Product Guide
Page 9
... Guide FJuSs-Ct 5th0e16FNacts Technology ¿ Type: Desktop Full-Color/Monochrome Printers ¿ Imaging System: 4 Drum Tandem ¿ Color Technology: Advanced Beam Array ¿ Primary Transfer: Intermediate Transfer Belt ¿ Secondary Transfer: Roller ¿ Fusing: Oil-Less Heat/Pressure ¿ Controller: PowerPC ¿ FS-C5020N: PowerPC750CXr ¿ FS-C5030N: PowerPC750FX ¿ Print Resolution: Multi Bit 600 DPI (2 and...
... Guide FJuSs-Ct 5th0e16FNacts Technology ¿ Type: Desktop Full-Color/Monochrome Printers ¿ Imaging System: 4 Drum Tandem ¿ Color Technology: Advanced Beam Array ¿ Primary Transfer: Intermediate Transfer Belt ¿ Secondary Transfer: Roller ¿ Fusing: Oil-Less Heat/Pressure ¿ Controller: PowerPC ¿ FS-C5020N: PowerPC750CXr ¿ FS-C5030N: PowerPC750FX ¿ Print Resolution: Multi Bit 600 DPI (2 and...
Product Guide
Page 13
... Features: Small Footprint Most tandem color printers are large in the office environment. What's more, the FS-C5020N and FS-C5030N maintain most of developing units and drums. The FS-C5020N/30N however, was intentionally ...FS-C5020N and FS-C5030N Product Guide FS-C501260N and FS-C5030N Key Features A tandem color solution combining a small footprint, image quality, and speed, with 17 and 26 pages per minute Full-Color and Monochrome output speeds respectively for each machine. Kyocera has accomplished this enviable combination with the FS-C5020N and FS-C5030N Color Print Systems. The FS...
... Features: Small Footprint Most tandem color printers are large in the office environment. What's more, the FS-C5020N and FS-C5030N maintain most of developing units and drums. The FS-C5020N/30N however, was intentionally ...FS-C5020N and FS-C5030N Product Guide FS-C501260N and FS-C5030N Key Features A tandem color solution combining a small footprint, image quality, and speed, with 17 and 26 pages per minute Full-Color and Monochrome output speeds respectively for each machine. Kyocera has accomplished this enviable combination with the FS-C5020N and FS-C5030N Color Print Systems. The FS...
Product Guide
Page 17
... before it performs it takes for the FS-C5020N and FS-C5030N carrier versus competitive Color devices requiring a carrier/developer change every 40,000 images. Another great enhancment, and new feature on how to the Carrier. FS-C5020N and FS-C5030N Product Guide FS-C502106N and FS-C5030N Key Features Photoconductive Drum Composition All FS-C5020N and FS-C5030N Printers utilize extremely efficient (OPC) Organic Photo...
... before it performs it takes for the FS-C5020N and FS-C5030N carrier versus competitive Color devices requiring a carrier/developer change every 40,000 images. Another great enhancment, and new feature on how to the Carrier. FS-C5020N and FS-C5030N Product Guide FS-C502106N and FS-C5030N Key Features Photoconductive Drum Composition All FS-C5020N and FS-C5030N Printers utilize extremely efficient (OPC) Organic Photo...
Product Guide
Page 19
...LED printing, contributes to the paper at the same time. Touch Down Development This unique system is eliminated, thus increasing the Drum life. In addition, overlapping colors are consistently aligned since the four color toners are transferred to the FS-C5020N and FS-C5030N... Gradations Kyocera Fine Color Technology (FCT) FCT consists of technological enhancements to jump onto the Drum, which increases durability and smoother paper feeding. - 19 - FS-C5020N and FS-C5030N Product Guide FS-C501260N and FS-C5030N Technology The FS-C5020N and FS-C5030N achieve excellent image quality ...
...LED printing, contributes to the paper at the same time. Touch Down Development This unique system is eliminated, thus increasing the Drum life. In addition, overlapping colors are consistently aligned since the four color toners are transferred to the FS-C5020N and FS-C5030N... Gradations Kyocera Fine Color Technology (FCT) FCT consists of technological enhancements to jump onto the Drum, which increases durability and smoother paper feeding. - 19 - FS-C5020N and FS-C5030N Product Guide FS-C501260N and FS-C5030N Technology The FS-C5020N and FS-C5030N achieve excellent image quality ...
