.48 C-1710
2.13.49 C-1711
2.13.50 C-1713
2.13.51 C-1714
2.13.52 C-1715
2.13.53 C-1716
2.13.54 C-1717
2.13.55 C-1718
2.13.56 C-1719
2.13.57 C-1720
2.13.58 C-1721
2.13.59 C-1722
2.13.60 C-1723
2.13.61 C-1724
2.13.62 C-1725
2.13.63 C-1726
2.13.64 C-1727
2.13.65 C-1728
2.13.66 C-1729
2.13.67 C-1730
2.13.68 C-1731
2.13.69 C-1732
2.13.70 C-1733
2.13.71 C-1734
2.13.72 C-1735
2.13.73 C-1736
2.13.74 C-1737
2.13.75 C-1738
2.13.76 C-1739
2.13.77 C-1740
2.13.78 C-1741
2.13.79 C-1742
2.13.80 C-1743
2.13.81 C-1744
2.13.82 C-1745
2.13.83 C-1746
2.13.84 C-1747
2.13.85 C-1748
2.13.86 C-1749
2.13.87 C-1750
2.13.88 C-1751
2.13.89 C-1752
2.13.90 C-1753
2.13.91 C-1754
2.13.92 C-1755
2.13.93 C-1756
2.13.94 C-1757
2.13.95 C-1758
2.13.96 C-1771
2.13.97 C-1772
2.13.98 C-1773
2.13.99 C-1774
2.13.100C-1775
2.13.101C-1776
2.13.102C-1779
2.13.103C-1780
2.13.104C-1781
2.13.105C-1783
2.13.106C-1784
2.13.107C-1785
2.13.108C-1786
2.13.109C-1787
2.13.110C-1791
2.13.111C-1792
2.13.112C-1793
2.13.113C-1794
2.13.114C-1795
2.13.115C-1796
2.13.116C-1797
2.13.117C-1798
2.13.118C-1799
2.13.119C-1800
2.13.120C-1801
2.13.121C-1802
2.13.122C-1803
2.13.123C-1819
2.13.124C-1820
2.13.125C-1821
2.13.126C-1825
2.13.127C-1826
2.13.128C-1827
2.13.129C-1901
2.13.130C-1902
2.13.131C-1903
2.13.132C-1904
2.13.133C-1906
2.13.134C-1907
2.13.135C-1908
2.13.136C-1909
2.13.137C-1910
2.13.138C-1911
2.13.139C-1912
2.13.140C-1916
2.13.141C-1930
2.13.142C-1931
2.14 Solution 11 (C-2001_2400)
2.14.1 C-2001
2.14.2 C-2004
2.14.3 C-2005
2.14.4 C-2201
2.14.5 C-2202
2.14.6 C-2203
2.14.7 C-2204
2.14.8 C-2211
2.14.9 C-2212
2.14.10 C-2213
2.14.11 C-2214
2.14.12 C-2220
2.14.13 C-2221
2.14.14 C-2222
2.14.15 C-2223
2.14.16 C-2224
2.14.17 C-2225
2.14.18 C-2251
2.14.19 C-2252
2.14.20 C-2253
2.14.21 C-2254
2.14.22 C-2302*
2.14.23 C-2303*
2.14.24 C-2304*
2.14.25 C-2305*
2.14.26 C-2306*
2.14.27 C-2307*
2.15 Solution 12 (C-2401_2500)
2.15.1 C-2401
2.15.2 C-2402
2.15.3 C-2403
2.15.4 C-2404
2.15.5 C-2431
2.15.6 C-2432
2.15.7 C-2433
2.15.8 C-2434
2.15.9 C-2441
2.15.10 C-2442
2.15.11 C-2443
2.15.12 C-2444
2.15.13 C-2451
2.15.14 C-2452
2.15.15 C-2453
2.15.16 C-2454
2.15.17 C-2455
2.15.18 C-2456
2.15.19 C-2457
2.15.20 C-2458
2.15.21 C-2470
2.15.22 C-2471
2.16 Solution 13 (C-2701_2800)
2.16.1 C-2701
2.16.2 C-2702
2.16.3 C-2703
2.16.4 C-2704
2.16.5 C-2711
2.16.6 C-2712
2.16.7 C-2713
2.16.8 C-2714
2.16.9 C-2720
2.16.10 C-2721
2.17 Solution 14 (C-2801_3000)
2.17.1 C-2801
2.17.2 C-2802
2.17.3 C-2803
2.17.4 C-2804
2.17.5 C-2811
2.17.6 C-2812
2.17.7 C-2813
2.17.8 C-2814
2.17.9 C-2821
2.17.10 C-2822
2.17.11 C-2823
2.17.12 C-2824
2.17.13 C-2831
2.17.14 C-2832
2.17.15 C-2833
2.17.16 C-2834
2.17.17 C-2840
2.17.18 C-2841
2.18 Solution 15 (C-3001_3500)
2.18.1 C-3001
2.18.2 C-3101
2.18.3 C-3102
2.18.4 C-3103
2.18.5 C-3104
2.18.6 C-3105
2.18.7 C-3301*
2.18.8 C-3302*
2.18.9 C-3303
2.18.10 C-3304*
2.18.11 C-3305*
2.18.12 C-3307*
2.18.13 C-3308*
2.18.14 C-3401
2.19 Solution 16 (C-3501_4000)
2.19.1 C-3501 *
2.19.2 C-3502 *
2.19.3 C-3503 *
2.19.4 C-3504 *
2.19.5 C-3505*
2.19.6 C-3506*
2.19.7 C-3508*
2.19.8 C-3509*
2.19.9 C-3510*
2.19.10 C-3511*
2.19.11 C-3512*
2.19.12 C-3513*
2.19.13 C-3515*
2.19.14 C-3517*
2.19.15 C-3518*
2.19.16 C-3519*
2.19.17 C-3801*
2.19.18 C-3802*
2.19.19 C-3803*
2.19.20 C-3807*
2.19.21 C-3901*
2.19.22 C-3902*
2.19.23 C-3903*
2.19.24 C-3904*
2.19.25 C-3905*
2.19.26 C-3906*
2.19.27 C-3907*
2.19.28 C-3908*
2.19.29 C-3909*
2.19.30 C-3910*
2.19.31 C-3911*
2.19.32 C-3912*
2.19.33 C-3913*
2.19.34 C-3917*
2.20 Solution 17 (C-4001_5000)
2.20.1 C-4101
2.20.2 C-4102
2.20.3 C-4103
2.20.4 C-4104
2.20.5 C-4501
2.20.6 C-4502
2.20.7 C-4503
2.20.8 C-4504
2.20.9 C-4505
2.20.10 C-4506
2.20.11 C-4507
2.20.12 C-4508
2.20.13 C-4511
2.20.14 C-4512
2.20.15 C-4513
2.20.16 C-4514
2.20.17 C-4515
2.20.18 C-4516
2.20.19 C-4517
2.20.20 C-4518
2.20.21 C-4520
2.20.22 C-4521
2.20.23 C-4522
2.20.24 C-4525
2.20.25 C-4526
2.20.26 C-4527
2.20.27 C-4528
2.20.28 C-4601
2.20.29 C-4602
2.20.30 C-4603
2.20.31 C-4604
2.20.32 C-4611
2.20.33 C-4612
2.20.34 C-4613
2.20.35 C-4614
2.20.36 C-4631
2.20.37 C-4632
2.20.38 C-4633
2.20.39 C-4634
2.20.40 C-4641
2.20.41 C-4642
2.20.42 C-4643
2.20.43 C-4644
2.20.44 C-4661
2.20.45 C-4662
2.20.46 C-4663
2.20.47 C-4705
2.20.48 C-4709
2.20.49 C-4713
2.20.50 C-4714
2.20.51 C-4715
2.20.52 C-4716
2.20.53 C-4717
2.20.54 C-4718
2.20.55 C-4719
2.20.56 C-4720
2.20.57 C-4721
2.20.58 C-4722
2.20.59 C-4723
2.20.60 C-4724
2.20.61 C-4725
2.20.62 C-4726
2.20.63 C-4728
2.20.64 C-4729
2.20.65 C-47A5
2.20.66 C-4840
2.20.67 C-4850*
2.21 Solution 18 (C-5001_6000)
2.21.1 C-5002 *
2.21.2 C-5003
2.21.3 C-5006
2.21.4 C-5007
2.21.5 C-5008
2.21.6 C-5010
2.21.7 C-5014
2.21.8 C-5015
2.21.9 C-5016
2.21.10 C-5017
2.21.11 C-5025
2.21.12 C-5100
2.21.13 C-5101
2.21.14 C-5102
2.21.15 C-5103
2.21.16 C-5110
2.21.17 C-5111
2.21.18 C-5121
2.21.19 C-5137
2.21.20 C-5138
2.21.21 C-5301*
2.21.22 C-5305*
2.21.23 C-5307*
2.21.24 C-5309*
2.21.25 C-5310*
2.21.26 C-5311*
2.21.27 C-5401
2.21.28 C-5403
2.21.29 C-5404
2.22 Solution 19 (C-6001_7000)
2.22.1 C-6102
2.22.2 C-6103
2.22.3 C-6104
2.22.4 C-6105
2.22.5 C-6114
2.22.6 C-6115
2.22.7 C-6121
2.22.8 C-6702
2.22.9 C-6703
2.22.10 C-6704
2.22.11 C-6706
2.22.12 C-6720
2.22.13 C-6725
2.22.14 C-6751
2.22.15 C-6752
2.22.16 C-6753
2.22.17 C-6754
2.22.18 C-6755
2.22.19 C-6756
2.22.20 C-6781
2.22.21 C-6782
2.22.22 C-6801
2.22.23 C-6802
2.22.24 C-6A01
2.22.25 C-6A02
2.22.26 C-6A03
2.22.27 C-6A04
2.22.28 C-6A06
2.22.29 C-6A09
2.22.30 C-6A11
2.22.31 C-6A12
2.22.32 C-6A13
2.22.33 C-6A16
2.22.34 C-6A17
2.22.35 C-6A41
2.22.36 C-6A42
2.22.37 C-6A43
2.22.38 C-6A44
2.22.39 C-6A46
2.22.40 C-6A49
2.22.41 C-6A51
2.22.42 C-6A52
2.22.43 C-6A53
2.22.44 C-6A56
2.22.45 C-6A57
2.22.46 C-6A81
2.22.47 C-6A82
2.22.48 C-6A83
2.22.49 C-6A84
2.22.50 C-6A85
2.22.51 C-6A86
2.22.52 C-6A87
2.22.53 C-6A89
2.22.54 C-6A90
2.22.55 C-6A91
2.22.56 C-6A92
2.22.57 C-6A93
2.22.58 C-6A94
2.22.59 C-6A95
2.22.60 C-6A96
2.22.61 C-6A97
2.22.62 C-6A99
2.22.63 C-6B01
2.22.64 C-6B31
2.22.65 C-6BFF
2.22.66 C-6F01
2.23 Solution 20 (C-7001_9999)
2.23.1 C-7001
2.23.2 C-8001
2.23.3 C-8101
2.23.4 C-8103
2.23.5 C-8106
2.23.6 C-8107
2.23.7 C-8302
2.23.8 C-8401
2.23.9 C-8402
2.23.10 C-9401
2.23.11 C-9402
2.23.12 C-9403
2.23.13 C-9404
2.24 Solution 21 (C-C001_C200)
2.24.1 C-C101
2.24.2 C-C102
2.24.3 C-C104
2.24.4 C-C106
2.24.5 C-C109
2.24.6 C-C111
2.24.7 C-C112
2.24.8 C-C113
2.24.9 C-C114
2.24.10 C-C114
2.24.11 C-C116
2.24.12 C-C117
2.24.13 C-C118
2.24.14 C-C120
2.24.15 C-C121
2.24.16 C-C122
2.24.17 C-C123
2.24.18 C-C124
2.24.19 C-C126
2.24.20 C-C129
2.24.21 C-C132
2.24.22 C-C133
2.24.23 C-C134
2.24.24 C-C137
2.24.25 C-C138
2.24.26 C-C139
2.24.27 C-C140
2.24.28 C-C141
2.24.29 C-C142
2.24.30 C-C143
2.24.31 C-C149
2.24.32 C-C150
2.24.33 C-C151
2.24.34 C-C152
2.24.35 C-C156
2.25 Solution 22 (C-C201_E100)
2.25.1 C-D010
2.25.2 C-D060
2.25.3 C-D070
2.25.4 C-D080
2.25.5 C-D0C0
2.25.6 C-D0D1
2.25.7 C-D0E1
2.25.8 C-D0E3
2.25.9 C-D0E4
2.25.10 C-D0E5
2.25.11 C-D0E8
2.25.12 C-D0EF
2.25.13 C-D0F0
2.25.14 C-D0F1
2.25.15 C-D0F2
2.25.16 C-D0F5
2.25.17 C-D0F6
2.25.18 C-D0FD
2.25.19 C-D0FE
2.25.20 C-E001
2.25.21 C-E002
2.25.22 C-E003
2.25.23 C-E004
2.25.24 C-E005
2.25.25 C-E006
2.25.26 C-E007
2.25.27 C-E008
2.25.28 C-E009
2.25.29 C-E017
2.25.30 C-E018
2.25.31 C-E020
3. TROUBLES THAT DO NOT DISPLAY THE MALFUNCTION CODE
3.1 The power of main body does not become active
3.1.1 Activate the main power switch but the power LED of the operation panel does not light up in orange
3.1.2 Activate the main power switch and the sub power switch, but the touch panel does not display anything
3.1.3 Activate the sub power switch but the power LED does not switch from orange to blue
3.1.4 The operation panel stops on the “Please wait starting system” screen
3.2 The power is not supplied to DF
3.3 The power is not supplied to the paper feed option
3.3.1 PF-602m
3.3.2 PF-707m
3.3.3 LU-202m
3.3.4 LU-202XL
3.3.5 LU-202XLm
3.4 The power is not supplied to the finishing option
3.4.1 RU-518
3.4.2 RU-510
3.4.3 IQ-501
3.4.4 FS-531 /FS-612
3.4.5 FS-532
3.4.6 OT-510
3.4.7 LS-506
3.4.8 FD-503
3.4.9 SD-506
3.4.10 SD-513
3.4.11 PB-503
3.4.12 GP-501
4. IMAGE TROUBLE
4.1 Outline of solution
4.1.1 Test pattern print
4.2 Solution
4.2.1 Image trouble sample illustrations
4.2.2 White line 1, white band 1, color stripe 1, color band 1
4.2.3 White line 2, white band 2, color stripe 2, color band 2
4.2.4 Uneven density 1
4.2.5 Uneven density 2
4.2.6 Gradation error
4.2.7 Inky backside
4.2.8 Color reproduction error
4.2.9 Color registration error
4.2.10 Gray background
4.2.11 Low image density
4.2.12 Color spots
4.2.13 White spots, void areas
4.2.14 Blurry white spots, blurry color spots
4.2.15 Image erasure at leading edge, image erasure at trailing edge
4.2.16 Thick paper leading edge repelling, Thick paper trailing edge repelling
4.2.17 Blank print, black print
4.2.18 Ripple unevenness (solid images of R, B, G)
4.2.19 Moire
4.2.20 Uneven gloss, trails of rollers
4.2.21 Image memory, size memory
4.2.22 Darker at trailing edge, faint at leading edge
4.2.23 Pitch unevenness
4.2.24 Periodical white dot, color dot
4.2.25 Poor fusing performance, offset
4.2.26 Blurred image
4.2.27 Brush effect, image bleeding
4.2.28 Paper crease, bleeding
4.2.29 Developing ghost
4.2.30 Image skew
4.2.31 Image distortion
4.2.32 ACS abnormality
4.2.33 Image abnormality
4.2.34 The density differs between the original and copy outputs
4.2.35 The color differs between the original and copy outputs
5. IC PROTECTOR
5.1 Outline
5.2 IC protector list
5.2.1 AccurioPress C3080, C3080P, C3070, and AccurioPrint C3070L*1
5.2.2 DF-706
5.2.3 PF-602m, HT-504, HT-505
5.2.4 PF-707m
5.2.5 LU-202m, LU-202XL, LU-202XLm
5.2.6 RU-518
5.2.7 FS-531
5.2.8 FS-612
5.2.9 PI-502
5.2.10 IQ-501
5.2.11 FS-532
5.2.12 SD-510
5.2.13 MB-508
5.2.14 OT-510
5.2.15 PK-522
5.2.16 LS-506
5.2.17 FD-503
5.2.18 SD-506
5.2.19 SD-513
5.2.20 TU-503
5.2.21 FD-504
5.2.22 PB-503
5.3 IC protector location
5.3.1 AccurioPress C3080, C3080P, C3070, and AccurioPrint C3070L*1
5.3.2 DF-706
5.3.3 PF-602m, HT-504, HT-505
5.3.4 PF-707m
5.3.5 LU-202m, LU-202XL, LU-202XLm
5.3.6 RU-518
5.3.7 FS-531
5.3.8 FS-612
5.3.9 PI-502
5.3.10 IQ-501
5.3.11 FS-532
5.3.12 SD-510
5.3.13 MB-508
5.3.14 OT-510
5.3.15 PK-522
5.3.16 LS-506
5.3.17 SD-506
5.3.18 SD-513
5.3.19 TU-503
5.3.20 FD-504
6. TROUBLESHOOTING (IC-605)
6.1 IC malfunction code list
6.2 IC solution
6.2.1 00-001
6.2.2 00-002
6.2.3 01-001
6.2.4 01-002
6.2.5 02-001
7. TROUBLESHOOTING (GP-501)
7.1 TROUBLESHOOTING (GP-501)
7.2 Troubleshooting
7.2.1 Troubleshooting
7.2.2 General
7.2.3 Back Gauge
7.2.4 Die Set
7.3 Initial Service Action
7.3.1 Initial Service Action
7.4 Mis-Feed Service Action
7.4.1 Mis-Feed Service Action
7.5 Final Service Action
7.5.1 Final Service Action
8. OTHER ABNORMALITIES (ERROR CODES, TROUBLESHOOTINGS)

