Panasonic Workio DP-C401 Service Handbook Download

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Table of Contents

Chapter 1 General

1.1 Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

1.2 Supplies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-15

1.3 Type of Paper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-16

Chapter 2 Maintenance

2.1 Preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1

2.2 Replacement Interval . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2

2.3 Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3

Chapter 3 Troubleshooting

3.1 Preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

3.2 Level 1 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3

3.3 Level 2 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4

3.4 Service Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-123

3.5 Service Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-162

3.6 CE (UI) Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-367

Chapter 4 Parts List

4.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

4.2 Parts List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2

1. Drive . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2

2. Paper Transport . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5

3. LSU (ROS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-19

4. Xerographics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-20

5. Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-22

6. Development . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-28

7. Fuser . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-30

8. Air System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-32

9. Electrical . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-33

10. Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-36

11. Inverter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-39

12. Duplex . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-41

13. ESS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-43

14. Tray Module-TT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-44

15. Finisher . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-60

16. IIT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-74

17. Rack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-80

18. DADF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-81

4. 3 Numerical Parts Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-92

Summary of Contents for Workio DP-C401

Page 1: ...ervice Handbook Digital Color Imaging Systems DP C321 DP C401 ORDER NO MGCS030902C1 2003 Panasonic Communications Co Ltd All rights reserved Unauthorized copying and distribution is a violation of law C ...

Page 2: ... equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the in...

Page 3: ...l 2 Troubleshooting 3 4 3 4 Service Mode 3 123 3 5 Service Data 3 162 3 6 CE UI Mode 3 367 Chapter 4 Parts List 4 1 Introduction 4 1 4 2 Parts List 4 2 1 Drive 4 2 2 Paper Transport 4 5 3 LSU ROS 4 19 4 Xerographics 4 20 5 Transfer 4 22 6 Development 4 28 7 Fuser 4 30 8 Air System 4 32 9 Electrical 4 33 10 Cover 4 36 11 Inverter 4 39 12 Duplex 4 41 13 ESS 4 43 14 Tray Module TT 4 44 15 Finisher 4 ...

Page 4: ...This page is intentionally left blank ...

Page 5: ...Chapter 1 General ...

Page 6: ...10 1 1 20 3 Printing Productivity 1 10 1 1 20 4 Scanning Productivity 1 10 1 1 20 4 1 Scanned Image File Formatting 1 10 1 1 20 4 2 Compression Method 1 11 1 1 20 4 3 Resolution 1 11 1 1 20 4 4 Gradation 1 11 1 1 20 4 5 Color Space 1 11 1 1 21 Finisher Specification 1 11 1 1 21 1 Machine Dimension and Basis Weight 1 11 1 1 21 2 Installation Space 1 11 1 1 21 3 Electrical Specifications 1 11 1 1 21...

Page 7: ... Basis Weight The following shows the size and basis weight of each product Fig 1 j0mf61001 Finisher WxDxH lb 11 8 x 23 2 x 37 2 without Trays each size 0 2 77 lb Fig 3 j0mf61003 Product Name Machine Size WxDxH Weight approx in lb Main Unit IOT TTM IOT Stand DADF 26 7 x 30 7 x 45 392 lb ...

Page 8: ...j0mf61004 Main Unit IOT TTM IIT DADF Finisher WxD 75 x 67 1 Fig 6 j0mf61005 57 5 1461 15 7 400 16 7 425 30 7 780 3 9 100 67 1 1705 53 6 1361 2 50 2 50 unit in mm With DADF 83 3 2117 12 0 305 67 1 1705 2 50 15 7 400 16 7 425 30 7 780 3 9 100 2 50 87 3 2217 unit in mm With Staple Finisher Option ...

Page 9: ...ave the IOT wait The required time from when the Start command is received in the Ready mode to when the lagging edge of the first paper passes through the Exit Roller However the jobs during the recovery from the Low Power or Sleep mode and immediately after Power On are excluded 1 LETTER LEF Tray 1 1 Sided Printing Face Down Tray output Top Tray 2 For print productivity including the ESS refer t...

Page 10: ...ided Note 5 Heavy Weight Paper 1 1 Sided Note 2 Heavy Weight Paper 2 1 Sided 8 5 x 11 LEF 30 16 24 13 30 16 18 10 16 8 13 7 16 11 13 8 11 11 8 8 8 5 x 11 SEF 24 13 20 11 17 9 16 9 13 7 11 5 13 8 11 7 8 8 7 7 8 5 x 14 SEF 20 13 17 11 15 9 14 8 13 7 11 5 7 7 5 5 11 x 17 SE 20 11 17 9 15 8 14 8 11 5 9 4 11 5 9 5 5 5 5 5 Non Std size only for MSI Tray Auto detection of the Std size only for MSI Tray N...

Page 11: ...with the productivity appropriate for the paper size if it is automatically detected However if the paper size is not automatically detected the first paper is printed with the same productivity as the 17 paper Then the 2nd BTR cleaning is performed immediately and the 2nd and subsequent paper is printed with the productivity of the paper size that has been detected at the first paper printing Whe...

Page 12: ...condary Transfer Voltage Adjustment according to the paper type The paper weight quality that can be fed from each Paper Tray are as follows The paper weight that can be fed from the MSI Tray is 15 58 lb Only MSI can feed transparencies Postcards Special Paper Applicable Special Paper Light Weight Paper and Heavy Weight Paper that is heavier than 28 lb Tray 1 Tray 2 Tray 3 Tray 4 8 5 x 11 LEF 11 x...

Page 13: ...ide 1 The paper types that can be selected are Heavy Weight 1 Side 2 Heavy Weight 2 Side 2 and Plain Paper S 1 1 13 Output Tray Capacity Face Down Tray Internal of machine Sizes that can be loaded All paper sizes the machine handles Number of Sheets The average number of sheets that can be loaded is as follows Using Fresh paper The above data is meant for 1 Side printing Finishing capability is no...

Page 14: ... and 12x19 SEF Tail edge 2 mm 1 1 18 Maximum Printable Area The area where an image can be printed is referred to as Printable Area The maximum printable area is as follows Width 11 9 Length 19 Printing Type Fast Print mode Standard High Quality High Quality Controller Data Resolution dpi 600x600x1bit 1200x600x 1bit 1200x1200x 1bit 1200x1200x 1bit B and W IOT resolution dpi pixel split number 600x...

Page 15: ...between the intersection point of the vertical line B and each horizontal line and the line that passes at P10 and P12 0 9 mm 0 9 mm 1 0 mm 1 0 mm 0 8 mm 0 8 mm 0 4 mm Linearity Horizontal Defined by 1st Gene Maximum difference between the intersection point of the horizontal line C and each vertical line and the line that passes at P10 and P15 0 9 mm 0 9 mm 1 0 mm 1 0 mm 0 8 mm 0 8 mm 0 4 mm Line...

Page 16: ... is calculated by FPOT a a is the time of PDL creation time Transmission time Decompose time Measurement Conditions at Client PC Pentium III 500MHz Win 98 Connection interface Via Win 2000 server 100Base TX Specified by a driver All settings are default Test chart Color SDTP 172c P B W SDTP 172 1P In the B W Priority mode In the Color Priority mode 1 1 20 4 Scanning Productivity 1 1 20 4 1 Scanned...

Page 17: ... Basis Weight Refer to 1 1 1 1 1 21 2 Installation Space Refer to 1 1 2 1 1 21 3 Electrical Specifications Power Consumption 48 WDC or less The power is supplied from the IOT connected 5 VDC 24 VDC 1 1 21 4 Applicable Paper Size Weight Size 8x10 SEF 8 5x11 LEF 8 5x11 SEF 8 5x13 SEF 8 5x14 SEF 11x17 SEF A4 LEF A4 SEF B5 LEF B3 SEF A3 SEF Weight Applicable to 17 to 34 lb paper However this is not ap...

Page 18: ...o 24 lb paper 1 1 21 6 Stapler Capacity Capacity of the staples in the stapling unit is 5 000 needles Staple Cartridge DQ SS35 PU 1 1 21 7 Staple Position The stapling positions are as follows Top corner at 45 Degree position Bottom corner in a Straight position Edge Double Stapled in a Straight position Fig 8 j0mf61007 ...

Page 19: ...d The power is supplied from the IOT connected 5 VDC 24 VDC 1 1 22 4 Paper Size Document size that can be fed Maximum 11 7 x 17 Minimum 5 8 x 8 3 1 1 22 5 Document Weight Document weight that can be fed 10 34 lb For the 2 Sided mode 13 29 lb Applicable Paper A inch B inch 11 x 17 SEF 8 5 x 11 LEF 273 4 62 9 8 5 x 14 SEF 8 5 x 13 SEF 8 5 x 11 SEF 209 9 8 x 10 SEF 248 The Mixed Stack represents pape...

Page 20: ...F 8 x 10 SEF 8 x 10 LEF O 8 x 10 5 SEF X Non Standard 8 x 10 5 LEF 8 x 11 LEF Detection 8 5 x 11 SEF O 8 x 11 LEF O 8 5 x 12 4 SEF X Non Standard 8 5 x 13 SEF X Non Standard 8 5 x 14 SEF X 11 x 15 SEF 11 x 17 SEF 11 x 17 SEF O At Color 100 At B W 100 DP C401 DP C321 42 KPV 34 KPV 46 KPV 37 KPV 8 5 x 11 LEF 100 R L 5 Cartridge Color Amount of Toner Supplied Amount of Carrier Supplied Life and Life ...

Page 21: ...tainer the machine will stop printing at 900 print count 1 2 Supplies Consumable Product Code Life Drum Cartridge DQ UH401X At Color 100 42 KPV DP C401 34 KPV DP C321 At B W 100 46 KPV DP C401 37 KPV DP C321 A4 LEF 100 Toner Cartridge K DQ UR401K 26 KPV AC5 Toner Cartridge Y DQ UR401Y 16 KPV AC5 Toner Cartridge M DQ UR401M 15 KPV AC5 Toner Cartridge C DQ UR401C 16 KPV AC5 Staple Cartridge for Fini...

Page 22: ...1 16 Chapter 1 General 1 3 Type of Paper ...

Page 23: ...1 17 Chapter 1 General ...

Page 24: ...Chapter 2 Maintenance ...

Page 25: ...Edge Registration Adjustment 2 15 ADJ1 1 10 IIT Lead Edge Registration 2 17 ADJ1 1 11 IIT Side Edge Registration 2 18 ADJ1 1 12 IIT Vertical Horizontal Magnification 2 19 ADJ1 1 13 UI Touch Panel Origin Point Correction 2 20 ADJ1 1 14 Upgrading of the Printer Firmware 2 21 ADJ1 1 15 In Out Density Adjustment 2 23 2 IIT 2 26 ADJ2 1 1 Position Adjustment of Full Half Rate Carriage 2 26 3 DADF 2 28 A...

Page 26: ... or directions of the machine and directions inside the machine used in the procedure are defined as listed below 1 Front Front of the machine 2 Right Right hand side facing the machine 3 Left Left hand side facing the machine 4 Rear Rear facing the machine 2 1 2 Glossary and Symbols Terminology and symbols used throughout this manual are explained INSTRUCTION Used to alert you to a procedure whic...

Page 27: ...n Belt 23E1569X 100 4 86 Transfer Belt 64K9145X 300 4 24 1 count smaller than 8 5 x 11 5 5 x 8 5 8 5 x 11 LEF 2 count 8 5 x 11 SEF 8 5 x 14 11 x 17 2nd BTR Assembly 59K2506X 100 4 12 IBT Belt Cleaner Assembly 42K9242X 100 4 24 Fuser Assembly 126K1394X 100 1 count 1 copy print Bypass MSI Feed Roller 59K2401X 300 4 17 Tray 1 Feeder Tray 2 Feeder Tray 3 Feeder Tray 4 Feeder Feed Roller Nudger Roller ...

Page 28: ...31 752 73 Y 74 M 75 C 76 K Outline of Characteristic Values Reference The unit of Standard TC Output Initial Value is V and thousand fold value The unit of Sensitivity Slant Initial Value is V TC and ten thousand fold value Perform the MAX Setup by the following steps 1 DC921 ATC SENSOR SETUP Performed only when replacing the ATC Sensor Refer to ADJ1 1 2 2 DC922 TONE UP DOWN Performed only the ATC...

Page 29: ...the following Comparison table and input each value on the screen 4 Click Execute 5 Continue to execute ADJ1 1 3 TRC control Tone Up Down Sensor Sensitivity Comparison Table Bar Code No Last 2 digit Sensitivity Slant Initial Value Standard TC Output Initial Value 00 526 169 01 572 166 02 617 162 03 663 158 04 708 154 05 753 150 06 799 146 07 844 142 08 889 138 09 934 134 10 526 171 11 572 168 12 6...

Page 30: ...0 48 889 146 49 934 142 Bar Code No Last 2 digit Sensitivity Slant Initial Value Standard TC Output Initial Value 50 526 179 51 572 176 52 617 172 53 663 168 54 708 164 55 753 160 56 799 156 57 844 152 58 889 148 59 934 144 60 526 181 61 572 178 62 617 174 63 663 170 64 708 166 65 753 162 66 799 158 67 844 154 68 889 150 69 934 146 70 526 183 71 572 180 72 617 176 73 663 172 74 708 168 75 753 164 ...

Page 31: ...4 152 Bar Code No Last 2 digit Sensitivity Slant Initial Value Standard TC Output Initial Value Check that LTR paper LEF is loaded in Tray 1 since TONE UP DOWN uses paper Do not put a value in the DC922 TRC Control if the ATC Sensor Failure 09 380 09 383 occurs when the value for DC131 752 324 SW_DispMODE is set 0 To enter the Diag change the value of DC131 752 324 SW_DispMODE to either of 1 2 and...

Page 32: ...s small below 10 check that the connector is disconnected If the ATC fluctuation margin is large over 300 check the Empty status or the amount of the developer material Usually TC control performs the Disp control so the ATC Sensor Read Value becomes Correction Target Value So if the test is OK except when the difference between ATC Sensor Read Value and Correction Target Value is extremely large ...

Page 33: ...r DC612 print out the Test Pattern 10 or gradation correction chart for TOOLS and check the gradation characteristics For gradation characteristics correction refer to the Gradation Corection in User Guide supplied with the Main Processor and adjust it When checking with the print output refer to the note of DC924 TRC Adjust When changing the ADC target value change the ADC target value for TRC of...

Page 34: ...ion is performed Detatching Replacing of the LSU ROS NVM Initialization Detaching of the Developer Plate Make sure to perform DC956 Belt Edge Learn before conducting this adjustment Check IOT Lead Edge Side Edge after the adjustment Refer to ADJ1 1 9 Check that the Drum ERU is securely set when adjusting Perform the following in order to avoid laser exposure Make sure to set the collection bottle ...

Page 35: ...nd direction of the LSU ROS skew adjustment screw The number indicates the rotation amount meaning to turn the screw clockwise and meaning to turn it counter clockwise For adjustment quantity one click of the adjustment screw rotate it until it makes a click sound is equivalent to 0 05 in number One rotation is equivalent to 20 clicks When the number that cannot be divided by 0 05 is displayed rou...

Page 36: ...ick sound is equivalent to 0 05 in number One rotation is equivalent to 20 clicks When the number that cannot be divided by 0 05 is displayed round it up to 0 05 to reduce the variation and rotate it for as many times as the numbers rounded up E g When 1 08 1 09 1 11 1 12 make 22 clicks as they are rounded up to 1 10 When 1 13 1 14 1 16 1 17 make 23 clicks as they are rounded up to 1 15 1 Open the...

Page 37: ...tup b The pattern was detected wrongly because of light density or many scratches on the IBT belt c Trouble on the MOB sensor MCU PWB ESS and open circuit on the Harness d The color registration went wrong because of a typing error in NVM and garbled NVM data etc Only a and b can be restored in this setup b and c are the causes if this setup was not completed successfully Go to the following steps...

Page 38: ...ollection bottle and cheat the Interlock Fig 5 j0mf40951 12 DC685 4 After adjustment return to DC685 1 Skew Fine SetUP and repeat the steps ADJ1 1 7 DC945 IIT Calibration Purpose To calculate and set up the White Reference Correction Coefficient To correct the IIT sensitivity dispersion Obtain the light axis correction data when replacing the lens unit and adjust it Function details Reference Refe...

Page 39: ...DC355 Hard Disk Diag Program Purpose To perform the diagnostics in the hard disk and setup initialization of each partition The M C carries out the following operations 1 Carries out shading to stabilize the IIT state 2 Obtains the shading data 3 Performs sampling the white paper data to calculate and set the White Reference Correction Coefficient DC131 NVM 715 083 to NVM 715 085 are set up 4 Carr...

Page 40: ...k Item Details Setup Initialize the file system It is required when the management data of the file system corrupts and when lead errors occur Hard Disk Test Lead Verify Perform the lead verify diagnostics of all the designated sector patitions Sector numbers where a lead error is occurring will appear Troubleshooting Perform the hard disk ROM check and controller diagnostics Trouble Prediction Pe...

Page 41: ...5th line from the lead edge of the paper Fig 1 j0mf40953 4 Confirm that each measurement value of the lead edge and side edge are 21 6 0 5 mm respectively Adjustment Procedure 1 Adjust in the following NVM that each measurement value of the lead edge and side edge are 21 6 0 5 mm 2 After adjustment print out the patterns in the same mode and measure them again until they are within the specific ra...

Page 42: ... If the value is not within the specified range adjust it as follows Adjustment Procedure 1 Enter DC131 715 301 2 Change the value Changes of 1 step 0 036 mm Increment in the value The image moves to the Lead Edge side Decrement in the value The image moves to the Tail Edge side Avoid using this procedure when performing the adjustment of the Lead Edge Registration This procedure should be perform...

Page 43: ... Chart Fig 1 Fig 1 j0mf40955 4 If the value is not within the specified range adjust it as follows Adjustment Procedure 1 Enter DC131 715 014 2 Change the value Changes of 1 step 0 0423 mm Increment in the value The image moves to the OUT side Decrement in the value The image moves to the IN side Avoid using this procedure when performing the adjustment of the Lead Edge Registration This procedure...

Page 44: ...ithin the specified range adjust it following the steps below 2 At Vertical magnification Fig 2 Check that the distance between the two points is 300 1 5 mm or the same as the dimension on the Test Chart If the value is not within the specified range adjust it following the steps below Fig 1 Fig 1 j0mf40956 Fig 2 Fig 2 j0mf40957 Adjustment Horizontal Magnification Adjustment Try to avoid performin...

Page 45: ... the Touch Panel respectively so that users can select the content indicated on the display without any problem in the selected position Perform this adjustment when UI PWB and the Control Panel are replaced Adjustment Procedure 1 Turn Off the Power and remove the Control Panel to remove the Touch Pen for adjustment Fig 1 Fig 1 j0mf40958 This adjustment may cause the following secondary problems R...

Page 46: ... value of the LD light quantity is set for stable status of the developer material the status for the material to develop with comparative ease the status passing 1 5Kpv from the initialization At this point it is necessary to restore the density with the following procedure After resetting the appropriate LD light quantity NVM 752 375 378 YMCK value higher to 400 450 turn Power Off On and reprint...

Page 47: ...d the printer with the parallel cable and the adapter 3 Download it from the computer to the printer Execute downloader exe in the decompressed downloaded data Close the Readme Downloading is available with the download wizard Welcome screen Click the Next button License Agreement Screen Select Agree if you can agree with the content Select Communication Interface screen Select Local in case of pa...

Page 48: ... Pattern name Binary highlight PG LUT C TRA On IOT On Pattern No 25 Color Mode 4C Cin 20 Number of prints 1 Tray Tray 1 8 5 x 11 LEF Resolution Not specified Binary ED screen Print single mode 3 Select the pattern that has the same inclination on the four check points in the test pattern from the 20 patterns below Write down the Pattern number Vertical axis shows density and horizontal axis shows ...

Page 49: ... the rear Fig 3 Fig 3 j0mf40962 Group 2 when the patterns become darker along the front Fig 4 Fig 4 j0mf40963 Group 3 when the patterns are dark light for only both edges Fig 5 Fig 5 j0mf40964 Group 4 when the patterns are dark only in the center areas Fig 6 Fig 6 j0mf40965 ...

Page 50: ... the NVM value Chain Link NO NVM names DC131 753 801 Regible Adjustment Yellow DC131 753 802 Regible Adjustment Magenta DC131 753 803 Regible Adjustment Cyan DC131 753 804 Regible Adjustment Black DC131 753 805 In Out Pattern setting Yellow DC131 753 806 In Out Pattern setting Magenta DC131 753 807 In Out Pattern setting Cyan DC131 753 808 In Out Pattern setting Black Pattern NONVM 0 1 2 3 4 5 6 7...

Page 51: ...e Rail tool hole at front and rear Fig 2 Fig 2 j0mf41825 5 Install the tool on the Half Rate Carriage at front and rear Fig 3 1 Install the tool at front and rear 2 Secure the tool with the screw Fig 3 j0mf41826 1 Loosen the Set Screw 2 and turn the pulley to align the tool holes with each other After checking that the Communication Lamp is turned Off and that there are no Jobs in Progress and Pri...

Page 52: ...he screws and move the Full Rate Carriage to align the tool holes at front and rear Fig 6 j0mf41829 Change the position where the pulley is fixed if the Half Rate Carriage tool hole cannot be aligned with the Rail tool hole causing the tool installation to be impossible Fig 4 Loosen the Carriage Cable fixing screws to align the tool holes with each other if the frame tool hole cannot be aligned wi...

Page 53: ...ond original side edge and the reference line and name it A Fig 1 Fig 1 j0mf42042 5 Check that the length of A is 10 0 0 6 mm If the value is not within the specified range adjust it as follows until the specified range is obtained 6 Load in the DADF properly the originals with the first one on top of the second one and the rear edge to be fed first 7 Set up the following copy mode and make copies...

Page 54: ...tep 0 04mm 3 Repeat the Check steps 1 to 5 and Adjustment steps 1 to 2 until the value is within the specified range A 10 0 6 mm Adjustment of Side 2 Procedure 1 After adjusting in single mode make copies in the following modes to check the side registration when duplex mode is selected Paper Tray 11 x 17 Reduction Enlargement 100 No of Copies 1 Single Duplex 1 to 2 sided 2 Check the Side Registra...

Page 55: ...on each market 8 5 x11 LEF Slow scan length accuracy 215 9 mm 0 7 mm 3 When the Enter button is pressed DADF starts pulling in the document and calculate the correction value At this point the Entering message appears 4 The corresponding NVM data is updated and PSW screen indicates that the process has been completed Or if this process becomes NG the NVM data is not updated and the message telling...

Page 56: ...customer specifies from the table below and enter it Enter the 710 023 data Select the paper direction that the customer specifies from the table below and enter it Enter the 710 023 data Select the paper direction that the customer specifies from the table below and enter it Enter the 710 023 data Select the paper direction that the customer specifies from the table below and enter it The followi...

Page 57: ...the DADF closes by its own weight from a height of 100 50 mm Fig 1 Fig 1 j0mf42044 Adjustment Procedure 1 Remove the Rear Cover PL12 1 Be careful with scan data image missing since the non standard document size is handled as standard document size After checking that the Communication Lamp is turned Off and that there are no Jobs in Progress and Printer Jobs in Queue except the printer jobs durin...

Page 58: ... the distance between the DADF Rear Frame and the front of the Paper Side Guide Check that the distance is approx 20 mm Fig 1 Fig 1 j0mf42047 Adjustment Adjust only the Left Counter Balance basically This is because the DADF rigidity causes the Right side to lift easily After checking that the Communication Lamp is turned Off and that there are no Jobs in Progress and Printer Jobs in Queue except ...

Page 59: ... the DADF mounting height is too low 24 0 mm or less an excessive load will be applied to the DADF Transport Motor causing problems such as document jams and malfunctions If the DADF mounting height is too high 25 0 mm or more small size documents may experience problems such as skewing and jams Check 1 When removing the Rear Cover remove the Connector on the LED PWB inside the Cover PL18 1 2 Remo...

Page 60: ...e Platen Glass Side Guide and the Platen Belt Assembly using the adjusting Screw Fig 3 Fig 3 j0mf42051 3 Open the DADF and tighten the Screws Fig 4 1 Tighten the Screw 2 Fig 4 j0mf42050 4 Repeat the checking and make sure that the height is correct The steps for the left and right sides are the same Rotate in the A direction Approx 0 75 mm lower Rotate in the B direction Approx 0 75 mm higher ...

Page 61: ...the paper lead edge of the second copy and the reference line is 10 0 6 mm If the value is not within the specified range perform the following adjustment steps to adjust it to the specified value Fig 1 Fig 1 j0mf42052 4 Load the two copies made in Step 2 in the DADF with the second copy at the bottom and the rear edge to be fed first 5 Measure the distance between the paper lead edge and the refe...

Page 62: ... between the second copy lead edge and the reference line is 10 0 6 mm If the distance is not within the specified range perform the following adjustment steps to adjust it to the specified value Fig 2 Fig 2 j0mf42052 Adjustment Steps 2 sided mode 1 Check the paper size and select the appropriate DC131 Chain Link Code from the above NVM 1 Step 0 2 mm 2 Change the NVM value as shown below and adjus...

Page 63: ...Chapter 3 Troubleshooting ...

Page 64: ...on Failure 17 3 9 003 340 IOT ESS Communication Failure 1 3 9 003 341 IOT ESS Communication Failure 2 3 9 003 342 IOT ESS Communication Failure 3 3 9 003 343 IOT ESS Communication Failure 4 3 10 003 345 IOT ESS Communication Failure 5 3 10 003 346 IOT ESS Communication Failure 6 3 10 003 347 IOT ESS Communication Failure 7 3 10 003 348 IOT ESS Communication Failure 8 3 10 003 349 IOT ESS Communica...

Page 65: ...g All 3 18 004 340 IOT RAM FAILURE 3 19 004 341 IOT LOGIC FAILURE 3 19 004 342 IOT FLASH ROM LIMIT FAILURE 3 19 004 343 IOT FLASH ROM R W FAILURE 3 19 004 344 IOT MICRO PITCH FAILURE 3 19 004 345 IOT HVPS COMMUNICATION FAILURE 3 19 004 346 IOT BELT HOME FAILURE TOO LONG 3 20 004 347 BELT POSITION FAILURE 3 20 004 348 BELT EDGE SENSOR FAILURE 3 21 004 349 Marking SW Logic Failure 3 21 004 358 ESS I...

Page 66: ... SIZE SENSOR BROKEN TTM 3 40 007 281 TRAY 1 LIFT UP FAILURE 3 40 007 282 TRAY 2 LIFT UP FAILURE 3 41 007 291 TRAY 3 LIFT UP FAILURE TTM 3 41 007 293 TRAY 4 LIFT UP FAILURE TTM 3 42 007 397 ALL TRAY LIFT UP FAILURE 3 42 007 930 TRAY 1 PAPER SIZE MIS MATCH 3 43 007 931 TRAY 2 PAPER SIZE MIS MATCH 3 43 007 932 TRAY 3 PAPER SIZE MIS MATCH 3 43 007 933 TRAY 4 PAPER SIZE MIS MATCH 3 43 007 935 JOB CONTI...

Page 67: ...E 3 58 009 661 ENVIRONMENT SENSOR HUMIDITY FAILURE 3 58 009 670 New Toner Detect K 3 59 009 671 New Toner Detect C 3 59 009 672 New Toner Detect M 3 59 009 673 New Toner Detect Y 3 59 009 684 ADC SHUTTER FAILURE 3 59 009 910 DRUM TYPE MISS MATCH K 3 59 009 911 DRUM TYPE MISS MATCH C 3 59 009 912 DRUM TYPE MISS MATCH M 3 60 009 913 DRUM TYPE MISS MATCH Y 3 60 009 920 TONER YELLOW EMPTY 3 60 009 921...

Page 68: ...M 3 83 012 904 COMPILER PAPER SENSOR STATIC JAM 3 84 012 910 STAPLE FEED READY FAILURE 3 84 012 911 STACKER LOWER SAFETY WARNING 3 85 012 914 STACKER TRAY STAPLE SET OVER COUNT 3 85 012 916 STAPLE NG 3 85 012 960 STACKER TRAY FULL STACK 3 86 012 961 MIX FULL STACK 3 86 012 965 STAPLE NEAR EMPTY 3 87 012 966 SCRATCH SHEET COMPILE 3 88 012 969 IOT TOP TRAY FULL 3 88 015 362 X Hard Failure 3 89 015 3...