Service Manual
Page 3
...indication ...1-5-1 (2) Paper misfeed detection ...1-5-2 1-5-2 Self-diagnosis ...1-5-3 (1) Self-diagnostic function ...1-5-3 (2) Self-diagnostic code ...1-5-3 1-5-3 Electrical problems...1-5-21 1-5-4 Image formation problems ...1-5-24 1-6 Assembly and Disassembly 1-6-1 Precautions for assembly and disassembly 1-6-1 (1) Precautions ...1-6-1 1-6-2 Outer covers ...1-6-2 (1) Detaching and refitting... the developer unit 1-6-12 1-6-6 Drum section...1-6-13 (1) Detaching and refitting the drum unit 1-6-13 (2) Replacing the LED print head and drum unit 1-6-15 1-6-7 Primary transfer section ...1-6-22
...indication ...1-5-1 (2) Paper misfeed detection ...1-5-2 1-5-2 Self-diagnosis ...1-5-3 (1) Self-diagnostic function ...1-5-3 (2) Self-diagnostic code ...1-5-3 1-5-3 Electrical problems...1-5-21 1-5-4 Image formation problems ...1-5-24 1-6 Assembly and Disassembly 1-6-1 Precautions for assembly and disassembly 1-6-1 (1) Precautions ...1-6-1 1-6-2 Outer covers ...1-6-2 (1) Detaching and refitting... the developer unit 1-6-12 1-6-6 Drum section...1-6-13 (1) Detaching and refitting the drum unit 1-6-13 (2) Replacing the LED print head and drum unit 1-6-15 1-6-7 Primary transfer section ...1-6-22
Service Manual
Page 49
...32). 6. is reset immediately. Procedure for the developer units and drum units included in number of pages or images at 200,000 images of resetting the maintenance kits are recorded on the service status page... counter must be replaced at which the maintenance kit was errorneously or unintentionally reset. 1-4-15 Remove the LED print head from each component is displayed. 2. Replace the paper feed unit (See page 1-6-6). 7. ... unit) Paper feed unit Fuser unit Ozone filters 2 Feed rollers set 16 ppm printer For European countries For USA/ Canada MK-510 MK-512 DK-510 DV-510K DK...
...32). 6. is reset immediately. Procedure for the developer units and drum units included in number of pages or images at 200,000 images of resetting the maintenance kits are recorded on the service status page... counter must be replaced at which the maintenance kit was errorneously or unintentionally reset. 1-4-15 Remove the LED print head from each component is displayed. 2. Replace the paper feed unit (See page 1-6-6). 7. ... unit) Paper feed unit Fuser unit Ozone filters 2 Feed rollers set 16 ppm printer For European countries For USA/ Canada MK-510 MK-512 DK-510 DV-510K DK...
Service Manual
Page 51
... to contamination. will start and finish after approximately 3*1/2*2 minutes. *1: 16 ppm printer, *2: 24 ppm printer 1-4-17 This mode is useful when dew condensation on the drum occurs. Enter the service mode [>>Drum]. 2. Press the ENTER key. Service items >>Drum 2F3/2F4 Drum surface refreshing Description Description Rotates the drum approximately 3*1/2*2 minutes with toner lightly applied onto the...
... to contamination. will start and finish after approximately 3*1/2*2 minutes. *1: 16 ppm printer, *2: 24 ppm printer 1-4-17 This mode is useful when dew condensation on the drum occurs. Enter the service mode [>>Drum]. 2. Press the ENTER key. Service items >>Drum 2F3/2F4 Drum surface refreshing Description Description Rotates the drum approximately 3*1/2*2 minutes with toner lightly applied onto the...
Service Manual
Page 79
... service mode. B. Replace the main controller PWB (A0010*1/A0011*2). The printer environment considerably changed since an automatic calibration was made. 4. Causes 1. Replace the bias high voltage PWB. Perform the drum surface refreshing. (5) Image is too light. A. Perform the color calibration of LED print head. A. D. Dirty drum. Dirty SELFOC lens of service mode. See page 1-6-46. Defective...