L) PARTS/CONNECTOR LAYOUT DRAWING
1. PARTS LAYOUT DRAWING
1.1 AccurioPress C3080, C3080P, C3070, and AccurioPrint C3070L*1
1.1.1 Main body rear side 1
1.1.2 Main body rear side 2
1.1.3 Main body upper surface
1.1.4 Main body left side
1.1.5 Main body front side1
1.1.6 Main body front side2
1.1.7 Write section
1.1.8 Developing section
1.1.9 Intermediate transfer section
1.1.10 Image correction unit section
1.1.11 Paper feed tray
1.1.12 Vertical conveyance section
1.1.13 Registration section
1.1.14 Duplex section 1
1.1.15 Duplex section 2
1.1.16 Duplex section 3
1.1.17 Fusing section
1.1.18 Paper exit section
1.1.19 Operation panel section
1.1.20 Charge control section
1.2 DF-706
1.3 PF-602m, HT-504, and HT-505
1.3.1 Configuration front side
1.3.2 Configuration rear side
1.3.3 Vertical conveyance section
1.3.4 Horizontal conveyance section
1.3.5 Tray section 1
1.3.6 Tray section2
1.4 PF-707m, HT-506
1.4.1 Front side
1.4.2 Right side
1.4.3 Rear side
1.4.4 Vertical conveyance section front side
1.4.5 Vertical conveyance section rear side
1.4.6 Horizontal conveyance section top side
1.4.7 Horizontal conveyance section bottom side
1.4.8 Horizontal conveyance section rear side
1.4.9 Paper feed trays 1 to 3 section
1.4.10 Paper feed suction section
1.4.11 HT-506
1.5 FA-502
1.5.1 Tandem conveyance section
1.5.2 Rear side of PF-707m
1.6 LU-202m, LU-202XL, LU-202XLm, HT-503, and HT-515
1.6.1 Paper feed/up/down section (LU-202m)
1.6.2 Paper feed/up/down section (LU-202XL, LU-202XLm)
1.6.3 Inside the machine (LU-202m)
1.6.4 Inside the machine (LU-202XL, LU-202XLm)
1.6.5 HT-503
1.6.6 HT-515
1.7 MB-506
1.8 MB-508
1.8.1 Conveyance section
1.8.2 Rear side
1.9 OT-510
1.9.1 Rear side
1.9.2 Right side
1.9.3 Left side 1
1.9.4 Left side 2
1.9.5 Upper surface
1.10 OT-511
1.11 EF-103
1.12 RU-518/HM-103
1.12.1 Right side 1
1.12.2 Right side 2
1.12.3 Left side
1.12.4 Rear side
1.12.5 Front side
1.12.6 Output paper density detection section
1.12.7 Humidification section 1 (HM-103)
1.12.8 Humidification section 2 (HM-103)
1.12.9 Humidification section 3 (HM-103)
1.12.10 Humidification section 4 (HM-103)
1.13 RU-510
1.13.1 Right side
1.13.2 Left-side view
1.13.3 Rear side
1.14 FS-531
1.14.1 Front side
1.14.2 Rear side
1.14.3 Stacker section rear side
1.14.4 Stapler section
1.15 FS-612
1.15.1 Front side
1.15.2 Rear side
1.15.3 Folding section
1.15.4 Stapler section
1.16 PK-512/513
1.17 PI-502
1.18 IQ-501
1.18.1 Rear side 1
1.18.2 Rear side 2
1.18.3 Conveyance section 1
1.18.4 Conveyance section 2
1.18.5 Scanner section
1.18.6 Scanner calibration section
1.18.7 Colorimeter section
1.18.8 Colorimeter calibration section
1.19 FS-532
1.19.1 Rear side
1.19.2 Right side
1.19.3 Left side 1
1.19.4 Left side 2
1.19.5 Front side
1.19.6 Upper surface
1.19.7 Stacker 1
1.19.8 Stacker 2
1.19.9 Stacker 3
1.19.10 Stapler
1.20 SD-510
1.20.1 Rear side
1.20.2 Front side
1.20.3 Bottom 1
1.20.4 Bottom 2
1.20.5 Stapler
1.21 PK-522
1.22 MK-732
1.23 LS-506
1.23.1 Front side
1.23.2 Upper surface
1.23.3 Rear side
1.23.4 Shift unit
1.24 FD-503
1.24.1 Conveyance section front side/right side
1.24.2 Major boards in the power source section
1.24.3 Conveyance section rear side/left side
1.24.4 PI rear side
1.24.5 PI upper surface
1.24.6 PI lower tray
1.24.7 Punch section
1.24.8 Folding unit front side/right side
1.24.9 Folding unit rear side/left side
1.25 SD-506
1.25.1 Horizontal conveyance section
1.25.2 Right angle conveyance section
1.25.3 Folding section
1.25.4 Saddle stitching section
1.25.5 Bundle processing section
1.25.6 Trimmer section
1.25.7 Left-side view
1.25.8 Front side
1.25.9 Rear side
1.26 SD-513
1.26.1 Rear console front side 1
1.26.2 Rear console front side 2
1.26.3 Rear console rear side
1.26.4 Front console
1.26.5 Entrance conveyance section
1.26.6 Folding conveyance section
1.26.7 Sub tray/tri-folding tray section 1
1.26.8 Sub tray/tri-folding tray section 2
1.26.9 Saddle stitching section
1.26.10 Booklet movement section
1.26.11 Clamp section
1.26.12 Trimmer section
1.26.13 Booklet tray section
1.27 CR-101
1.28 TU-503
1.29 FD-504
1.29.1 Clamp up down section
1.29.2 Spine corner forming section
1.29.3 SD-513 left side
1.30 PB-503
1.30.1 SC section
1.30.2 Clamp section
1.30.3 Pellet supply section
1.30.4 Glue tank section
1.30.5 Cover paper supply section
1.30.6 Cover paper table section
1.30.7 Book stock section
1.30.8 Conveyance section and framework section
1.30.9 Relay conveyance section
1.31 MK-737
1.32 GP-501
1.32.1 Rear side 1/Right side 1
1.32.2 Rear side 2/Left side
1.32.3 Right side 2
1.32.4 Front side
1.32.5 Bypass conveyance section
1.32.6 Punch conveyance section
1.33 GP-502
2. CONNECTOR LAYOUT DRAWING IN BOARD
2.1 AccurioPress C3080, C3080P, C3070, and AccurioPrint C3070L*1
2.1.1 Overall control board
2.1.2 Printer control board
2.1.3 Printer image processing board
2.1.4 Scanner image processing board
2.1.5 Scanner drive board
2.1.6 AC drive board/1 (ACDB/1)
2.1.7 Conveyance drive board
2.1.8 DC power supply/1
2.1.9 DC power supply/2
2.1.10 High voltage unit/1
2.1.11 High voltage unit/2
2.1.12 High voltage unit/3
2.1.13 Operation board/1
2.1.14 Operation board/2
2.1.15 LCD board
2.1.16 CCD board
2.1.17 Scanner inverter board
2.1.18 NVRAM board
2.2 DF-706
2.2.1 DF control board (DFCB)
2.2.2 DF power supply board (DFPU)
2.2.3 Sensor control board (SCB)
2.2.4 Multi feed detection board/1 (transmitter) (MFDB/1)
2.2.5 Multi feed detection board/2 (receiver) (MFDB/2)
2.3 PF-602m/HT-504/505
2.3.1 PF drive board (PFDB)
2.3.2 AC drive board (ACDB)
2.4 PF-707m, HT-506
2.4.1 PFU drive board (PFUDB)
2.4.2 AC drive board (ACDB)
2.4.3 DC power supply /1, /2 (DCPS/1, /2)
2.4.4 Multi feed detection board/R (MFDBR)
2.4.5 Multi feed detection board/S (MFDBS)
2.5 LU-202m, LU-202XL, LU-202XLm, HT-503, and HT-515
2.5.1 LU drive board (LUDB) (LU-202m)
2.5.2 LU drive board (LUDB) (LU-202XL)
2.5.3 LU drive board (LUDB) (LU-202XLm)
2.5.4 AC drive board (ACDB)
2.6 MB-508
2.6.1 MB drive board (MBDB)
2.7 OT-510
2.7.1 FNS control board
2.8 RU-518/HM-103
2.8.1 RU control board (PCB1)
2.8.2 AC drive board (PCB2)
2.8.3 Color density detection board/Y, /M, /C, /K (CDDBY, CDDBM, CDDBC, CDDBK)
2.8.4 Color density control board (PCB3)
2.8.5 Jam indication board (PCB4)
2.8.6 DC power supply/1 (DCPS1)
2.8.7 DC power supply/2 (DCPS2)
2.8.8 DC power supply/3 (DCPS3)
2.8.9 DC power supply/4 (DCPS4)
2.9 RU-510
2.9.1 RU control board (RUCB)
2.9.2 Jam indication board (JAMIB)
2.10 FS-531
2.10.1 FNS control board (FNSCB)
2.10.2 Relay board (RB)
2.11 FS-612
2.11.1 FNS control board (FNSCB)
2.11.2 Relay board (RB)
2.12 PK-512/513
2.12.1 Punch drive board (PDB)
2.12.2 Paper size sensor board
2.13 PI-502
2.13.1 PI drive board (PIDB)
2.13.2 PI operation board (PIOB)
2.14 IQ-501
2.14.1 IQ control board (PCB1)
2.14.2 IQ drive board (PCB2)
2.14.3 LED drive board/1 (PCB4), /2 (PCB5)
2.14.4 IQ relay board (PCB6)
2.14.5 Jam indication board (PCB13)
2.15 FS-532
2.15.1 FNS control board
2.15.2 Jam indication board
2.16 SD-510
2.16.1 SD control board
2.17 PK-522
2.17.1 Punch drive board (PDB)
2.17.2 Paper size sensor board
2.18 LS-506
2.18.1 LS control board (LSCB)
2.18.2 Relay board/1 (RLB/1)
2.18.3 Relay board/2 (RLB/2)
2.18.4 DC power supply (DCPS)
2.18.5 Relay board (RLB)
2.19 FD-503
2.19.1 FD control board (FDCB)
2.19.2 Punch drive board (PDB)
2.19.3 Folding drive board (FDB)
2.19.4 PI drive board (PIDB)
2.19.5 FD operation board (FDOB)
2.19.6 Jam indication board (JAMIB)
2.19.7 DC power supply (DCPS)
2.19.8 Multi feed detection board/1, /2 (MFDB1, 2)
2.20 SD-506
2.20.1 SD control board (SDCB)
2.20.2 SD drive board (SDDB)
2.20.3 SD drive board/2 (SDDB/2)
2.20.4 DC power supply/1 (DCPS1)
2.20.5 DC power supply/2 (DCPS2)
2.20.6 DC power supply/3 (DCPS3)
2.20.7 Jam indication board/1 (JAMIB/1)
2.20.8 Jam indication board/2 (JAMIB/2)
2.21 SD-513
2.21.1 SD control board (PCB1)
2.21.2 SD drive board (PCB2)
2.21.3 Rear console jam indication board (PCB5)
2.21.4 Front console jam indication board (PCB6)
2.21.5 DC power supply/1 (DCPS1)
2.21.6 DC power supply/2 (DCPS2)
2.22 TU-503
2.22.1 Slitter drive board (TUDB)
2.23 FD-504
2.23.1 FD drive board (FDDB)
2.24 PB-503
2.24.1 PB control board (PBCB)
2.24.2 AC drive board (ACDB)
2.24.3 PB drive board/1 (PBDB1)
2.24.4 PB drive board/2 (PBDB2)
2.24.5 PB drive board/3 (PBDB3)
2.24.6 Jam indication board/1 (JAMB1)
2.24.7 Jam indication board/2 (JAMB2)
2.24.8 Manual operation board (OB1)
2.24.9 Booklet stock operation board (OB2)
2.24.10 DC power supply/1 (DCPU/1)
2.24.11 DC power supply/2 (DCPU/2)
2.24.12 DC power supply/3 (DCPU/3)
2.24.13 DC power supply/4 (DCPU/4)
2.24.14 DC power supply/5 (DCPU/5)
2.25 MK-737
2.25.1 MK relay board (MKRB)
2.26 GP-501
2.26.1 Punch Controller PCB
2.27 GP-502
2.28 VI-511
2.28.1 IQ image processing board (IPB/I)
2.29 VI-509
2.29.1 VIF board (VIFB)
3. RELAY CONNECTOR LAYOUT DRAWING
3.1 SD-506
3.1.1 Right side
3.1.2 Left side
3.1.3 Rear side-1
3.1.4 Rear side-2
3.1.5 Folding section
3.1.6 Saddle stitching section-1
3.1.7 Saddle stitching section-2
3.2 PB-503
3.2.1 Rear side-1
3.2.2 Rear side 2
3.2.3 Rear side 3
3.2.4 Rear side 4
3.2.5 Rear side 5
3.2.6 Front side
3.2.7 Sub compile (SC) section
3.2.8 Clamp section
3.2.9 Cover paper supply section
3.2.10 Cover paper table section
3.2.11 Book stock section
3.2.12 Conveyance section
3.2.13 Pellet supply section
3.2.14 Relay conveyance section