Page 69: ...95 016 744 Job Template Pool Server Address Error 3 95 016 745 Job Template Pool Server Address Not Defined 3 95 016 748 HDD Full 3 95 016 749 XJCL Syntax Error JCL Syntax Error 3 95 016 757 Auditron Invalid User 3 95 016 758 Auditron Disabled Function 3 95 016 759 Auditron Reached Limit 3 95 016 760 PS Decompose Error PS Decompose Error 3 95 016 761 FIFO Empty Image Output 3 95 016 762 Specified ...

Page 70: ...Failure with No ACK 3 100 102 320 Polling Failure 3 100 102 321 Send Message Failure 3 100 102 322 Target Failure 3 100 102 323 Address Failure 3 100 102 324 Size Failure 3 100 102 325 Object Creation Failure 3 100 102 326 Memory Overflow 3 101 102 327 Button Overflow 3 101 102 328 UI Internal Failure with Out of Area 3 101 102 329 UI Internal Failure with Invalid Coordinates 3 101 102 330 Interfa...

Page 71: ...cess Failure 3 105 102 395 NVM Failure 3 105 102 396 FF Failure 3 105 102 397 MGR Failure 3 105 102 398 Delay Release Queue Full 3 105 102 399 Internal Failure 3 105 103 203 Machine Code Failure 3 106 103 204 Serial No Failure 3 106 103 207 All Machine Codes Mismatch 3 106 103 208 All Serial Nos Mismatch 3 106 103 320 EEPROM Failure 3 106 103 321 Backup SRAM Failure 3 106 103 330 ESS ROM DIMM 3 Ch...

Page 72: ... 360 SMB Soft Failure 3 111 116 361 Spool Fatal HDD 3 111 116 365 Spool Fatal 3 111 116 366 Report Generator Soft Failure 3 112 116 367 Parallel I F Soft Failure 3 112 116 368 Dump Print Failure 3 112 116 370 XJCL Failure 3 112 116 371 PCL Decomposer Software Failure 3 112 116 372 P Formatter Failure 3 112 116 373 Dynamic DNS Soft Failure 3 112 116 374 Auto Switch Failure 3 112 116 375 I Formatter...

Page 73: ...from the desired Service Mode screen 3 127 3 4 2 1 3 The history menu linked with the Diag Electronic Manual 3 128 3 4 2 2 How to Use the System Menu in the Service Mode 3 129 3 4 2 3 Dummy by Models Compulsion Manual Boot Up in the Service Mode 3 129 3 4 2 3 1 ASCII Code List 3 130 3 4 3 How to Exit Service Mode 3 132 3 4 4 How to Use DC Codes 3 133 3 4 4 1 DC122 Shutdown History 3 133 3 4 4 2 DC...

Page 74: ...st 3 294 3 5 22 DC131 720 xxx ESS Meter Counter NVM List 3 305 3 5 23 DC131 770 xxx ESS IO Port Protocol Setting NVM List 3 308 3 5 24 DC131 780 xxx ESS Print Frame Setting NVM List 3 317 3 5 25 DC131 790 xxx ESS Panel display Setting NVM List 3 323 3 5 26 DC131 800 xxx ESS Print Service Setting NVM List 3 339 3 5 27 DC131 810 xxx ESS Copy Service Setting NVM List 3 340 3 5 28 DC131 840 xxx ESS Sc...

Page 75: ...ome troubleshooting In such a case only the causes of troubles are shown using the expressions below Therefore if you do not know how to check proceed the troubleshooting by referring to 3 3 3 Generic FIP Example Enter DC330 xxx xxx Insert paper from the tray side Does the display show Low Y N Repair xxxxxx SENSOR using Sensor Failure FIP 3 1 2 Glossary The following terminology and sentences are ...

Page 76: ...t BSD6 2 Zone J4 Refer to 6 2 Zone J4 in Chapter 7 BSD REP4 1 1 Refer to REP4 1 1 in Chapter 2 ADJ1 1 3 Refer to ADJ1 1 3 in Chapter 2 Replace the parts in sequence When it is impossible to analyze causes of a problem further replace the parts in sequence The part with a higher replacement frequency or higher possibility of causing a problem is listed first for replacement 5 VDC H L 4 85 5 36 VDC ...

Page 77: ...e Data Flow and identify the failed PWB by printing the PG stored in the IIT IPS in sequence from the downstream of the flow to repair the trouble Network problems Y N Parallel connection problems Y N Image quality problems Y N Problems caused by a certain Client PC Y N About problems caused by a certain APL Get the latest restriction and technical information from your technical support divisions...

Page 78: ... LOWER COVER INTERLOCK OPEN Description The L H LOWER COVER is open BSD on CH8 2 CH8 6 Procedure Run the DC330 001 302 Open the L H LOW COVER and turn the L H LOWER COVER INTERLOCK SENSOR On Off with paper Is the display switched between H and L Y N Use the Generic Permeable Sensor Failure FIP to repair the L H LOWER COVER INTERLOCK SENSOR PL2 3 Check the installation status of the Actuator and th...

Page 79: ...lem persists replace the MCU PWB PL13 1 Check the installation status of the Actuator of the COVER and the COVER If no problems are found replace the MCU PWB PL13 1 001 306 DUPLEX COVER INTERLOCK OPEN Description The DUPLEX COVER is open BSD on CH10 6 CH10 8 Procedure Run the DC330 008 300 Open the DUPLEX COVER and turn the DUPLEX COVER INTERLOCK SW On Off with a driver Is the display switched bet...

Page 80: ...lem persists after the above actions replace the ESS PWB PL13 1 003 319 IITsc Video Driver Detection Failure BSD on CH12 2A Detection Conditions The following errors are notified from a driver 1 Compressed threshold value is over 2 DMA transfer error 3 Other compression system errors Actions Turn the power On Off and perform the following if the problem persists 1 Perform re installation of the so...

Page 81: ...ness 2 Software matching error Perform re installation of the software 3 If the problem persists after the above actions replace the IIT IPS PL16 3 003 325 IISS ESS Communication Failure 6 BSD on CH12 2A Detection Conditions SCOPE FD sending error that will be detected by the Controller Parity Error ACK cannot be received after resending it twice A parity error is found in the hardware at the IISS...

Page 82: ...m re installation of the software 3 If the problem persists after the above actions replace the IIT IPS PL16 3 003 331 IISS ESS Communication Failure 12 BSD on CH12 2A Detection Conditions SCOPE FD receiving error that will be detected by the Controller Incorrect Message Length The NAK that notifies the occurrence of the communication failure is received The message length of the message packet th...

Page 83: ...a header is recognized Actions Turn the power On Off and perform the following if the problem persists 1 Check the connection of the IIT IPS PL16 3 Connection Harness 2 Software matching error Perform re installation of the software 3 If the problem persists after the above actions replace the IIT IPS PL16 3 003 340 IOT ESS Communication Failure 1 BSD on CH12 2B Detection Conditions An abnormal pa...

Page 84: ...ror Perform re installation of the software 3 If the problem persists after the above actions replace the MCU PWB PL13 1 003 347 IOT ESS Communication Failure 7 BSD on CH12 2B Detection Conditions ACK cannot be received after resending it twice A flaming error is found in the hardware at the IOT side Actions Turn the power On Off and perform the following if the problem persists 1 Check the connec...

Page 85: ... matching error Perform re installation of the software 3 If the problem persists after the above actions replace the MCU PWB PL13 1 003 353 IOT ESS Communication Failure 13 BSD on CH12 2B Detection Conditions The NAK that notifies the occurrence of the communication failure is received The Check Code of the message packet that has been received is not correct Actions Turn the power On Off and per...

Page 86: ...if the problem persists 1 Check the connection of the MCU PWB Connection Harness 2 Software matching error Perform re installation of the software 3 If the problem persists after the above actions replace the MCU PWB PL13 1 003 359 IOT ESS Communication Failure 19 BSD on CH12 2B Detection Conditions An abnormal parameter is set as the argument for the receiving function Actions Turn the power On O...

Page 87: ...lling Master Counter BSD on CH3 6A Detection Conditions The Billing Master Counter is repaired automatically Actions Only record the data to the History Hidden Failure 003 601 Repair the Billing Master Counter 1 BSD on CH3 6A Detection Conditions The Billing Master Counter 1 is repaired automatically Actions Only record the data to the History Hidden Failure 003 602 Repair the Billing Master Count...

Page 88: ...than Poster is selected and the switching of rotations is displayed BSD on CH6 12B Detection Conditions Vertical horizontal number mismatch When other than Poster is selected and the switching of rotations is displayed Actions Perform the operation again 003 946 TRAY 1 NOT IN POSITION Description TRAY 1 is not set in place BSD on CH7 1 CH7 10A Procedure Push Tray 1 in the M C Is 3 38 VDC or higher...

Page 89: ...6 VDC measured between the TRAY MODULE PWB J548 11 and GND Y N Replace the TRAY MODULE PWB PL14 15 With the Tray 3 pulled out check the settings of the paper size Are the settings correct Y N Set the paper size again Is 4 6 VDC or higher measured between the TRAY 3 SIZE SENSOR J820 2 and GND Y N Check the wire between the TRAY 3 SIZE SENSOR J820 2 and the TRAY MODULE PWB J548 11 for an open circui...

Page 90: ...dure Run the DC330 007 122 Turn the Actuator of the NO PAPER SENSOR On Off Has the display changed Y N Repair the TRAY 3 NO PAPER SENSOR using Generic Permeable Sensor Failure FIP PL14 9 Replace the TRAY MODULE PWB PL14 15 003 953 TRAY 4 NO PAPER BSD on CH7 8 CH7 10B Description TRAY 4 is empty Procedure Run the DC330 007 123 Turn the Actuator of the NO PAPER SENSOR On Off Has the display changed ...

Page 91: ...ect paper in the tray If the problem persists check the SENSOR using Generic Permeable Sensor Failure FIP 003 966 ATS APS No Destination Error ATS APS NG Except No Paper BSD on CH7 10A Detection Conditions The paper specified for printing cannot be detected Actions Change the settings If the problem persists check the SENSOR using Generic Permeable Sensor Failure FIP 003 971 Magnification Mismatch...

Page 92: ...ray stopped running due to an unknown obstacle Actions Check the settings of Paper Size Paper Orientation Paper Type and press the Eject key 003 986 Confirmation of Printing All BSD on CH6 12B Detection Conditions The difference between the number of spooled pages and output sheets is detected Actions Only check the number of prints ...

Page 93: ...Description Operation failure of the FLASH ROM BSD on CH3 1A CH3 6A Procedure If the problem persists after turning the power On Off replace the MCU PWB PL13 1 004 343 IOT FLASH ROM R W FAILURE Description Operation failure of the FLASH ROM BSD on CH3 1A CH3 6A Procedure If the problem persists after turning the power On Off replace the MCU PWB PL13 1 004 344 IOT MICRO PITCH FAILURE Description Th...

Page 94: ...I F PWB J551 3 for an open circuit and poor contact Check the wire between the IBT MOTOR J208 and the I F PWB J551 for an open circuit and poor contact Is an open circuit or poor contact found Y N Replace the IBT MOTOR PL1 1 Repair the open circuit or poor contact Replace the MCU MF PWB PL13 1 If the problem persists replace the I F PWB PL9 1 004 347 BELT POSITION FAILURE Description IBT BELT EDGE...

Page 95: ...ce the MCU MF PWB PL13 1 Is 5 VDC measured between the I F PWB J533 A11 and GND Y N Is 0 VDC measured between the I F PWB J533 A11 and GND Y N Check the wire between the I F PWB J533 and the IBT EDGE SENSOR J119 for an open circuit and poor contact If no problems are found replace the IBT EDGE SENSOR PL5 4 If the problem persists replace the MCU MF PWB PL13 1 Check the wire between the I F PWB J53...

Page 96: ...n open circuit and poor contact If no problems are found replace the MCU PWB PL13 1 Check the wire between the DRUM MOTOR J210 1 and the I F PWB J535 B5 for an open circuit and poor contact Run DC330 004 003 Is 0 VDC measured between the DRUM MOTOR J210 2 and GND Y N Run DC330 004 003 Is 0 VDC measured between the I F PWB J535 B3 and GND Y N Check the wire between the DRUM MOTOR J210 2 and the I F...

Page 97: ... Is 0 VDC measured between the DRUM MOTOR K J235 5 and GND Y N With DC330 004 006 running Is 0 VDC measured between the I F PWB J534 A11 and GND Y N Check the connection of the connectors P410 J410 between the MCU PWB and the I F PWB If no problems are found replace the MCU PWB PL13 1 and the I F PWB PL9 1 in sequence Check the wire between the I F PWB J534 A11 and the DRUM MOTOR K J235 5 for an o...

Page 98: ...the MCU MF NVM PWB PL13 1 004 420 IBT BELT UNIT 1st BTR LIFE END Description The life of the IBT BELT UNIT ended BSD on CH9 31A Procedure If the problem persists after replacing the IBT BELT UNIT replace the MCU PWB PL13 1 If the problem persists after replacing the MCU PWB replace the MCU MF NVM PWB PL13 1 004 421 IBT BELT CLEANER ASSY LIFE END Description The life of the IBT BELT CLEANER ASSY en...

Page 99: ...the Actuator Turn On the power Run DC330 004 014 Is 3 VDC to 1 VDC measured between the I F PWB J533 A11 and GND Y N Is 5 VDC measured between the I F PWB J533 A9 and J533 A10 Y N If the voltage between the I F PWB J533 A9 and the J533 A10 is less than 5 VDC after closing the FRONT door replace the MCU MF PWB PL13 1 Is 5 VDC measured between the I F PWB J533 A11 and GND Y N Is 0 VDC measured betwe...

Page 100: ...measured between the I F PWB J530 A9 and GND Y N Check the 24 VDC circuit to the I F PWB J530 A9 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Remove the IBT ASSY and run DC330 004 001 Is the IBT STEERING MOTOR rotating Y N Check the wire between the I F PWB J550 and the IBT STEERING MOTOR J207 for an open circuit and poor contact Is ...

Page 101: ...ear etc The REGI ROLLER DRIVE BELT for disengagement and damage The REGI DRIVE GEAR for wear and damage The PLATEN BELT for contamination wear and a revolution failure The PLATEN BELT for an improper tension The PLATEN GLASS for contamination and a high friction coefficient The DADF for an improper height ADJ3 1 3 The wire between the DADF REGI SENSOR and the DADF CONTROL PWB for an open circuit o...

Page 102: ... resistance 3 Ohm or less Y N Replace the DADF CONTROL PWB PL18 3 Check the wire between the DADF SIZE SENSOR 1 J582 2 and the DADF CONTROL PWB J599 8 for a short circuit to the frame Replace the DADF SIZE SENSOR 1 PL18 5 Enter DC330 005 151 and turn it On Is H displayed Y N Remove the DADF DOCUMENT TRAY Remove the DADF SIZE SENSOR 2 J583 Is the display switched to H Y N Remove the J599 on the DAD...

Page 103: ...he DADF REGI SENSOR detected a document when the TOP COVER PLATEN INTERLOCK was closed DC330 Codes to be checked DC330 005 110 DADF REGISTRATION SENSOR Check Items Check that the power voltage at the customer site does not drop Check the wire between the DADF REGI SENSOR and the DADF CONTROL PWB for an open circuit or poor contact The DADF CONTROL PWB for failure PL18 3 005 903 DADF EXIT SENSOR ST...

Page 104: ...P J736 Remove the P736 Cheat P736 Pin 1 and Pin 2 Is the display switched to H Y N Check the wire between the PLATEN OPEN SWITCH P736 1 and the IIT IPS PWB J722 A1 and the wire between the PLATEN OPEN SWITCH P736 2 and the IIT IPS PWB J722 A1 for an open circuit or poor contact If no problems are found replace the IIT IPS PWB PL16 3 Replace the PLATEN OPEN SWITCH PL16 4 Enter DC330 005 102 and tur...

Page 105: ...the IPS FAN J738 2 Between the IIT IPS PWB J722 B10 and the IPS FAN J738 3 Between the IIT IPS PWB J722 B11 and the IPS FAN J738 4 Is 5 VDC measured at the IIT IPS J722 B10 Y N Replace the IIT IPS PWB PL16 3 Replace the IPS FAN PL16 4 006 360 CARRIAGE POSITION FAILURE Description The CRG Position error was detected BSD on CH6 3 CH6 12A Procedure Turn Off the power Remove the PLATEN GLASS Manually ...

Page 106: ... Manually move the Full Rate Carriage and turn the IIT REGI SENSOR On Off Is the display switched between H and L Y N Repair the IIT REGI SENSOR using 3 3 3 2 Generic Permeable Sensor Failure FIP Enter DC330 06 005 SCAN or DC330 06 006 RETURN and turn it On Does the CARRIAGE MOTOR operate Y N Is 24 VDC measured between the IIT IPS PWB J725 2 and GND Y N Visually check the F6 Fuse on the IIT IPS PW...

Page 107: ...L16 6 LAMP BALLAST PWB PL16 6 Check the following The White Reference Board on the reverse side of the PLATEN GLASS for excessive contamination The optical light path for contamination If no problems are found replace the following parts in sequence Lens KIT Assembly PL16 4 REP14 4 1 IIT IPS PWB PL16 3 If the LAMP light quantity is insufficient replace the EXPOSURE LAMP PL16 6 and LAMP BALLAST PWB...

Page 108: ... FAILURE M Description The interval of the LSU ROS SOS M signals exceeds the specified value BSD on CH6 6 CH6 12C Procedure Is 5 VDC measured between the MCU PWB J401 B20 and GND Y N Replace the MCU PWB PL13 1 Check the wire between the SOS PWB M J517 1 and the MCU PWB J401 for an open circuit and poor contact Check the wire between the LD Drive M J528 and the MCU PWB J401 for an open circuit and ...

Page 109: ...ed between the CARRIAGE MOTOR P739 1 and GND Y N In the same Diag is 24 VDC measured between the IIT IPS PWB J725 1 and GND Y N Replace the IIT IPS PWB PL16 3 Check the wire between the IIT IPS PWB J725 1 6 and the CARRIAGE MOTOR P739 1 6 for an open circuit or poor contact Check the wire between the IIT IPS PWB J725 and the CARRIAGE MOTOR P739 5 for an open circuit or poor contact If no problems ...

Page 110: ...ELT for damage loosening and disengagement The CARRIAGE CAPSTAN SHAFT PULLEY for wear distortion and chips Full Rate Half Rate Carriage Position Adjustment ADJ2 1 1 If no problems are found replace the IIT IPS PWB PL16 3 006 391 SCAN INITIALIZE MOTOR DRIVER FAILURE Description The CARRIAGE MOTOR error was detected after the initialization was started BSD on CH6 4 CH6 12C Procedure Turn Off the pow...

Page 111: ...AWAY MOTOR 1 for an operation failure The TRAY 2 FEED LIFTUP MOTOR for an operation failure The TAKE AWAY SENSOR for an operation failure The TAKE AWAY ROLLER 2 for wear or a revolution failure The TRAY 2 FEED ROLLER and TRAY 2 NUDGER ROLLER for wear and a revolution failure A paper transportation failure due to a foreign substance burr on the paper path Use of paper out of spec Spec Refer to Chap...

Page 112: ...s detected on the software BSD on CH3 6A Procedure If the problem persists after turning the power On Off perform the re installation of the software If the problem persists replace the MCU PWB PL13 1 007 270 TRAY 1 PAPER SIZE SENSOR BROKEN Description The abnormal AD value was detected by the TRAY 1 PAPER SIZE SENSOR BSD on CH7 1 CH7 10A Procedure Install the TRAY 1 into the M C Does the voltage ...

Page 113: ...OR J265 3 Run DC140 007 100 When the MSI SIZE SENSOR was moved does the voltage of the J265 2 change Y N Check conductivity of the following Between the I F PWB J532 B4 and SIZE SENSOR J265 2 Replace the following parts I F PWB PL9 1 MCU PWB PL13 1 Replace the following parts I F PWB PL9 1 MCU PWB PL13 1 007 276 TRAY 3 PAPER SIZE SENSOR BROKEN TTM Description The abnormal AD value was detected by ...

Page 114: ...g to revolve Y N Is 24 VDC measured between the TRAY 1 FEED LIFT UP MOTOR J205 3 4 and GND Y N Check the 24 VDC INTLK circuit to the TRAY 1 FEED LIFT UP MOTOR J205 3 4 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Turn Off the power Check conductivity of the following Between the TRAY 1 FEED LIFT UP MOTOR J205 1 and I F PWB J532 A6 Be...

Page 115: ... and L Y N Repair the TRAY 2 LEVEL SENSOR using Generic Permeable Sensor Failure FIP PL15 3 PL14 7 Replace the following parts TRAY MODULE PWB PL15 9 PL14 15 007 291 TRAY 3 LIFT UP FAILURE TTM Description The TRAY 3 LEVEL SENSOR does not turn On block light within the specified time after it has begun lifting up BSD on CH7 7 CH7 10B Procedure Install the TRAY 3 Run DC330 008 006 Notes Does the TRA...

Page 116: ...onductivity of the following Between the TRAY 4 FEED LIFT UP MOTOR J829 1 and TRAY MODULE PWB 549 A6 Between the TRAY 4 FEED LIFT UP MOTOR J829 2 and TRAY MODULE PWB 549 A5 Between the TRAY 4 FEED LIFT UP MOTOR J829 5 and TRAY MODULE PWB 549 A2 Between the TRAY 4 FEED LIFT UP MOTOR J829 6 and TRAY MODULE PWB 549 A1 Is the resistance 1 Ohm or less for all wires Y N Check wires with more than 1 Ohm ...

Page 117: ...EGI SENSOR PL2 6 007 959 MSI PAPER MIS MATCH 1 OTHER THAN DEDICATED SHEET ARE DETECTED Description The dedicated sheets are not used BSD on CH8 5 CH8 6 Check Items Check that the dedicated sheets are used Check that the orientation of the transparencies is correct Check that unused transparencies are loaded The detection position of the sensor for foreign substance Procedure Block the paper detect...

Page 118: ...3 44 Chapter 3 Troubleshooting I F PWB PL9 1 MCU PWB PL13 1 ...

Page 119: ...r or a revolution failure The TAKE AWAY ROLLER 4 for wear or a revolution failure A paper transportation failure due to a foreign substance burr on the paper path Use of paper out of spec Spec Refer to Chapter 1 Specifications The TRAY MODULE PWB for a failure 008 164 POB SENSOR ON JAM Description The POB SENSOR does not detect paper within the specific time after the REGI CLUTCH was turned On DC3...

Page 120: ... for an operation failure The REGI SENSOR for an operation failure The EXIT ROLLER TRANSPORT ROLLER and WAIT ROLLER for wear and revolution failure A paper transportation failure due to a foreign substance burr on the paper path Use of paper out of spec Spec Refer to Chapter 1 Specifications The DUPLEX PWB I F PWB or MCU PWB for a failure 008 181 REGI SENSOR ON JAM FROM WAIT SENSOR Description The...

Page 121: ...e Learn has completed successfully run DC685 Regi Control Setup Cycle to check whether the same failure occurs If the failure persists restore the values of NVM760 7 14 and 19 26 that is related to Color Regi to defaults and run DC685 again The detection position of the MOB SENSOR 1 and 2 for contamination open circuit or poor contact The IBT BELT and DRUM for a scratch and contamination The frame...

Page 122: ...ch and contamination The frame for distortion The MCU PWB ESS PWB and LSU ROS ASSY for a failure 008 628 REGICON SAMPLE LATERAL FAILURE A1 PATCH FRONT Description At A1 OUT patch detection the scan position of CYAN color that is the standard for the rest is incorrect Against the MOB SENSOR the center position of the CYAN pattern is shifted by 500 µm or more Check Items After the DC956 Belt Edge Le...

Page 123: ...e DC956 Belt Edge Learn has completed successfully run DC685 Regi Control Setup Cycle to check whether the same failure occurs The detection position of the MOB SENSOR 1 and 2 for contamination and detection failure The IBT BELT for a scratch and contamination The DRUM for a scratch and contamination The frame for distortion The MCU PWB ESS PWB and LSU ROS ASSY for a failure 008 900 STATIC JAM Des...

Page 124: ...ble Y N Is 24 VDC measured between the I F PWB J533 B8 and GND Y N Check the 24 VDC circuit to the I F PWB J533 B8 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Check the wire between the I F PWB J533 and the 2ND RETRACT MOTOR J216 for an open circuit and poor contact Is the open circuit or poor contact found Y N Replace the 2ND BTR R...

Page 125: ...ACT operation has begun BSD on CH9 18 CH9 31D Procedure Open the Front Door and cheat the Interlock Run DC330 009 054 Notes 1ST BTR RETRACT MOTOR CONTACT Did the 1ST BTR perform the CONTACT operation Y N Was the 1ST BTR RETRACT MOTOR going to operate Y N Is 24 VDC measured between the I F PWB J533 A16 and GND Y N Check the 24 VDC INTLK circuit to the I F PWB J533 A16 by referring to Chapter 4 Wiri...

Page 126: ...ts replace the MCU PWB PL13 1 Check the wire between the I F PWB J533 A11 and the IBT EDGE SENSOR J119 2 for an open circuit or poor contact Replace the IBT EDGE SENSOR PL5 4 Is 24 VDC measured between the I F PWB J550 5 and GND Y N Check the 24 VDC circuit to the I F PWB J550 5 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Remove the...

Page 127: ...wire between the ATC SENSOR P129 and the I F PWB J534 for an open circuit and poor contact If no problems are found replace the ATC SENSOR PL6 2 After checking that no failures are detected during normal operation end the Diag 009 381 ATC SENSOR FAILURE M Description The ATC SENSOR M failure Or the failure was also detected when the amount of the developer material becomes low or the Auger of the ...

Page 128: ...of the machine Remove the Toner Cartridge K and check the Despense Motor Assy Remove the Faston 186 187 at both edges of the NEW CARTRIDGE DETECT SWITCH K Check connectivity at both edges of the NEW CARTRIDGE DETECT SWITCH K Is there connectivity from the first while the Switch is not pressed Y N Check the wire between the connector J405 A18 and the NEW CARTRIDGE DETECT SWITCH K FS187 for a short ...

Page 129: ...ew Old Detection Switch is not raised lift it up with your hands and reset the value of DC131 752 683 Accumulative Disp Time Value Y to 0 Install the Toner Cartridge and retry to change the New Old Detection Switch by turning On the power of the machine or closing the Front Door The coupling of the Dispense Motor and the Toner Cartridge at the rear may not be engaged Dispense Motor Revolution Chec...

Page 130: ...he MCU PWB J405 for an open circuit and poor contact If no problems are found replace the ATC SENSOR PL6 2 Is 24 VDC measured between the DEVE MOTOR J232 4 and GND Y N Check the 24 VDC circuit to the DEVE MOTOR J232 4 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Is 5 VDC measured between the DEVE MOTOR J232 7 and GND Y N Check the 5 ...

Page 131: ...4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Run DC330 004 004 Is 0 VDC measured between the MAIN MOTOR J203 5 and GND Y N Run DC330 004 004 Is 0 VDC measured between the I F PWB J534 B11 and GND Y N Check the wire between the I F PWB J534 B11 and the MAIN MOTOR J203 5 for an open cir cuit and poor contact If no problems are found replace the I F PWB PL9 1 and the MCU PWB PL13 1 in sequence...

Page 132: ...problems are found replace the I F PWB PL9 1 and the MCU PWB PL13 1 in sequence Check the wire between the I F PWB J536 and the ADC SENSOR UNIT J602 for an open circuit and poor contact If no problems are found replace the ADC SENSOR ASSY PL1 3 Check the installation status of the ADC SENSOR and the wire between the I F PWB J536 and the ADC SENSOR UNIT J602 for an open circuit and poor contact If ...

Page 133: ...HUTTER BSD on CH9 16 CH9 31D Procedure Run the DC330 009 078 Was the ADC SHUTTER SOLENOID actuated Y N Is 24 VDC measured between the I F PWB J536 A7 and GND Y N Check the 24 VDC circuit to the I F PWB J536 A7 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Run the DC330 009 078 Is 0 VDC measured between the I F PWB J536 A8 and GND Y N ...

Page 134: ... the Auger Mechanism for toner supply Run the DC922 TONE UP DOWN Is the FAILURE judgement of the ATC SENSOR Y OK Y N Check the installation status of the ATC SENSOR and the wire between the ATC SENSOR P129 and the MCU PWB J405 for an open circuit and poor contact If no problems are found replace the ATC SENSOR PL6 2 Did the DEVE MOTOR rotate after the power was turned On Off Y N Is 24 VDC measured...