... service mode. B. Replace the main controller PWB (A0010*1/A0011*2). The printer environment considerably changed since an automatic calibration was made. 4. Causes 1. Replace the bias high voltage PWB. Perform the drum surface refreshing. (5) Image is too light. A. Perform the color calibration of LED print head. A. D. Dirty drum. Dirty SELFOC lens of service mode. See page 1-6-46. Defective...
Service Manual
Page 80
... PWB. See page 1-4-14. *1: 16 ppm printer, *2: 24 ppm printer 1-5-28 Defective developer. Check the four colors of image by using the test print of service mode. ...color calibration of service mode. If the defect appears on a particular color, replace the developer for that color. The printer environment considerably changed since an automatic calibration was made. Causes 1. Causes Check procedures/corrective measures 1. Defective primary transfer cleaning unit. 3. B. See page 1-6-13. 2. Defective developing sleeve bias output. 2. Replace the drum...
... PWB. See page 1-4-14. *1: 16 ppm printer, *2: 24 ppm printer 1-5-28 Defective developer. Check the four colors of image by using the test print of service mode. ...color calibration of service mode. If the defect appears on a particular color, replace the developer for that color. The printer environment considerably changed since an automatic calibration was made. Causes 1. Causes Check procedures/corrective measures 1. Defective primary transfer cleaning unit. 3. B. See page 1-6-13. 2. Defective developing sleeve bias output. 2. Replace the drum...
Service Manual
Page 83
...drum. 2. Flawed developing sleeve roller. 5. Replace the drum...page 1-6-34. 1-5-31 Deformed or worn cleaning blade in the drum unit. 3. See page 1-6-13. Causes 1. Defect fur ...Defective engine controller PWB. 3. Deformed or worn cleaning blade in the drum unit. 3. See page 1-4-17. See page 1-6-12. 5. Clean... 2. Defective main controller PWB. *1: 16 ppm printer, *2: 24 ppm printer Check procedures/corrective measures Check the installation of the... measures Perform the drum surface refreshing. Causes 1. See page 1-4-18. *1: 16 ppm printer, *2: 24 ppm printer (11) The ...
...drum. 2. Flawed developing sleeve roller. 5. Replace the drum...page 1-6-34. 1-5-31 Deformed or worn cleaning blade in the drum unit. 3. See page 1-6-13. Causes 1. Defect fur ...Defective engine controller PWB. 3. Deformed or worn cleaning blade in the drum unit. 3. See page 1-4-17. See page 1-6-12. 5. Clean... 2. Defective main controller PWB. *1: 16 ppm printer, *2: 24 ppm printer Check procedures/corrective measures Check the installation of the... measures Perform the drum surface refreshing. Causes 1. See page 1-4-18. *1: 16 ppm printer, *2: 24 ppm printer (11) The ...
Service Manual
Page 84
... Paper damp. 2. Check procedures/corrective measures Check the paper storage conditions, replace the paper. Replace the drum unit. See page 1-6-22. 1-5-32 Drum condensation. 4. See page 1-4-17. Replace the primary transfer unit. Paper curled. 2. Paper curled. 2....replace the paper. See page 1-6-13. Check if the paper meets specifications. Replace paper. (14) Part of image is wrinkled. Drum condensation. 4. Paper damp. 2. Perform the drum surface refreshing. Paper damp. Wrong types of paper. Causes 1. 2F3/2F4 (12) Paper is missing. Causes 1....
... Paper damp. 2. Check procedures/corrective measures Check the paper storage conditions, replace the paper. Replace the drum unit. See page 1-6-22. 1-5-32 Drum condensation. 4. See page 1-4-17. Replace the primary transfer unit. Paper curled. 2. Paper curled. 2....replace the paper. See page 1-6-13. Check if the paper meets specifications. Replace paper. (14) Part of image is wrinkled. Drum condensation. 4. Paper damp. 2. Perform the drum surface refreshing. Paper damp. Wrong types of paper. Causes 1. 2F3/2F4 (12) Paper is missing. Causes 1....