M) TIMING CHART
1. AccurioPress C3080, C3080P, C3070 and AccurioPrint C3070L
1.1 Timing chart when the sub power switch becomes active (in the morning)
1.2 Timing chart when the sub power switch becomes active (not in the morning)
1.3 Timing chart of the duplex mode
1.3.1 Operation condition
1.3.2 Timing chart
2. DF-706
2.1 Timing chart of the duplex mode
2.1.1 Operation condition
2.1.2 Timing chart diagram
3. PF-602m
3.1 Tray4, A4, 2 sheets of original
4. PF-707m
4.1 Timing chart of the simplex mode
4.1.1 Operation condition
4.1.2 Timing chart
5. LU-202m, LU-202XL, LU-202XLm
5.1 A4, simplex, 2 sheets
5.1.1 LU-202m, LU-202XL
5.1.2 LU-202XLm
5.2 A3, simplex, 2 sheets
6. MB-508
6.1 Timing chart of the simplex mode
6.1.1 Operation condition
6.1.2 Time chart
7. OT-510
7.1 Timing chart of the straight mode
7.1.1 Operation condition
7.1.2 Timing chart
8. RU-518/HM-103
8.1 Timing chart of the straight mode (Humidification is active)
8.1.1 Operation condition
8.1.2 Timing chart
8.2 Timing chart of the reverse exit mode
8.2.1 Operation condition
8.2.2 Timing chart
8.3 Timing chart of the paper exit tray mode
8.3.1 Operation condition
8.3.2 Timing chart
8.4 Timing chart of the de-curler mode
8.4.1 Operation condition
8.4.2 Timing chart
9. RU-510
9.1 Timing chart of the straight exit mode
9.1.1 Operation condition
9.1.2 Timing chart
9.2 Timing chart of the single sheet reverse/exit mode
9.2.1 Operation condition
9.2.2 Timing chart
9.3 Timing chart of the double sheets reverse/exit conveyance mode
9.3.1 Operation condition
9.3.2 Timing chart
10. FS-531
10.1 Timing chart of the sort mode
10.1.1 Operation condition
10.1.2 Timing chart
10.2 Timing chart of the flat-stapling mode
10.2.1 Operation condition
10.2.2 Timing chart
11. FS-612
11.1 Timing chart of the sort mode
11.1.1 Operation condition
11.1.2 Timing chart
11.2 Timing chart of the flat-stapling mode
11.2.1 Operation condition
11.2.2 Timing chart
11.3 Timing chart of the saddle stitching mode
11.3.1 Operation condition
11.3.2 Timing chart
11.4 Timing chart of the tri-folding mode
11.4.1 Operation condition
11.4.2 Timing chart
12. PK-512/513
12.1 Punch, 2 flat stitching staples, A4, 2 originals, 3 copies, Single side
13. PI-502
13.1 Timing chart of the PI automatic paper feed mode
13.1.1 Operation condition
13.1.2 Timing chart
14. IQ-501
14.1 Timing chart of the non-reading mode
14.1.1 Operation condition
14.1.2 Timing chart
14.2 Timing chart of the scanner reading mode (duplex mode)
14.2.1 Operation condition
14.2.2 Timing chart
14.3 Timing chart of the scanner+colorimeter reading mode
14.3.1 Operation condition
14.3.2 Timing chart
15. FS-532
15.1 Timing chart of the straight mode
15.1.1 Operation condition
15.1.2 Timing chart
15.2 Timing chart of the staple mode
15.2.1 Operation condition
15.2.2 Timing chart
16. SD-510
16.1 Time chart of the saddle stitching mode
16.1.1 Operation condition
16.1.2 Timing chart
16.2 Timing chart of the folding mode
16.2.1 Operation condition
16.2.2 Timing chart
16.3 Timing chart of the tri-folding mode
16.3.1 Operation condition
16.3.2 Timing chart
17. PK-522
17.1 Timing chart of the punch mode
17.1.1 Operation condition
17.1.2 Timing chart
18. LS-506
18.1 Timing chart of the straight mode
18.1.1 Operation condition
18.1.2 Timing chart
18.2 Timing chart of the shift mode
18.2.1 Operation condition
18.2.2 Timing chart
18.3 Timing chart of the sub tray mode
18.3.1 Operation condition
18.3.2 Timing chart
18.4 Timing chart of the coupling mode
18.4.1 Operation condition
18.4.2 Timing chart
19. FD-503
19.1 Timing chart of the letter fold-in mode
19.1.1 Operation condition
19.1.2 Timing chart
19.2 Timing chart of the letter fold-out mode
19.2.1 Operation condition
19.2.2 Timing chart
19.3 Timing chart of the double parallel mode
19.3.1 Operation condition
19.3.2 Timing chart
19.4 Timing chart of the half-folding mode
19.4.1 Operation condition
19.4.2 Timing chart
19.5 Timing chart of the gate fold mode
19.5.1 Operation condition
19.5.2 Timing chart
19.6 Timing chart of the Z-fold mode
19.6.1 Operation condition
19.6.2 Timing chart
19.7 Timing chart of the PI cover paper insertion mode
19.7.1 Operation condition
19.7.2 Timing chart
19.8 Timing chart of the punch mode
19.8.1 Operation condition
19.8.2 Timing chart
20. SD-506
20.1 Timing chart of the straight mode
20.1.1 Operation condition
20.1.2 Timing chart
20.2 Timing chart of the sub tray mode
20.2.1 Operation condition
20.2.2 Timing chart
20.3 Timing chart of the overlap tri-folding mode
20.3.1 Operation condition
20.3.2 Timing chart
20.4 Timing chart of the saddle stitching (trimmer) mode
20.4.1 Operation condition
20.4.2 Timing chart
21. SD-513
21.1 Timing chart of the straight mode
21.1.1 Operation condition
21.1.2 Timing chart
21.2 Timing chart of the sub tray mode
21.2.1 Operation condition
21.2.2 Timing chart
21.3 Timing chart of the overlap tri-folding mode
21.3.1 Operation condition
21.3.2 Timing chart
21.4 Timing chart of the multi half-folding mode
21.4.1 Operation condition
21.4.2 Timing chart
21.5 Time chart of the saddle stitching mode
21.5.1 Operation condition
21.5.2 Timing chart
21.6 Time chart of the spine corner forming mode
21.6.1 Operation condition
21.6.2 Timing chart
21.7 Time chart of the crease and slit mode
21.7.1 Operation condition
21.7.2 Timing chart
22. PB-503
22.1 Timing chart of the sub tray paper exit mode
22.1.1 Operation condition
22.1.2 Timing chart
22.2 Timing chart of the perfect binding mode (PB cover paper supply)
22.2.1 Operation condition
22.2.2 Timing chart
22.3 Timing chart of the perfect binding mode (Main body cover paper supply)
22.3.1 Operation condition
22.3.2 Timing chart
22.4 Timing chart of the relay conveyance mode
22.4.1 Operation condition
22.4.2 Timing chart