Page 135: ...WN Is the FAILURE judgement of the ATC SENSOR C OK Y N Check the installation status of the ATC SENSOR and the wire between the ATC SENSOR P131 and the MCU PWB J405 for an open circuit and poor contact If no problems are found replace the ATC SENSOR PL6 2 Did the DEVE MOTOR rotate after the power was turned On Off Y N Is 24 VDC measured between the DEVE MOTOR J232 4 and GND Y N Check the 24 VDC ci...

Page 136: ...Failure FIP PL1 2 After checking that no failures are detected during normal operation end the Diag 009 924 WASTE TONER CONTAINER FULL Description The Waste Toner Container is full BSD on CH9 29 CH9 31E Procedure The Actuator of the FULL PAPER SENSOR for toner contarmination or foreign substance Y N Clean the machine Run DC330 009 150 Is H displayed Y N Replace the MCU PWB PL13 1 Repair the FULL T...

Page 137: ...D on CH9 4 CH9 31B Procedure If the problem persists after turning the power On Off replace the MCU PWB PL13 1 and the DRUM K PL4 1 009 931 DRUM NOT DETECT C Description The DETECT data of the DRUM does not match BSD on CH9 4 CH9 31B Procedure If the problem persists after turning the power On Off replace the MCU PWB PL13 1 and the DRUM C PL4 1 009 932 DRUM NOT DETECT M Description The DETECT data...

Page 138: ...lution failure The 2ND BTR for a contact failure The REGI CLUTCH for operation failure The EXIT GATE for an operation failure The MAIN MOTOR for a revolution failure The IBT MOTOR for a revolution failure The Gear for breakage and wear Transport failure due to foreign substance in paper path Use of paper out of spec Refer to Spec Chapter 1 Specifications 010 111 FUSER EXIT SW OFF JAM FACE DOWN Des...

Page 139: ...lue between 900 and 1000 Y N Turn Off the power and check the wire between the MCU PWB J404 11 and the FRONT THERMISTOR J211 1 for an open circuit and poor contact Is the open circuit or poor contact found Y N Check the wire between the MCU PWB J404 12 and the FRONT THERMISTOR J211 2 for an open circuit and poor contact Is the open circuit or poor contact found Y N Replace the MCU PWB PL13 1 Repai...

Page 140: ...he REAR THERMISTOR detected an abnormal high temperature BSD on CH10 1 CH10 8 Procedure Turn Off the power remove the FUSER ASSY and allow it to cool down Measure the resistance between the FUSER ASSY connectors P600 7 and P600 9 Is the resistance between 30 and 190 k Ohm Y N Check the REAR THERMISTOR in the FUSER ASSY for an open circuit and poor contact If no problems are found replace the FUSER...

Page 141: ...he FUSER ASSY for an open circuit and poor contact If no problems are found replace the FUSER ASSY PL7 1 Measure the resistance between the FUSER ASSY P600 1 and P600 12 Is the resistance 20 Ohm or less Y N Check the wire in the FUSER ASSY for an open circuit and poor contact and the THERMOSTAT for an open circuit If no problems are found replace the FUSER ASSY PL7 1 Reinstall the FUSER ASSY turn ...

Page 142: ...ct If no problems are found replace the FUSER ASSY PL7 1 Measure the resistance between the FUSER ASSY P600 1 and P600 12 Is the resistance 20 Ohm or less Y N Check the wire in the FUSER ASSY for an open circuit and poor contact and the THERMOSTAT for an open circuit If no problems are found replace the FUSER ASSY PL7 1 Reinstall the FUSER ASSY turn On the power and run DC140 010 100 Is the monito...

Page 143: ...ntact If no problems are found replace the FUSER ASSY PL7 1 Measure the resistance between the FUSER ASSY P600 3 and P600 12 Is the resistance 20 Ohm or less Y N Check the wire in the FUSER ASSY for an open circuit and poor contact and the THERMOSTAT for an open circuit If no problems are found replace the FUSER ASSY PL7 1 Reinstall the FUSER ASSY turn On the power and run DC140 010 101 Is the mon...

Page 144: ...t If no problems are found replace the FUSER ASSY PL7 1 Measure the resistance between the FUSER ASSY P600 3 and P600 12 Is the resistance 20 Ohm or less Y N Check the wire in the FUSER ASSY for an open circuit and poor contact and the THERMOSTAT for an open circuit If no problems are found replace the FUSER ASSY PL7 1 Reinstall the FUSER ASSY turn On the power and run DC140 010 101 Is the monitor...

Page 145: ...SER FAN J222 4 by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Is 24 VDC measured between the FUSER FAN J222 4 and J222 1 Y N Check the DC COM circuit to the FUSER FAN J222 1 by referring to Chapter 4 Wiring Data WN4 3 17 24 VRET 1 WN4 3 18 24 VRET 2 WN4 3 19 24 VRET 3 WN4 3 20 24 VRET 4 Run DC330 004 050 Is 0 VDC measured between the F...

Page 146: ...N revolving Y N Is 24 VDC measured between the I F PWB J552 1 and GND Y N Check the 24 VDC circuit by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Check the DC COM circuit by referring to Chapter 4 Wiring Data WN4 3 17 24 VRET 1 WN4 3 18 24 VRET 2 WN4 3 19 24 VRET 3 WN4 3 20 24 VRET 4 Replace the REAR FAN PL8 1 Run DC330 004 050 Is 3 3 ...

Page 147: ...differs depending on the paper size BSD on CH11 4 CH11 11A DC330 Codes to be checked DC330 012 104 H TRA EXIT SENSOR DC330 012 001 FINISHER DRIVE MOTOR Check Items The H TRANSPORT BELT for contamination wear and a revolution failure The SENSOR ACTUATOR for breakage and bending The paper path failure for burr and foreign substance etc The H TRA BELT DRIVE ROLLER for contamination wear and a revolut...

Page 148: ...ion failure The STACKER TRAY for foreign substance 012 241 STAPLE MOVE SENSOR ON FAILURE Description In either one of the following cases The STAPLE MOVE SENSOR did not turn On within 2sec after the system has started to move to the STAPLE POSITION and the STAPLE MOVE SENSOR has turned Off The STAPLE MOVE SENSOR did not turn On after the move to the STAPLE POSITION has completed BSD on CH11 7 CH11...

Page 149: ...replace the STAPLER MOVE MOTOR PL15 9 and the FINISHER PWB PL15 13 in sequence Replace the FINISHER PWB PL15 13 012 244 STAPLE FAILURE Description The STAPLE HEAD HOME SENSOR never turn On within 200 ms after the STAPLER MOTOR started to revolve backward open BSD on CH11 8 CH11 11B Procedure Run the DC330 012 207 Turn the STAPLE HEAD HOME SENSOR On Off using paper etc Is the display switched betwe...

Page 150: ... VDC measured between the FRONT TAMPER MOTOR J877B 5 and GND Y N Is 24 VDC measured between the FINISHER PWB J848 B8 and GND Y N Is 24 VDC measured between the FINISHER PWB J844 4 and GND Y N Check the INTLK ON 24 VDC circuit to the FINISHER PWB J844 4 by referring to the BSD CH11 1 Replace the FINISHER PWB PL15 13 Check the wire between the FINISHER PWB J848 B8 and the FRONT TAMPER MOTOR J877B 5 ...

Page 151: ...NSOR did not detect that the tray went up within 5sec after the STACKER TRAY had begun lifting up BSD on CH11 10A CH11 11B Check Items Check the STACK HEIGHT SENSOR Actuator for disengagement bending and breakage Procedure Enter DC330 012 201 and turn it On Manually turn the STACK HEIGHT SENSOR Actuator to turn the STACK HEIGHT SENSOR On Off Is the display switched between H and L Y N Check the ST...

Page 152: ... RACK GEAR for wear and damage Remove the other mechanical causes of the STACKER TRAY not operating Turn DC330 012 050 UP On Did the STACKER TRAY ascend Y N Was the operating sound of the STACKER MOTOR audible Y N With DC330 012 050 UP running Is 24 VDC measured between the FINISHER PWB J847 12 and GND Y N Is 24 VDC measured between the FINISHER PWB J844 4 and GND Y N Check the INTLK ON 24 VDC cir...

Page 153: ...urn it On Turn the STAPLE FRONT CORNER SENSOR On Off Is the display switched between H and L Y N Check the STAPLE FRONT CORNER SENSOR using the Generic Permeable Sensor Failure FIP Cheat the FRONT COVER INTERLOCK SWITCH Execute DC330 012 081 FRONT direction or DC330 012 083 REAR direction Was the STAPLE MOVE MOTOR activated Y N Is 24 VDC measured between the FINISHER PWB J847 3 and GND Y N Is 24 V...

Page 154: ...it to the FINISHER PWB J844 4 by referring to the BSD CH11 1 Replace the FINISHER PWB PL15 13 Check the wire between the FINISHER PWB J846 and the EJECT MOTOR J881 for an open circuit or poor contact If no problems are found replace the EJECT MOTOR PL15 8 and the FINISHER PWB PL15 13 in sequence Remove the other mechanical causes of the EJECT CLAMP not operating such as wear or damage of the GEAR ...

Page 155: ...ilure and breakage The BELT for disengagement breakage and improper tension Remove the other mechanical causes of the SET CLAMP not operating Replace the FINISHER PWB PL15 13 012 301 TOP COVER INTERLOCK OPEN Description The TOP COVER INTERLOCK is open BSD on CH11 1 CH11 11A Procedure Cheat the TOP COVER INTERLOCK SWITCH Has the display of 012 301 been cleared Y N Is 5 VDC measured between the FINI...

Page 156: ...3 3 for an open circuit or poor contact If no problems are found replace the FINISHER PWB PL15 13 Replace the H TRA INTERLOCK SENSOR PL15 4 Mismatching between the H TRA OPEN COVER and the H TRA INTERLOCK SENSOR Check the H TRACOVER for improper installation the Actuator for breakage and bending and the Magnet for improper mounting 012 305 DOCKING INTERLOCK OPEN Description The DOCKING INTERLOCK i...

Page 157: ...CK were closed or at initialization BSD on CH11 4 CH11 11A Check Items Check that the power voltage at the customer site does not drop The Actuator for return failure Run the following DC330 INPUT CHECK to check the circuit of the Sensor DC330 012 103 H TRA ENTRANCE SENSOR FINISHER PWB failure PL15 13 012 902 H TRA EXIT SENSOR STATIC JAM Description The H TRA EXIT SENSOR detected a paper at power ...

Page 158: ...5 and GND Y N Is 5 VDC measured between the FINISHER PWB J852 1 and GND Y N Is 24 VDC measured between the FINISHER PWB J844 2 and GND Y N Check the 24 VDC circuit to the FINISHER PWB J844 2 by referring to the BSD CH11 1 Replace the FINISHER PWB PL15 13 Check the wire between the FINISHER PWB J852 1 and the STAPLE HEAD ASSY J886 5 for an open circuit or poor contact Pull out the cartridge Is 5 VD...

Page 159: ...CH11 11B Check Items This Fault Code is an operation message No need for servicing If the display of 012 914 has not been cleared after removing the STAPLE SET check the following The Actuators of the STACK PAPER SENSOR for dragging and return failure Run the following DC330 INPUT CHECK to check the circuit of the Sensor DC330 012 200 STACK PAPER SENSOR FINISHER PWB failure PL15 13 012 916 STAPLE ...

Page 160: ...k the PAPER SENSOR using the Generic Permeable Sensor Failure FIP Turn DC330 012 050 UP or 012 051 DOWN On Did the STACKER TRAY operate Y N Does the STACKER MOTOR operate or is it going to operate Y N With DC330 012 050 UP running Is 24 VDC measured between the FINISHER PWB J847 12 and GND Y N Is 24 VDC measured between the FINISHER PWB J844 4 and GND Y N Check the INTLK ON 24 VDC circuit to the F...

Page 161: ...between the STACKER MOTOR J889 2 and GND Y N Replace the STACKER MOTOR PL15 11 Check the wire between the FINISHER PWB J847 11 and the STACKER MOTOR J889 2 for an open circuit or poor contact If no problems are found replace the FINISHER PWB PL15 13 and STACKER MOTOR PL15 11 in sequence Check the following Remove the other mechanical causes of the STACKER TRAY not operating The STACKER MOTOR GEAR ...

Page 162: ...e Enter DC330 012 215 and turn it On Bring paper near the TOP TRAY FULL SENSOR then away from it Is the display switched between H and L Y N Check the TOP TRAY FULL SENSOR using the Generic Reflective Sensor Failure FIP Check the sensor for improper installation If no problems are found replace the FINISHER PWB PL15 13 Though it is possible to run the following Diag on the machine not installed wi...

Page 163: ...he connection of the IIT IPS PWB Connection Harness 2 Replace the ESS PWB PL13 1 3 Replace the IIT IPS PWB PL16 3 015 375 X PIO Before Scan Failure BSD on CH6 12A Detection Conditions An error of the X Hot Line was detected when Scan Start is sent to the IISS Actions If the problem persists after turning the power On Off perform the following 1 Check the connection of the IIT IPS PWB Connection Ha...

Page 164: ...connection of the IPS PWB P721 and CCD Connector D741 If the problem persists replace the following components in sequence IIT IPS PWB PL16 3 CCD Flat Cable PL16 4 CCD PWB PL16 4 015 385 Platen AGC CH6 Failure BSD on CH6 12A Detection Conditions Platen AGC CH6 Failure Actions Turn the power On Off If the problem persists after turning the power On Off check the connection of the IPS PWB P721 and C...

Page 165: ...persists after turning the power On Off check the connection of the IPS PWB P721 and CCD Connector D741 If the problem persists replace the following components in sequence IIT IPS PWB PL16 3 CCD Flat Cable PL16 4 CCD PWB PL16 4 015 391 Platen AOC CH6 Failure BSD on CH6 12A Detection Conditions Platen AOC CH6 Failure Actions Turn the power On Off If the problem persists after turning the power On ...

Page 166: ...rsists 1 Replace the Scanner s Page Memory 016 450 Duplicate SMB Host Name Detection Conditions A PC with the same host name already exists on a network Actions Change the host name 016 452 Duplicate IP Address Detection Conditions A PC with the same IP Address already exists on a network Actions Change the IP Address 016 453 DHCP Server IP Address Fetch Failure Occurred Detection Conditions The D...

Page 167: ...SW Actions Set up the HDD partition D and perform the verify test again 016 594 Read Verify Error Partition E Detection Conditions A verify error has occurred in the HDD partition E during PC Diag operation from PSW Actions Set up the HDD partition E and perform the verify test again 016 595 Read Verify Error Partition H Detection Conditions A verify error has occurred in the HDD partition H durin...

Page 168: ...ng Job Template Detection Conditions Updating Job Template The system tried to output the Job Template List while the Job Template was being updated Actions Perform the operation again after the Job Template update has completed 016 737 Job Template Server Read Error Detection Conditions Job Template Server Read Error Read error from the Job Template Pool Server Actions 1 Check that Authorization ...

Page 169: ...itions Auditron Invalid User Actions Set a correct account and retry 016 758 Auditron Disabled Function Detection Conditions Auditron Disabled Function Actions 1 Set the new function that is allowed for that account and retry 2 Consult the account administrator to add a right 016 759 Auditron Reached Limit Detection Conditions Auditron Reached Limit Actions Consult the account administrator to set...

Page 170: ...sion Detection Conditions Image Conversion Error The insufficient HDD capacity was detected during image conversion process by S Formatter Actions Create free space of the HD capacity and retry 016 776 Image Conversion Error Detection Conditions Image Conversion Error An error has occurred due to other causes than HDD Access during image conversion process by S Formatter Actions Turn the power On ...

Page 171: ...16 954 Tray SMH Empty Detection Conditions Tray SMH Empty Actions Add paper 016 958 Size Mismatch 1 SMH Size Mismatch Detection Conditions Size Mismatch 1 SMH Size Mismatch Actions Load proper paper in the tray 016 959 Size Mismatch Tray 1 Size Mismatch Detection Conditions Size Mismatch Tray 1 Size Mismatch Actions Load proper paper in the tray 016 960 Size Mismatch Tray 2 Size Mismatch Detection...

Page 172: ...ot cleared even during waiting for timing No pages can be stored Actions Turn the power On Off and perform the operation again 016 985 SCAN_TO_EMAIL_DATA_SIZE_OVER Detection Conditions Size of Job was over specified memory Actions Machine confirms with operator to continue or not 020 506 No Ability at Destination Detection Conditions The recipient machine does not have the remote sort copy functio...

Page 173: ... function Actions Perform the operation again 020 512 Detect Endless Loop During Remote Repaly Broadcast Detection Conditions An infinite loop was detected at the remote relay broadcast Actions Perform the operation again 020 513 Illegal Command on TRESS Detection Conditions The system received illegal command from the sending machine at the remote maintenance Actions Perform the operation again 0...

Page 174: ...ions Receive message queue full The data received from the Controller exceeded the upper limit of the processing capability in the Panel Actions Perform re installation of the software 102 318 Receive Finish Queue Full Detection Conditions Receiving completion queue full The data received from the Controller exceeded the upper limit of the processing capability in the Panel Actions Perform re inst...

Page 175: ...Failure with Invalid LED Request Detection Conditions I F failure in the UI The request for lighting up an incorrect LED was received Actions Check the D RAM and ROM Perform re installation of the software 102 332 Interface Failure with Invalid Parameter CP Detection Conditions Interface failure Incorrect parameter was detected at the Drv I F between the DM and CP Actions Check the D RAM and ROM P...

Page 176: ...Full Detection Conditions Event queue full Actions Perform re installation of the software Or replace the CONTROL PANEL PL16 2 102 342 Event Queue Empty Detection Conditions Event queue empty Actions Perform re installation of the software Or replace the CONTROL PANEL PL16 2 102 343 Invalid Class Detection Conditions Invalid class Actions Perform re installation of the software Or replace the CONT...

Page 177: ...16 2 102 357 Cancel Wait Status Detection Conditions Forced cancellation of the wait status Actions Perform re installation of the software Or replace the CONTROL PANEL PL16 2 102 358 Time Out Detection Conditions Time Out Actions Perform re installation of the software Or replace the CONTROL PANEL PL16 2 102 359 Queue Overflow Detection Conditions Queue overflow Actions Perform re installation of...

Page 178: ...nce failure The initial command from the Controller was not notified for a specified time Actions Perform re installation of the software 102 373 Channel Failure Detection Conditions Channel failure The channel notified from the Controller was incorrect Actions Perform re installation of the software 102 374 Invalid User Job ID Detection Conditions Incorrect User Job ID The Job ID parameter notifi...

Page 179: ...software 102 390 Job Parameter Failure Detection Conditions Job parameter argument error Actions Perform re installation of the software 102 391 Job Actual Parameter Failure Detection Conditions Job execution argument error Actions Perform re installation of the software 102 392 Auditron Failure Detection Conditions Invalid Auditron Actions Perform re installation of the software 102 393 EP Failur...

Page 180: ... the SEEPROM on the ESS board Actions Replace the ESS PWB PL13 1 103 321 Backup SRAM Failure Detection Conditions Write error has occurred in the NVM on the ESS board Actions Replace the ESS PWB PL13 1 103 330 ESS ROM DIMM 3 Check Failure Detection Conditions A failure was detected during check of the ESS ROM DIMM 3 Actions Pull out and insert the ESS ROM DIMM 3 If the trouble persists replace the...

Page 181: ...M and install the appropriate ROM DIMM If the trouble persists execute the following Replace the ESS PWB PL13 1 103 372 IOT sc Soft Failure Detection Conditions IOT Controller software failure Due to an error during the software processing the subsequent processes cannot be performed Actions Turn the power On Off and perform the following if the problem persists 1 Perform the re installation of th...

Page 182: ...OM DIMM 3 116 314 Ethernet Address Failure Detection Conditions A Ethernet error was detected Actions Turn the power On Off and perform the following if the problem persists Replace the ESS PWB PL13 1 116 315 ESS RAM DIMM 1 W R Check Failure Detection Conditions A failure was detected during W R of the ESS RAM DIMM 1 Actions Pull out and insert the ESS RAM DIMM 1 If the trouble persists replace th...

Page 183: ...lowing if the problem persists 1 Pull out and insert the ESS ROM DIMM 2 2 Replace the ESS ROM DIMM 2 116 328 L2 Cache Failure Detection Conditions A L2 Cache failure was detected Actions Turn the power On Off and perform the following if the problem persists 1 Replace the ESS PWB PL13 1 116 329 Serial I F Soft Failure Detection Conditions The system call error related to the serial I F was detecte...

Page 184: ...on Conditions MFIO Failure Fatal errors to be detected by MFIO Actions Take actions by following the procedure below 1 Turn Off and On the power 2 Replace the ESS Board PL13 1 116 345 Not used 116 346 Formatter Failure Detection Conditions Fatal errors to be detected by the Formatter were detected Actions 1 Turn the power Off and On 2 If the trouble persists replace the ESS PWB PL13 1 116 347 Loca...

Page 185: ... Error Due to an error during the software processing the subsequent processes cannot be performed Actions Turn the power On Off and perform the following if the problem persists Replace the ESS PWB PL13 1 116 358 Salutation Soft Failure Detection Conditions Fatal error related to the Salutation Due to an error during the software processing the subsequent processes cannot be performed Actions Tur...

Page 186: ...lace the ESS PWB PL13 1 116 371 PCL Decomposer Software Failure Detection Conditions Software illogical error Actions If same trouble happened occasinally need to update software or replace ESS PWB 116 372 P Formatter Failure Detection Conditions Fatal error of P Formatter Due to an error during the software processing the subsequent processes cannot be performed Actions Turn the power On Off and ...

Page 187: ...the request message had been sent to the Panel Actions Turn the power On Off and perform the following if the problem persists 1 Perform re installation of the ESS software 2 Replace the ESS PWB PL13 1 116 385 IDC Software Failure Detection Conditions Software illogical error Actions If same trouble happened occasinally need to update software or replace ESS PWB 116 388 No HD that Should Be Detect...

Page 188: ...Error Detection Conditions An error has occurred in language analysis Actions Correct the job data 116 710 HP GL Spool File Overflows Detection Conditions HP GL 2 memory overflow Actions Increase the HP GL spool size Or install the HDD 116 711 PLW From Synthesis Error Detection Conditions Synthesis is impossible because the size orientation of the PLW form s drawing is different from that of the p...

Page 189: ...ror Detection Conditions The logo data cannot be registered because of the restriction of the number of logos Actions Use the Operation Panel utility to check the registered logos and delete unnecessary ones Or delete unnecessary logos with the Print command 116 743 Form Logo Size Overflow Detection Conditions The received data forms logos indicating that forms logos cannot be registered due to in...

Page 190: ...3 116 Chapter 3 Troubleshooting 202 399 Timer Internal Failure Detection Conditions Timer internal error Panel SW failure Actions Replace the SW or PANEL Turn the Power On Off ...

Page 191: ... PWB PL9 2 Check the AC circuit to each part by referring to Chapter 4 Wiring Data 3 3 2 2 3 3 VDC POWER 3 3V LVPS Procedure Is 3 3 VDC measured between the 3 3V LVPS J510 2 and GND Y N Is 120 VAC measured between the 3 3V LVPS J15A 1 and J15A 2 Y N Go to the AC POWER FIP IOT Turn Off the power switch and remove the J510 Turn On the power after 10sec or more passes Is 3 3 VDC measured between the ...

Page 192: ...e passes Is 24 VDC measured between the 24V LVPS P502 1 and GND Y N Replace the 24V LVPS PL9 1 Check the 24 VDC circuit for a short circuit to a frame by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 3 14 24 VDC 2 WN4 3 15 24 VDC 3 WN4 3 16 24 VDC 4 Check the wire to the applicable component for an open circuit or poor contact by referring to Chapter 4 Wiring Data WN4 3 13 24 VDC 1 WN4 ...

Page 193: ...Check installation of the Sensor and the incident diffraction If no problems are found replace the sensor Check installation of the Sensor If no problems are found replace the sensor 3 3 3 2 Permeable Sensor Failure FIP 2002 Enter DC330 XXX XXX Block the Sensor Is the display HIGH Y N Remove the sensor connector Has the display changed to HIGH Y N Check a short circuit between the sensor Pin 2 and...

Page 194: ...und replace the switch 3 3 3 4 Solenoid Clutch Not Energized Failure FIP 2004 Go to the DC330 XXX XXX and turn it On Is 24 VDC measured between the PWB Pin 3 and GND Y N Is 24 VDC measured between Pin 2 of the Solenoid Clutch and GND Y N Is 24 VDC measured between Pin 1 of the Sole noid Clutch and GND Y N Check the wire between the PWB Pin 4 and the solenoid clutch Pin 1 for an open circuit and po...

Page 195: ...ess between the connector Pin 3 and the frame Y N Replace the PWB Check the wire between the connector Pin 3 and the motor Pin 2 for a short circuit If no problems are found replace the motor 3 3 3 8 NIP RELEASE SOLENOID Not Energized Failure FIP 2004 Is 24 VDC measured between the NIP RELEASE SOLENOID Pin 1 and GND Y N Is 24 VDC measured between the PWB Pin 5 and GND Y N Check 24 VDC inputs of th...

Page 196: ... Follow the following FIP when the RELEASE caused a problem Go to the DC330 XXX XXX and turn the SOL RELEASE On Is 24 VDC measured between the PWB Pin 6 and GND Y N Go to the DC330 XXX XXX and turn the SOL RELEASE On Is 24 VDC measured between the NIP RELEASE SOLENOID Pin 2 and GND Y N Replace the NIP RELEASE SOLENOID Check the wire between the PWB Pin 6 and the NIP RELEASE SOLENOID Pin 2 for an o...

Page 197: ...DC Code No DC Code Name DP C321 C401 DC118 Jam Counter O DC120 Failure Counter O DC132 Billing Data Matching Serial No Settings O DC135 HFSI Counter O DC Code No DC Code Name DP C321 C401 DC140 Analog Monitor O DC305 UI Component Check O DC330 Component Control O DC Code No DC Code Name DP C321 C401 DC131 NVM Read Write O DC132 Billing Data Matching Serial No Settings O DC301 NVM Initialization O ...

Page 198: ...uation X DC890 C POP TRC Auto Adjust X DC891 C POP TRC Manual Adjust X DC892 C POP TRC Patch Density X DC897 TRC User Target Set X DC898 C POP TRC Target Set Patch Density X DC900 TRC Adjust X DC916 Highlight Auto Setup X DC917 ALC TRC Target Value Setup X DC918 Highlight Manual Setup X DC919 Color Balance Adjustment X DC921 TC ATC Sensor Setup O DC922 TRC Control O DC923 Process Control PG X DC92...

Page 199: ...p mode when the power is turned On Recovery mode after Standby mode Recovery mode after Sleep mode Recovery mode after Diag mode Do not connect other equipment except the PSW to this outlet Connecting with other equipment except PSW may cause fire electric shock As this outlet is to be used by the Service Engineer only reinstall the Cover as soon as the servicing has completed so that the customer...

Page 200: ...e above items will be displayed respectively when the applicable items are selected When you enter the Service Mode with the Z key pressed the Service Mode screen becomes Ready after all the data is obtained In the Service Mode you must not put the Offline back to the Online In the Service Mode even if you turn On Off the power the PSW always returns to this screen You cannot exit the Service Mode...

Page 201: ...ll be deleted at the same time 3 4 2 1 2 When opening the desired page of the Electronic Manual from the desired Service Mode screen Procedure 1 Select Connecting the Electronic Manual from the system menu Opened by clicking the menu box at the upper left of the screen 2 The Electronic Manual Connection Information screen is displayed Fig 1 Fig 1 j0mf2404 Fault 1 2 3 represent newly generated faul...

Page 202: ...tory screen 9 Clear the Diag Electronic Manual History to display the first Diag Service Mode screen of the history E g For the electronic manual transferred from the description EDOC of the CCC LLL1 Fault in Figure 1 the system will return to the Diag Service Mode screen for the CCC LLL2 Occurrence screen DIAG There are primary main cause faults and secondly faults The machine identifies those fa...

Page 203: ... OK 5 The Service Mode Basic Frame is displayed The Service Mode basic screen in the dummy mode is the same as that of the normal mode If the Service Mode is not started the message prompting to check whether the dummy machine information file is installed properly will be displayed Select OK to return to the WIN95 desktop screen Win95 For dummy mode this completes all the procedures to be perform...

