Các mã lỗi máy photocopy thường gặp

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Diagnostics And Simulations
TROUBLE CODES
These might not display automatically. If the machine has a jam (“Clear paper”) or “picture of a wrench” you can read these codes. To read them, press down the “8” key and the “Clear/Stop” key at the same time. All codes, except fuser errors, are reset by turning the machine off and back on again.
C010: Drive system.
C040: PFP motor.
C130: Upper drawer motor.
C140: Lower drawer motor.
C150: PFP upper drawer motor.
C160: PFP lower drawer motor.
C180: LCF tray motor.
C1A0: LCF end fence motor.
C1B0: LCF transport motor.
C260: Exposure lamp not detected.
C270: Scan home problem.
C280: Scan home problem.
C410: Fuser low temp or thermistor.
C440: Fuser too high or too low.
C450: Fuser thermistor.
C470: IH initialization power voltage. No AC.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
Trouble Codes – continued
C480: IGBT overheat.
C490: IH control problem.
To clear fuser errors; turn on power while holding down “0” & “8.” Enter 400. Press “Start.” Change status to “0.” Press “ENTER” or “INTERRUPT.” Shut power and turn back on.
C550: Communication problem between IF and RADF.
C570: Communication problem between engine-CPU and IPC.
C580: Communication problem between IPC and finisher.
C730: EEPROM initialization problem in RADF.
C810: Fan problem.
C820: Read sensor adjustment error.
C830: Original length sensor adjustment error.
C940: Engine-CPU problem.
C970: HVT or charge corona.
CA10: Laser motor (polygon motor) problem.
CA20: Laser H-SYNC problem.
CB20: Finisher exit motor.
Cb30: Finisher tray1/tray2 shift motor.
Cb30: Finisher tray1/tray 2 shift motor.
CB40: Finisher alignment plate motor.
CB50: Staple motor.
CB60: Staple shift motor problem.
CB80: Finisher backup RAM problem.
CB90: Finisher paper push plate motor CB7: Finisher height sensor.
CBA0: Saddle stitcher front stitcher motor.
CBB0: Saddle stitcher rear stitcher motor.
CBC0: Saddle stitcher alignment motor.
CBD0: Saddle stitcher guide motor.
CBE0: Saddle stitcher folding motor.
CBF0: Saddle stitcher paper positioning plate motor.
CC00: Finisher sensor connector error.
CC10: Finisher micro switch.
CC20: Saddle stitcher to finisher communications problem.
CC30: Stack process motor.
CC40: Finisher swing motor.
CC50: Finisher horizontal registration motor.
CC60: Finisher punch motor.
CC80: Finisher front alignment motor.
CC90: Finisher upper stack tray lift motor.
CCA0: Finisher lower stack tray lift motor.
CCB0: Finisher rear jogger motor.
CCDO: Finisher stack eject motor.
CCE0: Finisher paper trail edge assist motor.
CCF0: Finisher gear change motor.
CDF0: Offset tray home separator problem.
CE00: Communication problem between finisher and punch.
E010: Exit jam.
E020: Exit jam.
E030: Jam.
E090: Jam
E110: Duplex jam.
E120: By pass jam.
E130: Upper drawer jam.
E140: Lower drawer jam.
E150: PFP upper drawer jam.
E160: PFP lower drawer jam.
E190: LCF jam.
E200: Upper drawer transport jam.
E210: Lower drawer transport jam.
E220: Lower drawer transport jam.
E300, 310, 320: PFP upper drawer transport jam.
E330, 340, 350, 360: PFP lower drawer transport jam.
E3C0, E3D0, E3E0: LCF transport jam.
E400: Jam access cover open.
E410: Front cover open.
E420: PFP side cover open.
E430: Duplex unit open.
E440: Side cover open.
E450: LCF side cover open.
E480: Bridge open.
E490: Job separator cover open.
E491: Offset tray cover open.
E510: Duplex exit jam.
E520: Duplex entry jam.
E550: Transport jam.
E711-E743: RADF jams.
E860, E870: RADF open cover.
E910-E940: Finisher/bridge jam.
E950, E951: Job separator jam.
E960, E961: Offset tray jam.
E9F0: Finisher/punch jam.
EA10, EA20, EA30, EA40, EA50, EA60, EA70: Finisher jams.