N) WIRING DIAGRAM
1. AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
1.1 AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L (1/4)
1.2 AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L (2/4)
1.3 AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L (3/4)
1.4 AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L (4/4)
2. DF-706
3. PF-602m (for WY3 or later)
4. PF-707m
4.1 PF-707m (1/2)
4.2 PF-707m (2/2)
5. LU-202m
6. LU-202XL
7. LU-202XLm
8. MB-508
9. OT-510
10. EF-103
11. RU-518/HM-103
12. RU-510
13. FS-531
14. FS-612
15. PK-512/513
16. PI-502
17. IQ-501
18. FS-532
19. SD-510
20. PK-522
21. LS-506
22. FD-503
23. SD-506
24. SD-513
24.1 SD-513 (1/2)
24.2 SD-513 (2/2)
25. CR-101
26. TU-503
27. FD-504
28. PB-503
29. MK-737
29.1 MK-737 (1/2)
29.2 MK-737 (2/2)
30. GP-501
31. GP-502

O) THEORY OF OPERATION AccurioPress C3080/C3080P/C3070, AccurioPrint C3070L
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. INTERFACE SECTION
2.1 Configuration
2.1.1 Main body right side
2.1.2 Main body left side
2.1.3 Main body upper side
3. SCANNER SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 LED exposure unit
3.3.2 When the power turns ON
3.3.3 Control when the Start key is pressed
3.3.4 Original scanning area
3.3.5 Original size detection control
3.3.6 Image processing
4. WRITING SECTION
4.1 Configuration
4.2 Operation
4.2.1 Exposure path
4.2.2 Writing control
4.2.3 Writing area
4.2.4 Color registration control
4.2.5 Front and back sides skew correction in the main scan direction
4.2.6 Back side magnification adjustment in sub scan direction
4.2.7 Image stabilization control
5. PHOTO CONDUCTOR SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Erase lamp (EL) control
5.3.2 Image stabilization control
6. CHARGING SECTION
6.1 Configuration
6.2 Operation
6.2.1 Charging control
6.2.2 Image stabilization control
7. DEVELOPING SECTION
7.1 Configuration
7.2 Drive
7.3 Operation
7.3.1 Developer conveyance
7.3.2 Developing bias
7.3.3 Developing suction control
7.3.4 Developing cooling control
7.3.5 Auto refining developing system
7.3.6 Image stabilization control
8. TONER SUPPLY SECTION
8.1 Configuration
8.2 Drive
8.2.1 Toner bottle drive
8.2.2 Toner supply drive
8.3 Operation
8.3.1 Toner conveyance device
8.3.2 Toner supply control to the toner hopper
8.3.3 Toner supply control to the developing unit
8.3.4 Remaining toner amount detection control
8.3.5 Stop control of printing without toner
9. INTERMEDIATE TRANSFER SECTION
9.1 Configuration
9.2 Drive
9.2.1 Transfer belt conveyance pressure drive
9.2.2 2nd transfer pressure release mechanism
9.3 Operation
9.3.1 Transfer belt conveyance, 1st transfer roller pressure and release mechanism
9.3.2 1st transfer control
9.3.3 2nd transfer mechanism
9.3.4 2nd transfer control
9.3.5 Separation claw control
9.3.6 Image correction unit shutter mechanism
9.3.7 Blade setting mode control
9.3.8 Belt filming prevention control
9.3.9 Image stabilization control
10. TONER COLLECTION SECTION
10.1 Configuration
10.2 Drive
10.3 Operation
10.3.1 Toner collection control
10.3.2 Waste toner box detection control
10.3.3 Waste toner box full detection control
11. PAPER FEED SECTION
11.1 Configuration
11.2 Drive
11.2.1 Paper feed drive
11.2.2 Tray up down drive
11.3 Operation
11.3.1 Up down control
11.3.2 Paper size detection control
11.3.3 Paper feed control
11.3.4 Remaining paper detection control
11.3.5 Dehumidification heater control (HT-511 option)
12. VERTICAL CONVEYANCE SECTION
12.1 Configuration
12.2 Drive
12.3 Operation
12.3.1 Vertical conveyance control
13. REGISTRATION SECTION
13.1 Configuration
13.2 Drive
13.2.1 Registration roller drive, registration roller swing drive
13.2.2 Registration roller pressure release drive
13.2.3 Loop roller drive
13.2.4 Loop roller pressure release drive
13.3 Operation
13.3.1 Loop control
13.3.2 Loop roller pressure release control
13.3.3 Registration roller pressure release control
13.3.4 Centering adjustment control
13.3.5 Registration operation
13.3.6 Paper leading edge timing adjustment control
13.3.7 Registration speed control
14. FUSING SECTION
14.1 Configuration
14.2 Drive
14.2.1 Fusing roller drive
14.2.2 Fusing pressure release drive
14.2.3 Fusing swing drive
14.3 Operation
14.3.1 Fusing roller drive control
14.3.2 Pressure release control
14.3.3 Fusing temperature control
14.3.4 Malfunction protection
14.3.5 Fusing roller/Lw cooling control
14.3.6 Fusing recovery control
14.3.7 Fusing air separation control
14.3.8 Fusing swing control
14.3.9 Fusing control
15. DUPLEX SECTION
15.1 Configuration
15.2 Drive
15.2.1 Intermediate conveyance, ADU conveyance drive
15.2.2 ADU reverse roller drive
15.2.3 Intermediate conveyance roller pressure and release drive
15.2.4 ADU roller pressure and release drive
15.2.5 Banner paper conveyance drive
15.3 Operation
15.3.1 Intermediate conveyance roller pressure and release mechanism
15.3.2 ADU roller pressure and release drive
15.3.3 Paper reverse control
15.3.4 ADU conveyance control
15.3.5 ADU conveyance control (banner paper 487.8 mm to 762 mm)
16. REVERSE AND EXIT SECTION
16.1 Configuration
16.2 Drive
16.2.1 Reverse and exit conveyance drive 1
16.2.2 Reverse and exit conveyance drive 2
16.2.3 Paper exit drive
16.3 Operation
16.3.1 Conveyance control
16.3.2 Reverse and exit timing control
16.3.3 Paper exit de-curler roller pressure control
16.3.4 Reverse de-curler roller pressure control
17. CHARGE CONTROL SECTION
17.1 Configuration
17.2 Drive
17.3 Operation
17.3.1 Conveyance control
17.3.2 Charging control
17.3.3 Fan control
17.3.4 Open close detection control
18. IMAGE STABILIZATION CONTROL
18.1 Outline
18.2 Long correction control
18.2.1 Outline
18.2.2 Automatic long correction control
18.2.3 Manual long correction control
18.2.4 Operation flow of the long correction control
18.2.5 Long correction control and color density control (periodical adjustment) with RU-518
18.3 Stabilization control between images
18.3.1 Outline
18.3.2 Dot diameter correction between images
18.4 Middle correction control
18.4.1 Outline
18.4.2 Automatic middle correction control
18.4.3 Middle correction for the measurement
18.4.4 Operation flow of the middle correction control
18.5 Other image stabilization controls
18.5.1 Color registration correction control
19. IMAGE PROCESSING SECTION
19.1 Image processing in the scanner section
19.1.1 Image processing flow in the scanner section
19.1.2 CCD sensor, CIS
19.1.3 A/D conversion
19.1.4 Shading correction, CIS correction
19.1.5 RGB gap correction
19.1.6 Chroma aberration correction
19.1.7 Color space conversion
19.1.8 Magnification processing in the main scan direction
19.1.9 Color conversion, character edge regeneration, color balance adjustment
19.1.10 Area discrimination
19.1.11 Image distinction
19.1.12 AE control
19.1.13 Reduction processing in the main and sub scan direction
19.2 Image processing in the write section
19.2.1 Image processing flow in the write section
19.2.2 Image compressing (IC-605)
19.2.3 Image enlargement (IC-605, IC-313, IC-417, IC-314)
19.2.4 IC-605 calibration correction (Standard)
20. POWER SOURCE SECTION
20.1 Operating parts with the connection of the power cord
20.1.1 Configuration
20.1.2 Operation
20.2 Operating parts when the main power switch (SW1) becomes active
20.2.1 Configuration
20.2.2 Operation
20.3 Operating parts when the sub power switch (SW2) becomes active
20.3.1 Configuration
20.3.2 Operation
20.4 Power cord
20.4.1 Configuration
20.5 Operating parts when the dehumidification heater switch (SW5) becomes active
20.5.1 Configuration
20.5.2 Operation
21. FAN SECTION
21.1 Configuration
21.2 Operation
21.2.1 Image processing cooling fan (FM1) control
21.2.2 Power supply cooling fan/1 (FM2) control
21.2.3 Power supply cooling fans/2 (FM3), power supply cooling fans/3 (FM4), power supply cooling fans/4 (FM5) control
21.2.4 Drum motor cooling fan/1 (FM6), drum motor cooling fan/2 (FM7) control
21.2.5 Fusing exhaust fan (FM8) control
21.2.6 Fusing belt exhaust fan (FM9) control
21.2.7 Fusing separation fan/1 (FM10), fusing separation fan/2 (FM11), fusing separation fan/3 (FM12) control
21.2.8 Fusing intake fan (FM13) control
21.2.9 Exhaust fan/Rr (FM14) abnormality
21.2.10 Exhaust fan/Fr (FM15) control
21.2.11 Transfer belt fan (FM17) control
21.2.12 PH cooling fan (FM18) control
21.2.13 Tacking fan/1 (FM19), Tacking fan/2 (FM20), Tacking fan/3 (FM21) control
21.2.14 Tacking fan/4 (FM35), Tacking fan/5 (FM36)
21.2.15 Cyclone exhaust fan (FM22) control
21.2.16 Paper exit cooling fan/1 (FM23), paper exit cooling fan/2 (FM25) control
21.2.17 ADU exhaust fan (FM24) control
21.2.18 Developing fan/1 (FM26), Developing fan/2 (FM27) and Developing fan/3 (FM28) control
21.2.19 ADU cooling fan (FM29) control
21.2.20 ADU reverse motor fan (FM30) control
21.2.21 Fusing roller cooling fans/1 (FM33) and Fusing roller cooling fans/2 (FM34) control
22. COUNTER SECTION
22.1 Configuration
22.2 Operation
23. ACS CONTROL
23.1 Switching from color mode to black and white mode
23.1.1 Outline
23.1.2 Sequence of switching from color mode to black and white mode
23.1.3 Sequence of switching from black and white mode to color mode
23.1.4 Timing of switching from color mode to black and white mode
23.2 Count at ACS
23.2.1 Black and white mode (1st transfer roller/Y, 1st transfer roller/M, 1st transfer roller/C released)
23.2.2 Color mode (1st transfer roller/Y, 1st transfer roller/M, 1st transfer roller/C, 1st transfer roller/K pressed)
24. IC-605/HDD/UPGRADE KIT (UK)
24.1 Configuration
24.2 Operation
24.2.1 Components of IC-605A (Option for C3080, C3070, C3070L)
24.2.2 Components of IC-605B (Option for C3080P)
24.2.3 HDD section components
24.2.4 Components of UK-104
24.2.5 Components of UK-218
24.2.6 VI-509
24.2.7 VI-511
25. AUTHENTICATION DEVICE
25.1 Authentication unit (IC card type: AU-201S)

P) THEORY OF OPERATION DF-706
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. PAPER FEED SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Original set/empty detection
2.3.2 Original size detection mechanism
2.3.3 Up/down control for the document feed tray
2.3.4 Original take-up control
2.3.5 Double feed detection control
3. REGISTRATION SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Registration control
4. READ SECTION
4.1 Configuration
4.2 Drive
4.3 Operation
4.3.1 Reading transport control
4.3.2 Reading roller pressure release control
4.3.3 DF original glass contamination prevention control
4.3.4 CIS original reading control
4.3.5 CIS control when power is turned ON
4.3.6 CIS control when the document is loaded
4.3.7 CIS control when the start key is pressed
4.3.8 CIS glass contamination prevention control
4.3.9 Opening and closing guide set detection
5. PAPER EXIT SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Document exit mechanism
6. OTHERS
6.1 Open and close detection section
6.1.1 DF angle open and close detection
6.1.2 DF open and close detection
6.2 Fan control
6.2.1 Function
6.2.2 Control condition
P THEORY OF OPERATION PF-602m/HT-504/505
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. PAPER FEED SUCTION SECTION
2.1 Configuration
2.2 Drive
2.2.1 Tray lift drive
2.2.2 Paper feed drive
2.2.3 Pick-up drive
2.3 Operation
2.3.1 Up down control
2.3.2 Size detection control
2.3.3 Pick-up mechanism
2.3.4 Separation mechanism
2.3.5 Air assist mechanism
2.3.6 Paper empty detection control
2.3.7 Remaining paper detection control
2.3.8 Tray lock control
3. CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Pre-registration control
3.3.2 Conveyance control
3.3.3 Multi feed detection control
4. OTHERS
4.1 Dehumidification heater control
4.2 Tray damper mechanism
4.3 Main body assist mechanism
4.3.1 Filter replacement assy retaining mechanism
4.3.2 Filter replacement assy ventilation mechanism
5. HT-504/505 (OPTIONAL)
5.1 Configuration
5.2 Operation
5.2.1 Dehumidifier fan heater control