Page 204: ... ASCII Code List 700 331 PRODUCT CODE No3 0 255 3rd digit of 8 digit Product Code Refer to 3 4 2 3 1 ASCII Code List 700 332 PRODUCT CODE No4 0 255 4th digit of 8 digit Product Code Refer to 3 4 2 3 1 ASCII Code List 700 333 PRODUCT CODE No5 0 255 5th digit of 8 digit Product Code Refer to 3 4 2 3 1 ASCII Code List 700 334 PRODUCT CODE No6 0 255 6th digit of 8 digit Product Code Refer to 3 4 2 3 1...

Page 205: ...3 131 Chapter 3 Troubleshooting 80 50 P 81 51 Q 82 52 R 83 53 S 84 54 T 85 55 U 86 56 V 87 57 W 88 58 X 89 59 Y 90 5A Z Decimal Hexadecimal Characters Numeral ...

Page 206: ...wn History DC122 Failure Counter DC120 and Jam Counter DC118 are not reset Then the printer exits from the Service Mode without resetting the number of copies since the previous visit b The display will return to the Exit Service Mode Screen if No is selected In addition if Cancel is selected in the End Service Mode Screen the previous screen of it is displayed In case the PSW cannot notify Abort ...

Page 207: ...formation corresponding to the document jam items being selected The document jam item being selected is displayed in blue The first row is selected by default 5 Select Close to return to the History screen after checking of the Document Jam has completed Paper Jam History Procedure 1 Select the History tab on the Service Mode screen 2 Select DC122 on the History screen 3 Select Paper Jam on the S...

Page 208: ...the item to be reset at the time of exit from the Service Mode by use of Complete the operation 5 Select Close to return to the Counter screen after checking of the Paper Jam History or Document Jam History has completed C Jam History Procedure 1 Select the Counter tab on the Service Mode screen 2 Select DC118 on the Counter screen 3 Select Jam History 4 Jam Counter Jam History is displayed The ja...

Page 209: ...obtained from the Main Processor the PSW displays failures in the order of Chain Link No Displays failures from the last exit from the Service Mode with Complete the operation until now The No of Occurrences is the item to be reset at the time of exit from the Service Mode by use of Complete the operation 5 Select Close to return to the Counter screen after checking of the display in order of Chai...

Page 210: ...P1 P2 and P3 will be renewed too Select OK to reset 9 If you want to change the Replacement Life select the appropriate HFSI items 10 Select Change Replacement Life 11 The Change Replacement Life screen is displayed The current Replacement Life is displayed as default 12 Set up a new Replacement Life Max 8 digits using the keyboard and select OK The Replacement Life on the HFSI Counter Components ...

Page 211: ...is displayed Displays values of Replacement Life and the current value for all HFSI 6 Procedure for resetting the current value and changing the Replacement Life are the same as A Components to be Replaced Refer to Procedure 4 12 7 Select Close to return to the Counter screen after checking of the HFSI Counter has completed Displays the items with the current value being over the Replacement Life ...

Page 212: ...ed components for changing the Output Level in Procedure A and select Change Output Level 10 The Change Output Level screen is opened 11 Input the new Output Level by using the keyboard select OK to close the Change Output Level screen and display the Analog Monitor screen 12 The new output level is added or subtracted for inputting and the new output level will be displayed in the level column of...

Page 213: ... Touch Screen Test screen All LEDs will turn Off when Stop is selected LCD Check Move your finger on the DC305 Touch Screen Test screen and the area being touched 80 long X 30 short Matrix will be displayed in reverse video Beep Check The selected tone will be emitted every time the Control Panel buttons are pressed This Check can be also performed by using the Start Stop buttons in the same way 6...

Page 214: ...shows a blank display All the buttons for Output Component Check show dimmed displays 3 Select the desired components and select Execute of the Input Components 4 The status of the target components in the Main Processor High or Low is accepted and displayed as High or Low in the Input Component Status column 0 is displayed in the No of Changes column Emits Beep sounds which can distinguish the Lo...

Page 215: ...s registered previously before new registration will be displayed At this point the components registered previously will be cleared if Yes is selected 6 The subsequent steps are the same as those of Output Component Check and Input Component Check 7 Select Close to return to the Component Control screen after checking of the Direct Code Input has completed 7 Select Close to return to the IO Check...

Page 216: ...e NVM Code input field of the Direct Code Input box 6 Select NVM Read 7 NVM data is displayed 8 Select the target NVM to write from the table 9 The current value of the target NVM to write is displayed in the Direct Input column of the NVM Write box NVM Write can be made while figures are being displayed in the Direct Input column 10 Input the new value into the Direct Input column 11 Select NVM W...

Page 217: ...5 Case 2 When any PWB Serial No has been set the PWB name is displayed in List of PWBA not replaced and the M C Serial No Setup button is disabled Go to Procedure 4 4 Select one of the PWBs not replaced The M C Serial No Setup button becomes enabled 5 Click the M C Serial No Setup The M C Serial No Setup screen is displayed 6 After entering the M C Serial No using the PSW keyboard click OK Case 1 ...

Page 218: ...mation message screen 7 Select Yes 8 The message XXX NVM Initialization in progress is displayed 9 When the initialization is completed successfully XXX NVM Initialization completed successfully will be displayed in the Execution Condition column When the initialization is not completed successfully XXX NVM Initialization not completed successfully will be displayed in the Execution Condition colu...

Page 219: ...screen 2 Select DC355 on the Sub System screen 3 The Hard Disk Diag Program screen is displayed 4 Select Target Hard Disk 5 Select the appropriate function Setup Hard Disk Test Diagnostic Trouble Forecast 6 Select Execute For detailed procedure and explanation refer to Chapter 2 ADJ1 1 8 DC355 Hard Disk Diag Program MP All Multiple Purpose means to execute the selected functions to each partition ...

Page 220: ...nusual noise by operating the document feeder independently Procedure 1 Select the Sub System tab on the Service Mode screen 2 Select DC527 on the Sub System screen 3 The Document Feeder Independent Operation screen is displayed 4 Load documents on the DADF and select Execute 5 Select Close to return to the Sub System screen ...

Page 221: ...dge Profile Table table used to control the Belt Walk Reference Execution Time 100 sec at maximum 13 revolutions of the Belt Procedure 1 Select the Sub System tab on the Service Mode screen 2 Select DC956 on the Sub System screen 3 The Belt Edge Learn screen is displayed 4 Select Execute 5 Select Close to return to the Sub System screen Always perform this diag before executing DC685 and complete ...

Page 222: ...rn to the Test Pattern Print screen For the Test Pattern List refer to Chapter 3 3 5 5 DC612 Test Pattern List For the PWB names that store the test patterns and IC names refer to Chapter 8 8 1 DCC400G Image Information Flow Perform the operation in DC010 because the current PC Diag cannot select SMH MSI paper For the procedure refer to Chapter 3 3 4 4 27 Mode Selectable Modes Color Mode 4C 3C K Y...

Page 223: ...n tab on the Service Mode screen 2 Select DC681 on the Registration screen 3 The Regi Measurement Cycle screen is displayed 4 Select Execute 5 In Judgement OK is displayed Complete NG is displayed Check the following causes and execute DC681 again Causes of Error Sensor Improper installation failure Pattern Density insufficient Belt scratched Frame Distortion If the result is NG again refer to FIP...

Page 224: ... Execute 5 In Judgement OK is displayed Complete NG is displayed Check the following causes and execute DC683 again Sensor Improper installation failure Pattern Density insufficient Belt scratched Frame Distortion If the result is NG again refer to FIP to repair the trouble 6 Select Close to return to the Registration screen Displayed Data Display Range Unit Remarks Lateral misregistration detecte...

Page 225: ...ct Registration tab on the Service Mode screen 2 Select DC684 on the Registration screen 3 The Regi Control Correction Check Cycle screen is displayed 4 Select Execute 5 In Judgement OK is displayed Complete NG is displayed Check the following causes and execute DC684 again Causes of Error Sensor Improper installation failure Pattern Density insufficient Belt scratched Frame Distortion If the resu...

Page 226: ...elect DC685 on the Registration screen 3 The Regi Control Setup Cycle screen is displayed The following DC subcodes can be selected in the combo boxes for each execution type 4 Perform the procedures in the order of DC685 1 2 3 Regi results are not guaranteed if you perform the DC subcode along the way For details refer to Chapter 2 ADJ1 1 6 Regi Control Adjustment 5 Select Close to return to the ...

Page 227: ... Ctrl screen 3 The TC ATC Sensor Setup screen is displayed 4 In the Color Y M C K of replaced TC sensor check the sensors replaced 5 In Initial value Measurement Judgement input the value of Sensitivity Gradient Initial Value and Std TC initial value How to obtain the input data Convert the bar code No last 2 digits attached to each sensor using the Comparison Table into the data to input For the ...

Page 228: ...en 2 Select DC922 on the Color Image Ctrl screen 3 Click Execute Data is displayed in the Setup Info area 4 Select the Toner Density Adjustment button in the TRC Control screen 5 Select a color required for UP DOWN and click it 6 Perform the process for the other colors in the same way 7 Select Close twice to return to the Color Image Ctrl screen Check that A4 paper LEF is loaded in Tray 1 since t...

Page 229: ...displayed The density becomes darker when data is increased and lighter when decreased 4 Select Execute 5 Select Close to return to the Color Image Ctrl screen Do not perform this Diag unless the customer requests For detailed procedure refer to Chapter 2 ADJ1 1 5 Even when the value is changed it is not reflected into the image quality immediately It is reflected after completing this Diag turnin...

Page 230: ...control on the IBT with the ADC sensor At the same time sets up the desired LD light amount Procedure 1 Select the Color Image Ctrl tab on the Service Mode screen 2 Select DC934 on the Color Image Ctrl screen 3 The ADC AGC Setup screen is displayed 4 Select Execute 5 Select Close to return to the Color Image Ctrl screen For detailed procedure refer to Chapter 2 ADJ1 1 4 ...

Page 231: ...eference Setup Value screen CCD Calibration 1 Select and execute the CCD Calibration 2 Follow the instructions shown in the screen Place the Chart on the Platen Glass and select OK 3 The data obtained is displayed in the CCD Calibration Setup Value column 4 Select Close to return to the IIT screen Optical Axis Correction 1 Select the Optical Axis Correction from the measurement items 2 Open the Pl...

Page 232: ...ct values for the PI No and Data of 7 and 9 based on the SMH Code Input Table 7 and 9 9 Load paper of the paper size to be output to the SMH of the machine in the same direction Check the load status 10 Select the Execute button This executes test pattern print from the SMH Others Once values are input or selected they will be saved until the Close button is selected in the DC010 Direct Code Input...

Page 233: ...others 1 K 2 4C 3 3C 16 Y 17 M 18 C 19 R 20 G 21 B 8 Selection of Screen Type 210 Decimal 1 bytes 0 600 line 1 300 line 9 Selection of Cin at Halftone 211 Decimal 1 bytes The following can be selected for Pattern 2 0 100 Standard value Other values are invalid even if specified Number Specified Items PI No Selection of Data Type Selection of Output Pattern ...

Page 234: ... Memory Dump List Setup screen is open 1 Specify 303000 instructed by the development Default 0 Hex 8 digits at maximum 2 Click Close to return to the Read Report screen When the Serial Communication Monitor Report Setup screen is open 1 Specify the following report type No instructed by the development Default 0 Setting range 0 255 The PSW does not perform the machine type authentification and op...

Page 235: ...xecution Process column On normal termination Completed Successfully appears On abnormal termination Not Completed Successfully appears 11 In case multiple report items have been selected the PSW outputs them sequentially and displays the output results 12 Select Close after Read Report has completed The machine exits from the system operation mode The PSW close the Read Report Screen and returns ...

Page 236: ...ected On Low Reference BSD CH1 8 5 001 306 INTLK_3 PSW Display INTLK_3 Display H L Operation Description High when Open is detected On High Reference BSD CH1 7 6 004 100 Belt Home Sensor PSW Display Belt Home Sensor Display H L Operation Description IBT is not at Home Position Open circuit On High Reference BSD CH9 19 7 004 101 Drum Motor YMC Failure Detection PSW Display Drum Motor YMC Failure De...

Page 237: ...play H L Operation Description Paper detected by Dup Sensor On Low Reference BSD CH5 4 14 005 150 1 Size Sensor PSW Display 1 Size Sensor Display H L Operation Description No paper detected by 1 Size Sensor On High Reference BSD CH5 4 15 005 151 2 Size Sensor PSW Display 2 Size Sensor Display H L Operation Description No paper detected by 2 Size Sensor On High Reference BSD CH5 4 16 005 201 Exchan...

Page 238: ...talled On High Reference BSD CH5 2 23 006 251 APS Sensor1 PSW Display APS Sensor1 Display H L Operation Description Document is detected On APS SNR1 Low APS On High Reference BSD CH6 3 24 006 253 APS Sensor3 PSW Display APS Sensor3 Display H L Operation Description Document is detected On APS SNR3 Low APS On High Reference BSD No available in domestic model 25 006 272 PM 0 PSW Display PM 0 Display...

Page 239: ...03 1Tray Size SW4 PSW Display 1Tray Size SW4 Display H L Operation Description On AN value Reference BSD CH7 1 33 007 104 2Tray Size SW1 PSW Display 2Tray Size SW1 Display H L Operation Description On AN value Reference BSD CH7 2 34 007 105 2Tray Size SW2 PSW Display 2Tray Size SW2 Display H L Operation Description On AN value Reference BSD CH7 2 35 007 106 2Tray Size SW3 PSW Display 2Tray Size SW...

Page 240: ... Size SW2 Display H L Operation Description On AN value Reference BSD CH7 4 43 007 114 4Tray Size SW3 PSW Display 4Tray Size SW3 Display H L Operation Description On AN value Reference BSD CH7 4 44 007 115 4Tray Size SW4 PSW Display 4Tray Size SW4 Display H L Operation Description On AN value Reference BSD CH7 4 45 007 116 1Level Sensor PSW Display 1Level Sensor Display H L Operation Description L...

Page 241: ...Nopaper Sensor Display H L Operation Description Nopaper On High Reference BSD CH7 8 53 007 125 SMH Nopaper Sensor PSW Display SMH Nopaper Sensor Display H L Operation Description Nopaper On High Reference BSD CH7 9 54 007 128 Face Up Tray Detect PSW Display Face Up Tray Detect Display H L Operation Description Low when Tray is installed On Low Reference BSD 55 008 100 1Feed Out Sensor PSW Display...

Page 242: ...Operation Description Paper detected On Reference BSD 62 008 108 TTM Path Sensor2 PSW Display TTM Path Sensor2 Display H L Operation Description Paper detected On Reference BSD 63 008 109 OHP Sensor L PSW Display OHP Sensor L Display H L Operation Description On Low Reference BSD CH8 5 64 008 110 OHP Sensor R PSW Display OHP Sensor R Display H L Operation Description On Low Reference BSD CH8 5 65 ...

Page 243: ...Low new High old Reference BSD CH9 14 70 009 150 TNR FULL SNR PSW Display TNR FULL SNR Display H L Operation Description On High Reference BSD CH9 29 71 009 151 Y_CRU detect PSW Display Y_CRU detect Display H L Operation Description CRU is installed On High Reference BSD CH9 3 72 009 152 M_CRU detect PSW Display M_CRU detect Display H L Operation Description CRU is installed On High Reference BSD ...

Page 244: ...ex is not installed CH10 3 When Duplex is installed CH10 4B 80 010 103 Face Up Exit Sensor PSW Display Face Up Exit Sensor Display H L Operation Description Paper detected On High Reference BSD CH10 4B 81 012 100 IOT Regi Clutch PSW Display IOT Regi Clutch Display H L Operation Description Clutch Off On High Reference BSD CH11 2 82 012 101 Compiler Tray Exit Sensor PSW Display Compiler Tray Exit S...

Page 245: ...igh Reference BSD CH11 10B 89 012 204 Stacker Stack A Sensor PSW Display Stacker Stack A Sensor Display H L Operation Description Non transmissive position On High Reference BSD CH11 10B 90 012 205 Stacker Stack B Sensor PSW Display Stacker Stack B Sensor Display H L Operation Description Non transmissive position On High Reference BSD CH11 10B 91 012 207 Staple Head Home Sensor PSW Display Staple...

Page 246: ...me Sensor PSW Display Front Tamper Home Sensor Display H L Operation Description Home Position On High Reference BSD CH11 6 99 012 217 Deculer Cam Position Sensor PSW Display Deculer Cam Position Sensor Display H L Operation Description Not at Home Position transmissive On High Reference BSD CH11 5 100 012 224 Stapler Move Sensor PSW Display Stapler Move Sensor Display H L Operation Description No...

Page 247: ...104 012 302 Docking Interlock Sensor PSW Display Docking Interlock Sensor Display H L Operation Description Docking release On High Reference BSD CH11 1 105 012 305 H Tra Interlock Sensor PSW Display H Tra Interlock Sensor Display H L Operation Description Open On High Reference BSD CH11 4 ...

Page 248: ...ing Motor Home Position Operation Description Return the Steering Cam to Home Position On Low T ON Off Cycle Off Multiple Output Prohibited Items 004 001 Reference BSD CH9 19 5 004 007 Main Motor Half Speed PSW Display Main Motor 52mm sec Operation Description Rotate at half speed On LHH T ON Off Cycle Off Multiple Output Prohibited Items 004 004 004 008 Reference BSD CH4 1 6 004 008 Main Motor Do...

Page 249: ... Rotate the FUSER FAN LV FAN and REAR FAN at high speed Rotation is Low at Power On On L T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD LVPS Fan CH1 2 Rear Fan CH9 30 Fuser Fan CH10 2 11 005 011 Set Gate Solenoid Open PSW Display Set Gate Solenoid Open Operation Description Turn Set Gate Open On Towards bottom of Nudger Roller for 5sec Auto Off On L T ON On Cycle Off Multiple Ou...

Page 250: ...cription Push the Regi Gate with the Arm to turn it On for 5sec Auto Off On Low T ON On Cycle Off Multiple Output Prohibited Items Reference BSD CH5 5 17 005 081 Exit Motor Non CVT Mode PSW Display Exit Motor Non CVT Mode Operation Description Operate the DADF Exit Motor On Every 4 phase H L toggling T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD CH5 6 18 005 083 Doc Ready PSW D...

Page 251: ...tiple Output Prohibited Items 006 005 Reference BSD CH6 4 24 006 014 IPS Cooling Fan High speed PSW Display IPS Cooling Fan High speed Operation Description Operate the IPS Cooling Fan at high speed On FAN On 24V FAN Slow L T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD CH6 1 25 006 030 LD On Enable Signal 4 Colors concurrently PSW Display LD ON Enable Signal concurrently for 4 ...

Page 252: ... CH7 5 32 008 002 1Feed Motor Rev PSW Display 1Feed Motor Rev Operation Description Lift Up It turns Off automatically 6sec after Lift Up has started or when the Level Senser detected Lift Up On Every 4 phase H L toggling T ON On Cycle Off Multiple Output Prohibited Items 8 001 Reference BSD CH7 5 33 008 003 2Feed Motor Fwd PSW Display 2Feed Motor Fwd Operation Description Feed Turn 2Feed Motor On...

Page 253: ...d Motor Rev Operation Description Lift Up It turns Off automatically 6sec after Lift Up has started or when the Level Snr detected Lift Up On T ON On Cycle Off Multiple Output Prohibited Items 8 007 Reference BSD CH7 8 39 008 009 Dup Motor 200 1mm sec PSW Display Dup Motor 200 1mm sec Operation Description Start operation Turns Off automatically at 1000msec On Low T ON On Cycle On Multiple Output ...

Page 254: ... 8 029 031 032 033 034 035 036 Reference BSD CH8 4 45 008 031 TTM TA Motor 192 mm sec PSW Display TTM TA Motor 192 mm sec Operation Description Start operation Turns Off automatically at 1000 m sec On High T ON On Cycle On Multiple Output Prohibited Items 8 029 030 032 033 034 035 036 Reference BSD CH8 4 46 008 032 TTM TA Motor 370mm sec PSW Display TTM TA Motor 370 mm sec Operation Description St...

Page 255: ...ited Items None Reference BSD CH8 5 52 008 038 1TA Clutch PSW Display 1TA Clutch Operation Description Turns On Turns Off automatically at 400 msec On Low T ON On Cycle On Multiple Output Prohibited Items None Reference BSD CH8 2 53 008 042 Invert Clutch CW PSW Display Invert Clutch CW Operation Description Turns On in output direction Turns Off automatically at 400 msec On Low T ON On Cycle On Mu...

Page 256: ...ut Prohibited Items None Reference BSD CH8 4 59 008 049 MOB2LED_CHNG PSW Display MOB2LED_CHNG Operation Description MOB SNR2 LED Light quantity switching signal Light quantity UP increase voltage at PORT H On ANA Output LED2 Light quantity UP T ON Off Cycle Off Multiple Output Prohibited Items None Reference BSD CH6 11 60 008 050 MOB2LED_ON PSW Display OB2LED_ON Operation Description MOB SNR2 LED ...

Page 257: ...11 012 053 054 056 Reference BSD CH10 5 66 008 056 Dup Motor 194 mm sec Long PSW Display Dup Motor 194 mm sec Long Operation Description Start operation On Low T ON Off Cycle Off Multiple Output Prohibited Items 8 009 010 011 012 053 054 055 Reference BSD CH10 5 67 009 001 1 Disp MOT PSW Display Y_Disp MOT_Y Operation Description Y Color Disp MOT turns On and turns Off automatically after 5sec On ...

Page 258: ...s Reference BSD Refer to DC140 009 026 of the CH below Y CH9 5 M CH9 6 C CH9 7 K CH9 8 73 009 007 DEVE DC 3 PSW Display C_DB DC Operation Description C Color Developer Bias DC Component Output On T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD Refer to DC140 009 026 of the CH below Y CH9 5 M CH9 6 C CH9 7 K CH9 8 74 009 008 DEVE DC 4 PSW Display K_DB DC Operation Description K Co...

Page 259: ... turns Off automatically after 5sec On Low T ON On Cycle Off Multiple Output Prohibited Items 9 16 Reference BSD CH9 9 79 009 016 Deve Motor Half speed PSW Display Deve_MOT Half speed Operation Description The MOT for driving Color turns On at higher speed and turns Off automatically after 5sec On Low T ON On Cycle Off Multiple Output Prohibited Items 9 14 Reference BSD CH9 9 80 009 026 Y_BCR DC P...

Page 260: ...isplay Y_BCR AC Operation Description High pressure output value of BCR AC_Y On PWM T ON Off Cycle Off Multiple Output Prohibited Items 9 26 Reference BSD Refer to DC140 009 026 of the CH below Y CH9 5 M CH9 6 C CH9 7 K CH9 8 85 009 031 M_BCR AC PSW Display M_BCR AC Operation Description High pressure output value of BCR AC_M On PWM T ON Off Cycle Off Multiple Output Prohibited Items 9 27 Referenc...

Page 261: ...ailing On Low T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD CH9 8 91 009 039 BCRAC Clock PSW Display BCRAC Clock Operation Description Frequency signal common to BCR AC All Colors On PWM T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD CH9 5 CH9 6 CH9 7 CH9 8 92 009 040 Shutter Motor Forward Revolution PSW Display LSU ROS Shutter Close Operation Description LSU...

Page 262: ...ser detected the Retract Position Low On T ON On Cycle Off Multiple Output Prohibited Items Reference BSD CH9 24A 98 009 053 De Tack Saw HV PSW Display De Tack Saw HV Operation Description Turn on DTS HV On PWM T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD CH9 25 99 009 054 1st BTR Contact PSW Display 1st BTR Contact Operation Description Turns Off 100ms after the Retract Sense...

Page 263: ...rohibited Items 9 78 Reference BSD CH9 16 105 009 080 ATC 5V ON PSW Display ATC Sensor 5V On Operation Description 5V Power supply to ATC Senser On High T ON Off Cycle Off Multiple Output Prohibited Items Reference BSD Y CH9 10 M CH9 10 C CH9 12 K CH9 13 106 012 001 Main Drive Motor On Off PSW Display Main Drive Motor On Off Operation Description On T ON Off Cycle Off Multiple Output Prohibited It...

Page 264: ... On Off Operation Description Turns Off automatically after 100pulses On T ON On Cycle Off Multiple Output Prohibited Items 12 10 12 11 12 12 12 13 12 15 Reference BSD CH11 6 112 012 015 Rear Tamper Motor High Rear On Off PSW Display Rear Tamper Motor High Rear On Off Operation Description Turns Off automatically after 100pulses On T ON On Cycle Off Multiple Output Prohibited Items 12 10 12 11 12 ...

Page 265: ...ject Clamp Middle Down PSW Display Eject Clamp Middle Down Operation Description Turns Off automatically at 365pulses after the Eject Home Sensor detected Home Position On T ON On Cycle Off Multiple Output Prohibited Items 12 30 12 31 12 32 12 34 12 41 Reference BSD CH11 9 119 012 034 Eject Clamp UP PSW Display Eject Clamp UP Operation Description Turns Off automatically at 46pulses after the Ejec...

Page 266: ... Off automatically after 200 msec On T ON On Cycle Off Multiple Output Prohibited Items 12 60 Reference BSD CH11 3 126 012 070 Decurler Cam Clutch On PSW Display Decurler Cam Clutch On Operation Description Turns Off automatically after 1000 msec On T ON On Cycle Off Multiple Output Prohibited Items 12 71 Reference BSD CH11 5 127 012 071 Decurler Penetration Change PSW Display Decurler Penetration...

Page 267: ... 100pulses On T ON On Cycle Off Multiple Output Prohibited Items 12 92 12 93 12 94 12 95 12 96 Reference BSD CH11 6 133 012 092 Front Tamper Motor Middle Front On Off PSW Display Front Tamper Motor Middle Front On Off Operation Description Turns Off automatically at 100pulses On T ON On Cycle Off Multiple Output Prohibited Items 12 91 12 93 12 94 12 95 12 96 Reference BSD CH11 6 134 012 093 Front ...

Page 268: ...2 93 12 94 12 96 Reference BSD CH11 6 137 012 096 Front Tamper Motor High Rear On Off PSW Display Front Tamper Motor High Rear On Off Operation Description Turns Off automatically at 100pulses On T ON On Cycle Off Multiple Output Prohibited Items 12 91 12 92 12 93 12 94 12 95 Reference BSD CH11 6 ...

Page 269: ... BCRDC_C DC330 009 028 BCRDC_K DC330 009 029 BCRAC_Y DC330 009 030 BCRAC_M DC330 009 031 BCRAC_C DC330 009 032 BCRAC_K DC330 009 033 DEVEDC_Y DC330 009 005 DEVEDC_M DC330 009 006 DEVEDC_C DC330 009 007 DEVEDC_K DC330 009 008 DEVEAC_Y DC330 009 009 DEVEAC_M DC330 009 010 DEVEAC_C DC330 009 011 DEVEAC_K DC330 009 012 P R MOT DC330 004 003 MAIN MOT DC330 004 004 Deve MOT DC330 009 014 Operation Descr...

Page 270: ...Monitor Value 13 009 103 ATC SNR 4 PSW Display K ATC sensor Component Type IN Simultaneous Output Items Displays ATC Sensor 4 Monitor Value Operation Description Displays ATC Sensor 4 Monitor Value 14 009 200 1ST BTR 1 MONI PSW Display 1ST BTR 1 MONI Component Type IN Simultaneous Output Items Off Operation Description Monitors the analog value of the sensor that changes AD 15 009 201 1ST BTR 2 MO...

Page 271: ...al 22 010 100 STS Front Temperature PSW Display STS Front Temperature Component Type IN Simultaneous Output Items Operation Description Displays the average value calculated from the formula below using the temperature AD value obtained from the front Thermister Average value Previous average value Temperature AD value obtained from Thermister 2 23 010 101 STS Rear Temperature PSW Display STS Rear...

Page 272: ...han 8 5 x 11 2 Description Replacement of the 2nd BTR Unit Warning at 98 5 kPV 5 954 803 IBT Belt CLN Assy Replacement Standard Value PSW Display IBT Belt CLN Assy Initial Value 100 kPV Setup Range 0 99999999 Count Condition Copying when smaller than 8 5 x 11 1 Copying when longer than 8 5 x 11 2 Description Replacement of the IBT Belt CLN Assy Warning at 98 5 kPV 6 954 804 Fuser CRU Standard Valu...