EA80, EA90, EAA0, EAB0 EAC0, EAD0, EAE0, EAF0: Saddle-stitch finisher jams.
EB30: Finisher jam.
EB50, EB60: Transport jams.
F070: Communication error between system-CPPU and engine-CPU.
F090: SYS board SRAM.
F091: NVRAM problem on SYS board.
F092: SRAM and NVRAM problem on SYS board.
F100: Hard drive format error.
F101: Hard drive connection.
F102: Hard drive start.
F103: Hard drive time out.
F104: Hard drive data error.
F105: Hard drive.
F106: Point and print partition problem.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
Trouble Codes – continued
F107: SHR partition.
F108: SHA partition.
F110: Communication error between system-CPU and scan-CPU.
F111: Scan problem.
F120: Database problem.
SIMULATIONS: Hold down the two keys (0 and 1 for example) while turning on power.
Inputs: These are signals that enter the main board, and are supplied by switches and sensors throughout the machine.
0 & 1 Mode: Lights operation panel display.
0 & 3 Mode: These are signals that enter the main board, and are supplied by switches and sensors throughout the machine. There are “buttons” A, B, C, D, E, F, G, H that will display. This is the button in the below table. You will press the indicated key to test the item listed.
This group is done with fax button off and fax LED off.
Key: Button: Description of test
1: B: LCF connected
1: C: Bypass connected
1: D: Bypass paper sensor
1: E: Duplex connected
1: F: Duplex open/close switch
1: G: Duplex exit sensor
1: H: Duplex entry sensor
2: A: PFP upper drawer detect
2: C: PFP upper drawer paper stock sensor
2: D: PFP upper drawer feed
2: E: PFP connected
2: F: PFP side switch
2: G: PFP upper drawer empty
2: H: PFP upper drawer tray up
3: A: LCF bottom sensor
3: B: LCF standby side mis-stack sensor
3: E: LCF drawer detect
3: H: Lcf side paper stock sensor
4: A: PFP lower drawer detect
4: C: PFP lower drawer feed
4: D: PFP lower drawer feed sensor
4: E: PFP motor
4: G: PFP lower drawer empty
4: H: PFP lower drawer tray up
5: A: LCF end fence home sensor
5: B: LCF end fence stop sensor
5: C: LCF standby side sensor
5: D: LCF side cover open/close switch
5: E: LCF motor
5: F: LCF tray-up sensor
5: G: LCF feed sensor
5: H: LCF feed side empty sensor
6: E: Upper drawer feed sensor
6: F: Toner bag sensor
6: G: Upper drawer empty sensor
6: H: Upper drawer tray up sensor
7: E: Lower drawer feed sensor
7: G: Lower drawer empty
7: H: Lower drawer tray up
8: B: Bypass width sensor
8: C: Bypass width sensor
8: D: Bypass width sensor
8: E: Bypass width sensor
8: F: Job separator upper stack sensor
8: H: Bridge unit transport cover sensor
9: D: Upper drawer detect
9: E: Upper drawer paper stock sensor
0: D: Lower drawer detect switch
0: E: Lower drawer stock sensor.
This group is done with fax button on and fax LED on.
Key: Button: Description of test
1: C: 24 volt power supply
1: D: IPC connected
1: F: Laser polygon motor status
1: H: Toner cartridge switch
2: A: Registration sensor
2: B: Exit sensor
2: C: Auto-toner sensor connected
2: D: Front cover open/close
2: E: Destination
2: G: Side cover open/close
2: H: Main motor rotate status
3: B: Key counter
3: C: Toner bag full sensor
3: D: Fuser unit connected
3: E: Bridge unit transport sensor 2
3: G: Bridge unit paper full sensor, job separator lower stack sensor or offset stack sensor
3: H: Bridge transport sensor, job separator feed sensor or offset tray sensor.
4: F: Bypass feed sensor
4: H: High voltage power supply status
5: F: RADF connected
5: G: Platen cover sensor
5: H: Scan home sensor.