P) THEORY OF OPERATION PF-707m/HT-506
1. OUTLINE
1.1 UNIT CONFIGURATION
1.2 Paper path
2. PAPER FEED TRAY SECTION
2.1 Configuration
2.2 Drive
2.2.1 Tray lift drive
2.2.2 Side guide shutter drive
2.2.3 Paper leading edge shutter drive
2.2.4 Paper feed drive
2.3 Operation
2.3.1 Up down control
2.3.2 Size detection control
2.3.3 Air control
2.3.4 Paper empty detection control
2.3.5 Remaining paper detection control
2.3.6 Tray lock control
3. PAPER FEED SUCTION SECTION
3.1 Configuration
3.2 Drive
3.2.1 Paper feed drive
3.2.2 Paper feed suction drive
3.3 Operation
3.3.1 Suction control
3.3.2 Paper feed belt control
4. VERTICAL CONVEYANCE SECTION
4.1 Configuration
4.2 Drive
4.3 Operation
4.3.1 Vertical conveyance control
5. HORIZONTAL CONVEYANCE SECTION
5.1 Configuration
5.2 Drive
5.2.1 Horizontal conveyance drive
5.2.2 Horizontal conveyance roller pressure release drive
5.3 Operation
5.3.1 Pre-registration control
5.3.2 Horizontal conveyance control
5.3.3 Horizontal conveyance roller pressure release control
5.3.4 Multi-feed detection control
6. OTHERS
6.1 Internal heater control
6.2 Main body assist mechanism
6.2.1 Machine internal cooling mechanism
7. HT-506 (Option)
7.1 Configuration
7.2 Operation
7.2.1 Dehumidifier fan heater control

P) THEORY OF OPERATION LU-202m/LU-202XL/LU-202XLm/HT-503/HT-515/MK-746
1. OUTLINE
1.1 Unit configuration
1.1.1 LU-202m
1.1.2 LU-202XL, LU-202XLm
1.2 Paper path
1.2.1 LU-202m
1.2.2 LU-202XL, LU-202XLm
2. PAPER FEED SECTION
2.1 Configuration
2.1.1 LU-202m
2.1.2 LU-202XL, LU-202XLm
2.2 Drive
2.2.1 Paper feed drive
2.2.2 Pick-up drive
2.3 Operation
2.3.1 Paper feed control
2.3.2 Paper empty detection control
2.3.3 Remaining paper detection control
2.3.4 Size detection control
2.3.5 Double feed detection control (LU-202XL, LU-202XLm)
3. UP DOWN SECTION
3.1 Configuration
3.1.1 LU-202m
3.1.2 LU-202XLm
3.2 Drive
3.2.1 LU-202m
3.2.2 LU-202XL, LU-202XLm
3.3 Operation
3.3.1 Up down control (LU-202m)
3.3.2 Up down control (LU-202XL, LU-202XLm)
4. OTHERS
4.1 Dehumidification heater control
4.1.1 LU-202m
4.1.2 LU-202XL, LU-202XLm
4.2 Interlock switch control
5. HT-503 (OPTIONAL)
5.1 Configuration
5.1.1 LU-202m
5.1.2 LU-202XL, LU-202XLm
5.2 Operation
5.2.1 Dehumidifier fan heater control (LU-202m, LU-202XL)
5.2.2 Dehumidifier fan heater control (LU-202XLm)
6. HT-515 (OPTIONAL)
6.1 Configuration (HT-515)
6.2 Operation
6.2.1 Dehumidifier fan heater control
7. MK-746 (OPTIONAL)
7.1 Configuration
7.2 Outline

P) THEORY OF OPERATION MB-506
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. PAPER FEED SECTION
2.1 Configuration
2.2 Drive
2.2.1 Paper feed drive
2.2.2 Up down drive
2.3 Operation
2.3.1 Up down control
2.3.2 Paper size detection control
2.3.3 Paper feed control
2.3.4 Paper empty control
2.3.5 Remaining paper detection control

P) THEORY OF OPERATION MB-508
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. BYPASS PAPER FEED SECTION
2.1 Configuration
2.2 Drive
2.2.1 Paper feed drive
2.2.2 Up down drive
2.3 Operation
2.3.1 Up down control
2.3.2 Paper size detection control
2.3.3 Paper feed control
2.3.4 Paper empty control
2.3.5 Remaining paper detection control
3. RELAY CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.2.1 Bypass relay conveyance drive
3.2.2 LU relay conveyance drive
3.3 Operation
3.3.1 Bypass relay conveyance control
3.3.2 LU relay conveyance control
3.3.3 Bypass conveyance door open-close detection control
3.3.4 Relay conveyance door open-close detection control
4. OTHERS
4.1 Door open-close detection control
4.1.1 OUTLINE
4.1.2 Upper door open close detection mechanism
4.1.3 Front door open close detection mechanism

P) THEORY OF OPERATION MK-744C
1. OUTLINE
1.1 Unit configuration
2. STATUS INDICATOR LIGHT SECTION
2.1 Configuration
2.2 Operation
2.2.1 Lighting control
2.2.2 Connection specification

P) THEORY OF OPERATION OT-510
1. OUTLINE
1.1 Unit configration
1.2 Paper path
2. PAPER CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Line speed switch control
3. MAIN TRAY SECTION
3.1 Configuration
3.2 Drive
3.2.1 Main tray up-down drive
3.2.2 Paper exit roller/paper exit opening drive
3.2.3 Gripper/paper exit pressure drive
3.2.4 Paper exit alignment plate drive
3.2.5 Main tray shift drive
3.3 Operation
3.3.1 Paper exit opening control
3.3.2 Gripper control
3.3.3 Paper pressure control
3.3.4 Main tray up/down control
3.3.5 Paper exit alignment control
3.3.6 Main tray shift control

P) THEORY OF OPERATION OT-511
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Conveyance control
2.3.2 Paper exit full detection control
3. CONVEYANCE DOOR SECTION
3.1 Configuration
3.2 Operation
3.2.1 Conveyance door open and close control

P) THEORY OF OPERATION EF-103
1. OUTLINE
1.1 Way to distinguish the fusing unit between C3080, C3080P, C3070, C3070L and EF-103
1.2 Unit configuration
1.3 Paper path
2. FUSING SECTION
2.1 Configuration
2.2 Drive
2.2.1 Fusing roller drive
2.2.2 Fusing pressure release drive
2.2.3 Fusing swing drive
2.3 Operation
2.3.1 Fusing roller drive control
2.3.2 Pressure release control
2.3.3 Fusing temperature control
2.3.4 Malfunction protection
2.3.5 Fusing roller/Lw cooling control
2.3.6 Fusing recovery control
2.3.7 Fusing air separation control
2.3.8 Fusing swing control
3. PAPER FEED ASSIST SECTION
3.1 Configuration
3.2 Operation

P) THEORY OF OPERATION RU-518/HM-103
1. Outline
1.1 Unit configuration
1.2 Paper path
1.2.1 Straight mode
1.2.2 Reverse exit mode
1.2.3 Output tray mode
1.2.4 De-curler mode
1.2.5 De-curler + reverse exit mode
1.2.6 De-curler + output tray mode
2. Horizontal conveyance section
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Horizontal conveyance control
3. De-curler section
3.1 Configuration
3.2 Drive
3.2.1 De-curler conveyance drive
3.2.2 De-curler belt drive
3.2.3 De-curler pressure drive
3.3 Operation
3.3.1 De-curler conveyance control
3.3.2 De-curler pressure control
4. Reverse exit section
4.1 Configuration
4.2 Drive
4.2.1 Reverse exit conveyance drive
4.2.2 Reverse exit pressure release drive
4.3 Operation
4.3.1 Reverse exit conveyance control
4.3.2 Reverse exit pressure release control
5. Output paper density detection section
5.1 Configuration
5.2 Drive
5.2.1 Color sensor shutter drive
5.2.2 Paper pressure drive
5.3 Operation
5.3.1 Image density detection control
5.3.2 Color sensor shutter control
5.3.3 Paper pressure control
6. Exit tray section
6.1 Configuration
6.2 Drive
6.2.1 Paper exit conveyance drive
6.2.2 Paper exit gate drive
6.3 Operation
6.3.1 Paper exit conveyance control
6.3.2 Paper exit gate control
7. Conveyance path switching section
7.1 Configuration
7.2 Drive
7.2.1 De-curler entrance gate drive
7.2.2 Conveyance path switching gate drive
7.2.3 Reverse exit gate drive
7.3 Operation
7.3.1 De-curler entrance gate control
7.3.2 Conveyance path switching gate control
7.3.3 Reverse exit gate control
8. Water supply section (HM-103)
8.1 Configuration
8.2 Drive
8.2.1 Water feed path
8.3 Operation
8.3.1 Water supply control
9. Humidification section (HM-103)
9.1 Configuration
9.2 Drive
9.2.1 Humidification section conveyance drive
9.2.2 Humidification roller pressure drive
9.3 Operation
9.3.1 Humidification section conveyance control
9.3.2 Humidification roller pressure release control
10. Others
10.1 Fan control
10.1.1 Configuration
10.1.2 Outline

P) THEORY OF OPERATION MK-740/MK-740m
1. Outline
1.1 Unit configuration
1.2 Paper path
1.2.1 Paper path of Main Body + MB-506 + OT-511 + MK-740
1.2.2 Paper path of Main Body + LU-202XL + OT-511 + MK-740
1.2.3 Paper path of Main Body + MB-531 + FS-531/612 + MK-740
1.2.4 Paper path of Main Body + MB-506 + LU-202XL or LU-202XLm + FS-532 or OT-510 + MK-740 or MK-740m
1.2.5 Paper path of Main Body + PF-707m + MB-508 + LU-202XLm + FS-532 or OT-510 + MK-740 or MK-740m

P) THEORY OF OPERATION FA-502
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. TANDEM CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Tandem conveyance control

P) THEORY OF OPERATION FS-531
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 None sort/sort/group mode
1.2.2 Sub tray mode
1.2.3 Staple mode
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Punch registration control (Only when PK is installed)
2.3.2 FS conveyance control
2.3.3 Gate drive control
2.3.4 Bypass gate control
2.3.5 Shift control
2.3.6 Paper exit roller control
2.3.7 Paper exit opening solenoid control
2.3.8 Paper exit opening control
2.3.9 Sub tray paper exit control
3. MAIN TRAY SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Tray up down control
4. STACKER SECTION
4.1 Configuration
4.2 Drive
4.3 Operation
4.3.1 Alignment control
4.3.2 Stopper control
4.3.3 Stacker entrance conveyance control
4.3.4 Stacker paper exit control
5. STAPLER SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Stapler movement control
5.3.2 Stapler control

P) THEORY OF OPERATION FS-612
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 None sort/sort/group mode
1.2.2 Sub tray mode
1.2.3 Staple mode
1.2.4 Center folding/saddle stitching mode
1.2.5 Tri-folding mode
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Punch registration control (Only when PK is installed)
2.3.2 FS conveyance control
2.3.3 Gate drive control
2.3.4 Bypass gate control
2.3.5 Shift control
2.3.6 Paper exit roller control
2.3.7 Paper exit opening solenoid control
2.3.8 Paper exit opening control
2.3.9 Sub tray paper exit control
3. MAIN TRAY SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Tray up down control
4. STACKER SECTION
4.1 Configuration
4.2 Drive
4.3 Operation
4.3.1 Alignment/Up control
4.3.2 Alignment/Lw control
4.3.3 Stopper control
4.3.4 Stacker entrance conveyance control
4.3.5 Stacker paper exit control
5. STAPLER SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Stapler movement control
5.3.2 Stapler control
6. HALF-FOLDING/SADDLE-STITCHING/TRI-FOLDING SECTION
6.1 Configuration
6.2 Drive
6.3 Operation
6.3.1 Folding knife control
6.3.2 Folding conveyance control
6.3.3 Tri-folding gate control

P) THEORY OF OPERATION PK-512/513
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. PUNCH SECTION
2.1 Composition
2.2 Drive
2.2.1 Punch shift drive
2.2.2 Punch drive
2.3 Operation
2.3.1 Punch standby position movement control
2.3.2 Punch position correction control
2.3.3 Punch control
3. PUNCH SCRAPS BOX SECTION
3.1 Composition
3.2 Drive
3.3 Operation
3.3.1 Punch scraps box control