Page 273: ...Feed No Standard Value PSW Display 3Tray Feed counter Initial Value 300000 Setup Range 0 99999999 Count Condition 1 sheet Description Replacement time of periodic replacement parts 11 954 810 4Tray Feed No Standard Value PSW Display 4Tray Feed counter Initial Value 300000 Setup Range 0 99999999 Count Condition 1 sheet Description Replacement time of periodic replacement parts ...

Page 274: ...lt 2 sheets of 8 5 x 11 continuous At Diag Regi Control cycle Approx 1 cycle of IBT Belt 1 4 sheets of 8 5 x 11 continuous For Color Regi adjustment in Diag DC685 1 Skew Fine Setup and DC685 2 In Out Setup during JOB at beginning of JOB and end of JOB Also for Color Regi reading in DC681 and DC684 Controller 6 A2 Patch Forms a 1 axial near CNT for approx 1 cycle 1 4 sheets of 8 5 x 11 continuous o...

Page 275: ...to check the setup effects of the Printer feature Controller PG No Pattern Name Overview Purpose PG Built in Location 12 Binary Auto Gradation Correction PG For Printer LUT C TRA Off IOT Off For gradation correction Gradation pattern for gradation correction for printing LUT C TRA Off IOT Off To output during Auto Gradation Correction For checking CTRACS feature The same pattern as this output pat...

Page 276: ...o Gradation Correction For checking CTRACS feature Same as 10 The test pattern here is able to check the setup effects of the Copy feature IPS PG No Pattern Name Overview Purpose PG Built in Location 18 Binary Process Control LUT C TRA Off IOT Off Density adjustment gradation check Gradation pattern for density adjustment LUT C TRA Off IOT Off The Primary color Secondary color Tertiary color grada...

Page 277: ...ry color Tertiary color the highlight parts easily varied can be checked in details For checking TRC IPS PG No Pattern Name Overview Purpose PG Built in Location 26 IIT FS Incre Gradation For separating troubles Fast Scan direction gradation YMC process BK pattern For development Determine the defect locations when IPS defect and ASIC poor installation etc has occurred IPS 27 IIT SS Incre Gradatio...

Page 278: ...ermined as normal IPS PG No Pattern Name Overview Purpose PG Built in Location 36 FSRE Count Mode Slanting Grid For separating troubles 5 42 mm YMCK Slanting Grid Pattern For development Determine the defect locations when IPS defect and ASIC poor installation etc has occurred IPS 37 VIPER Fixed Pattern Output BW Binary For separating troubles Connection between IPS Controller CHK Entire 2dot widt...

Page 279: ...sity adjustment LUT C TRA Off IOT Off See Note PG No Pattern Name Overview Purpose PG Built in Location 46 Multi valued ProcessControl PG LUT C TRA Off IOT On Density adjustment gradation check Gradation pattern for density adjustment LUT C TRA Off IOT On See Note 47 Multi valued ProcessControl PG LUT C TRA On IOT Off Density adjustment gradation check Gradation pattern for density adjustment LUT ...

Page 280: ...d Highlight PG LUT C TRA On IOT On Highlight gradation check Gradation pattern for highlight adjustment LUT C TRA On IOT On See Note Reserve No 41 52 are specifications meant for Post Launch PG No Pattern Name Overview Purpose PG Built in Location ...

Page 281: ... Threshold Initial Value 2093 Setup Range 1993 2193 Description Threshold to separated the size detection of 8 5 x 11 LEF and 8 x 10 LEF 6 710 018 NVM Name Fast Scan direction MAX Value PSW Display FS MAX value Initial Value 2970 Setup Range 1297 3070 Description For customized registration of DADF Document Size Detection Decurler 7 710 019 NVM Name Fast Scan direction MIN Value PSW Display FS MIN...

Page 282: ...unt Total No Sensor Sensed Jam Initial Value 0 Setup Range 0 65535 Description Cumulative Jam Counter Write not permitted 17 710 801 NVM Name ADF No Sensor Static Jam PSW Display ADF Static Jam Count Since Reset No Sensor Initial Value 0 Setup Range 0 65535 Description Cumulative Jam Counter at the previous clearing Write not permitted 18 710 802 NVM Name ADF Doc In Sensor Static Jam PSW Display A...

Page 283: ...ounter at the previous clearing Write not permitted 28 710 812 NVM Name ADF Regi Sensor Off Dynamic Jam PSW Display ADF RegiSNR Off NonInvert DynamicJam Count Total Initial Value 0 Setup Range 0 65535 Description Cumulative Jam Counter Write not permitted 29 710 813 NVM Name ADF Regi Sensor Off Dynamic Jam PSW Display ADF Regi SNR Off Dynamic Jam Count Since Reset Initial Value 0 Setup Range 0 655...

Page 284: ...Count Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Jam Counter at the previous clearing Write not permitted 38 710 822 NVM Name Size Mismatch Jam in No Mix PSW Display Size Mismatch Jam Count Total Initial Value 0 Setup Range 0 65535 Description Cumulative Jam Counter Write not permitted 39 710 823 NVM Name Size Mismatch Jam in No Mix PSW Display Size Mismatch Jam Count S...

Page 285: ...gi Shift Amount PSW Display Side Registration Shift Initial Value 0 Setup Range 0 256 Description For VLSS PROMVLSS PRadjF 120 Shift Amount and Dot Regi adjustments 6 715 017 NVM Name COSAC Fast Scan 1x5 Filter Switching PSW Display COSAC FS1x5 Filter Initial Value 0 Setup Range 0 1 Description 0 OFF 1 ON Moire reduction 7 715 018 NVM Name COSAC Special Feature PSW Display COSAC Special Feature In...

Page 286: ...ea Switching 2 PSW Display A4S 8 5 in Detection 2 Initial Value 3 Setup Range 0 6 Description 0 210 mm A4S 6 216 mm 8 5 1step 1mm 18 715 116 NVM Name Special Document Detection Table Selection PSW Display Original detection table for special paper Initial Value 0 Setup Range 0 2 Description 0 Do not use special table 1 A Series A4L when APS is Off and A3S when APS is On 2 Inch Series Letter LEF wh...

Page 287: ...alue 0 Setup Range 0 255 Description Speed Priority AE Background level initial value INIT 28 715 208 NVM Name Speed Priority Background Color Suppression Slow Scan Fixed Position PSW Display Line to Fix Variation Initial Value 48 Setup Range 0 255 Description Speed Priority AE Slow Scan variation fixed position NCON 1step 0 16mm 29 715 212 NVM Name Speed Priority Background Color Suppression B W ...

Page 288: ...lor Balance Default Y Low density Initial Value 4 Setup Range 0 8 Description Default Color Balance Adjustment Level Y Color Low density 38 715 221 NVM Name Default Color Balance Adjustment Level Y Color Medium density PSW Display Color Balance Default Y Medium density Initial Value 4 Setup Range 0 8 Description Default Color Balance Adjustment Level Y Color Medium density 39 715 222 NVM Name Defa...

Page 289: ...ance Default K high density Initial Value 4 Setup Range 0 8 Description Default Color Balance Adjustment Level K Color High density 49 715 232 NVM Name Photo Reproduction Level PSW Display Photo reproduction level Initial Value 1 Setup Range 0 2 Description 0 Above Text 1 Normal 2 Above Photo 50 715 233 NVM Name Text Photo Separation Level PSW Display Text Photo separation level Initial Value 2 Se...

Page 290: ...e Real Time AE Initial Value 10 Setup Range 0 255 Description For AE OFFSET data Platen text photo in B W model 60 715 245 NVM Name Speed Priority Background Color Suppression For B W OFFSET Value Platen Text PSW Display B W Offset for Text Platen mode Real Time AE Initial Value 10 Setup Range 0 255 Description For AE OFFSET data Platen text in B W model 61 715 246 NVM Name Speed Priority Backgrou...

Page 291: ...Value 15 Setup Range 0 255 Description For AE OFFSET data Platen text in Color model 70 715 255 NVM Name Speed Priority Background Color Suppression For Color OFFSET Value Platen Map PSW Display Color Offset for Text Platen mode Real Time AE Initial Value 15 Setup Range 0 255 Description For AE OFFSET data Platen map in Color model 71 715 256 NVM Name Speed Priority Background Color Suppression Fo...

Page 292: ...Setup Range 44 56 Description Slow Scan direction Magnification Correction Value 0 1 step Adjustment at ex factory 80 715 400 NVM Name Switching of Platen model and ADF model PSW Display Platen ADF Initial Value 0 Setup Range 0 1 Description 0 Platen model 1 ADF model Adjustment at ex factory 81 715 401 NVM Name Time between Power On Energy Saver recovery and AGOC PSW Display AGOC Timing Initial V...

Page 293: ...Scan Carriage Position Failure Count Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter at the previous clearing Write not permitted 92 715 810 NVM Name Scan Initialize Regi Sensor Failure PSW Display Scan CRG Init Regi SNR Failure Count Overall Total Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter Write not permitted 93 715 811 NVM Na...

Page 294: ...n Initialize Motor Driver Failure PSW Display CRG INIT Motor Driver Failure Count Overall Total Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter Write not permitted 103 715 821 NVM Name Scan Initialize Motor Driver Failure PSW Display CRG INIT Motor Driver Failure Count Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter at the previous ...

Page 295: ...ount Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter at the previous clearing Write not permitted 114 715 832 NVM Name Platen AGC CH6 Failure PSW Display Platen AGC Channel 6 Failure Count Overall Total Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter Write not permitted 115 715 833 NVM Name Platen AGC CH6 Failure PSW Display Platen ...

Page 296: ...tion Cumulative Failure Counter Write not permitted 125 715 843 NVM Name Platen AOC CH5 Failure PSW Display Platen AOC Channel 5 Failure Count Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter at the previous clearing Write not permitted 126 715 844 NVM Name Platen AOC CH6 Failure PSW Display Platen AOC Channel 6 Failure Count Overall Total Initial Value 0 Setu...

Page 297: ...ot permitted 133 715 859 NVM Name ADF RAM CHECK Failure PSW Display DADF RAM CHECK Failures Since Reset Initial Value 0 Setup Range 0 65535 Description Cumulative Failure Counter at the previous clearing Write not permit ted 134 715 900 NVM Name Scan Count Replacement Life PSW Display Scan Life Count upper digits Initial Value 36 Setup Range 0 65535 Description Scan Count Replacement Life Upper Le...

Page 298: ...SS Minor Version Initial Value 0 Setup Range 0 65535 Description IISS Minor Version No 6 719 007 NVM Name IISS Revision Version PSW Display IISS Revision Version Initial Value 0 Setup Range 0 65535 Description IISS Revision Version No 7 719 008 NVM Name IISS Patch Version PSW Display IISS Patch Version Initial Value 0 Setup Range 0 65535 Description IISS Patch Version No 8 719 010 NVM Name ADF Maj...

Page 299: ...p Range 0 255 Description 0 Performed 1 Not performed 2 740 025 NVM Name For checking Edge Check at Power On PSW Display Edge Check Request Flag Initial Value 0 Setup Range 0 255 Description 0 Performed 1 Not performed 3 740 026 NVM Name For checking Process Control at Power On PSW Display ProCon Request Flag Initial Value 0 Setup Range 0 255 Description 0 Performed 1 Not performed ...

Page 300: ...speed Increases the Drum Speed by 1 approx 0 05 with respect to the initial value Decreases the Drum Speed by 1 approx 0 05 3 741 056 NVM Name Belt Home Failure Too Long Counter PSW Display Belt Home Failure Too Long counter Initial Value 0 Setup Range 0 3 Description It is necessary to reset the No of Occurrence of Belt Home Failure Too Long to 3 4 741 057 NVM Name NoPaperRun Mode SW PSW Display ...

Page 301: ...gthAjust MSI Standard Paper MF PSW Display RegiLoopLengthAjust MSI Stacerd Paper MF Initial Value 41 Setup Range 0 81 1 Count 1 322 ms Description Regi Loop Length Adjustment Double Speed for Standard Paper from MSI 7 742 013 NVM Name RegiLoopLengthAjust MSI Heavy Weight Paper PSW Display RegiLoopLengthAjust MSI Heavy2 Paper Initial Value 41 Setup Range 0 81 1 Count 5 025 ms Description Regi Loop ...

Page 302: ...Off Timing Initial Value 41 Setup Range 0 81 1 Count 2 4462 ms Description Adjusts the time between the paper rear edge has passes the Regi Sensor and the Regi Clutch Turns Off P Speed 90 290 ms 18 742 024 NVM Name Regi Clutch Off Timing MF PSW Display Regi Clutch Off Timing MF Initial Value 76 Setup Range 0 152 1 Count 1 31136 ms Description Adjusts the time between the paper rear edge has passes...

Page 303: ...avy2 Initial Value 7 Setup Range 0 40 1 Count 0 2544 mm Description Lead Regi Adjustment Half Speed Heavy Weight Paper 2 from MSI MF exclusive 29 742 035 NVM Name ADJUST LEAD REGI MSI 22P Heavy Weight Paper 1 PSW Display ADJUST LEAD REGI MSI Heavy Paper1 Initial Value 7 Setup Range 0 40 1 Count 0 2544 mm Description Lead Regi Adjustment Half Speed Heavy Weight Paper 1 from MSI 22P exclusive 30 742...

Page 304: ...ADJUST SIDE REGI Printer 1Tray PSW Display ADJUST SIDE REGI 1Tray Initial Value 22 Setup Range 0 50 1 Count 0 211 mm Description SIDE REGI Adjustment for each TRAY 41 742 054 NVM Name PAPER THE REST Printer 1Tray PSW Display PAPER THE REST 1Tray Initial Value 0 Setup Range 0 4000 Description Saves the Cumulative LIFT UP Time from TRAY insertion For remaining detection calculation as A 42 742 058 N...

Page 305: ...ay MAIN FEED START TIMING TTM 1 Initial Value 20 Setup Range 0 44 1 Count 2 4462 ms Description Adjust the Time between the MAIN FEED Starts and the PRE T A 330 830 ms 51 742 073 NVM Name MAIN FEED START TIMING TTM 2 PSW Display MAIN FEED START TIMING TTM 2 Initial Value 20 Setup Range 0 44 1 Count 2 4462 ms Description Adjust the Time between the MAIN FEED Starts and the PRE T A 780 1280 ms 52 74...

Page 306: ... Description Saves the Cumulative LIFT UP Time from TRAY insertion For remaining detection calculation as A 62 742 087 NVM Name OCT Availability PSW Display OCT Condition Initial Value 1 Setup Range 0 1 Description 0 Not available 1 Available 63 742 088 NVM Name Dup On Timing From Regi Start MF PSW Display Dup On Timing From Regi Start MF Initial Value 20 Setup Range 0 40 1 Count 1 31136 ms Descri...

Page 307: ...PSW Display PRE T A START TIMING TTM 2 Half Initial Value 37 Setup Range 0 58 1 Count 4 8924 ms Description Adjusts the Time between PRE T A Starts and Standard Signal IOT 457 957 ms 72 742 110 NVM Name PRE T A START TIMING TTM 3 Half PSW Display PRE T A START TIMING TTM 3 Half Initial Value 37 Setup Range 0 58 1 Count 4 8924 ms Description Adjusts the Time between PRE T A Starts and Standard Sign...

Page 308: ...rature PSW Display STS 2 High TEMP Not Ready TEMP Initial Value 220 Setup Range 150 250 1 Count 1 Degrees Celsius Description Once the STS 2 reaches High Temperature Not Ready Temperature the Fuser is moved to sagging status This is because when continuous Run is performed for A5SEF and below Temperature Distribution Control would fail 5 744 005 NVM Name STS 1 Ready Temperature PSW Display STS 1 R...

Page 309: ...ture Not Ready Temperature the Fuser is moved to sagging status Avoid poor fusing 12 744 054 NVM Name HFSI Counter Index PSW Display HFSI Counter Index Initial Value 0 Setup Range 0 5 Description For HFSI Counter Symmetry 13 744 085 NVM Name Plain Paper S Setting Temperature PSW Display Plain Paper S Setting Temperature Initial Value 5 Setup Range 0 5 Description 0 Light Weight paper 55 63 gsm 1 P...

Page 310: ...etup Range 0 921 1 Count 4 888 V Description For Component Control 0 4500 V 5 746 013 NVM Name DTS Output PSW Display DTS Output Initial Value 818 Setup Range 0 818 1 Count 3 666 V Description For Component Control 0 3000 V 6 746 017 NVM Name Resistance Detection Calculation Results Y PSW Display Resistance detection calculation results Y Initial Value 51 Setup Range 31 255 1 Count 0 196 µA Descri...

Page 311: ...4mmsec Displays the multiplication value in primary transfer current of 746 019 ex At 100 Primary Transfer Current 14 µAx1 0 10 µA At 150 Primary Transfer Current 14 µAx1 5 21 µA 13 746 024 NVM Name 1ST BTR Output Remote 104FC K PSW Display 1ST BTR Output Remote Normal speed K Initial Value 86 Setup Range 0 200 1 Count 1 Description For primary transfer output adjustment of K Color at FC104mmsec D...

Page 312: ...20 ex At 100 Primary Transfer Current 14 µAx1 0 14 µA 20 746 031 NVM Name 1ST BTR Output Remote 52 BW K PSW Display 1ST BTR Output Remote Half speed BW K Initial Value 36 Setup Range 0 200 1 Count 1 Description For primary transfer output adjustment of K Color at BW 52mmsec Displays the multiplication value in primary transfer current of 746 020 ex At 50 Primary Transfer Current 14 µAx0 5 7 µA 21 ...

Page 313: ...in paper D E Side1 Output Duty Initial Value 100 Setup Range 0 200 1 Count 1 Description For Secondary Transfer output adjustment of Plain paper D E side 1 Displays the multiplication value in secondary transfer resistance calculation result of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 29 746 063 NVM Name Remote for P...

Page 314: ...t Duty Initial Value 100 Setup Range 0 200 1 Count 1 Description For Secondary Transfer output adjustment of Heavy Weight paper 2 side 1 Displays the multiplication value in secondary transfer resistance calculation result of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 35 746 069 NVM Name Remote for Postcard Side1 Outpu...

Page 315: ...e 100 Setup Range 0 200 1 Count 1 Description For Secondary Transfer output adjustment of Coat paper 1 side 1 Displays the multiplication value in secondary transfer resistance calculation result of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 41 746 075 NVM Name Remote for Heavyweight coat paper2 Side1 Output Duty PSW D...

Page 316: ...etup Range 0 200 1 Count 1 Description For Secondary Transfer output adjustment of Plain paper F G side 2 Displays the multiplication value in secondary transfer resistance calculation result of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 47 746 081 NVM Name Remote for Plain paper S Side2 Output Duty PSW Display Remote ...

Page 317: ...0 200 1 Count 1 Description For Secondary Transfer output adjustment of MLT faced Postcard side 2 Displays the multiplication value in secondary transfer resistance calculation result of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 53 746 087 NVM Name Remote for Heavyweight coat paper1 Side2 Output Duty PSW Display Remot...

Page 318: ...put for paper according to P paper 1 Control S 10 FCside2 secondary transfer output for paper according to recycle paper 2 Control S 11 FCside2 secondary transfer output for paper according to poor surface smoothness of 4024 20 lb 3 Control S 12 FCside2 secondary transfer output for paper according to poor surface smoothness of 4024 24 lb 4 Control S 13 FCside2 secondary transfer output for paper ...

Page 319: ...or adjustment of Toner Band Width in process direction 66 746 424 NVM Name Toner Band Width In axial direction PSW Display Toner Band Width in axial direction Initial Value 137 Setup Range 0 137 1 Count 1 mm Description For adjustment of Toner Band Width in axial direction 67 746 425 NVM Name Toner Band Density PSW Display Toner Band Density Initial Value 60 Setup Range 10 100 1 Count 1 Descriptio...

Page 320: ...iption Distance of 0ms 39 ms between Drum contact and 1ST BTR 76 746 967 NVM Name 1st BTR Vmonitor Y PSW Display 1st BTR Vmonitor Y Initial Value 36 Setup Range 4 178 1 Count 28 01 V Description Displays the voltage at primary transfer resistance detection 100 5000V 77 746 968 NVM Name 1st BTR Vmonitor M PSW Display 1st BTR Vmonitor M Initial Value 36 Setup Range 4 178 1 Count 28 01 V Description ...

Page 321: ...of 746 006 ex At 100 Secondary Transfer Voltage 245x 4 888x1 0 1200 V At 150 Secondary Transfer Voltage 245x 4 888x1 5 1800 V 84 746 975 NVM Name Plain paper S 104 mm BW side1 PSW Display Remote for Plain paper S Normal speed BW Side1 Initial Value 100 Setup Range 0 200 1 Count 1 Description For Secondary Transfer output adjustment of Plain paper S 104 mm sec side1 BW Displays the multiplication v...

Page 322: ... NVM Name 1stBTR Home Positioning Delay Time at Cycle Down PSW Display Delay Time for 1stBTR Home Positioning Initial Value 300 Setup Range 0 6000 1 Count 0 1 sec Description Delay Time 0 10 min 89 746 980 NVM Name Selection Hevyweigt paper1 PSW Display Selection hevyweigt paper1 Initial Value 0 Setup Range 0 1 Description 0 Secondary Transfer Voltage for Heavy Weight Paper 1 1 Secondary Transfer ...

Page 323: ...scription 0 Empty 1 NEAR FULL 2 FULL 5 751 134 NVM Name BOTTLE NOT POSITION PSW Display BOTTLE NOT POSITION Flag Initial Value 0 Setup Range 0 1 Description Availability of the Waste Toner Container 0 Bottle set 1 No bottle 6 751 135 NVM Name No of Prints PSW Display Print Volume Counter Initial Value 0 Setup Range 0 65535 Description Total count of No of Prints 1 Count 1 sheet 7 751 136 NVM Name ...

Page 324: ... 15 751 177 NVM Name CRUWarning Threshold PSW Display P R Life Warning Limiter Initial Value 265 Setup Range 0 500 Description Warning value of Drum Cartridge All engine common 1 Count 1kCy 16 751 178 NVM Name CRU End of Life Threshold PSW Display P R Life End of Life Limiter Initial Value 280 Setup Range 0 500 Description End of Life value of Drum Cartridge All engine common 1 Count 1kCy 17 751 1...

Page 325: ...e after Correction All Speed common 1 Count 1 173 V 21 751 203 NVM Name NVM Name VH Value after K_BCR D Correction PSW Display K_BCR DC corrected VH value 104 mm s Initial Value 620 Setup Range 0 1023 Description VH Output Value of K Engine after Correction All Speed common 1 Count 1 173 V ...

Page 326: ...CinA PSW Display Vpatch Average M CinA Initial Value 0 Setup Range 0 1023 Description ADC average detected value of CinA low Cin Patch 7 752 033 NVM Name Vpatch Average Value K CinA PSW Display Vpatch Average C CinA Initial Value 0 Setup Range 0 1023 Description ADC average detected value of CinA low Cin Patch 8 752 034 NVM Name Vpatch Average Value K CinA PSW Display Vpatch Average K CinA Initial...

Page 327: ...tial Value 0 Setup Range 0 1 Description ADC Patch Failure 19 752 056 NVM Name Diffusion Correction Factor PSW Display Diffusion Correction Factor Initial Value 350 Setup Range 0 1023 Description Diffusion Output Standardization factor 20 752 057 NVM Name RADC Target Value Y PSW Display RADC Target Y Initial Value 415 Setup Range 0 1023 Description RADC Control Density Target Value 21 752 058 NVM ...

Page 328: ...Range 0 4095 Description ATC Sensor Sensitivity Correction Factor 31 752 072 NVM Name ATC Correction Factor K PSW Display ATC Correction Factor Y Initial Value 1000 Setup Range 0 4095 Description ATC Sensor Sensitivity Correction Factor 32 752 073 NVM Name ATC Correction Offset Y PSW Display ATC Correction Offset Y Initial Value 10000 Setup Range 8976 11023 Description ATC Sensor Sensitivity Corre...

Page 329: ...uctuation C Initial Value 0 Setup Range 0 1023 Description ATC Fluctuation Range detected value after sensor sensitivity correction 43 752 092 NVM Name ATC Fluctuation Range K PSW Display ATC Fluctuation K Initial Value 0 Setup Range 0 1023 Description ATC Fluctuation Range detected value after sensor sensitivity correction 44 752 109 NVM Name No of Continuous ATC Failures Y PSW Display Number of ...

Page 330: ...Display Warn ATC Fluctuation Max Min M Initial Value 0 Setup Range 0 2 Description ATC Fluctuation Range Lower Limit Warning 0 Normal 1 To little fluctution 54 752 120 NVM Name Warn ATC Fluctuation Max and Min C PSW Display Warn ATC Fluctuation Max Min C Initial Value 0 Setup Range 0 2 Description ATC Fluctuation Range Lower Limit Warning 0 Normal 1 To little fluctution 55 752 121 NVM Name Warn AT...

Page 331: ...nvironment deterioration correction as center setup 65 752 135 NVM Name Set ATC Control Nominal Value 1 M PSW Display Set ATC Control Nominal Value 1 M Initial Value 632 Setup Range 0 1023 Description ATC Control Nominal Value before environment deterioration correction as center setup 66 752 136 NVM Name Set ATC Control Nominal Value 1 C PSW Display Set ATC Control Nominal Value 1 C Initial Value...

Page 332: ... Value PSW Display Humidity Average Initial Value 0 Setup Range 0 100 Description Humidity average value after converting the humidity sensor output to humidity 75 752 176 NVM Name Failure Environment Sensor Temperature PSW Display Failure Environment SNR TEMP Initial Value 0 Setup Range 0 1 Description Detection relation Temperature Humidity Temperature Sensor Failure Fixed as Standard Temperatur...

Page 333: ...n LD Light Quantity Value when Potential Control is Off 86 752 374 NVM Name LD Light Quantity when Potential Control is Off K PSW Display LD Light q ty when Potential Control is OFF K Initial Value 300 Setup Range 0 1023 Description LD Light Quantity Value when Potential Control is Off 87 752 375 NVM Name Ideal LD Light Quantity Y PSW Display Ideal LD light qty Y Initial Value 450 Setup Range 0 10...

Page 334: ...War_LD Light Amount Setting Y PSW Display Warn LD light amount Setting Y Initial Value 0 Setup Range 0 1 Description Warning when the LD Light Quantity reached Upper or Lower Limit 97 752 440 NVM Name War_LD Light Amount Setting M PSW Display Warn LD light amount Setting M Initial Value 0 Setup Range 0 1 Description Warning when the LD Light Quantity reached Upper or Lower Limit 98 752 441 NVM Nam...

Page 335: ...2767 Description Count threshold for Near Detection 109 752 497 NVM Name Nominal value for NEAR Detection M PSW Display Nominal value for NEAR Detection M Initial Value 625 Setup Range 0 32767 Description Count threshold for Near Detection 110 752 498 NVM Name Nominal value for NEAR Detection C PSW Display Nominal value for NEAR Detection C Initial Value 625 Setup Range 0 32767 Description Count t...

Page 336: ...ve Disp Time for deterioration correction M PSW Display DispTime Totalizing value for Aged Correction M Initial Value 0 Setup Range 0 4294967295 Description Cumulative Disp Time for deterioration correction amount of the ATC Control Nominal Value Cleaned to 0 at replacement of Developer 119 752 806 NVM Name Cumulative Disp Time for deterioration correction C PSW Display DispTime Totalizing value f...

Page 337: ... LUTCin K B PSW Display P LUTCin K B Initial Value 134 Setup Range 0 255 Description 2P TRC P LUTCin fixed number when the Delta LUT is calculated 7 753 008 NVM Name P LUTCin K D PSW Display P LUTCin K D Initial Value 255 Setup Range 0 255 Description 2P TRC P LUTCin fixed number when the Delta LUT is calculated 8 753 009 NVM Name P LUTCin Color E PSW Display P LUTCin Color E Initial Value 1 Setup...

Page 338: ...e ADC2 Gradation Patch Cin Y CinB PSW Display Patch Cin Y CinB Initial Value 204 Setup Range 0 255 Description 2P TRC 2P Patch Cin Value is changed by the gradation correction result Change factor from MF Changes name from TRC Patch Cin in Job 18 753 019 NVM Name ADC2 Gradation Patch Cin M CinB PSW Display Patch Cin M CinB Initial Value 204 Setup Range 0 255 Description 2P TRC 2P Patch Cin Value i...

