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Minilab service

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Everything posted by Minilab service

  1. 01920-04096 means capacity booster type H software was not installed, or it was installed not corect. On first step need to enter serial from box with Capacity booster type H CD. On second step need enter your printer serial number. It is on metal label. This serial should be entered on minilab specification menu. If number on minilab specification menu and number entered during capacity booster instillation ( second step ) are different you will have error. Check numbers on label and minilab specification menu. After that correctly install capacity booster type H software.
  2. Resolution depends on print size. Bigger print size - bigger file size. CCD proportions are 1 x 1.33 ( 2048 x 1536 ) , so the best results can get when frames have similar proportios. The best resolution can get if to scan 6x8 frame. On some frames proportions on CCD will be used very bad ( for example 6 x 6 frame, where proportions are 1 x 1 ) . Due CCD micro-movement frame will be scanned few times, so resolution will be higher. On big size scanned in 8 positions. Create print size 305 x 405.7 ( for 6 x 8 frame ) and you have the biggest possible resolution. 2048 x 1536 CCD resolution in 8 positions should be very high. Really it will be lower. CCD sides are not used, some pixel positions will match, so impossible to get the highest resolution.
  3. Hello. If your pump worked and just got error then use service software to reset error and can print after that. I responded your private message. All information can see there.
  4. There are 4 software for QSS34xx series minilabs. QSS3411 and QSS34PRO - the latest version 8. For QSS3412 and QSS3412SA - the latest version 7.
  5. Hello. These minilabs are different : QSS3412 = SI-2400 ( scanner ) + LP-2500 ( printer ) + PP-1229 ( processor ) QSS3412SA = CS-1 ( workstation without scanner ) + LP-2500 ( printer ) + PP-1229 ( processor ) To convert QSS3412 into QSS-3412SA need disconnect scanner ( SI-2400 ) and connect workstation ( CS-1 - workstation from QSS32, or QSS34 ) . There are two software ( one for QSS3412 and other for QSS3412SA ) , but they can be used only on exact models.
  6. Select LED ALL ON , SHADING ON and make first screenshot. Then select LED ALL ON , SHADING OFF and make second screenshot. Can do twice - with film carrier bottom lens and without it.
  7. Minilabs up to QSS3502 ( QSS32, QSS33, QSS34, QSS35 ) are Net order printers. QSS3501 PLUS and latter ( QSS35 PLUS, QSS37, QSS38, QSS39 ) and Fuji LP7xxx are NPS printers. All Noritsu dry printers and Fuji DL4xx ( made by Noritsu ) are NPS printers also There are two Noritsu printer driver. One is to print on Net order printers and second - on NPS printers. Can compare them to find difference on older minilabs and newer models.
  8. If CD LED is OFF then SSR1 should be off and CD heater shouldn't heat. If LED is OFF, but heater still heats then SSR is bad. Need replace SSR, or put other board.
  9. On MS01 4.2R works L1 version for MS01 4.2. Just additionally need modify Windows registry entries.
  10. It is not software problem. Your profile version is too low. To have profile 157 you need install profile data vol 2 version 7.20.
  11. Kodak System 88 is made by KIS/Photo-Me. It is similar to DKS 550 and DKS 750. Hardware is very similar, but software on Kodak is different. Kodak uses own DLS software. About cables can ask on Photo-Me forum : https://www.minilabhelp.com/index.php?/forums/forum/14-photome47kiss/ There can find many information about DKS 550 and DKS 750
  12. Drive motor M700 is on Fuji 550/570 and 500. Guess you have 550 or 570. M700 is drive motor + motor driver. Check do you have power suppliers ( 5V and 24 V on driver board connector CN601) . Other connector on driver board ( CN602 ) - control signals : pin 2 - ON/OFF pin 3 - direction ( CW or CCW ) pin 4 - driver error output ( from driver to minilab ) pin 5 - CLK ( pulses ) If you have ON signal and pulses ( CLK ) , but motor doesn't rotate then motor driver or motor faulty. In most cases faulty motor driver ( Fuji p.n. 141D1060898C, 141D1060898B ) .
  13. Converted 120AFC into 120AFC-II means here is modified 120AFC film carrier where at the bottom added lens holder and lens.
  14. This line is horizontal ( on paper ) ? Do you see this black line on pre-cut paper? Is line position the same ( from center and from side ) when printed different size?
  15. Is paper size corect ( the same as on print channel ) ? Which print option ( cut, fit, real size...) ? Did you check all three sensors ( S7, S27 and S28 ) when they opened and closed? Did you see changes on 247 menu? If sensors really work then here is some mechanical problem. you have ERR-D1308-0 , because S7 sensor didn't turn on. Try rotate by hand and look. Maybe you see what stopped the paper. If sensor S7 is working and you do not see any mechanical problem then can be, that motor doesn't rotate properely and paper is not advanced. Run motor from output check and look how it works.
  16. Hello. I responded your private message. You can find all information there.
  17. It is noise on B channel. Might be bad B laser head or unstable synchronisation. Run laser test software and find the minimal value, when you have B synchronization. Try to swap B AOM driver with other channel ( R, or G ) . If will be the same - probably noise is from B laser head. Once I had yellow noise, because laser control pcb was faulty. This pcb can be tested on QSS32 and QSS33. There might be different board model, but they are exchangable. If will need I have QSS33 laser control pcb and B laser head.
  18. 1FC4 means IES control error has occurred. Might be you had leakage and ink end sensor was activated. Fix leakage and using service software reset IES detection flag. Then you can print. If error returns need replace bad ink holder. This error can cause blown fuse on main board, or faulty ink end sensor. Do not think that you have them faulty.
  19. Do not understand why to give advice, when do not know what talking about. How he can swap B and G AOM drivers, when this minilab has only one AOM driver - G channel.
  20. Do not worry. Printhead number can leave old. It is not necessary to change it. After replacement need to do all tests. If can't do it also might be you didn't start service software properely.
  21. SL-D700 and Fuji DX-100 are almost the same. Fuji DX-100 printer is made by Epson. The most parts are the same. Printer head also, so can buy it from Epson.
  22. Fuji LP7500 is absolutelly the same as Noritsu QSS3702F. 06075-00009 - G Laser control error. Although five minutes has passed after tuning of the G laser started, it does not finish. Try replace AOM driver, voltage on G laser driver and connections. If all they good - G laser head is faulty. Sometinmes this error can cause laser control pcb, but it is very rare.
  23. 06075-00009 - G Laser control error. Although five minutes has passed after tuning of the G laser started, it does not finish. Try replace AOM driver, voltage on G laser driver and connections. If all they good - G laser head is faulty. Sometinmes this error can cause laser control pcb, but it is very rare.
  24. Frequency should be 1380 on all lasers. Need check when lasers preheated. Also takes some time untill see 1380 ( sometimes about 10 second ) . Can be : G laser head output too weak, or laser head doesn't work properely Not working G AOM driver Faulty AOM crystal Broken cable with BNC connectors ( between laser control pcb and G AOM driver, or between G AOM driver and G AOM crystal ) Not working AOM crystal Faulty laser control pcb Switch G AOM driver with AOM driver from other channel ( B, or R ) . Then can be sure, that AOM driver is really working. Look which laser type you have. Then can check laser current ( when have green print and printing well ) . Compare these rates.
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