P) THEORY OF OPERATION PI-502
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 Automatic sheet feed (Online operation)
1.2.2 Manual sheet feed (Offline operation)
2. PAPER FEED SECTION
2.1 Configuration
2.2 Drive
2.2.1 Paper feed drive
2.2.2 Tray lift drive
2.3 Operation
2.3.1 Tray lift mechanism
2.3.2 Pick-up mechanism
2.3.3 Separation mechanism
2.3.4 Registration control
2.3.5 Paper size detection control

P) THEORY OF OPERATION IQ-501
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Conveyance drive
2.2.2 Conveyance mount lever lock drive
2.3 Operation
2.3.1 Conveyance control
2.3.2 Conveyance mount lever lock mechanism
2.3.3 Scanner calibration unit/1 evacuation mechanism
3. SCANNER SECTION/SCANNER CALIBRATION SECTION
3.1 Configuration
3.1.1 Scanner section
3.1.2 Scanner calibration section
3.2 Drive
3.2.1 Scanner calibration section rotation drive
3.3 Operation
3.3.1 Scanner reading control
3.3.2 Scanner calibration section rotation control
3.3.3 Scanner cleaning mechanism
3.3.4 Shading correction
3.3.5 Scanner dust detection control
4. COLORIMETER SECTION/COLORIMETER CALIBRATION SECTION
4.1 Configuration
4.1.1 Colorimeter section
4.1.2 Colorimeter calibration section
4.2 Drive
4.2.1 Colorimeter calibration section rotation drive
4.2.2 Colorimeter calibration section up down drive
4.3 Operation
4.3.1 Colorimetry control
4.3.2 Colorimetry trigger control
4.3.3 Thermochromism correction
4.3.4 Colorimeter white calibration
4.3.5 Colorimeter dust detection control
4.3.6 Colorimeter calibration section position control
5. FAN CONTROL
5.1 Configuration
5.2 Operation
5.2.1 Machine internal cooling mechanism
5.2.2 Scanner cooling mechanism
5.2.3 Colorimeter cooling mechanism
6. ADJUSTMENT FUNCTIONS
6.1 Auto Image Adjustment
6.1.1 Outline
6.1.2 Position adjustment
6.1.3 Gradation adjustment
6.2 Periodical Both Sides Adj
6.2.1 Outline
6.2.2 Basic operation
6.2.3 Deviation Check
6.2.4 Relation with Auto Image Adjustment
6.3 Periodical color density adjustment
6.3.1 Outline
6.3.2 Basic operation
6.3.3 Relation with Auto Image Adjustment

P) THEORY OF OPERATION FS-532
1. UNIT CONFIGURATION
2. PAPER PATH
3. PAPER CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.2.1 FNS entrance roller drive/conveyance gate drive
3.2.2 Bypass conveyance roller/stacker entrance roller drive
3.2.3 Sub tray conveyance roller/PK exit roller/stacker conveyance roller drive
3.2.4 Sub tray exit roller/horizontal conveyance roller drive
3.2.5 Bypass gate drive
3.3 Operation
3.3.1 Line speed switch control
3.3.2 Conveyance path switching control
4. SUB TRAY SECTION
4.1 Configuration
4.2 Drive
4.3 Operation
4.3.1 Sub tray paper exit control
4.3.2 Sub tray paper full detection control
5. STACKER SECTION
5.1 Configuration
5.2 Drive
5.2.1 Stacker entrance roller pressure release drive
5.2.2 Rewind paddle pressure release/rewind paddle drive
5.2.3 Stack assist plate drive
5.2.4 Alignment plate/rear stopper drive/bundle exit claw drive
5.2.5 Paper pressure drive
5.3 Operation
5.3.1 Paper overlap control
5.3.2 Stacker entrance roller pressure release control
5.3.3 Stack assist control
5.3.4 Paper stopper control
5.3.5 Rear stopper position control
5.3.6 Paper pressure control
5.3.7 Horizontal alignment control
5.3.8 Vertical alignment control
5.3.9 Small-size paper exit auxiliary control
6. STAPLER SECTION
6.1 Configuration
6.2 Drive
6.2.1 Stapler movement/rotation control
6.3 Operation
6.3.1 Stapler movement control
6.3.2 Staple control
7. MAIN TRAY SECTION
7.1 Configuration
7.2 Drive
7.2.1 Main tray up-down drive
7.2.2 Paper exit roller/paper exit opening drive
7.2.3 Gripper/paper exit pressure drive
7.2.4 Paper exit alignment plate drive
7.2.5 Main tray shift drive
7.3 Operation
7.3.1 Paper exit opening control
7.3.2 Gripper control
7.3.3 Paper pressure control
7.3.4 Main tray up/down control
7.3.5 Paper exit alignment control
7.3.6 Main tray shift control

P) THEORY OF OPERATION SD-510
1. UNIT CONFIGURATION
2. PAPER PATH
2.1 Half-folding/saddle stitching
2.2 Tri-folding
3. PAPER CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 SD entrance conveyance
4. ALIGNMENT SECTION
4.1 Configuration
4.2 Drive
4.2.1 Paddle/Md drive
4.2.2 Rear stopper/rear gripper drive
4.2.3 Paddle/Lw drive
4.2.4 Alignment Plate drive
4.3 Operation
4.3.1 Paper stopper control mechanism
4.3.2 Rear stopper mechanism
4.3.3 Alignment mechanism
4.3.4 Alignment control
5. STAPLER SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Stapler movement control
5.3.2 Staple control
6. HALF-FOLD/FOLD&STAPLE/TRI-FOLDING SECTION
6.1 Configuration
6.2 Drive
6.2.1 Folding roller drive
6.2.2 1st Fold knife drive
6.2.3 2nd folding knife drive
6.2.4 2nd Fold gate drive
6.3 Operation
6.3.1 1st folding knife control
6.3.2 Half-folding/saddle stitching conveyance control
6.3.3 2nd folding gate control
6.3.4 2nd Folding knife control
6.3.5 Tri-folding conveyance control
7. PAPER EXIT SECTION
7.1 Configuration
7.2 Drive
7.3 Operation
7.3.1 Paper exit control
7.3.2 Output tray lift up control

P) THEORY OF OPERATION PK-522
1. OUTLINE
1.1 Unit configuration
1.2 PAPER PATH
2. PUNCH SECTION
2.1 Configuration
2.2 Drive
2.2.1 Punch shift drive
2.2.2 Punch drive
2.3 Operation
2.3.1 Punch ready position movement control
2.3.2 Punch position correction control
2.3.3 Punch control
3. PUNCH-HOLE SCRAPS BOX SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Punch scraps dropping
3.3.2 Punch scraps box control

P) THEORY OF OPERATION MK-732
1. OUTLINE
1.1 Unit configuration
1.2 PAPER PATH
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Conveyance drive
2.3 Operation
2.3.1 Conveyance control

P) THEORY OF OPERATION LS-506
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. COUPLING CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.3 Operation
2.3.1 Door open/close mechanism
2.3.2 Jam release lever lock mechanism
3. ENTRANCE CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.3 Operation
3.3.1 Path switching
3.3.2 Conveyance line speed control
3.3.3 Paper cooling mechanism
4. CONVEYANCE SECTION
4.1 Configuration
4.2 Drive
4.2.1 Entrance conveyance drive
4.2.2 Stacker tray conveyance drive (M3 reverse)
4.2.3 Sub tray conveyance drive (M3 forward)
4.2.4 Coupling conveyance/grip belt/paper press arm drive
4.2.5 Stacker tray up down drive
4.2.6 Shift unit/alignment plate drive
4.2.7 Rear stopper/job partition plate drive
4.2.8 Front stopper/paper press arm drive
4.3 Operation
4.3.1 Stacker tray conveyance
4.3.2 Coupling conveyance
4.3.3 Sub tray conveyance

P) THEORY OF OPERATION FD-503
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 Straight mode
1.2.2 Sub tray mode
1.2.3 Punch mode (L and S sizes)
1.2.4 Z-Fold mode
1.2.5 Letter fold-out mode
1.2.6 Tri-Fold-in/double parallel mode
1.2.7 Gate fold mode
1.2.8 Half-fold mode
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Conveyance drive
2.2.2 Gate drive
2.2.3 Alignment drive
2.3 Operation
2.3.1 Conveyance path switching
2.3.2 Conveyance line speed control
2.3.3 Alignment control
2.3.4 Gap recovery control
3. PUNCH SECTION
3.1 Configuration
3.2 Drive
3.2.1 Rear registration drive
3.2.2 Punch drive
3.3 Operation
3.3.1 Punch control
3.3.2 Punch hole switching control
3.3.3 Punch-hole scraps box control
4. FOLDING CONVEYANCE SECTION
4.1 Configuration
4.2 Drive
4.2.1 Conveyance drive
4.2.2 Folding drive
4.3 Operation
4.3.1 Registration control
4.3.2 Conveyance path switching
4.3.3 1st folding control
4.3.4 2nd folding control
4.3.5 3rd folding control
5. MAIN TRAY SECTION
5.1 Configuration
5.2 Drive
5.3 Operation
5.3.1 Main tray up down control
6. SUB TRAY SECTION
6.1 Configuration
6.2 Drive
6.3 Operation
6.3.1 Sub tray full-status detection control
6.3.2 Line speed switching
7. PI SECTION
7.1 Configuration
7.2 Drive
7.2.1 Tray lift drive
7.2.2 Paper feed drive
7.2.3 Pick-up drive
7.3 Operation
7.3.1 Size detection control
7.3.2 Up down control
7.3.3 Pick-up mechanism
7.3.4 Separation mechanism
7.3.5 Multi feed detection control
7.3.6 Paper empty detection control

P) THEORY OF OPERATION SD-506
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 Coupling exit/sub tray exit mode
1.2.2 Overlap tri-folding mode
1.2.3 Center folding/saddle stitching mode
2. HORIZONTAL CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Entrance conveyance drive
2.2.2 Horizontal conveyance drive
2.2.3 Gate drive/sub tray pressure release drive
2.3 Operation
2.3.1 Conveyance path switching control
2.3.2 Conveyance line speed switch control
2.3.3 Sub tray paper exit control
2.3.4 Sub tray paper full detection control
3. RIGHT ANGLE CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.2.1 Right angle conveyance drive/alignment drive
3.2.2 Overlap drive
3.3 Operation
3.3.1 Paper overlap control
3.3.2 Alignment control
3.3.3 Right angle conveyance control
4. FOLDING SECTION
4.1 Configuration
4.2 Drive
4.2.1 Folding entrance drive
4.2.2 Folding conveyance drive
4.2.3 Folding blade drive
4.2.4 Folding main scan alignment drive
4.2.5 Folding sub scan alignment/center folding exit drive
4.2.6 Guide shaft drive
4.3 Operation
4.3.1 Folding entrance conveyance control
4.3.2 Folding main scan alignment control
4.3.3 Folding control
4.3.4 Folding sub scan alignment control
4.3.5 Guide shaft control
5. SADDLE STITCHING SECTION
5.1 Configuration
5.2 Drive
5.2.1 Saddle stitching alignment drive
5.2.2 Saddle stitching hold drive
5.2.3 Clincher up down drive
5.2.4 Stapler/clincher movement drive
5.2.5 Stapler/clincher drive
5.2.6 Bundle arm rotation drive
5.2.7 Bundle arm movement drive
5.2.8 Bundle arm assist drive
5.2.9 Bundle clip drive
5.3 Operation
5.3.1 Saddle stitching alignment control
5.3.2 Stapler/clincher movement control
5.3.3 Saddle stitching hold control
5.3.4 Clincher up down control
5.3.5 Stapler control
5.3.6 Bundle arm control
5.3.7 Bundle arm assist control
5.3.8 Bundle clip control
6. BUNDLE PROCESSING SECTION
6.1 Configuration
6.2 Drive
6.2.1 Bundle press stage lift drive
6.2.2 Bundle press movement drive
6.2.3 Bundle registration drive
6.2.4 Bundle press drive
6.2.5 Bundle exit drive
6.3 Operation
6.3.1 Bundle press stage up down control
6.3.2 Bundle press movement control
6.3.3 Bundle press control
6.3.4 Bundle registration control
6.3.5 Bundle exit control
7. TRIMMER SECTION
7.1 Configuration
7.2 Drive
7.2.1 Trimmer press drive
7.2.2 Trimmer blade drive
7.2.3 Trimmer board drive
7.2.4 Paddle drive
7.3 Operation
7.3.1 Trimmer press control
7.3.2 Trimmer blade control
7.3.3 Trimmer board control
7.3.4 Trimmer paddle control