Page 339: ...nitial Value 310 Setup Range 0 1023 Description 2P TRC Target RADC for Gradation Correction 29 753 030 NVM Name TRC Current Shift Average Value in Job CinA Y PSW Display TRC Current RADC Y A Initial Value 780 Setup Range 0 1023 Description 2P TRC Current RADC for Gradation Correction 30 753 031 NVM Name TRC Current Shift Average Value in Job CinB Y PSW Display TRC Current RADC Y B Initial Value 41...

Page 340: ...nge 0 2047 Description Legible Adjustment M 39 753 803 NVM Name Legible Adjustment C PSW Display Legible C Initial Value 1024 Setup Range 0 2047 Description Legible Adjustment C 40 753 804 NVM Name Legible Adjustment K PSW Display Legible K Initial Value 1024 Setup Range 0 2047 Description Legible Adjustment K 41 753 805 NVM Name In Out Pattern Setup Y PSW Display Pattern Y Initial Value 0 Setup R...

Page 341: ...al Value 0 Setup Range 0 100K 186A0h Description Accumulates the No of Prints for BW Job 7 755 007 NVM Name No of Prints FC 8 5 x11 LEF PSW Display Y_Print Count Full Color 8 5 x 11 LEF only Initial Value 0 Setup Range 0 20000K 1312D00h 1 Count 100 8 5 x11 1 sheet Description Accumulates the No of Prints 8 5 x 11 LEF for FC Job 8 755 008 NVM Name No of Prints BW 8 5 x11 LEF PSW Display Y_Print Cou...

Page 342: ..._Last install Part 1 Initial Value 0 Setup Range 0 65535 FFFFh Description Records the M C 2nd time onwards Serial No when the CRU was last installed 19 755 019 NVM Name Last install M C SERIAL No _2 PSW Display Y_Last install Part 2 Initial Value 0 Setup Range 0 65535 FFFFh Description Records the M C 2nd time onwards Serial No when the CRU was last installed 20 755 020 NVM Name No of M C Serial ...

Page 343: ... for BW Job 30 755 036 NVM Name No of ShutDowns FC PSW Display M_Shutdown Count Full Color Initial Value 0 Setup Range 0 65535 FFFFh Description 31 755 037 NVM Name No of ShutDowns BW PSW Display M_Shutdown Count Black Initial Value 0 Setup Range 0 65535 FFFFh Description 32 755 038 NVM Name No of Setups FC PSW Display M_Setup Count Full Color Initial Value 0 Setup Range 0 65535 FFFFh Description ...

Page 344: ...M C into which CRU is installed 42 755 049 NVM Name CRU TYPE PSW Display M_CRU TYPE Initial Value CRU Type Setup Range 0 255 FFh Description CRU Type is recorded 43 755 055 NVM Name DRUM Life Countl kCy PSW Display C_Drum Life Count kCy Initial Value 0 Setup Range 0 3000 BB8h Description To determine Drum Life 44 755 056 NVM Name DRUM Total Cycle PSW Display C_Drum Cycle Count Total Initial Value ...

Page 345: ...up Range 0 65535 FFFFh Description Accumulates the No of Setups immediately after BW Job 55 755 067 NVM Name First Install Date Year PSW Display C_First Install Year Initial Value 0 Setup Range 0 99 63h Description Writes the date info when the first job was performed 56 755 068 NVM Name First Install Date Month PSW Display C_First Install Month Initial Value 0 Setup Range 0 12 Ch Description Writ...

Page 346: ...8D80h 1 Count 0 1cycle Description DC Charged l P R Cumulative No of Rotations To detect Life 67 755 085 NVM Name DRUM AC Cycle PSW Display K_AC Drum Cycle Count Initial Value 0 Setup Range 0 6M 5B8D80h 1 Count 0 1cycle Description AC Charged l P R Cumulative No of Rotations To detect Life 68 755 086 NVM Name No of FC Prints PSW Display K_Print Count Color Initial Value 0 Setup Range 0 100K 186A0h...

Page 347: ...rites the date info when the first job was performed 79 755 097 NVM Name First install M C SERIAL No _1 PSW Display K_First install Part 1 Initial Value 0 Setup Range 0 65535 FFFFh Description Records the M C Serial No when the CRU was first installed 80 755 098 NVM Name First install M C SERIAL No _2 PSW Display K_First install Part 2 Initial Value 0 Setup Range 0 65535 FFFFh Description Records ...

Page 348: ...esolution Ability 1 4 Pixel unit 5 760 010 NVM Name MAG K PSW Display K MAG Initial Value 716 Setup Range 0 1432 Description Adjusts the Fast Scan direction image 100 magnification by switching the average frequency of each LSU ROS Video lock 4 Colors Correction Resolution Ability 1 4 Pixel unit 6 760 011 NVM Name BAL Y PSW Display Y BAL Initial Value 421 Setup Range 0 842 Description Adjusts the ...

Page 349: ...W Display Y XSO Initial Value 236 Setup Range 0 472 Description Adjusts the Fast Scan direction write start position by the No of Video Locks from SOS Signal 4 Colors Correction Resolution Ability 1 Pixel unit 15 760 020 NVM Name XSO M PSW Display M XSO Initial Value 236 Setup Range 0 472 Description Adjusts the Fast Scan direction write start position by the No of Video Locks from SOS Signal 4 Co...

Page 350: ...gi Control performs Circumference Length Correction 3 Performs Regi Control and Circumference Length Correction 23 760 028 NVM Name RC Start Temp PSW Display RC Start Temp Initial Value 40 Setup Range 10 250 Description Threshold of Normal Regi Control Implementation Temperature difference Value on the left is 10 times of the Temperature 0 1 Degree Celsius interval 24 760 029 NVM Name OLRC Impleme...

Page 351: ...tity Step at IN side 0 Off 1 Low 2 High 31 760 038 NVM Name LEDset IN B PSW Display LEDset IN B Initial Value 2 Setup Range 0 2 Description MOB LED On Off and Light Quantity Step at IN side 0 Off 1 Low 2 High 32 760 043 NVM Name LEDset OUT A PSW Display LEDset OUT A Initial Value 2 Setup Range 0 2 Description MOB LED On Off and Light Quantity Step at OUT side 0 Off 1 Low 2 High 33 760 044 NVM Name...

Page 352: ...l Regi Control cycle separately adjusts the Fast Scan direction write start position by the No of Video Locks from SOS signal in an Open Loop from the temperature detection result 4 Colors Correction Resolution Ability 1 Pixel unit 40 760 055 NVM Name OLXSO C 1 PSW Display C OLXSO Initial Value 10 Setup Range 0 20 Description The normal Regi Control cycle separately adjusts the Fast Scan direction...

Page 353: ... unit 47 760 062 NVM Name OLYSO M 1 PSW Display M OLYSO Initial Value 10 Setup Range 0 20 Description The normal Regi Control cycle separately adjusts the Slow Scan direction write start position by the LS signal No of Counts from the LSU ROS Image Patch start signal in an Open Loop from the Temperature detection result 4 Colors Correction Resolution Ability 1 Pixel unit 48 760 063 NVM Name OLYSO ...

Page 354: ...hen Regi Control is performed M PSW Display M LD light volume at last RegiCon Initial Value 0 Setup Range 0 1023 Description LD Light Quantity when Regi Control is performed 56 760 072 NVM Name LD Light Quantity when Regi Control is performed C PSW Display C LD light volume at last RegiCon Initial Value 0 Setup Range 0 1023 Description LD Light Quantity when Regi Control is performed 57 760 073 NV...

Page 355: ...ange Initial Value 0 Setup Range 0 3 Description XBI value after correction based on the LD Light Quantity variation 64 760 080 NVM Name XBI C after LD Light Quantity Correction PSW Display C XBI after LD light volume change Initial Value 0 Setup Range 0 3 Description XBI value after correction based on the LD Light Quantity variation 65 760 081 NVM Name XBI K after LD Light Quantity Correction PS...

Page 356: ...mm s 6 762 024 NVM Name YM_DB AC Half speed Vp p Value PSW Display YM_DB AC Half speed Vp p value Initial Value 600 Setup Range 0 1023 1 Count 1 491 Vpp Description AC peak to peak energized voltage at YM Color Half speed 7 762 028 NVM Name K_DB DC Half speed Vm1 Value PSW Display K_DB DC Half speed Vm1 value Initial Value 351 Setup Range 0 1023 1 Count 0 684 V Description Vm1 Developer DC energiz...

Page 357: ...play YM_DB AC Half speed Frequency Initial Value 60 Setup Range 0 127 Description AC Energized Voltage Frequency at YM Color Half Speed 19 762 065 NVM Name YM_DB AC Half Speed Output Phase Value PSW Display YM_DB AC Half speed Output Phase value Initial Value 65 Setup Range 0 127 Description AC Energized Voltage Phase Value at YM Color Half Speed 20 762 070 NVM Name CK_DB AC Half Speed Frequency P...

Page 358: ...splay YM_DB AC ON Normal Timing Initial Value 110 Setup Range 0 255 1 Count 2 4462 ms Description AC Voltage Energized timing at YM Color Normal Speed 31 762 094 NVM Name CK_DB AC On Normal Timing PSW Display CK_DB AC ON Normal Timing Initial Value 110 Setup Range 0 255 1 Count 2 4462 ms Description AC Voltage Energized timing at CK Color Normal Speed 32 762 095 NVM Name YM_DB AC On Normal Timing ...

Page 359: ...nitial Value 110 Setup Range 0 255 1 Count 4 8924 ms Description AC Voltage Energized timing at YM Color Half Speed 43 762 118 NVM Name CK_DB AC On Half speed Timing PSW Display CK_ DB AC ON Half speed Timing Initial Value 110 Setup Range 0 255 1 Count 4 8924 ms Description AC Voltage Energized timing at CK Color Half Speed 44 762 119 NVM Name YM_DB AC On Half speed Timing PSW Display YM_ DB AC OF...

Page 360: ...B DC VB ON Normal Timing Initial Value 370 Setup Range 0 1023 1 Count 2 4462 ms Description Rising timing from VB3 to VB at Y Color Normal Speed 55 762 174 NVM Name M_DB DC VB On Normal Timing PSW Display M_DB DC VB ON Normal Timing Initial Value 370 Setup Range 0 1023 1 Count 2 4462 ms Description Rising timing from VB3 to VB at M Color Normal Speed 56 762 175 NVM Name C_DB DC VB On Normal Timing...

Page 361: ...alue Initial Value 351 Setup Range 0 1023 1 Count 0 684 V Description Vm1 Developer DC Energized Voltage value at K Color High Speed 67 762 194 NVM Name K_DB DC Hi speed VM3 Value PSW Display K_DB DC Hi speed VM3 Value Initial Value 877 Setup Range 0 1023 1 Count 0 684 V Description VB3 Developer DC Energized Voltage value at K Color High Speed 68 762 195 NVM Name K_DB DC Vm0 On Hi speed Timing PS...

Page 362: ...Half Speed Setup 78 762 217 NVM Name 3 4DB AC Target Value at 1200 dpi Half Speed PSW Display 3 4DB AC Target Value at 1200 dpi Half speed Initial Value 600 Setup Range 0 1023 1 Count 1 491 V Description AC peak to peak energized voltage at CK Color 1200 dpi Half Speed Setup 79 762 219 NVM Name toner_band_width_YMC PSW Display toner_band_width_YMC Initial Value 10 Setup Range 0 30 Description Xero...

Page 363: ...utput Phase Value PSW Display YM_DB AC Hi speed Output Phase Value Initial Value 65 Setup Range 0 127 Description AC energized voltage phase value at YM Color High Speed 91 762 233 NVM Name CK_DB AC Hi speed Frequency PSW Display CK_DB AC Hi speed Frequency Initial Value 63 Setup Range 0 127 Description AC energized voltage frequency at CM Color High Speed 92 762 234 NVM Name CK_DB AC Hi speed Out...

Page 364: ...l Value 366 Setup Range 0 2000 1 Count 1 3114 ms Description Falling timing from Vm1 to Vm0 at Y Color High Speed 103 762 246 NVM Name M_DB DC Vm1 Off Hi speed Timing PSW Display M_DB DC Vm1 OFF Hi speed Timing Initial Value 366 Setup Range 0 2000 1 Count 1 3114 ms Description Falling timing from Vm1 to Vm0 at M Color High Speed 104 762 247 NVM Name C_DB DC Vm1 Off Hi speed Timing PSW Display C_DB...

Page 365: ...t Y Color High Speed 114 762 257 NVM Name M_DB DC VB On Hi speed Timing PSW Display M_DB DC VB ON Hi speed Timing Initial Value 1382 Setup Range 0 2000 1 Count 1 3114 ms Description Rising timing from VB3 to VB at M Color High Speed 115 762 258 NVM Name C_DB DC VB On Hi speed Timing PSW Display C_DB DC VB ON Hi speed Timing Initial Value 1382 Setup Range 0 2000 1 Count 1 3114 ms Description Rising...

Page 366: ...dth of last ejected sheet on the Stacker Rewrites in Sleep Mode 6 764 006 NVM Name Sheet Length of Last Ejected Sheet PSW Display Sheet Length of Last Ejected Sheet Initial Value 65535 Setup Range 0 65535 Description Length of last ejected sheet on the Stacker Rewrites in Sleep Mode 7 764 007 NVM Name Sheet Width of Maximum Size Sheet PSW Display Sheet Width of Maximum Size Sheet Initial Value 655...

Page 367: ... set Rewrites in Sleep Mode 12 764 012 NVM Name Sleep Mode Recovery Indicate PSW Display Sleep Mode Recovery Indicate Initial Value 0 Setup Range 0 1 Description Indication of entry into the Sleep Mode at IOT Recovery Rewrites in Sleep Mode 13 764 013 NVM Name Unstaple Compile Sheet Count Large Size PSW Display Unstaple Compile Sheet Count Large Size Initial Value 25 Setup Range 10 100 Description...

Page 368: ...Name HPGL Auto Layout Memory PSW Display HPGL Auto Layout Buffer Size Initial Value 64 KB Setup Range 64 1024 5120 1024 Read Write Read Write Description 64 KB 5120 KB 32 KB interval 5 700 081 NVM Name Parallel IEEE1284 Port PSW Display Parallel Buffer Size Initial Value 64KB Setup Range Read Write Read Write Description 64 KB 1 MB 32 KB interval 6 700 082 NVM Name Port9100 Port PSW Display Initia...

Page 369: ...on Displays the Time difference from GMT E g Japan 540 Hawaii 600 15 700 124 NVM Name Auto Clear Timer Combining Auto Resume Timer Auditron Off Timer and Tools Off Timer PSW Display Auto Clear Timer Initial Value 1 min Setup Range 0 240 Read Write Read Write Description MF 0 1 4 Disable 0 1 4 min in increments of 1min P 0 1 30 Disable 0 1 30 min in increments of 1min 16 700 125 NVM Name Job Cancel...

Page 370: ...um volume 3 High volume 24 700 133 NVM Name Operation Panel Error Input Tone PSW Display Operation Panel NG Beep Initial Value 2 Setup Range 0 3 Read Write Read Write Description 0 Off 1 Low volume 2 Medium volume 3 High volume 25 700 134 NVM Name Normal Completion Tone Copy PSW Display Job Complete Beep with Copy Initial Value 2 Setup Range 0 3 Read Write Read Write Description 0 Off 1 Low volume...

Page 371: ...al Value 0 Setup Range 0 1 Read Write Read Write Description 0 Off 1 On 34 700 145 NVM Name Duplex Printing Specification PSW Display Report Duplex Print Initial Value 0 Setup Range 0 1 Read Write Read Write Description 0 Off 1 On 35 700 170 NVM Name Copy Print Priority PSW Display Copy Priority Initial Value Priority 1 38 Setup Range 18 48 Read Write Read Write Description 48 Priority 0 low 38 Pr...

Page 372: ...scription numerics ASCII 44 700 307 NVM Name SEEPROM Serial 7th digit PSW Display SEEPROM Serial 7th digit Initial Value Setup Range Read Write Read Description numerics ASCII 45 700 308 NVM Name SEEPROM Serial 8th digit PSW Display SEEPROM Serial 8th digit Initial Value Setup Range Read Write Read Description numerics ASCII 46 700 309 NVM Name SEEPROM Serial 9th digit PSW Display SEEPROM Serial 9...

Page 373: ...Name Battery Backup SRAM Serial 7th digit PSW Display Battery Backup SRAM Serial 7th digit Initial Value Setup Range Read Write Read Description numerics ASCII 55 700 318 NVM Name Battery Backup SRAM Serial 8th digit PSW Display Battery Backup SRAM Serial 8th digit Initial Value Setup Range Read Write Read Description numerics ASCII 56 700 319 NVM Name Battery Backup SRAM Serial 9th digit PSW Disp...

Page 374: ...it PSW Display Battery Backup SRAM Product 3rd digit Initial Value Setup Range Read Write Read Description numerics ASCII 65 700 328 NVM Name Battery Backup SRAM Product 4th digit PSW Display Battery Backup SRAM Product 4th digit Initial Value Setup Range Read Write Read Description numerics ASCII 66 700 329 NVM Name SEEPROM Product Code 1st digit PSW Display SEEPROM Product Code 1st digit Initial...

Page 375: ...Information on the SEEPROM PSW Display Configuration info On SEEPROM Initial Value Setup Range Read Write Read Write Description 75 700 339 NVM Name IOT ROM Major version PSW Display IOT ROM Major version 76 700 340 NVM Name IOT ROM Minor version PSW Display IOT ROM Minor version Initial Value Setup Range Read Write Read Description Auto Setting 77 700 341 NVM Name IOT ROM Revision version PSW Dis...

Page 376: ...inor Initial Value Setup Range Read Write Read Description Auto Setting 86 700 353 NVM Name DADF ROM Revision version PSW Display DADF ROM Revision Initial Value Setup Range Read Write Read Description Auto Setting 87 700 354 NVM Name UI Frame ROM Major version PSW Display UI Frame ROM Major Initial Value Setup Range Read Write Read Description Auto Setting 88 700 355 NVM Name UI Frame ROM Minor v...

Page 377: ... Range Read Write Read Description numerics ASCII 96 700 363 NVM Name Product Code 4th digit PSW Display Product Code 4th digit Initial Value Setup Range Read Write Read Description numerics ASCII 97 700 364 NVM Name Product Code 5th digit PSW Display Product Code 5th digit Initial Value Setup Range Read Write Read Description numerics ASCII 98 700 365 NVM Name Product Code 6th digit PSW Display P...

Page 378: ...3 304 Chapter 3 Troubleshooting Read Write Read Write Description Memory Spool 512 KB 32 MB 256 KB interval ...

Page 379: ... Description 0 1 999 999 5 720 006 NVM Name Master Print B W PSW Display Master Print B W Initial Value Setup Range 0 1999999 Read Write Read Description 0 1 999 999 6 720 007 NVM Name Master Copy Full Color PSW Display N A Initial Value Setup Range 1 1999999 Read Write Read Description 0 1 999 999 7 720 008 NVM Name Master Copy Color2 PSW Display N A Initial Value Setup Range 0 1999999 Read Write...

Page 380: ...play Group Initial Value 0 Setup Range 0 999999999999 Read Write Read Write Description 0 999999999999 0 means not set up 17 720 041 NVM Name Group department boundary Setup B C PSW Display Initial Value 0 Setup Range 0 999999999999 Read Write Read Write Description 0 999999999999 0 means not set up 18 720 042 NVM Name Group A Mode to use PSW Display Initial Value FreeAccess Setup Range 0 3 Read W...

Page 381: ...up Range 0 1999999 Read Write Read Description 0 1 999 999 23 720 048 NVM Name Backup1 Large Size B and W PSW Display N A Initial Value Setup Range 0 1999999 Read Write Read Description 0 1 999 999 24 720 049 NVM Name Backup1 Large Size Color PSW Display N A Initial Value Setup Range 0 1999999 Read Write Read Description 0 1 999 999 ...

Page 382: ...tion Protocol PSW Display Parallel Adobe Protocol Initial Value Standard Setup Range 0 2 Read Write Read Write Description 0 Standard 1 Binary 2 TBCP 5 770 005 NVM Name Auto Feed Time PSW Display Parallel Auto Feed Time Initial Value 6 30 sec Setup Range 1 255 Read Write Read Write Description 1 255 5 1275 sec 6 770 006 NVM Name Input Prime PSW Display Parallel Input Prime Initial Value ON Setup R...

Page 383: ...ue PostScript Setup Range Read Write Read Write Description PostScript 13 770 042 NVM Name JCL Switch is set as PJL Switch PSW Display EtherTalk JCL Enable is EtherTalk PJL Enable Initial Value ON Setup Range FALSE TRUE Read Write Read Write Description 0 Off 1 On 14 770 050 NVM Name Start Up Setting PSW Display Netware Port Enable Initial Value Stop Setup Range Read Write Read Write Description 0...

Page 384: ...5 PostScript 2 PCL6 21 770 062 NVM Name JCL Switch PSW Display Lpd JCL Enable is Lpd PJL Enable Initial Value On Setup Range FALSE TRUE Read Write Read Write Description 0 Off 1 On 22 770 063 NVM Name Filter PSW Display TBCP Valid Flag Initial Value None Setup Range FALSE TRUE Read Write Read Write Description 0 None 1 TBCP 23 770 064 NVM Name Spool Type PSW Display Lpd Spool Mode Initial Value No...

Page 385: ...W Display Lpd Valid IP Address 5 Initial Value 0 0 0 0 Setup Range Read Write Read Write Description 00000000 FFFFFFFF 31 770 080 NVM Name Start Up Setting PSW Display SMB Port Enable Initial Value Start Up Setup Range 0 1 Read Write Read Write Description 0 Stop 1 Start Up 32 770 081 NVM Name Print Mode PSW Display SMB Print Mode Type Initial Value Auto Setup Range Read Write Read Write Descripti...

Page 386: ...al Value ON Setup Range FALSE TRUE Read Write Read Write Description 0 Off 1 On 40 770 093 NVM Name Filter PSW Display IPP TBCP Valid Flag Initial Value None Setup Range FALSE TRUE Read Write Read Write Description 0 None 1 TBCP 41 770 094 NVM Name Acl Authorisation Acl Authorisation PSW Display Acl Authorisation Initial Value OFF none Setup Range Read Write Read Write Description On local Off non...

Page 387: ...W Display Gateway Address Initial Value 0 0 0 0 Setup Range 0x00000000 0xFFFFFFFF Read Write Read Write Description 00000000 FFFFFFFF 50 770 110 NVM Name DNS Auto Config PSW Display DNS Auto Config Initial Value DHCP Setup Range 0 1 Read Write Read Write Description 0x10 Manual Setting 0x02 DHCP 51 770 112 NVM Name DNS Domain Name PSW Display DNS Domain Name Initial Value NULL Setup Range Read Wri...

Page 388: ...te Read Write Description 0 Stop 1 Start Up 59 770 150 NVM Name Start Up Setting PSW Display Salutation Port Enable Initial Value Stop Setup Range 0 1 Read Write Read Write Description 0 Stop 1 Start Up 60 770 160 NVM Name Start Up Setting PSW Display MFIO Port Enable Initial Value Stop Setup Range 0 1 Read Write Read Write Description 0 Stop 1 Start Up 61 770 166 NVM Name No of concurrent request...

Page 389: ... 10 TIFF Setup Range 1 23 Read Write Read Write Description 1 Auto 3 HPGL2 5 PostScript 2 PCL6 68 770 282 NVM Name Mail Print JCL switch PSW Display N A Initial Value ON Setup Range FALSE TRUE Read Write Read Write Description 0 Off 1 On 69 770 283 NVM Name Mail Print Filter PSW Display N A Initial Value None Setup Range FALSE TRUE Read Write Read Write Description 0 None 1 TBCP 70 770 284 NVM Nam...

Page 390: ...3 316 Chapter 3 Troubleshooting Setup Range Read Write Read Write Description 73 770 287 NVM Name POP Server password PSW Display N A Initial Value NULL Setup Range Read Write Read Write Description ...

Page 391: ... Custom Paper 1 5 4 780 016 NVM Name Paper Type for Tray 4 PSW Display Initial Value 22 Setup Range Read Write Read Write Description 22 Bond 1 Plain Paper 14 Recycled Paper 23 27 Custom Paper 1 5 5 780 018 NVM Name Paper Type for SMH PSW Display SMH PaperType Initial Value 22 Setup Range Read Write Read Write Description 22 Bond 1 Plain Paper 14 Recycled Paper 23 27 Custom Paper 1 5 21 Light Weig...

Page 392: ...reen100 equivalent 0x08 Plain Paper D 4024 20 lb equivalent Normal 0x10 Plain Paper E 4024 20 lb equivalent gradation emphasis 0x20 Plain Paper F 4024 24lb equivalent Normal 0x40 Plain Paper G 12 780 026 NVM Name Image Quality Control Category Plain Paper PSW Display Image Quality Control Category Plain Paper Initial Value 0x02 Setup Range 0x01 0x80 Read Write Read Write Description 0x01 Plain Pap...

Page 393: ...isplay Image Quality Control Category User Paper 3 Initial Value 0x02 Setup Range 0x01 0x80 Read Write Read Write Description 0x01 Plain Paper A J paper JD paper J Coat paper CX28lb equivalent 0x02 Plain Paper B P paper C2 paper equivalent 0x04 Plain Paper C WR100 Green100 equivalent 0x08 Plain Paper D 4024 20 lb equivalent Normal 0x10 Plain Paper E 4024 20 lb equivalent gradation emphasis 0x20 Pl...

Page 394: ...e 0x01 0xff Read Write Read Write Description 1 8 1 8 X 0xff 0 X According to priority not controlled by APS ATS Repetition allowed 22 780 053 NVM Name Paper Type Priority Custom Paper 1 PSW Display Paper Type Priority User Paper 1 Initial Value X Setup Range 0x01 0xff Read Write Read Write Description 1 8 1 8 X 0xff 0 X According to priority not controlled by APS ATS Repetition allowed 23 780 054...

Page 395: ... Name Tray 3 Priority PSW Display Tray 3 Priority Initial Value 3 Setup Range 1 4 Read Write Read Write Description 1 4 1 2 3 4 The priority follow the number and 1 is the highest priority Repetition not allowed 30 780 063 NVM Name Tray 4 Priority PSW Display Tray 4 Priority Initial Value 4 Setup Range 1 4 Read Write Read Write Description 1 4 1 2 3 4 The priority follow the number and 1 is the hi...

Page 396: ...3 322 Chapter 3 Troubleshooting PSW Display Image Enhancement Enable Initial Value 1 Setup Range 0 1 Read Write Read Write Description 0 Off 1 On ...

Page 397: ...790 004 NVM Name Toner Near Empty Advance notification Pre Near Empty Display CE Setting PSW Display Initial Value 1 Display Setup Range 0 1 Read Write Read Write Description 0 No display 1 Display 4 790 050 NVM Name Pre Set Tray 1 PSW Display Pre Set Tray 1 Initial Value 1 Setup Range 1 5 Read Write Read Write Description 1 Tray 1 2 Tray 2 3 Tray 3 4 Tray 4 5 SMH 5 790 051 NVM Name Pre Set Tray 2...

Page 398: ...p Range Read Write Read Write Description 1 Tray 1 2 Tray 2 3 Tray 3 4 Tray 4 11 790 072 NVM Name Default Magnification Setting in Copy Mode PSW Display Default Magnification in Copy Mode Initial Value 0 Setup Range 0 8 Read Write Read Write Description 0 100 1 7 Fixed Magnification 1 Fixed Magnification 7 8 Auto 12 790 073 NVM Name Fixed Magnification 1 Setting PSW Display Fixed Magnification 1 I...

Page 399: ...Read Write Description 1 25 0 2 35 3 3 50 0 4 57 7 5 61 2 6 64 7 7 70 7 8 81 6 9 86 6 10 115 4 11 122 5 12 129 4 13 141 4 14 163 2 15 173 2 16 200 0 17 282 8 18 400 0 17 790 078 NVM Name Fixed Magnification 6 Setting PSW Display Fixed Magnification 6 Initial Value 11 Setup Range 1 18 Read Write Read Write Description 1 25 0 2 35 3 3 50 0 4 57 7 5 61 2 6 64 7 7 70 7 8 81 6 9 86 6 10 115 4 11 122 5 ...

Page 400: ...ite Read Write Description 0 Text 1 Text Photo Print 2 Text Photo Photo Paper 3 Text Photo Copy Document 4 Photo Print 5 Photo Photo Paper 6 Photo Copy Document 24 790 096 NVM Name Default 4 Color Auto Document Type PSW Display Default 4 Color ACS Original Type Initial Value 1 Setup Range 0 9 Read Write Read Write Description 0 Text 1 Text Photo Print 2 Text Photo Photo Paper 3 Text Photo Copy Doc...

