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Minilab service

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Minilab service last won the day on January 16

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  1. Print head can release using service software, or manually ( rotate knob using flat screwdriver ) . When released print head can move where you want. During power on print head returns to initial position.
  2. Do not need to discharge. I thought, that board doesn't work at all. If board works and fault is intermittent it can't to help. All what you can do then try to clean ARCNET sensors ( on PCI-LVDS/ARCNET PCB and on printer control pcb ) . Also can trim ARCNET cable ends ( 90 degrees ) . The best to use special cutters ( for example Omron E39-F4 ) . It is strange, that have communication error with printer control pcb, but no errors with laser control pcb. Laser control pcb is connected through ARCNET hub, which is on printer control pcb. That means you have ARCNET connection with hub on printer control pcb, laser control pcb, but do not see board, where is hub. Sometimes this problem can cause ARCNET noise coming from other board, but when you disconnected laser control pcb communication with printer control pcb was not restored. So no communication between PCI-LVDS/ARCNET PCB and on printer control pcb, but have communication between PCI-LVDS/ARCNET PCB and on laser control pcb ( through ARCNET hub, which is on printer control pcb ) .
  3. It will be difficult to find something, what doesn't exist. Your model is not correct. Probably you have DL1210 ( if you missed 1 ) , or DL2410 ( if you missed 4 ) .
  4. If you have QSF-V30 then can be added pull - push option. Then can change development time and process B/W and other films. I have software, hardware and can help to do it.
  5. First time hear about DL800. I know only Epson SL-D800 ( in Australia it is SL-D860 ) . SL-D800 is just slightly modified Epson SL-D700 ( the same Fuji DX100 ) . The most parts on both models ( cheap, but not reliable print head, pump which fails often and etc ) . Fuji DE100 just looks similar, but inside is absolutely different printer. DE100 made using Ricoh print head ( similar used on industrial printers ) . Printer not related to Epson at all. There used Fuji, Ricoh and Xerox technologies. Yes, if to use small printers ( Epson SL-D800, or Fuji DE100 ) then need to buy few printers. On printers will be loaded different papers, so photo from one order will be printed on different printers. Printers do not have sorters, so pictures need to sort manually. On SL-D3000 DR , Fuji DL650, DL600 can load two paper rollers, so do not need to change parer very often. Fuji printers have sorters. On SL-D3000 DR sorter is optional ( Epson p.n. C12C815401 ) . Also can be used long print stacker ( C12C890851 ) . On these printers orders will be sorted automatically. On these printers can be changed one print head element. Of course not officially, because Epson and Fuji sell only print head units ( with 6, or 5 elements ) . These printers have more parts, so service not easy as it is on small simple printers. Also these printers more expensive. Only you know what you need and can choose yourself.
  6. Ir ką tu čia pasakoji? Nieko nesupratau. Rašyk Angliškai, jei nori gauti atsakymą.
  7. Epson SL-D3000 DR, Fuji DL600 and DL650 have the same print speed - 650 prints. It is the same printer, so can't be different. On DL650 was typing error. Someone instead 6 pressed 9. If you look on DL600 specification there all correctly ( 650 prints ) . As I told before Epson SL-D3000 DR and Fuji DL650 is absolutely the same printer., so print speed can't be different. DL600 is the same printer also - just removed one color ( element from head and cartridge. On all these printers used ink cartridges made by Epson. Fuji branded cartridges have Epson codes, but can buy them only from Fuji. SL-D3000 Black C13T710100 Cyan C13T710200 Magenta C13T710300 Yellow C13T710400 Light Cyan C13T710500 Light Magenta C13T710600 DL650 Black C13T652110 Cyan C13T652210 Magenta C13T652310 Yellow C13T652410 Sky Blue C13T652810 Pink C13T652910 DL600 Black C13T652110 Cyan C13T652210 Magenta C13T652310 Yellow C13T652410 Light Blue C13T652510 On these drylabs can be loaded two papers ( different size, or surface ) so the same time can print on both of them. If need difference width paper - you need change it. It can do quite fast. Would be more comfortable, than to cut all photo. From all rolls can choose length, which you need. If need paper width can be photo length and paper length can be width on photo. For example on 152 mm width paper can print 152 x 102, 152 x 203 , 152 x 210 and many other.
  8. No, because the same board has communication with laser control pcb. PCI-LVDS/ARCNET PCB has connection with ARCNET hub, which is on not working printer control pcb. No response only from printer control pcb circuit. It is not connected to ARCNET hub, which is on the same board. On LPS-24PRO. ARCNET is PCI-LVDS/ARCNET PCB → ARCNET hub port on printer control pcb → other ARCNET hub port on printer control pcb → laser control pcb . In all this circuit ARCNET data are transferred. Missing only communication between ARCNET hub ( on printer control pcb ) and printer control pcb itself . If voltages are correct and laser pcb disconnecting didn't help - then printer control pcb really doesn't work. You can try turn off minilab and discharge board backup capacity. It is to store data ( not for software ) , but you can try to do it. Probably will not help, but nothing to loose. You need J391254 , or J390947 from disassembled QSS32, QSS34, or LPS-24PRO.