6: D, E, F, G, G: APS sensors R, C, 3, 2, 1
7: A: RADF tray sensor
7: B: RADF empty sensor
7: C: RADF jam cover sensor
7: D: RADF open/close sensor
7: E: RADF exit sensor
7: F: RADF reverse sensor
7: G: RADF read sensor
7: H: RADF registration sensor
8: E: RADF original length sensor
8: F: RADF original width sensor 1
8: G: RADF original width sensor 2
8: H: RADF original width sensor 3
9: A: Bridge/job separator/offset tray connected1
9: B: Bridge/job separator/offset tray connected2
9: C: Bridge/job separator/offset tray connected3
0: A: Dongle (that’s what it says!) for GM-2010
0: B: Dongle for GM-1010
0: C: Dongle for GM-3010
0: D: Dongle for other USB devices and other equipment
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
Simulations – continued
0 & 3 Mode-outputs: Shut power. Hold down 0 & 3 keys while turning on power. Enter the number of the code, using the number keys. Then press “Start.” This will test the component. In some cases, “Clear” ends the test. Some require a second press of the “Start” button to stop the test. In some cases you must enter a second code (50 digits higher) to stop the test. In some cases, another press of the Start key will reverse the item or cause it to move another step. Note: 101-122 must be turned off with 151-172, (50 digits higher), listed below.
101: Main motor.
102: Toner motor on.
103: Laser motor at 600 dpi on.
108: Registration motor.
110: Duplex motor.
118: Laser.
120: Exit motor; forward.
121: Exit motor; reverse.
122: LCF motor.
177: Offset motor.
201: 1st cassette clutch.
202: 2nd cassette clutch.
203: Intermediate transport clutch.
204: Bypass feed clutch.
206: LCF pickup solenoid.
207: LCF end fence.
208: LCF motor.
209: LCT feed clutch.
210: LCF transport clutch.
217: Sub-separation fan.
218: Key counter count up.
222: Duplex feed clutch.
225: PFP transport clutch.
226: PFP upper clutch.
228: PFP lower clutch.
232: Bridge unit gate solenoid.
234: Bypass pickup solenoid.
235: Discharge LED.
236: Fan.
238: IH fan.
241: IH fan.
242: Upper drawer tray-up motor.
243: Lower drawer tray-up motor.
248: Developer bias +DC.
249: Developer bias -DC1.
252: Charge corona.
253: Separator bias.
255: Transfer guide bias.
256: Transfer transformer.
261: Scan motor.
267: Exposure lamp.
271: LCF lift motor.
278: PFP upper lift motor.
280: PFP lower lift motor.
281: RADF motor; forward.
282: RADF motor; reverse.
283: RADF read motor; forward.
284: RADF read motor; reverse.
285: RADF reverse motor; reverse.
289: Developer fan; high speed.
290: Developer fan; low speed.
294: RADF reverse solenoid.
297: RADF fan.
410: Power supply fan.
411: Power supply fan; high speed.
413: Middle fan.
432: Developer clutch.
461: Fuser fan; low speed.
462: Fuser fan; high speed.
463: Developer fan; low speed.
464: Developer fan; high speed.
0 & 4 Mode: Test pattern printout. Turn power off. Hold down”0″ & “4” while turning on power. Enter the code number of your choice. Press “Start.” The machine will make the test pattern. Press “Clear” to end. Shut power to exit.
111: Primary scan with 33 gradations and error diffusion.
113: Secondary scan with 33 gradations and error diffusion.
142: Grid pattern.
0 & 5 Mode: Turn power off. Hold down”0″ & “5” while turning on power. This is a mode for setting and adjusting. Once in the mode, press the number key of choice (for the particular code you want. Then press “Start.” Then use the number keys to change the setting. Then press “ENTER” or “INTERRUPT” to lock in the new value. Press “FAX” to make a test copy. Press “Function Clear” to insert a hyphen (-).
1: Print grid pattern.
3: Print grid pattern in duplex.
200: Auto toner set up (Developer calibration). This is a bit different than the others. You will not change the setting normally, but will allow the machine to cycle and find the correct setting on its own. Hold 0 & 5 while turning on power. Enter 200 with number keys. Press “Start” key. Allow the machine to cycle for about two to three minutes. The machine will not stop running, but the reading on the display will stabilize. It should land between 2.35-2.45 volts, though it will be expressed in 3 digits and a (%) sign (such as 230%). If it is not 2.35-2.45, put it there, using the up/down button. Press “ENTER” or “INTERRUPT “key to lock in. When it finishes, shut power to reset.
201: Manual Adjustment of Auto toner set up.
205: Developer bias DC output. Default is 128.