Page 401: ... PSW Display Default Color Balance M Mid Density Initial Value 0 Setup Range 0 6 Read Write Read Write Description 0 6 3 3 Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 33 790 105 NVM Name Default Color Balance M High Density PSW Display Default Color Balance M HighDensity Initial Value 0 Setup Range 0 6 Read Write Read Write Description 0 6 3 3 Lighter 3 Lighter 2 Lighter 1 Norm...

Page 402: ...ead Write Description 0 Stronger 2 Higher 1 Stronger 1 High 2 Normal 3 Softer 1 Low 4 Softer 2 Lower 42 790 122 NVM Name Default Sharpness PSW Display Default Sharpness Initial Value 2 Setup Range 0 4 Read Write Read Write Description 0 Shaper 1 Sharp 2 Normal 3 Soft 4 Softer 43 790 123 NVM Name Default Contrast PSW Display Default Contrast Initial Value 2 Setup Range 0 4 Read Write Read Write Des...

Page 403: ...W Display Initial Value 13 Setup Range 1 50 Read Write Read Write Description 1 Postcard 2 A6SEF 3 A6LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 8 5 x 11 SEF 18 8 5 x 11 LEF 1 52 790 132 NVM Name Fixed Size 2 of Copy Document Size Input PSW Display Initial Value 10 Setup Range 1 50 Read Write Read Wr...

Page 404: ...F 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 8 5 x 11 SEF 18 8 5 x 11 LEF 58 790 138 NVM Name Fixed Size 8 of Copy Document Size Input PSW Display Initial Value 9 Setup Range 1 50 Read Write Read Write Description 1 Postcard 2 A6SEF 3 A6LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard...

Page 405: ...tial Value 0 Setup Range 0 2 Read Write Read Write Description 0 Center Tray 1 Side Tray 2 Finisher Tray Options that are not installed cannot be selected 66 790 187 NVM Name Default Density Scan Density PSW Display Initial Value 3 Setup Range 0 6 Read Write Read Write Description 0 Lighter 3 1 Lighter 2 2 Lighter 1 3 Normal 4 Darker 1 5 Darker 2 6 Darker 3 67 790 188 NVM Name Default Image Qualit...

Page 406: ... 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 8 5 x11 SEF 18 8 5 x 11 LEF 1 75 790 232 NVM Name Fixed Size 2 of Scan Document Size Input PSW Display Initial Value A4SEF Setup Range 1 50 Read Write Read Write Description 1 Postcard 2 A6SEF 3 A6LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 8 5 x 11 SEF 18 8 5 ...

Page 407: ...LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 8 5 x 11 SEF 18 8 5 x 11 LEF 1 82 790 239 NVM Name Fixed Size 9 of Scan Document Size Input PSW Display Initial Value 8 5 x 11 LEF Setup Range 1 50 Read Write Read Write Description 1 Postcard 2 A6SEF 3 A6LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF ...

Page 408: ... Fixed Size 3 Slow Scan PSW Display Initial Value NULL Setup Range 15 432 Read Write Read Write Description 15 432 mm 91 790 256 NVM Name Fixed Size 4 Fast Scan PSW Display Initial Value NULL Setup Range 15 297 Read Write Read Write Description 15 297 mm 92 790 257 NVM Name Fixed Size 4 Slow Scan PSW Display Initial Value NULL Setup Range 15 432 Read Write Read Write Description 15 432 mm 93 790 2...

Page 409: ... Read Write Description 15 432 mm 101 790 266 NVM Name Fixed Size 9 Fast Scan PSW Display Initial Value NULL Setup Range 15 297 Read Write Read Write Description 15 297 mm 102 790 267 NVM Name Fixed Size 9 Slow Scan PSW Display Initial Value NULL Setup Range 15 432 Read Write Read Write Description 15 432 mm 103 790 268 NVM Name Fixed Size 10 Fast Scan PSW Display Initial Value NULL Setup Range 15...

Page 410: ...2 35 3 3 50 0 4 57 7 5 61 2 6 64 7 7 70 7 8 81 6 9 86 6 10 115 4 11 122 5 12 129 4 13 141 4 14 163 2 15 173 2 16 200 0 17 282 8 18 400 0 111 790 276 NVM Name Default 4 setting of SCAN Fixed magnification PSW Display Initial Value 86 6 Setup Range 0 18 Read Write Read Write Description 1 25 0 2 35 3 3 50 0 4 57 7 5 61 2 6 64 7 7 70 7 8 81 6 9 86 6 10 115 4 11 122 5 12 129 4 13 141 4 14 163 2 15 173...

Page 411: ...B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x 8 5 LEF 17 5 5 x 8 5 SEF 18 8 5 x 11 LEF 118 790 283 NVM Name Output Size 4 PSW Display Initial Value A5SEF Setup Range 1 50 Read Write Read Write Description 1 Postcard 2 A6SEF 3 A6LEF 4 B6SEF 5 B6LEF 6 A5SEF 7 A5LEF 8 B5SEF 9 B5LEF 10 A4SEF 11 A4LEF 12 B4SEF 13 A3SEF 14 Postcard 4 x 6 15 5 5 x 8 5 SEF 16 5 5 x ...

Page 412: ...EF 16 5 5 x 8 5 LEF 17 5 5 x 8 5 SEF 18 8 5 x 11 LEF 123 790 288 NVM Name Default Background Color Removal in SCAN Mode PSW Display Initial Value 0 Setup Range 0 1 Read Write Read Write Description 0 Off 1 On 124 790 290 NVM Name Basic Screen Preset Magnification 1 PSW Display Initial Value 2 Setup Range 1 7 Read Write Read Write Description 1 7 Fixed Magnification 1 7 125 790 291 NVM Name Basic S...

Page 413: ...e Displays add paper Only Oceans2 use a large paper size no adjustment Setup Range Read Write Read Write Description 6 Displays add paper SPS Off 5 Uses a larger paper size no adjustment 2 Uses a nearest paper size no adjustment 7 Only Oceans2 uses a substitution Abort 2 800 006 NVM Name Print Area PSW Display Expand Print Mode Initial Value Normal Setup Range Read Write Read Write Description 1 N...

Page 414: ...it 0 128 5 810 006 NVM Name M Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 6 810 007 NVM Name C Component PSW Display Initial Value 100 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 7 810 008 NVM Name Y Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 12...

Page 415: ...e C Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 16 810 017 NVM Name Y Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 17 810 018 NVM Name M Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 18 810 019 NV...

Page 416: ...e Y Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 26 810 027 NVM Name M Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 27 810 028 NVM Name C Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 28 810 029 NV...

Page 417: ...cription 0 100 1 128 unit 0 128 36 810 037 NVM Name C Component PSW Display Initial Value 0 Setup Range 0 128 Read Write Read Write Description 0 100 1 128 unit 0 128 37 810 038 NVM Name Background Suppression PSW Display Initial Value No Setup Range 0 1 Read Write Read Write Description Yes No 38 810 039 NVM Name Density Adjustment PSW Display Initial Value Lighter 1 Setup Range 0 6 Read Write Re...

Page 418: ...VM Name Color Balance C Low Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 46 810 047 NVM Name Color Balance C Medium Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 47 810 048 NVM Name...

Page 419: ...ription Stronger 2 Stronger 1 Normal Softer 1 Softer 2 55 810 056 NVM Name Background Suppression PSW Display Initial Value Off Setup Range 0 1 Read Write Read Write Description On Off 56 810 057 NVM Name Density Adjustment PSW Display Initial Value Darker 1 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 57 810 058 NVM Name Color B...

Page 420: ...10 065 NVM Name Color Balance C Medium Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 65 810 066 NVM Name Color Balance C High Density PSW Display Initial Value Darker 3 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 66 810 0...

Page 421: ...ity Adjustment PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 75 810 076 NVM Name Color Balance Y Low Density PSW Display Initial Value Lighter 2 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 76 810 077 NVM Name Color Balance Y Mediu...

Page 422: ...e C High Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 84 810 085 NVM Name Color Balance K Low Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 85 810 086 NVM Name Color Balance K Mediu...

Page 423: ...ue Lighter 3 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 94 810 095 NVM Name Color Balance Y Medium Density PSW Display Initial Value Lighter 3 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 95 810 096 NVM Name Color Balance Y High Density PSW Display Initial Val...

Page 424: ...alue Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 103 810 104 NVM Name Color Balance K Medium Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 104 810 105 NVM Name Color Balance K High Density PSW Display Initial Value...

Page 425: ... 3 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 113 810 114 NVM Name Color Balance Y High Density PSW Display Initial Value Normal Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 114 810 115 NVM Name Color Balance M Low Density PSW Display Initial Value Normal Setu...

Page 426: ... Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 122 810 123 NVM Name Color Balance K High Density PSW Display Initial Value Darker 2 Setup Range 0 6 Read Write Read Write Description Lighter 3 Lighter 2 Lighter 1 Normal Darker 1 Darker 2 Darker 3 123 810 124 NVM Name Color Shift PSW Display Initial Value 0 Degrees Setup Range 0 4 R...

Page 427: ...Print 128 810 129 NVM Name Max No of Copy Sheets accumulated PSW Display Initial Value 999 Setup Range 1 999 Read Write Read Write Description 1 999 1 999 pages 129 810 130 NVM Name Build Job Setup Menu Display PSW Display Initial Value No display Setup Range 0 1 Read Write Read Write Description 0 No display 1 Display ...

Page 428: ...ightness 3 Setting PSW Display Initial Value Setup Range 0 200 Read Write Read Write Description 0 200 100 100 5 840 005 NVM Name Brightness 2 Setting PSW Display Initial Value Setup Range 0 200 Read Write Read Write Description 0 200 100 100 6 840 006 NVM Name Brightness 1 Setting PSW Display Initial Value Setup Range 0 200 Read Write Read Write Description 0 200 100 100 7 840 007 NVM Name Bright...

Page 429: ...00 12 840 012 NVM Name Softer Setting PSW Display Initial Value Setup Range 0 200 Read Write Read Write Description 0 200 100 100 13 840 013 NVM Name Softest Setting PSW Display Initial Value Setup Range 0 200 Read Write Read Write Description 0 200 100 100 14 840 019 NVM Name RGB Color Space PSW Display Initial Value 0 Setup Range 0 1 Read Write Read Write Description Standard Color Space 0 Devic...

Page 430: ...Display XERO CRU 4 PR Wear previous value Initial Value Setup Range Read Write Read Description 0 99999999 6 870 014 NVM Name XERO 1CRU WARNING Current Value PSW Display XERO 1CRU WARNING previous value Initial Value Setup Range Read Write Read Description 0 99999999 7 870 015 NVM Name XERO 1DRUM Total CYCLE Current Value PSW Display XERO 1DRUM Total CYCLE previous value Initial Value Setup Range ...

Page 431: ...up Range Read Write Read Description 0 99999999 16 870 024 NVM Name XERO 2DRUM AC CYCLE Current Value PSW Display XERO 2DRUM AC CYCLE previous value Initial Value Setup Range Read Write Read Description 0 99999999 17 870 025 NVM Name XERO 3DRUM AC CYCLE Current Value PSW Display XERO 3DRUM AC CYCLE previous value Initial Value Setup Range Read Write Read Description 0 99999999 18 870 026 NVM Name ...

Page 432: ...elt Cleaner Blade previous value Initial Value Setup Range Read Write Read Description 0 99999999 27 870 035 NVM Name Xfer Belt Cleaner Film Seal PSW Display Xfer BBelt Cleaner Film Seal previous value Initial Value Setup Range Read Write Read Description 0 99999999 28 870 036 NVM Name PH No of 1Tray Feed PSW Display PH 1Tray NMBR of Feeds previous value Initial Value Setup Range Read Write Read D...

Page 433: ... TTM 4Tray Feed PSW Display PH TTM 4Tray NMBR of Feeds previous value Initial Value Setup Range Read Write Read Description 0 99999999 34 870 045 NVM Name Fuser NOHAD PV CV Counter for checking the replacement life of the FILTER used for LSU ROS cantamination PSW Display PV CV Counter for FILTER Life previous value Initial Value Setup Range Read Write Read Description 0 99999999 ...

Page 434: ... ESS Diagnosis Monitor NVM List 1 879 001 NVM Name No of occurrences of DMA FIFO READ END ERROR in the ASIC Due to analysis of a trouble about unable to perform the Ethernet Communication PSW Display Initial Value Setup Range Read Write Read Description ...

Page 435: ... Tag 5V PSW Display Tag 5V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 5V 0 Off 1 On 6 900 006 NVM Name Tag 6 V PSW Display Tag 6 V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 6V 0 Off 1 On 7 900 007 NVM Name Tag 7V PSW Display Tag 7V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 7V 0 Of...

Page 436: ...ad Write Description Tag Information 15V 0 Off 1 On 16 900 016 NVM Name Tag 16V PSW Display Tag 16V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 16V 0 Off 1 On 17 900 017 NVM Name Tag 17V PSW Display Tag 17V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 17V 0 Off 1 On 18 900 018 NVM Name Tag 18V PSW Display Tag 18V Initial Va...

Page 437: ...Tag 26V PSW Display Tag 26V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 26V 0 Off 1 On 27 900 027 NVM Name Tag 27V PSW Display Tag 27V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 27V 0 Off 1 On 28 900 028 NVM Name Tag 28V PSW Display Tag 28V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information ...

Page 438: ...3 364 Chapter 3 Troubleshooting PSW Display Tag 32V Initial Value 0 Setup Range 0 1 Read Write Read Write Description Tag Information 32V 0 Off 1 On ...

Page 439: ... Write Description 0 Invalid 1 Valid 2 701 924 NVM Name Auto Gradation compensation Validity for A B PSW Display Auto Gradation compensation Validity for A B Initial Value 1 Setup Range 0 1 Read Write Read Write Description 0 Invalid 1 Valid 3 701 929 NVM Name Auto Gradation compensation Validity for E F PSW Display Auto Gradation compensation Validity for E F Initial Value 1 Setup Range 0 1 Read ...

Page 440: ...49 31 1 50 32 2 51 33 3 52 34 4 53 35 5 54 36 6 55 37 7 56 38 8 57 39 9 65 41 A 66 42 B 67 43 C 68 44 D 69 45 E 70 46 F 71 47 G 72 48 H 73 49 I 74 4A J 75 4B K 76 4C L 77 4D M 78 4E N 79 4F O 80 50 P 81 51 Q 82 52 R 83 53 S 84 54 T 85 55 U 86 56 V 87 57 W 88 58 X 89 59 Y 90 5A Z Decimal Hexadecimal Characters Numeral ...

Page 441: ...rts can be output a Debug Log Report For details refer to 3 6 2 1 b HFSI Counter Report For details refer to 3 6 2 2 c Jam Counter Report For details refer to 3 6 2 3 d Shutdown History Report For details refer to 3 6 2 4 e Failure Counter Report For details refer to 3 6 2 5 The above six reports are the features of printing out the data stored in the machine memory The data cannot be cleared or c...

Page 442: ...4 176 181 197 208 701 912 917 924 929 720 002 730 001 006 770 124 203 780 065 068 785 008 009 790 003 004 099 801 104 204 304 404 504 604 704 804 904 802 004 104 204 304 404 504 604 704 804 904 803 004 810 002 019 038 127 820 003 007 009 017 019 024 026 027 029 823 001 005 008 011 030 047 830 001 004 084 085 850 001 004 007 009 012 015 860 009 013 020 025 031 032 Sys User Initialization Items for ...

Page 443: ...FSI Counter Report Purpose of the report The HFSI information stored in the IOT will be displayed Contents to be printed Report Name HFSI Counter Report Last Service date YYYY MM DD 3 6 2 3 Jam Counter Report Purpose of the report To check the frequency of the occurrence of jams that have been registered in advance Contents to be printed Report Name Jam Counter Report 3 6 2 4 Shutdown History Repo...

Page 444: ... xxx xxx 6 digit Display For Chain Link No search for it with the search function Up to 50 items Date and Time of Occurrence Chain Link Number of Sheets The date when the trouble occurred is displayed xxx xxx 6 digit Display For Chain Link No search for it with the search function Up to 50 items Date and Time of Occurrence Chain Link Number of Sheets The date when the trouble occurred is displayed...

Page 445: ...Chapter 4 Parts List ...

Page 446: ... PL7 1 Fuser Assembly 4 30 PL7 2 Fuser Assembly 4 31 8 AIR SYSTEM 4 32 PL8 1 Air System 4 32 9 ELECTRICAL 4 33 PL9 1 Electrical 1 3 4 33 PL9 2 Electrical 2 3 4 34 PL9 3 Electrical 3 3 4 35 10 COVER 4 36 PL10 1 Cover Front 4 36 PL10 2 Cover Top and Control Panel 4 37 PL10 3 Cover Rear 4 38 11 INVERTER 4 39 PL11 1 Face Up Tray and Inverter Transport 1 2 4 39 PL11 2 Inverter Transport 2 2 4 40 12 DUP...

Page 447: ...r 4 78 PL16 6 Full Half Rate Carriage 4 79 17 RACK 4 80 PL17 1 Rack 4 80 18 DADF 4 81 PL18 1 Front Rear Cover Entrance Tray 4 81 PL18 2 Top Cover Registration Gate Solenoid 4 82 PL18 3 Counter Balance DADF Control PWB 4 83 PL18 4 Document Feed Chute Upper Feed Motor 4 84 PL18 5 Document Feed Chute Lower 4 85 PL18 6 DADF Belt Motor Duplex Roller 4 86 PL18 7 Duplex Chute 4 87 PL18 8 Registration Rol...

Page 448: ...arts The parts list is used to order replacement parts To use the parts list correctly read the description below carefully 4 1 2 Precautions To make the illustration easy to understand hardware such as screws are shown in numerical order Their shapes are not shown Read notes in the Description column carefully before ordering and replacing parts ...

Page 449: ...Assembly Ref No 102 103 116 117 included 104 7K8760X IBT Motor Assembly Ref No 105 106 included 107 7K8640X Deve Motor Assembly Ref No 108 113 included 114 7K8692X Main Motor Assembly See PL1 2 115 7K8722X Deve Gear j0mf50101 The following Ref Numbers are not available individually No 102 103 105 106 108 113 116 117 ...

Page 450: ...Assembly Ref No Part No Description 208 121K2247X Take Away Clutch 213 121K2327X Developer K Clutch j0mf50102 Although following Ref Numbers are not available individually all of them are contained in Parts No 7K8692X No 201 207 209 212 214 233 ...

Page 451: ...embly Ref No PartNo Description 301 7K8558X IBT Steering Assembly Ref No 302 303 included 304 130K6086X MOB Sensor Assembly Ref No 305 315 included 306 130K6096X Environment Sensor j0mf50103 The following Ref Numbers are not available individually No 302 303 305 307 315 ...

Page 452: ...1 2 Ref No PartNo Description 401 3E2367X Stopper 402 14E4285X Spacer 403 110K854X Tray 1 Paper Size Sensor 404 50K4285X Tray Assembly See PL2 2 405 802E2317X Cover 406 892E4111X Label 1 j0mf50201 The following Ref Number is not available individually No 407 ...

Page 453: ...2 Ref No PartNo Description 505 38K8524X Side Guide Assembly 506 38E2390X End Guide 508 3E4858X Stopper j0mf50202 Although following Ref Numbers are not available individually all of them are contained in Parts No 50K4285X No 501 504 507 509 ...

Page 454: ...2K1319X Left Lower Left Assembly Ref No 603 604 613 614 included 603 802E1213X Lower Left Cover 604 15K4464X Pinch Roller Assembly Ref No 605 612 included 607 59K1540X Pinch Roller 611 130K6085X Tray 1 Feed Out Sensor 614 121E8748X Magnet 615 130E8219X Sensor 617 29E3160X Rivet j0mf50203 The following Ref Number is not available individually No 616 ...

Page 455: ... 701 127K2323X Tray Feed Lift Up Motor 703 5K8308X One way Clutch 704 7K8573X One way Gear 711 120E1814X Actuator 615 130E8219X Sensor j0mf50204 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 702 705 710 712 714 ...

Page 456: ...1 Feeder 2 2 Ref No Part No Description 802 22K5682X Feed Retard Nudger Roller 803 5K589X One way Clutch j0mf50205 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 801 804 820 ...

Page 457: ...902 917 included 904 59K2502X Take away Roller 906 38E2189X Paper Guide 908 121K2222X Registration Clutch 911 59K2501X Registration Roller 912 130E8265X Registration Sensor 914 160K4629X OHP Sensor R OR 160K7496X OHP Sensor R OR j0mf50206 The following Ref Numbers are not available individually No 902 903 905 907 909 910 913 915 917 ...

Page 458: ...6474X Damper Gear 11 23T 1003 4E1183X Damper White Duplex 1004 802K4610X Left Cover Unit Ref No 1005 1009 included Duplex 1008 802E1294X Left Cover Duplex 1010 802E1293X Left Upper Cover Duplex j0mf50207 The following Ref Numbers are not available individually No 1002 1005 1007 1009 ...

Page 459: ...Assembly 1105 15K4838X Support Assembly 1106 54E1633X Exit Chute 1107 7E6263X Gear 22T 1108 59K1561X Exit Roller 1109 7E7520X Gear 1112 110K1065X Fuser Exit Switch 1114 54K1613X Duplex Chute j0mf50208 Although following Ref Numbers are not available individually all of them are contained in Parts No 802K4610X No 1102 1104 1110 1111 1113 1115 1116 ...

Page 460: ...335X Spring 1210 802K3187X Left Cover Assembly Ref No 1204 1211 1214 1216 included 1211 802E1292X Left Cover 1212 11E1029X Lever 1213 830E5848X Bracket 1214 7K8693X Damper Gear 45T 1215 113K8232X Connector Assembly 1216 809E2610X Spring 615 130E8219X Sensor j0mf50209 Although following Ref Numbers are not available individually all of them are contained in Parts No 802K4610X No 1201 1203 1205 1207...

Page 461: ...d 1302 802E1277X Exit Cover 1305 59K1578X Exit Roller 5 1306 120E1816X Actuator 1311 59E9486X Pinch Roller 1312 59E9487X Pinch Roller 1313 110E9799X Interlock Switch 1315 105E994X Eliminator 1316 127K2929X Offset Motor 615 130E8219X Sensor j0mf50210 The following Ref Numbers are not available individually No 1303 1304 1307 1309 1310 1314 16 1318 ...

Page 462: ...4 15 Chapter 4 Parts List PL2 11 MSI Unit 1 2 Ref No Part No Description 1401 59K3148X MSI Unit See PL2 12 PL2 13 j0mf50212 ...

Page 463: ...o 1510 1511 1513 1514 1516 included 1512 59K1821X Pinch Roller 3 Assembly Ref No 1513 1517 included 1517 59E9566X Pinch Roller 3 1518 59K1820X Pinch Roller 2 Assembly Ref No 1511 1513 1516 included 615 130E8219X Sensor j0mf50213 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K3148X No 1501 1504 1506 1508 1510 1511 1513 1516 1519 ...

Page 464: ...ke away Roller 1609 121E8783X MSI Feed Solenoid 1614 59K2402X Feed Roller Assembly Ref No 1615 1618 included 1615 59K2401X Feed Roller 1619 19K9713X Retard Pad j0mf50214 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K3148X No 1603 1608 1610 1613 1616 1618 1620 1624 ...

Page 465: ... PL2 14 Tray Assembly Ref No Part No Description 1703 130K6145X MSI Paper Size Sensor j0mf50215 Although following Ref Numbers are not available individually all of them are contained in Parts No 50K4983X No 1701 1702 1704 1714 ...

Page 466: ...List 3 LSU ROS PL3 1 LSU ROS Ref No Part No Description 1801 1K7386X Bracket Assembly 1802 62K1088X LSU ROS Assembly Ref No 1803 1806 included j0mf50301 The following Ref Numbers are not available individually No 1803 1806 ...

Page 467: ...r Container For Sales Route 1903 3K8612X Sensor Holder Ref No 1904 1906 1911 1912 included 1905 110E1032X Waste Toner Container Interlock Switch 1908 127K2924X Agitator Motor Assembly Ref No 1909 1910 1913 1914 included 1911 130E9101X Full Toner Sensor j0mf50401 The following Ref Numbers are not available individually No 1904 1906 1907 1909 1910 1912 1914 ...

Page 468: ...er Tie Plate Assembly Ref No 2002 2005 included 2002 162K5660X Wire Harness 2004 14K8161X Block M C K 2005 14K8162X Block Y 2006 122K9333X Erase Lamp Assembly with Rail Y M C 2007 122K9334X Erase Lamp Assembly with Rail K j0mf50402 The following Ref Numbers are not available individually No 2003 2008 2009 ...

Page 469: ...ght Lift Assembly 2106 3K1167X Latch Assembly 2107 3E5229X Hinge Left 2108 3E5230X Hinge Right 2109 6E7174X Shaft 2110 11K9497X Lever Assembly Ref No 2111 2115 included 2113 21E9739X Cap Left 2114 21E9740X Cap Right 2115 19E4795X Grip j0mf50501 The following Ref Numbers are not available individually No 2103 2105 2111 2112 2116 ...

Page 470: ...o Description 2201 64K9170X IBT Belt Assembly See PL5 3 2202 3K1265X Stopper Assembly For Removal 2204 7E6191X Gear 14T 2205 7E6189X Gear 18T 2207 802K1295X Auger Assembly j0mf50502 The following Ref Numbers are not available individually No 2203 2206 2208 ...

Page 471: ...iption 2301 42K9242X IBT Cleaner Assembly Ref No 2302 2306 included 2307 64K9145X Transfer Belt 2315 59K2315X BUR Roller j0mf50503 Although following Ref Numbers are not available individually all of them are contained in Parts No 64K9170X No 2302 2306 2308 2314 2316 2319 ...

Page 472: ...6109X Connector Assembly Y M 2412 19K9820X Holder Font 2413 59K2126X 1st BTR Roller 2414 19K9819X Holder Rear 2415 127K3395X Retract Motor 2416 19K9754X Holder Rear 2417 7E6798X Worm Gear 2419 19K9755X Holder Front 615 130E8219X Sensor j0mf50504 Although following Ref Numbers are not available individually all of them are contained in Parts No 64K9170X No 2401 2403 2404 2407 2409 2411 2418 ...

Page 473: ...arts List PL5 5 IBT Frame Assembly 2 2 Ref No Part No Description 2501 3E5171X Handle j0mf50505 Although following Ref Numbers are not available individually all of them are contained in Parts No 64K9170X No 2502 2517 ...

Page 474: ...er 4 Parts List PL5 6 IBT Elevator Ref No Part No Description 2601 809E2633X Spring 2602 15K4948X Plunger Rear 2603 15K4931X Plunger Front j0mf50506 The following Ref Number is not available individually No 2604 ...

Page 475: ... 2707 802K5795X Dispenser Assembly K 2709 802K3309X Dispenser Base Assembly Ref No 2710 2715 included 2711 7E6450X Gear 2712 127K3393X Toner Dispense Motor Y M C 2713 127K3394X Toner Dispense Motor K 2714 6E7145X Shaft 2715 116K9081X New Cartridge Detect Switch Y M C K j0mf50601 The following Ref Numbers are not available individually No 2710 No 2702 2704 2706 and 2710 are supplied via Sales Route...

Page 476: ...501X Seal 2805 673K8603X Developer K 2806 673K8600X Developer Y 2807 673K8601X Developer M 2808 673K8602X Developer C 2809 604K906X Deve Unit K Kit Ref No 2801 2805 included 604K907X Deve Unit Y Kit Ref No 2801 2806 included 604K908X Deve Unit M Kit Ref No 2801 2807 included 604K909X Deve Unit C Kit Ref No 2801 2808 included j0mf50602 The following Ref Number is not available individually No 2802 ...

Page 477: ...4 30 Chapter 4 Parts List 7 FUSER PL7 1 Fuser Assembly Ref No Part No Description 2901 126K1394X Fuser Assembly See PL7 2 j0mf50701 ...

Page 478: ...rt No Description 3004 126K1395X Main Heater Rod 3005 126K1396X Sub Heater Rod 3011 130K6102X Sensor Assembly j0mf50702 Although following Ref Numbers are not available individually all of them are contained in Parts No 126K1394X No 3001 3003 3006 3010 3012 ...

Page 479: ...Part No Description 3101 127K3273X LSU ROS Shutter Motor 3102 12E1019X Link 3103 809E2688X Spring 3104 802E1697X Inner Cover 3106 127K2934X Fuser Fan 3108 127K3664X LSU ROS Fan Assembly j0mf50801 The following Ref Numbers are not available individually No 3105 3107 ...