Service Manual
Page 109
...printer and PC. 20. Print the status pages (See page 1-4-2). 23. NOTE: When if it was not reset [AAAAAA], perform the steps 20 to the step 19. 19. Perform the "Printing a test page" and then make sure printing image... switch. 22. Handle 12. Remove the paper on the home Primary transfer unit position. 15. Refit all developer and drum units (See page 1-6-13). Send the following procedure (See page 1-4-4). KCFG"LFRE","ITTR",0,;EXIT; Remove the all removal... (3) Replacing the primary transfer unit NOTE: Check that the engine firmware version of color calibration" (See page 1-4-14). 25.
...printer and PC. 20. Print the status pages (See page 1-4-2). 23. NOTE: When if it was not reset [AAAAAA], perform the steps 20 to the step 19. 19. Perform the "Printing a test page" and then make sure printing image... switch. 22. Handle 12. Remove the paper on the home Primary transfer unit position. 15. Refit all developer and drum units (See page 1-6-13). Send the following procedure (See page 1-4-4). KCFG"LFRE","ITTR",0,;EXIT; Remove the all removal... (3) Replacing the primary transfer unit NOTE: Check that the engine firmware version of color calibration" (See page 1-4-14). 25.
Service Manual
Page 153
... transfer belt in cyan, magenta, yellow, and black colors. The electrostatic latent image is removable with the main charger unit. (1) Drum unit The tandem development system uses four drum units which are isomorphic to each other, in four colors. 2F3/2F4 2-1-3 Drum section The drum unit includes a photoconductive drum, eraser lamp, LED print head, cleaning blade and, a main charger...
... transfer belt in cyan, magenta, yellow, and black colors. The electrostatic latent image is removable with the main charger unit. (1) Drum unit The tandem development system uses four drum units which are isomorphic to each other, in four colors. 2F3/2F4 2-1-3 Drum section The drum unit includes a photoconductive drum, eraser lamp, LED print head, cleaning blade and, a main charger...
Service Manual
Page 157
... EEPROM SELFOC lens (array) Drum Dot 600 dot/inch Figure 2-1-19 LED print head 2-1-15 The light which is switched on and off depending on the LPH PWB stores data for the LED chips. The EEPROM on video data irradiate the drum through the SELFOC lens, to form an image. The LPH PWB arrays 5184... of SELFOC lens array, and an LPH PWB. 2F3/2F4 (3) LED print head The LED print head is as dense as 600 dots...
... EEPROM SELFOC lens (array) Drum Dot 600 dot/inch Figure 2-1-19 LED print head 2-1-15 The light which is switched on and off depending on the LPH PWB stores data for the LED chips. The EEPROM on video data irradiate the drum through the SELFOC lens, to form an image. The LPH PWB arrays 5184... of SELFOC lens array, and an LPH PWB. 2F3/2F4 (3) LED print head The LED print head is as dense as 600 dots...
Service Manual
Page 174
... PWB Indicates the LCD message display and LED indicators. MP tray paper sensor Detects paper misfeed in the MP tray. 14. Registration sensor Detects the timing of the paper setting dial. 28. Toner ID sensor Measures image density for waste toner detection. 13. ...or serial interface board. *1: 16 ppm printer only. *2: 24 ppm printer only. 2-2-2 Waste toner full sensor Section of optional envelope feeder. 22. Envelope feeder install sensor Installing detection of LED light emitting for color calibration. 21. Drum motor 3 Drives the yellow drum unit. 34. MP tray feed solenoid...
... PWB Indicates the LCD message display and LED indicators. MP tray paper sensor Detects paper misfeed in the MP tray. 14. Registration sensor Detects the timing of the paper setting dial. 28. Toner ID sensor Measures image density for waste toner detection. 13. ...or serial interface board. *1: 16 ppm printer only. *2: 24 ppm printer only. 2-2-2 Waste toner full sensor Section of optional envelope feeder. 22. Envelope feeder install sensor Installing detection of LED light emitting for color calibration. 21. Drum motor 3 Drives the yellow drum unit. 34. MP tray feed solenoid...