P) THEORY OF OPERATION SD-513
1. Unit configuration
1.1 Entire system
1.2 Rear console
1.3 Front console
2. Paper path
2.1 Straight mode, sub tray mode
2.2 Overlap tri-folding mode
2.3 Multi half-fold mode, fold & staple and trimming mode
2.3.1 Conveyance path of the rear console
2.3.2 Conveyance path from the rear console to the front console
2.3.3 Conveyance path of the front console
3. ENTRANCE CONVEYANCE SECTION
3.1 Configuration
3.2 Drive
3.2.1 Entrance gate drive
3.2.2 Reverse/exit gate drive
3.2.3 Entrance conveyance drive
3.2.4 Reverse exit drive, reverse exit roller pressure release drive
3.2.5 Paper re-feed drive, paper re-feed roller pressure release drive
3.2.6 CD alignment plate drive
3.2.7 Front stopper drive
3.3 Operation
3.3.1 Conveyance path switching control
3.3.2 Line speed switch control
3.3.3 Overlap conveyance control
3.3.4 Reverse exit roller pressure release control
3.3.5 Stack assist control
3.3.6 Alignment control
3.3.7 Paper re-feed roller pressure release control
4. FOLDING CONVEYANCE SECTION
4.1 Configuration
4.2 Drive
4.2.1 Horizontal conveyance drive/1
4.2.2 Sub tray gate drive
4.2.3 Horizontal conveyance drive/2
4.2.4 Horizontal conveyance pressure release drive/1
4.2.5 Horizontal conveyance pressure release drive/2
4.2.6 1st folding stopper drive
4.2.7 1st folding FD alignment drive
4.2.8 Folding roller drive, tri-folding conveyance drive
4.2.9 1st folding knife drive
4.2.10 2nd folding knife drive
4.2.11 Folding roller guide drive
4.2.12 Half-folding conveyance drive
4.3 Operation
4.3.1 Conveyance path switching control
4.3.2 Horizontal conveyance control
4.3.3 Horizontal conveyance pressure release control
4.3.4 Vertical alignment control
4.3.5 1st Fold knife control
4.3.6 Folding control
4.3.7 2nd Folding knife control
4.3.8 Half-folding conveyance control
5. SUB TRAY, TRI-FOLDING TRAY SECTION
5.1 Configuration
5.2 Drive
5.2.1 Sub tray, tri-folding tray paper exit drive
5.2.2 Tri-folding paper exit gate drive
5.3 Operation
5.3.1 Conveyance path switching control
5.3.2 Sub tray, tri-folding tray paper exit control
5.3.3 Sub tray paper, tri-folding tray paper full detection control
6. SADDLE STITCHING SECTION
6.1 Configuration
6.2 Drive
6.2.1 Saddle stitching alignment drive/Rr
6.2.2 Saddle stitching alignment drive/Md
6.2.3 Saddle stitching alignment plate release drive
6.2.4 Saddle stitching alignment drive/Fr
6.2.5 Booklet holding drive
6.2.6 Stapler head drive
6.3 Operation
6.3.1 Saddle stitching alignment control
6.3.2 Stapler movement control
6.3.3 Booklet holding control
6.3.4 Stapler control
7. BOOKLET MOVEMENT SECTION
7.1 Configuration
7.2 Drive
7.2.1 Booklet holding unit drive
7.2.2 Booklet holding drive
7.2.3 Booklet set drive
7.2.4 Book movement drive
7.3 Operation
7.3.1 Booklet holding control
7.3.2 Booklet movement control
8. CLAMP SECTION
8.1 Configuration
8.2 Drive
8.2.1 Clamp up down drive
8.2.2 Clamp/Lt drive
8.2.3 Clamp/Rt drive
8.2.4 Lifter plate drive
8.2.5 Lifter plate up down drive
8.2.6 Fore edge stopper drive
8.2.7 Fore edge finger drive
8.2.8 Trimmer booklet holding drive
8.3 Operation
8.3.1 Clamp control
8.3.2 Lifter control
8.3.3 Fore edge stopper control
8.3.4 Trimmer booklet holding control
8.3.5 Front console lock control
9. TRIMMER SECTION
9.1 Configuration
9.2 Drive
9.2.1 Trimmer press drive
9.2.2 Trimmer brake drive
9.2.3 Trimmer blade drive
9.2.4 Trimmer board drive
9.2.5 Trimmer paddle drive
9.3 Operation
9.3.1 Trimmer press control
9.3.2 Trimmer blade control
9.3.3 Trimmer board control
9.3.4 Trimmer paddle control
9.3.5 Trimmer shutter control
9.3.6 Trimmer scraps box full detection control
10. BOOKLET TRAY SECTION
10.1 Configuration
10.2 Drive
10.2.1 Grip roller pressure drive
10.2.2 Grip roller rotation drive
10.2.3 Booklet tray paper exit drive
10.2.4 Paper exit belt drive
10.3 Operation
10.3.1 Grip roller control
10.3.2 Booklet tray paper exit control
10.3.3 Paper exit belt control
10.3.4 Paper exit shutter control
10.3.5 Booklet tray paper full detection control

P) THEORY OF OPERATION CR-101
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. CREASER SECTION
2.1 Configuration
2.2 Drive
2.2.1 Creaser drive
2.3 Operation
2.3.1 Paper conveyance control
2.3.2 Paper alignment control
2.3.3 Creaser control

P) THEORY OF OPERATION TU-503
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Conveyance gate drive
2.2.2 Conveyance drive
2.3 Operation
2.3.1 Gate open close control
2.3.2 Registration control
3. SLITTER SECTION
3.1 Configuration
3.2 Drive
3.2.1 Slitter position shift drive
3.2.2 Slit cutter drive
3.3 Operation
3.3.1 Trimmer control
4. ROTARY CUTTER SECTION
4.1 Configuration
4.2 Drive
4.2.1 Slit scraps trimmer drive
4.3 Operation
4.3.1 Slit scraps trimmer control
4.3.2 Slitter shutter control
5. SLIT SCRAPS BOX SECTION
5.1 Configuration
5.2 Operation
5.2.1 Slit scraps box set detection control
5.2.2 Slit scraps box full detection control

P) THEORY OF OPERATION FD-504
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
2. CLAMP UP DOWN SECTION
2.1 Configuration
2.2 Drive
2.2.1 FD clamp up and down drive
2.3 Operation
2.3.1 FD clamp up and down control
3. CLAMP SECTION
3.1 Configuration
3.2 Drive
3.2.1 FD clamp drive
3.3 Operation
3.3.1 FD clamp control
4. SPINE CORNER FORMING SECTION
4.1 Configuration
4.2 Drive
4.2.1 Spine corner forming drive
4.3 Operation
4.3.1 Spine corner forming control

P) THEORY OF OPERATION PB-503
1. OUTLINE
1.1 Unit configuration
1.2 Paper path
1.2.1 Sub tray exit
1.2.2 Perfect binding mode
1.2.3 Relay conveyance mode
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Entrance conveyance drive/Intermediate conveyance drive/Cover paper conveyance drive
2.2.2 Entrance gate drive/Bypass gate drive/Sub tray gate drive/Sub tray exit and separation drive
2.3 Operation
2.3.1 Gate control
2.3.2 Entrance conveyance control
2.3.3 Intermediate conveyance control
2.3.4 Cover paper conveyance control
2.3.5 Sub tray paper exit release control
2.3.6 Sub tray full-status detection control
2.3.7 Cover paper multi feed detection control
3. SUB COMPILE (SC) SECTION
3.1 Configuration
3.2 Drive
3.2.1 SC entrance conveyance drive/Switchback conveyance drive/Paper bundle conveyance drive
3.2.2 Switchback release drive
3.2.3 SC roller release drive/Clamp entrance release drive
3.2.4 Clamp entrance movement drive
3.2.5 SC main scan alignment drive
3.2.6 Sub scan alignment drive
3.2.7 SC stopper drive/SC pressure arm drive/Straight gate drive
3.3 Operation
3.3.1 SC section operation overview
3.3.2 Gate control of the relay conveyance
3.3.3 SC entrance conveyance control
3.3.4 SC switchback conveyance control
3.3.5 SC main scan alignment control
3.3.6 Sub scan alignment control
3.3.7 SC paper bundle conveyance control
3.3.8 Clamp entrance movement control
3.3.9 SC stopper control
3.3.10 SC pressure arm control
4. CLAMP SECTION
4.1 Configuration
4.2 Drive
4.2.1 Clamp drive
4.2.2 Clamp rotation drive
4.2.3 Clamp alignment drive
4.3 Operation
4.3.1 Clamp alignment control
4.3.2 Clamp control
4.3.3 Clamp rotation control
4.3.4 Book thickness detection control
5. PELLET SUPPLY SECTION
5.1 Configuration
5.2 Drive
5.2.1 Pellet supply drive
5.2.2 Pellet supply arm drive
5.3 Operation
5.3.1 Pellet supply operation overview
5.3.2 Pellet supply arm control
5.3.3 Pellet supply amount control
5.3.4 Pellet remaining amount detection control
5.3.5 Pellet supply door opening and closing detection control
6. GLUE TANK SECTION
6.1 Configuration
6.2 Drive
6.2.1 Drive
6.2.2 Glue apply roller drive
6.2.3 Tank up drive
6.2.4 Cover paper glue lifting drive
6.3 Operation
6.3.1 Glue tank unit movement control
6.3.2 Glue apply roller control
6.3.3 Glue tank lifting control
6.3.4 Cover paper glue control
6.3.5 Glue temperature control
7. COVER PAPER SUPPLY SECTION
7.1 Configuration
7.2 Drive
7.2.1 Cover paper tray lift drive
7.2.2 Paper feed drive
7.2.3 Pick-up drive
7.3 Operation
7.3.1 Up down control
7.3.2 Pick-up mechanism
7.3.3 Separation mechanism
7.3.4 Paper feed mechanism
7.3.5 Air assist mechanism
7.3.6 Cover paper empty detection control
7.3.7 Paper feed assist plate
8. COVER PAPER TABLE SECTION
8.1 Configuration
8.2 Drive
8.2.1 Cover paper table up down/Fr and /Rr drive
8.2.2 Cover paper alignment drive
8.2.3 Cover paper conveyance drive
8.2.4 Book exit drive
8.2.5 Cover paper folding plate/Rt and /Lt drive
8.2.6 Cover paper conveyance arm/Rr and /Lt drive
8.2.7 Cover paper lift drive
8.2.8 Cutter drive
8.3 Operation
8.3.1 Cover paper table section operation overview
8.3.2 Cover paper conveyance control
8.3.3 Cover paper trimming control
8.3.4 Cover paper alignment drive
8.3.5 Cover paper table up down control
8.3.6 Cover paper folding plate control
8.3.7 Cover paper conveyance arm control
8.3.8 Cover paper lifting (supporting) control
8.3.9 Book paper exit control
8.3.10 Waste paper control
9. BOOK STOCK SECTION
9.1 Configuration
9.2 Drive
9.2.1 Book conveyance drive
9.2.2 Book conveyance belt drive
9.2.3 Book conveyance up down drive
9.2.4 Book movement drive
9.2.5 Book stopper drive
9.3 Operation
9.3.1 Book stock section operation overview
9.3.2 Book conveyance and movement control
9.3.3 Book conveyance belt control
9.3.4 Book conveyance up down control
9.3.5 Book movement control
9.3.6 Book stopper control
9.3.7 Book full status detection control
10. RELAY CONVEYANCE SECTION
10.1 Configuration
10.2 Drive
10.2.1 Relay conveyance roller drive / Relay paper exit roller drive
10.3 Operation
10.3.1 Relay conveyance control
11. OTHERS
11.1 Fan control
11.1.1 Pellet supply cooling fan (FM4)
11.1.2 Exhaust fan/1 (FM80), exhaust fan/2 (FM81)
11.1.3 Deodorant fan/1 (FM97), deodorant fan/2 (FM98)
11.2 Door opening and closing control

P) THEORY OF OPERATION RU-510
1. OUTLINE
1.1 Unit configuration
1.2 PAPER PATH
1.2.1 Straight conveyance
1.2.2 Reverse exit conveyance
2. CONVEYANCE SECTION
2.1 Configuration
2.2 Drive
2.2.1 Conveyance drive
2.2.2 Straight gate drive
2.3 Operation
2.3.1 Conveyance path switching control
2.3.2 Paper feed mechanism
2.3.3 Line speed switch control
2.3.4 Conveyance control
3. STACKER SECTION
3.1 Configuration
3.2 Drive
3.2.1 Assist guide drive
3.2.2 CD alignment drive
3.2.3 FD alignment drive
3.3 Operation
3.3.1 Conveyance path switching control
3.3.2 Horizontal alignment control
3.3.3 Vertical alignment control
3.3.4 Reverse exit control
3.3.5 Stack assist fan control