Page 480: ...5 105E982X 5V LVPS 3206 160K7680X I F PWB Ref No 3207 included 3209 105K1864X 24V LVPS 3211 127K2933X LVPS Fan 3213 160K8773X LD Power PWB 3214 105E997X HVPS T6 3216 105K1914X HVPS Assembly Ref No 3201 3202 included 3217 104E9361X Choke Coil 3218 160K8440X Fuser Noise Filter j0mf50901 The following Ref Numbers are not available individually No 3203 3207 3208 3210 3212 3215 3219 ...

Page 481: ...20 included 3303 160K7677X AC Drive PWB 3305 160K7676X Noise Filter PWB 3306 908W01200 GFI Breaker 3307 962K882X Wire Harness 3313 74K9432X Outlet Panel Assembly 3314 673K6981X Power Cord 3315 162K6933X Wire Harness 3318 160K7720X Delay PWB j0mf50902 The following Ref Numbers are not available individually No 3302 3304 3308 3312 3316 3317 ...

Page 482: ...Block Assembly Developer 3402 162K6211X Wire Harness Developer Tie Plate 3403 162K5594X Developer Wire Harness Y M 3404 162K5597X Developer Wire Harness C K 3405 162K5600X Wire Harness 2nd 3406 113K8231X DTS Connector 3407 162K5603X Wire Harness DTS 3408 162K6889X Wire Harness DC j0mf50903 ...

Page 483: ...er Assembly DP C401 802K6054X Front Cover Assembly DP C321 Ref No 3501 3504 3511 included 3505 121E8502X Magnet 3506 830E5723X Strip 3507 42K9199X Rod Cleaner Assembly Ref No 3508 3509 included 3510 830E6005X Hinge 3512 802E2806X Right Cover 1313 110E9799X Interlock Switch j0mf51001 The following Ref Numbers are not available individually No 3501 3504 3508 3509 3511 ...

Page 484: ...4928X Top Cover Assembly Ref No 3602 3603 3605 included 3603 802E4859X Stopper 3604 802E1240X Connector Cover 3606 110K1121X Main Switch 3607 802E1243X Fuser Cover 3608 802K4607X Inner Cover 3609 12K9426X Link Assembly j0mf51002 The following Ref Numbers are not available individually No 3602 3605 ...

Page 485: ...02K2811X Rear Cover Assembly Ref No 3704 3705 included 3705 802E1249X Blind Cover 3706 802E1250X Rear Left Middle Cover 3707 802E1435X Rear Left Lower Cover 3708 802E1251X Front Left Cover 3709 802E2786X Rear Left Upper Cover j0mf51003 The following Ref Numbers are not available individually No 3701 3704 ...

Page 486: ...4 39 Chapter 4 Parts List 11 INVERTER PL11 1 Face Up Tray and Inverter Transport 1 2 Ref No Part No Description 3801 59K1674X Inverter Transport Assembly j0mf51101 ...

Page 487: ...4X Inverter Chute Assembly Ref No 3922 3924 included 3914 54K1725X Exit Gate 3924 50K4142X Duplex Gate 3929 121K2286X Inverter Forward Clutch 3934 121K2287X Inverter Reverse Clutch j0mf51102 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1674X No 3901 3903 3912 3915 3923 3925 3928 3930 3933 3935 ...

Page 488: ...o Description 4002 59K1871X Duplex Transport Assembly Ref No 4003 4014 included 4003 20K958X One way Pulley 4006 59K2396X Transport Roller 4007 3E5328X Handle 4008 802E1503X Lower Duplex Cover j0mf51201 The following Ref Numbers are not available individually No 4001 4004 4005 4009 4017 ...

Page 489: ...sor 4109 59K2398X Pinch Roller 4110 127K2993X Duplex Motor 4111 20E3490X Pulley 20T 21T 4112 20E3491X Pulley 16T 4114 23E1933X Belt 4116 59K2397X Wait Roller 4118 110E9344X Duplex Cover Interlock Switch j0mf51202 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1871X No 4101 4103 4105 4106 4108 4113 4115 4117 4119 4121 ...

Page 490: ... R2 4207 133K2120X SDRAM Page M 256MB 133K2240X SDRAM System M 256MB 4208 160K8222X NVM PWB 4214 121K2775X HDD 4215 962K864X Wire Harness 4219 160K7665X MCU MF NVM PWB 4220 537K6118X MAC Address ROM 4221 127K3292X ESS Fan j0mf51301 Billing information stores on both of ESS PWB and MCU PWB Do not replace both PWBs at same timing The following Ref Numbers are not available individually No 4204 4205 ...

Page 491: ... 4305 included See PL14 3 4308 50K4312X Tray 4 Assembly Ref No 4306 included See PL14 4 4309 110K854X Tray 2 Paper Size Switch 4310 110K1088X Tray 3 4 Paper Size Switch Assembly 4311 59E9593X Roller 4317 891E4951X Label 3 4318 891E4952X Label 4 4319 892E2849X Label j0mf51601 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1871X No 4304 4306 43...

Page 492: ...o Description 4401 892E7839X Label Instruction 4405 38K8524X Side Guide Assembly 4406 38E2390X End Guide 4408 3E4858X Stopper j0mf51602 Although following Ref Numbers are not available individually all of them are contained in Parts No 50K4285X No 4402 4404 4407 4409 ...

Page 493: ...n 4501 802E2399X Tray 3 Cover 4513 3K1181X Knob Assembly 4514 3E4708X Knob 4515 9E2697X Spring 4516 14E8658X Spacer 4517 14E8659X Spacer j0mf51603 Although following Ref Numbers are not available individually all of them are contained in Parts No 50K4313X No 4502 4512 4518 4523 ...

Page 494: ...802E2398X Tray 4 Cover 4609 12E1007X Tray Cable 4613 3K1180X Knob Assembly 4614 59E9592X Roller 4514 3E4708X Knob 4515 9E2697X Spring j0mf51604 Although following Ref Numbers are not available individually all of them are contained in Parts No 50K4312X No 4602 4608 4610 4612 4615 4619 ...

Page 495: ...t Assembly Ref No 4705 4712 included 4715 54E1854X Upper Chute 4716 59K1828X Tray 4 Feeder See PL14 11 PL14 12 4719 54E1853X Lower Chute 912 130E8265X Sensor 4518 14E8658X Spacer 4519 14E8659X Spacer j0mf51605 The following Ref Numbers are not available individually No 4701 4703 4705 4711 4713 4714 4717 4518 ...

Page 496: ...ly 4805 130K6151X Take away Sensor 4806 162K6281X Wire Harness 4807 54K1827X Chute Assembly Ref No 4808 4811 included 4810 130E8160X Tray 3 Feed Out Sensor 4812 54E1852X Lower Chute 601 59K1557X Tray Feeder See PL14 7 PL14 8 j0mf51606 The following Ref Numbers are not available individually No 4802 4804 4808 4809 4811 ...

Page 497: ...cription 615 130E8219X Sensor 701 127K2323X Tray Feed Lift Up Motor 703 5K8308X One way Clutch 704 7K8573X One way Gear 711 120E1814X Actuator j0mf51607 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 4901 4910 ...

Page 498: ...2 Feeder 2 2 TT Ref No Part No Description 802 22K5682X Feed Retard Nudger Roller 803 5K589X One way Clutch j0mf51608 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 5001 5019 ...

Page 499: ...cription 615 130E8219X Sensor 701 127K2323X Tray Feed Lift Up Motor 703 5K8308X One way Clutch 704 7K8573X One way Gear 711 120E1814X Actuator j0mf51609 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 5101 5115 ...

Page 500: ... 3 Feeder 2 2 TT Ref No Part No Description 802 22K5682X Feed Retard Nudger Roller 803 5K589X One way Clutch j0mf51610 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1557X No 5201 5218 ...

Page 501: ...cription 615 130E8219X Sensor 701 127K2323X Tray Feed Lift Up Motor 703 5K8308X One way Clutch 704 7K8573X One way Gear 711 120E1814X Actuator j0mf51611 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1828X No 5301 5310 ...

Page 502: ... 4 Feeder 2 2 TT Ref No Part No Description 802 22K5682X Feed Retard Nudger Roller 803 5K589X One way Clutch j0mf51612 Although following Ref Numbers are not available individually all of them are contained in Parts No 59K1828X No 5401 5419 ...

Page 503: ...516 included 5502 3E5370X Shaft 5503 3E5371X Hook 5504 11E1080X Handle 5505 802E2393X Left Lower Cover 5509 809E2897X Spring 5513 809E2896X Spring 5515 809E2898X Spring 5517 15K4947X Tray Module LH Cover Interlock Switch Assembly j0mf51613 The following Ref Numbers are not available individually No 5506 5508 5510 5512 5514 5516 5518 ...

Page 504: ...t Gear Assembly TT Ref No Part No Description 5602 15K4946X Gear Assembly Tray 3 5603 15K4945X Gear Assembly Tray 4 5604 7E6608X Lift Gear 5605 11K9679X Joint Assembly j0mf51614 The following Ref Numbers are not available individually No 5601 5606 ...

Page 505: ...E6606X Gear 23 46T 5702 7E6607X Gear 46T 5703 7E6605X Gear 33T 5704 127K3184X Take away Motor 2 TT 5705 127K3602X Take away Motor 1 TT 5709 17K9235X Caster S 5710 17K9236X Caster 5712 160K8598X Tray Module PWB j0mf51615 The following Ref Numbers are not available individually No 5706 5708 5711 ...

Page 506: ... Parts List PL14 16 Cover TT Ref No Part No Description 5801 802E2394X Right Cover 5802 802E2395X Upper Front Cover 5803 802E2396X Lower Front Cover 5804 802K3658X Rear Cover 5505 802E2393X Lower Left Cover j0mf51616 ...

Page 507: ...No Description 5901 Gate Unit See PL15 2 5902 801K360X H Transport Assembly See PL15 3 PL15 4 5904 26E9356X Screw 5905 Rack See PL15 2 5906 802E3023X Right Cover 5907 50E1728X Stacker Tray j0mf51701 The following Ref Numbers are not available individually No 5903 5908 5912 ...

Page 508: ...ate Cover 6003 50K4389X Gate Assembly Ref No 6004 6014 included 6004 50E1739X In Gate 6005 11E1275X In Gate Lever 6006 830E7932X Gate Bracket 6012 120E2070X Actuator 6014 809E3678X Spring j0mf51702 The following Ref Numbers are not available individually No 6002 6007 6011 6013 6015 6016 ...

Page 509: ... 6109 802K2859X Entrance Upper Cover Assembly Ref No 6110 6112 included 6111 22E8797X Roller 6114 802E3016X H Transport Front Cover 6115 802E3017X H Transport Upper Rear Cover 6116 802E3018X H Transport Rear Cover 6118 3E5649X Stopper j0mf51703 Although following Ref Numbers are not available individually all of them are contained in Parts No 801K360X No 6102 6103 6105 6107 6108 6112 6113 6117 611...

Page 510: ...l Sensor 6212 802K2858X Gate In Solenoid Assembly Ref No 6213 6217 included 6218 162K6907X Wire Harness 6219 162K6906X Wire Harness 6221 7E6785X Gear 37T 6222 7E6786X Gear 30T 6223 7E6787X Gear 26T 6224 130E8254X Sensor 6226 38E2465X Paper Guide 6227 22E8821X Roller j0mf51704 Although following Ref Numbers are not available individually all of them are contained in Parts No 801K360X No 6201 6202 6...

Page 511: ...ription 6301 802E2856X Front Cover 6302 802E2852X Rear Cover 6303 802E2853X Top Cover 6304 802E2854X Left Cover 6305 802E2855X Front Cover 6306 802E2857X Left Panel 6308 121E8847X Magnet j0mf51705 The following Ref Number is not available individually No 6307 ...

Page 512: ...t Chute 6411 130K6192X StackHeightSensorAssembly RefNo 6412 6414included 6414 130E8253X Sensor 6417 120E2097X Actuator 6418 5E1622X Clutch 6419 5E1651X Collar 6420 7E6776X Gear 28Z 6422 7K8691X Gear 20Z 6423 13E2024X Bearing 6425 6K2173X EjectRollerAssembly RefNo 6421 6424included j0mf51706 The following Ref Numbers are not available individually No 6402 6405 6407 6408 6412 6413 6415 6416 6424 642...

Page 513: ...503 8E9407X Cam 6506 31E9403X Arm 6507 59K2021X Decurler Roller Assembly 6508 7E6774X Gear 40Z 20T 6509 7E6775X Gear 40Z 6510 7E7209X Gear 18Z 21T 6513 7E6773X Gear 23Z 52T 6514 23E2016X Belt 6515 423W29655 Belt 6516 127K3284X Finisher Drive Motor j0mf51707 The following Ref Numbers are not available individually No 6504 6505 6511 6512 6517 ...

Page 514: ...included 6602 20E3497X Pulley 6603 7E6778X Gear 15Z 6604 423W28054 Belt 6605 7E6781X Gear 30Z 6607 7E6779X Gear Pulley 6608 127K3287X Eject Motor 6609 7E6780X Cam Gear 6610 7E6777X Gear 42Z 27Z 6611 121K2462X Set Clamp Solenoid 6224 130E8254X Sensor j0mf51708 The following Ref Numbers are not available individually No 6606 6612 6614 6615 6617 ...

Page 515: ...6702 6706 included 6703 127K3286X Staple Move Motor 6705 130E8253X Sensor 6707 962K744X Wire Harness 6709 1E5960X Rail 6710 29K9199X Staple Assembly Ref No 6711 6712 included 6712 50K4875X Cartridge Case Assembly j0mf51709 The following Ref Numbers are not available individually No 6702 6704 6706 6708 6711 6713 ...

Page 516: ... 6801 50K4388X Compiler Tray Assembly Ref No 6802 6815 included 6802 127K3285X Front Rear Tamper Motor 6812 38E2441X Paper Guide 6813 809E3360X Spring 6224 130E8254X Sensor 6414 130E8253X Sensor j0mf51710 The following Ref Numbers are not available individually No 6803 6805 6811 6814 ...

Page 517: ...evator Bracket Front 6903 19E5034X Clamp 6905 7E6783X Gear Rear 6907 7E6784X Gear Front 6909 7E6782X Rack 6910 38E2464X Tray Guide 6911 15K5164X Stack Paper Sensor Assembly Ref No 6414 6913 6916 included 6414 130E8253X Sensor j0mf51711 The following Ref Numbers are not available individually No 6904 6906 6908 6912 6917 6921 ...

Page 518: ...07X Gear 32Z 18T 7007 6K2197X Paddle Gear Shaft 7008 13E2025X Paddle Bearing 7010 22K5014X Pinch Roller Exit 1 7011 22K5015X Pinch Roller Exit 2 7012 22K5016X Pinch Roller Exit 3 7014 130K9474X Compiler Entrance Sensor j0mf51712 The following Ref Numbers are not available individually No 7002 7004 7006 7009 7013 7015 7017 ...

Page 519: ...15 13 Electrical Ref No Part No Description 7102 160K7666X Finisher PWB 7103 537K6504X ROM 1313 110E9799X Interlock Switch 6414 130E8253X Sensor j0mf51713 The following Ref Numbers are not available individually No 7101 7104 7110 ...

Page 520: ...7210 included 7202 802E2859X Front Cover 7203 3K1209X Thumb Screw 7208 1E6005X Rail 7209 17E9466X Foot 7211 802K3667X Rear Rack Assembly Ref No 7203 7209 7212 7213 included 7212 802E2860X Rear Cover 7214 15E7704X Bottom Plate j0mf51714 The following Ref Numbers are not available individually No 7204 7207 7210 7213 ...

Page 521: ...4 74 Chapter 4 Parts List 16 IIT PL16 1 Top Cover Ref No Part No Description 7301 802K5644X Control Panel See PL16 2 j0mf51801 ...

Page 522: ...sembly 7405 110K1110X Touch Panel 7406 160K9135X VR PWB 7409 802E5756X UI Center Panel Cover DP C401 802E6261X UI Center Panel Cover DP C321 7410 802E4788X One Touch Panel 7301 802K5644X Control Panel Ref No 7402 7417 included j0mf51802 Although following Ref Numbers are not available individually all of them are contained in Parts No 802K5644X No 7403 7407 7408 7411 7417 ...

Page 523: ...List PL16 3 Platen Glass Ref No Part No Description 7506 68E1021X Platen Glass Support 7507 160K9802X IIT IPS PWB 7508 117E9476X Cable IIT IOT j0mf51803 The following Ref Numbers are not available individually No 7501 7505 ...

Page 524: ...6258X Platen Angle Sensor Assembly Ref No 7607 7611 included 7607 107E868X Platen Angle Sensor 7611 9E5545X Spring 7612 604K533X Lens Kit Assembly 7613 117K3096X CCD Flat Cable 7615 130K6349X APS Sensor 7618 962K590X AC Harness 7619 105E1048X IIT LVPS 7620 19E4983X Clamp j0mf51809 The following Ref Numbers are not available individually No 7602 7604 7606 7608 7610 7614 7616 7617 ...

Page 525: ...y 7705 12K9412X Rear Carriage Cable Silver 7706 63E9405X Tape 7707 20E3274X Timing Pulley 7708 23E1930X Belt 7710 20E2509X Capstan Pulley 7711 413W10950 Bearing 7712 9E6283X Spring 7713 17E9206X Foot 7714 20E9959X Pulley 7716 127K3214X Carriage Motor j0mf51805 The following Ref Numbers are not available individually No 7702 7703 7709 7715 ...

Page 526: ...lip 7808 118E1209X Insulator 7809 122E9203X Exposure Lamp 7810 105E1051X Lamp Ballast PWB 7811 19E4947X Pad 7812 41K9427X Half Rate Carriage Ref No 7814 7824 included 7813 62K1073X No 2 No 3 Mirror Ref No 7814 7824 included 7817 809E911X Clip Double 7820 4E656X Damper Bearing 7822 20K9497X Pulley Small j0mf51806 The following Ref Numbers are not available individually No 7801 7803 7805 7814 7815 7...

Page 527: ...4 80 Chapter 4 Parts List 17 RACK PL17 1 Rack Ref No Part No Description 7901 17E9471X Rack Caster Front j0mf51901 ...

Page 528: ...ded 8003 140K6048X LED PWB 8005 891E6518X Label Display 8006 50K4877X Entrance Tray Ref No 8007 8010 included 8009 9E2687X Plate Spring 8010 32K9664X Document Guide 8011 48E6420X Front Cover 8012 892E8281X Label 8013 891E6521X Label Size 8014 19E4148X Clamp j0mf52001 The following Ref Numbers are not available individually No 8002 8004 8007 8008 ...

Page 529: ...ate Rear Magnet 8107 110K785X Top Cover Interlock Switch Rear Ref No 8108 included 8110 121K9387X Magnet 8112 110K787X Top Cover Interlock Switch Front Ref No 8111 included 8113 121K2271X Registration Gate Solenoid Assembly Ref No 8114 8116 included 8115 121K2272X Registration Gate Solenoid 8116 31E9094X Registration Arm 8117 19E9351X Push Rivet j0mf52002 The following Ref Numbers are not availabl...

Page 530: ...ion 8201 3K9188X Thumb Screw 8202 36K9143X Right Hinge Ref No 8203 8205 included 8208 36K9142X Left Hinge 8214 160K8308X DADF Control PWB Ref No 8215 8216 included 8217 162K6434X Wire Harness j0mf52003 The following Ref Numbers are not available individually No 8203 8207 8209 8213 8215 8216 ...

Page 531: ...ar 8308 499K9144X Feed Nudger Roller 499K9144X 2 Rollers Kit 8309 Not used 8310 413W77359 Bearing 8311 7E3941X Gear 8312 7E3939X Gear 8315 7E3940X Gear 8317 802K832X Inner Cover Ref No 8318 8319 included 8320 20E3494X Pulley 8321 23E2000X Belt 8322 13E8566X Bearing 8323 127K3268X Feed Motor Ref No 8324 8327 included 8326 4E1222X Damper 8327 20E3492X Pulley 8329 12E975X Link j0mf52004 The following...

Page 532: ...ng 8404 59K1972X Retard Roller 8405 809E2984X Plate Spring 8407 55K1926X Guard 8410 50K2766X Set Gate 8411 130K6060X Sensor 8412 121K2269X Set Gate Solenoid Ref No 8413 8415 included 8414 121K2270X Set Gate Solenoid 8417 130E8089X Size Sensor 1 Rear 2 Front j0mf52005 The following Ref Numbers are not available individually No 8402 8406 8408 8409 8413 8415 8416 8418 ...

Page 533: ...K8670X Gear Pulley 8508 23E1999X Belt 8509 14E8083X Spacer 8510 59E9629X Tension Roller 8512 22E9366X Tension Roller 8513 23E2001X Belt 8514 20E2105X Pulley 8516 20K9123X Pulley 8517 22K3708X Duplex Roller Upper 8518 22K3707X Duplex Roller Lower 8519 23E1223X Belt j0mf52006 The following Ref Numbers are not available individually No 8502 8506 8511 8515 ...

Page 534: ...on 8601 54K669X Duplex Chute 8603 130K6060X Sensor 8604 50K4669X Gate 8607 54K1879X Lower Chute Ref No 8608 8610 included 8609 59K1185X Pinch Roller 8610 121E9064X Magnet Open Switch j0mf52007 The following Ref Numbers are not available individually No 8602 8605 8606 8608 ...

Page 535: ...ley 8704 59K1975X Registration Roller 8705 12E976X Link 8706 9E2858X Spring Rear 8707 5E8025X C Clip 8708 13E9456X Bearing 8709 8E9094X Cam Rear 8710 12E9196X Link 8711 22K3804X Registration Pinch Roller 8712 8E9093X Cam Front 8713 9E3908X Spring Front Use colored type 8714 9E2857X Spring Left winding j0mf52008 The following Ref Number is not available individually No 8703 ...

Page 536: ...ller 8808 20E9323X Pulley 8810 59K1186X Exit Roller 8811 19E9232X Sensor Pad 8813 54K1877X Exit Upper Chute Ref No 8814 8816 included 8814 105E 691X Eliminator 8816 55K2606X Document Guard 8817 54K1308X Exit Lower Chute Ref No 8803 7807 8811 8818 included 8327 20E3492X Pulley 8411 130K6060X Sensor j0mf52009 The following Ref Numbers are not available individually No 8804 8806 8809 8812 8815 8818 ...

Page 537: ...904 5E8327X Collar 8905 13E8097X Bearing 8906 49E9107X Tension Plate 8907 22K3971X Idler Roller 8908 23E1569X Platen Belt 8909 59K1974X Drive Roller 8910 59K1238X Belt Guide 8911 59K1237X Belt Guide 8913 55E3303X Deflector 8914 59K1235X Pinch Roller 8915 59K1236X Pinch Roller 8916 59K1344X Pinch Roller 8917 4E9827X Damper j0mf52010 The following Ref Number is not available individually No 8912 ...

Page 538: ...stration Gate Exit Tray Ref No Part No Description 9001 90K227X Platen Glass 9002 50K4840X Registration Gate 9004 50K4878X Exit Tray 9005 3E4384X Thumb Screw 9006 830E1749X Bracket j0mf52011 The following Ref Number is not available individually No 9003 ...

Page 539: ...PL16 6 7804 117E9476X Cable IIT IOT PL16 3 7508 117K3096X CCD Flat Cable PL16 4 7613 118E1209X Insulator PL16 6 7808 11E1029X Lever PL2 9 1212 11E1080X Handle PL14 13 5504 11E1275X In Gate Lever PL15 2 6005 11K9497X Lever Assembly Ref No 2111 2115 included PL5 1 2110 11K9679X Joint Assembly PL14 14 5605 120E1197X Actuator PL2 12 1507 120E1814X Actuator PL14 11 711 120E1814X Actuator PL14 7 711 120...

Page 540: ...e Silver PL16 5 7705 12K9426X Link Assembly PL10 2 3609 130E8089X Size Sensor 1 2 Rear PL18 5 8417 130E8160X Tray 3 Feed Out Sensor PL14 6 4810 130E8219X Sensor PL14 11 615 4 3 Numerical Parts Index Parts Number Description Page No Ref No 130E8219X Sensor PL14 7 615 130E8219X Sensor PL2 10 615 130E8219X Sensor PL2 12 615 130E8219X Sensor PL2 3 615 130E8219X Sensor PL2 4 615 130E8219X Sensor PL2 9 ...

Page 541: ... 2001 160K4629X OHP Sensor R OR PL2 6 914 4 3 Numerical Parts Index Parts Number Description Page No Ref No 160K6686X Duplex PWB PL12 2 4104 160K7496X OHP Sensor R OR PL2 6 160K7665X MCU MF NVM PWB PL13 1 4219 160K7666X Finisher PWB PL15 13 7102 160K7676X Noise Filter PWB PL9 2 3305 160K7677X AC Drive PWB PL9 2 3303 160K7680X I F PWB Ref No 3207 included PL9 1 3206 160K7720X Delay PWB PL9 2 3318 1...

Page 542: ...PL15 12 7012 22K5682X Feed Retard Nudger Roller PL14 10 802 4 3 Numerical Parts Index Parts Number Description Page No Ref No 22K5682X Feed Retard Nudger Roller PL14 12 802 22K5682X Feed Retard Nudger Roller PL14 8 802 22K5682X Feed Retard Nudger Roller PL2 5 802 22K6148X Eject Pinch Roller PL15 6 6409 23E1223X Belt PL18 6 8519 23E1569X Platen Belt PL18 10 8908 23E1930X Belt PL16 5 7708 23E1933X B...

Page 543: ...iption Page No Ref No 50K4285X Tray Assembly See PL2 2 PL2 1 404 50K4312X Tray 4 Assembly Ref No 4306 included See PL14 4 PL14 1 4308 50K4313X Tray 3 Assembly Ref No 4305 included See PL14 3 PL14 1 4307 50K4388X Compiler Tray Assembly Ref No 6802 6815 included PL15 10 6801 50K4389X Gate Assembly Ref No 6004 6014 included PL15 2 6003 50K4669X Gate PL18 7 8604 50K4840X Registration Gate PL18 11 9002...

Page 544: ... 8404 59K1974X Drive Roller PL18 10 8909 59K2020X Document Transport Ref No 8902 8917 included PL18 10 8901 4 3 Numerical Parts Index Parts Number Description Page No Ref No 59K2021X Decurler Roller Assembly PL15 7 6507 59K2126X 1st BTR Roller PL5 4 2413 59K2179X Tray 4 Transport Assembly Ref No 4705 4712 included PL14 5 4704 59K2315X BUR Roller PL5 3 2315 59K2347X Pinch Roller PL12 2 4102 59K2396...

Page 545: ...08 7E6775X Gear 40Z PL15 7 6509 4 3 Numerical Parts Index Parts Number Description Page No Ref No 7E6776X Gear 28Z PL15 6 6420 7E6777X Gear 42Z 27Z PL15 8 6610 7E6778X Gear 15Z PL15 8 6603 7E6779X Gear Pulley PL15 8 6607 7E6780X Cam Gear PL15 8 6609 7E6781X Gear 30Z PL15 8 6605 7E6782X Rack PL15 11 6909 7E6783X Gear Rear PL15 11 6905 7E6784X Gear Front PL15 11 6907 7E6785X Gear 37T PL15 4 6221 7E6...

Page 546: ...2207 4 3 Numerical Parts Index Parts Number Description Page No Ref No 802K1319X Lower Left Cover Assembly Ref No 603 614 618 619 included PL2 3 602 802K2573X Left Cover Assembly Ref No 5502 5516 included PL14 13 5501 802K2811X Rear Cover Assembly Ref No 3704 3705 included PL10 3 3703 802K2857X Top Open Cover Assembly PL15 6 6401 802K2858X Gate In Solenoid Assembly Ref No 6213 6217 included PL15 4...

Page 547: ...PL18 1 8005 891E6521X Label Size PL18 1 8013 892E2849X Label PL14 1 4319 892E4111X Label 1 PL2 1 406 892E7839X Label Instruction PL14 2 4401 892E8281X Label PL18 1 8012 893E391X Name Plate DP C401 PL10 1 3502 893E1075X Name Plate DP C321 PL10 1 3502 8E9093X Cam Front PL18 8 8712 8E9094X Cam Rear PL18 8 8709 8E9407X Cam PL15 7 6503 908W01200 GFI Breaker PL9 2 3306 90K227X Platen Glass PL18 11 9001 ...

Page 548: ......

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