  9. Is there original computer? If computer was upgraded check BIOS settings. SATA mode should be selected IDE. Default mode is AHCI. When selected AHCI during Windows 2000 boot see blue screen of death. To reinstall you need recovery CD ( to restore Windows 2000 on original computer ) , or Windows 2000 PRO and motherboard drivers for Windows 2000 ( if computer not original ) , QSS30 system software ( the latest - version K ) , backup ( before recovery search on not working HD ) , profile data ( for example Vol.2 version 7.20 ) , optional QSS30 modules ( frame print, multiframe, card - calendar print, red eye, digital ICE ) . Other possibility - just repair Windows. Make HD image file, or clone HD. When take Windows 2000 PRO ( version, which has Windows repair ) . Boot from CD and choose to install Windows. If CD is correct it will find installed Windows and offer to repair it. Choose to repair and all might be fixed.
  10. Do you mean yellow is whole print - even white area? If yes then probably bad chemicals. Run through processor control strip and check it. If have not control strip then through processor run fogged paper and not exposed paper. Not exposed paper should be totally white and fogged paper should be totally black. If chemistry is good and white area is yellow then can be bad AOM crystal, bad yellow channel AOM driver, or bad Blue laser, or AOM crystal alignment ( if Blue laser head, or AOM crystal were removed, or changed ) .
  11. If film processor is working you do not need any floppy to run it. Just make necessary tests, adjustments and can work. System software floppy need only when missing system software. Hardware should be full working. On QSF-T15 often faulty LCD, so if do not see anything it can be not working. Also on LCD and main control pcb can be missing power supply. Power supply comes from other board ( power pcb 2 ) and many times saw it faulty. First you should know what really need - repair hardware ( power pcb 2, main board pcb, LCD ) , need system software ( only when hardware is full working, but software doesn't work ) , or service floppy ( on full working film processor software access service mode and change higher level settings ) .
  12. Then on printer control pcb works only ARCNET hub ( because you saw laser control pcb through it ) , but other printer control pcb part doesn't work ( ARCNET hub works, computer see it, but no response from board ) . It is normally that you see 6901-201, when laser pcb disconnected. 6901-200 means no communication with laser control pcb, 6901-001 means no communication with printer control pcb, so 6901-201 means no communication with both of them ( 200 + 001 = 201 ) . You need other printer control pcb. Can use newer model ( J391254 ) . Only this model was used on LPS-24PRO ( because printer was made latter ) . On QSS32 and QSS34 used J391254 also, but on older minilabs used J390947. These boards on QSS32/QSS34 are full exchangeable. Older board model ( J390947 ) not complying with the RoHS directive ( solder has lead ) . Really it is better for board. Lead based solder is more plastic, so very rare have dry joints there. It is the biggest problem for lead free solder. J390947 was not used on LPS-24PRO. When this printer was made Noritsu already had J391254, so used it. Anyway, if J390947 works on other printers it should work on LPS-24PRO also. J391254 is quite expensive. Price - 1300 - 4000 USD ( depends where to buy and new, or used ) . J390947 price is 1300 - 2600 USD. Try to find board from disassembled QSS32, or QSS34. Here is for sell J390947 at lower price ( 900 USD, free shipping by DHL, or Fedex from China ) : https://www.aliexpress.com/item/32852455116.html I think price is lower, because seller was sure, that board is for QSS33, when really it is for QSS32/QSS34. QSS33 are small minilabs, so parts have lower prices. On QSS33 used J390944 ( not J390947 ) , Here they sell J390947-02 ( can see label in the middle of the board ) , so this board is for QSS32/QSS34. After board replacement need go into service mode. Then need to make software upgrade from HD ( only for printer control pcb ) and from minilab backup load printer data.
  13. 3.27 V instead 3.3 is good. Can be even bigger difference. Laser pcb is connected through printer control pcb, so really PCI-LVDS/ARCNET PCB has connection with ARCNET hub on printer control pcb. Just do not see printer board itself. Try from printer control pcb disconnect ARCNET cables, which goes to laser control pcb. Then run self check and see results. Laser pcb will be - ( because disconnected ) . For you most important is connection status with printer control pcb. If even then printer control pcb is "- "then try connect ARCNET cables to other pair on printer control pcb. Then repeat self test again. Do the same, when connected to third pair. ARCNET cables can connect, or disconnect when minilab is powered. If no connection then probably printer pcb is really faulty. To be 100% sure can try test your board on some QSS32, or QSS34 series minilab ( can connect and run self test there ) . On LPS-24PRO can be used J390947 or J391254 removed from disassembled QSS32, or QSS34. Just need to make software upgrade from HD ( only for printer control pcb ) and from backup load printer data.
  14. All Noritsu printers have only 4 inks ( Black and CMY ) , but we can't say, that print quality is bad there. Ricoh print head ( on DE100 ) drop size is smaller than on Epson head ( on DX100 ) , so more easy to mix inks on paper.
  15. Here was uploaded system software for QSF-T15 version 1.05. Need it, only if system software on film processor is missing. Noritsu service floppy is different. It is floppy with one file ( NORITSU.SYS ) , or two files ( NORITSU.SYS and SERVICE.DAT ) . This floppy is to access service mode on Noritsu minilabs and film processors. To access service mode on film processor ( QSF-T15 ) need insert service floppy and on keyboard press + - + - ENTER..
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