P) THEORY OF OPERATION GP-501
1. PREFACE
1.1 INTRODUCTION
1.1.1 Setting the Right Expectations
1.2 PRODUCT POSITIONING
1.3 LONG EDGE FEED (LEF) ONLY
2. OUTLINE
2.1 Unit configuration diagram
2.2 Paper path
3. CONVEYANCE SECTION
3.1 Configuration
4. PRINCIPLE OF OPERATION
4.1 Punch conveyance control
4.2 Punch operation
4.3 Chip tray control
4.4 Bypass conveyance control
5. PUNCH MODULE
5.1 Tools Required
5.2 Procedure

P) THEORY OF OPERATION GP-502
1. THEORY OF OPERATION

Q) IMAGE POSITION ADJUSTMENT
1. UNDERSTANDING THE CHARACTER OF THE PAPER
1.1 The shrinkage of the paper
1.2 The dimensional accuracy of the paper
1.3 Precautions on supplying papers
2. BASIC OPERATION
2.1 Both sides adjustment (Preparation)
2.1.1 Preparation for papers
2.1.2 About the adjustment procedure
2.2 Both sides adjustment (Mechanical adjustment and Software adjustment)
2.2.1 Skew mechanical adjustment (In the sub scan direction)
2.2.2 Skew adjustment (In the main scan direction)
2.2.3 Skew mechanical adjustment (main scan)
2.3 Both sides adjustment (Software adjustment)
2.3.1 Belt line speed adjustment
2.3.2 Restart timing adjustment (Side2) rough adjustment
2.3.3 CD-Mag. adjustment (Side2)
2.3.4 Centering auto adjustment
2.3.5 Package Position Auto Adj
2.3.6 Package Position Manual Adj
2.3.7 Centering sensor gap adjustment
2.3.8 Both sides adjustment
2.4 About the Both Sides Adj
2.4.1 About the adjustment procedure of the [12. Adjustment] – [Both Sides Adjust] in User’s Guide”
2.4.2 About the adjustment procedure of the [12. Adjustment] – [Machine Adjustment] in “User’s Guide”
2.5 About the line speed adjustment
3. ADVANCED OPERATION
3.1 When the mis-centering unexpectedly occurs
3.1.1 Checkpoint
3.1.2 Centering
3.1.3 Curve (Tilt)
3.1.4 The trouble with the paper conveyance timing
3.2 When the particular paper is curved
3.2.1 Paper types that are easily skewed
3.2.2 Checkpoint and handling
3.3 When the mis-centering is excessive
3.3.1 Checkpoint and handling

R) COLOR ADJUSTMENT
1. COMBINATION OF EXECUTION TIMING AND ITEMS
1.1 When IQ-501 is connected, When IC-605 is connected
1.2 When IQ-501 is connected, When IC-313/IC-417 is connected
1.3 When IQ-501 is connected, When IC-314 is connected
1.4 When IQ-501 is NOT connected, When IC-605 is connected
1.5 When IQ-501 is NOT connected, When IC-313/IC-417 is connected
1.6 When IQ-501 is NOT connected, When IC-314 is connected
2. QUALITY ADJUSTMENT
2.1 Package adjustment
2.1.1 Package Color Auto Adj. (Service mode)
2.1.2 Package Color Auto Adj. (User mode)
2.1.3 Package Color Manual Adj. (Service mode)
2.1.4 Package Color Manual Adj. (User mode)
2.2 Individual adjustment/setting
2.2.1 Setting of maximum density management paper
2.2.2 Select screen
2.2.3 Gamma Automatic Adjustment
2.2.4 Density Balance Adjustment
2.2.5 Max Dens. Initial Auto Adj
2.2.6 Max Density Initial Adj
2.2.7 Max. Density Auto Adj. (RU)
2.2.8 Maximum Density Adjustment
2.2.9 Color Density Control Setting
2.2.10 Color Density Control (Manual adjustment)
2.2.11 IC-605 calibration
2.2.12 Exact Color
2.2.13 G7 Calibration
2.2.14 IC-313/IC-417 Calibration
2.2.15 IC-314 Calibration
2.2.16 IDC Sensor Adjustment
2.2.17 Highlight Automatic Adj

S) TROUBLESHOOTING GUIDE Ver2.0 (REPORTS FROM THE MARKET)
1. IMAGE QUALITY
1.1 Spot
1.1.1 Cyclic white spot/black spot
1.1.2 Color Spots due to soilage inside machine
1.1.3 Color spots (black spots)
1.1.4 White Spot due to the developing leakage (foreign material)
1.1.5 White dots from 2nd transfer unit
1.1.6 Void on solid color and attachment of powder
1.2 Line/Band
1.2.1 Line and uneven density countermeasure flow
1.2.2 White lines (to sub-scan direction)
1.2.3 Gloss line caused by fusing paper exit roller
1.2.4 Banding in the main scan direction on halftone image printed on thick paper(Jitter problem)
1.2.5 Line like ripple on image
1.2.6 Waste toner packing
1.2.7 Darker image up to 44mm from leading edge or after 44mm from white area (Developing memory)
1.2.8 Lines or banding to the main scan direction (CD) due to speed difference between 2nd transfer and fusing
1.2.9 Image got blurred affected by ozone (cyclic white band)
1.2.10 Photoconductor (Drum) memory
1.2.11 Developing screw mark (at low speed)
1.2.12 Lines or banding on image due to speed change (shock noise)
1.2.13 Developing roller (44mm) cycle banding (different density)
1.2.14 Irregular darker or lighter density band appears after leaving machine under high humidity environment (Green)
1.2.15 Jittering lines at trailing edge
1.2.16 8mm interval FD lines
1.2.17 Density change by static electricity
1.2.18 FD Lines and Banding
1.2.19 5mm cycle density difference caused by the fusing unit
1.2.20 Color lines in CD at 13mm from the leading edge
1.2.21 White line due to separation claw mark
1.2.22 Gloss band in CD with margin width
1.2.23 Image lacks at the corner of the trailing edge (Soilage in main scan direction (CD))
1.2.24 CD line on the lead edge
1.3 Others
1.3.1 Image after white part becomes darker (Developing ghost)
1.3.2 Darker at the trailing edge of image
1.3.3 Background or toner scattering after continuous low coverage
1.3.4 How to maintain consistent color during continuous printing
1.3.5 Unexpected density drop if “Dens. Adj. Per Paper” set positive (+) value
1.3.6 Small blank area or color registration error
1.3.7 Too high gloss
1.3.8 Rough image on the 1st side of duplex
1.3.9 White or color banding at thick paper leading and trailing edges
1.3.10 C-2451, C-2452, C-2453 or C-2454, Low toner density
1.3.11 Poor transfer at image front
1.3.12 Prevention of the backside soilage
1.3.13 Fainted outline, darker at edge
1.3.14 Image bacground under high temperature
1.3.15 Backside image soilage
1.3.16 Toner is not cleaned at the edge of the transfer belt
1.3.17 Transferability on embossed paper
1.3.18 Image density is lighter on uncoated paper (unsmooth paper)
1.3.19 Gloss memory
1.3.20 Center of line gets broken
1.3.21 Secondary color text scatters
1.3.22 Image offset caused by fusing unit
1.3.23 Tonerband control setting
1.3.24 On the 2nd side of the small size thick paper (ex. Postcard), Uneven color occurs
1.4 Troubleshooting by using CSRA
1.4.1 Darker/Lighter image density and background (CSRA approach)
2. PAPER
2.1 Others
2.1.1 Paper waving
2.1.2 Setting for OHP sheet printing
2.1.3 Trailing edge skews
2.1.4 Printed paper curls (without RU connection)
2.1.5 Fusing wrapping jam
2.1.6 No feed jam (J-1101/J-1201)
2.1.7 Dents on paper at 48mm cycle in FD
2.1.8 Centering error (±5 mm or more)
2.1.9 Paper stick with each other due to static electricity
2.1.10 Static Sticking in Options
2.1.11 Paper removing procedure on fusing wrap up JAM
2.1.12 J-3102, Thin paper feed failure at the 2nd transfer unit
2.1.13 Paper wrinkle at duplex printing
2.1.14 J-3201 paper is caught by the fusing separation claw
2.1.15 Corner folding at the paper leading edge, machine front side
2.1.16 Leading edge does not looks nice (hitting mark like peeling)
2.1.17 SRA4S Corner folding at the paper trailing edge, machine rear side
2.1.18 Pickup jam clearance workflow
2.1.19 Jam, Paper damage, Image failure due to conveyance speed difference
2.1.20 J-17xx/3101/3102/3120 caused by paper dust or some foreign materials attached to the feed roller
2.2 Troubleshooting by using CSRA
2.2.1 J-16xx (CSRA approach)
3. MACHINE TROUBLES
3.1 Control
3.1.1 Highlight automatic adjustment does not complete normally after trying several times
3.1.2 Print job is not accepted while machine indicates dehumidifying
3.2 Error code
3.2.1 C-2451, C-2452, C-2453 and C-2454 occur
3.2.2 C-3102 ADU wiring connector is disconnected
3.2.3 C2455/C2456/C2457/C2458 Toner density abnormality(High density) occur
3.3 Others
3.3.1 Options cannot be recognized. System configuration display without options
3.3.2 How to eject developer
3.3.3 Image shift
3.3.4 Note for the developing shutter installation work
3.3.5 Productivity decrease at first in the morning under low temperature, low humidity
3.3.6 Release of productivity down mode for small size print under high temperature (Adjustment of toner band creation cycle for cleaning blade)
3.3.7 ADU MT lever is very hard to release
3.3.8 Working noise of the tacking fan in the charge control unit
4. Options
4.1 PF-707m
4.1.1 Multi-feed of Plain Fine paper under high temperature and high humidity
4.1.2 PF-707m Wrinkle on paper
4.1.3 PF-707m Paper skew of small size
4.1.4 PF-707m Corner fold (dog ear) and conveyance JAM of small size
4.1.5 Thick paper jam due to multi-feed
4.1.6 Wrinkle on thin paper at trailing edge to feed direction
4.1.7 Light hitting mark at paper edge at PFU Registration PS phase
4.1.8 Horizontal conveyance jam at feeding thick paper (J-1624/1814/2014)
4.2 LU-202m/LU-202XL/LU-202XLm
4.2.1 No feed JAM/ Paper skew when feeding a western style envelop (when use MK-746)
4.2.2 LU-202m/LU-202XL/LU-202XLm J-1501(No feed Jam) occurs when the thick paper and the coated paper is fed
4.2.3 LU-202m/LU-202XL/LU-202XLm J-1502(No feed JAM) occur when feeding coated paper
4.2.4 LU-202XL/LU-202XLm Black Line at 104mm, 208mm from leading edge 614mm from trailing edge or narrow trailing
space (magnification defect)
4.2.5 Multi-feed jam of coated paper (J-1510)
4.3 OT-510
4.3.1 J-7229 The paper trailing edge does not go out the paper exit section (Connecting OT-510)
4.4 FS-532
4.4.1 Irregular correspondence of the main tray exit
4.4.2 FS-532/OT-510/FS-612/FS-531 Solution of Condensation under direct connection
4.5 IQ-501
4.5.1 IQ-501, C-6A01
4.5.2 IQ-501 and MK-744C(Patlite), C-E002/E013
4.6 DF-706
4.6.1 DF-706, [ADF Clean] icon appears
4.7 MB-508
4.7.1 Abnormal noise while coated paper feeding
SA SD-513 TROUBLESHOOTING GUIDE Ver1.0 (REPORTS FROM THE MARKET)
1. SD-513
1.1 Clamp door open/close issue
1.1.1 Symptom
1.1.2 Cause
1.1.3 Solution
1.1.4 Procedures
1.2 Entrance conveyance section JAM (wavy curl paper)
1.2.1 Symptom
1.2.2 Cause
1.2.3 Solution
1.3 Booklet edge soilage (machine front side)
1.3.1 Symptom
1.3.2 Cause
1.3.3 Solution
1.4 4-stitch booklet fold line break at trail edge
1.4.1 Symptom
1.4.2 Cause
1.4.3 Solution
1.5 How to calculate Fore-edge trimming adjustment value
1.5.1 Symptom
1.5.2 Cause
1.5.3 Solution
1.6 Fore-edge trimming section (corner) paper torn-up / cutting shortage
1.6.1 Symptom
1.6.2 Cause
1.6.3 Solution
2. TU-503
2.1 Slitter JAM/SC caused by inputting wrong Custom size
2.1.1 Symptom
2.1.2 Problem cases
2.1.3 Cause
2.1.4 Solution
2.2 How to clear slitter scrap JAM
2.2.1 Symptom
2.2.2 Cause
2.2.3 Solution
3. FD-504
3.1 Booklet side soilage at clamping
3.1.1 Symptom
3.1.2 Cause
3.1.3 Solution

and Parts Catalog

Konica Minolta AccurioPressC3080 AccurioPressC3080P AccurioPressC3070 AccurioPrintC3070L 3070L ACURIO PRINT