210: Grid voltage adjust. Default is 154.
221:TransferDCoutput. 115 is default.
231: Separator AC adjustment. Default is 166.
286: Laser power adjustment; Default is 121:
305: Secondary scan image location adjustment (registration?). 145 is default.
306: Primary scan image location adjustment. 145 is default.
308: Moves carriage to adjustment position.
340: Scan copy length reproduction ratio adjust. 128 is default.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 5 Mode – continued
354: RADF adjustment for one-sided original. 10 is default.
355: RADF adjustment for two-sided original. 10 is default.
356: RADF EEPROM initialization. RADF sensor automatic adjustment.
357: RADF transport motor fine adjustment. 50 is default.
358: RADF side to side adjustment. 128 is default.
359: Carriage position adjustment during RADF scan. Default is 128.
365: RADF lead edge adjustment for single-side original. Default is 50.
366: RADF lead edge adjustment for two-sided original. Default is 50.
367 & 368: RADF original width sensor adjustment.
401: Laser motor fine adjustment. 133 is default.
405: Laser motor fine adjustment. 129 is default.
410: Laser write position. 128 is default.
411: Laser write position. 128 is default.
422: Drive secondary scan speed adjustment. Default is 139.
424, 425: Exit motor speed in normal. 128 is default.
430: Lead edge void adjust. 0 is default.
431: Left void. 0 is default.
432: Right void. 0 is default.
433: Trail edge void. 0 is default.
434-0: Trail lead edge void. 48 is default.
434-1: Right edge void. 12 is default.
435: Lead edge void. 0is default.
436: Left void. 0 is default.
437: Right void. 0 is default.
438: Trail edge void. 0 is default.
440: Registration adjustment for paper fed from upper drawer. 7 is default.
441: Registration adjustment for paper fed from lower drawer. 24 is default.
442: Registration adjustment for paper fed from bypass. 8 is default.
443: Registration adjustment for paper fed from LCF. 8 is default.
444: Registration adjustment for paper fed from PFP. 8 is default.
445: Registration adjustment for duplex paper. 8 is default.
448-0 through 467: are for paper aligning adjustment.
468-0, -1, -2: Binding position/folding fine adjustment (A4R/LT-R). 0 is default.
469-0 trough 474-2: Paper aligning.
473: Paper aligning amount. 8 is default.
474-0, -1, -2: Paper aligning amount.
497-0 through 498-1: Laser sideways adjustments.
501: Manual exposure adjustment in photo mode; center. 128 is default.
503: Manual exposure adjustment in text/photo mode; center. 128 is default.
504: Manual exposure adjustment in text mode; center. 128 is default.
505: Manual exposure adjustment in photo mode, light side. 20 is default.
506: Manual exposure adjustment in photo/text mode, light side. 20 is default.
507: Manual exposure adjustment in text mode, light side. 120is default.
508: Manual exposure adjustment in photo/text, dark side. 20 is default.
509: Manual exposure adjustment in photo mode, dark side. 20 is default.
510: Manual exposure adjustment in text mode, dark side.20 is default.
512: Auto exposure adjustment in photo mode. 128 is default.
514: Auto exposure adjustment in text/photo mode. 128 is default.
515: Auto exposure adjustment in text mode. 128 is default.
532: Photo/text range correction. 40 is default.
533: Photo range correction: 16 is default.
534: Text range correction. 64 is default.
570: Range correction for originals on glass in photo/text. Default is 12.
571: Range correction for originals on glass in photo. Default is 12.
572: Range correction for originals on glass in text. Default is 22.
593-595: Gamma data slope correction in various modes. 0 is default.
620: Sharpness in photo/text. Default is 1.
621: Sharpness in text. Default is 2.
622: Sharpness in photo. Default is 45.
653: Adjust blurred text in photo/text. Default is 208.
654, 655: Adjust blurred text. Default is 5.
672-0 through 695 is adjustment of printer density in various modes.
700, 701, 702: Adjust binarized text.
710: Density adjustment in fax/photo. Default is 128.
714: Density adjustment in fax/text-photo mode. Default is 128.
715: Density adjustment in fax/photo. Default is 20.
719: Density adjustment in fax/text. Default is 20.
720: Density adjustment in photo/fax. Default is 20.
724: Density adjustment in text/fax. Default is 20.
725: density adjustment in photo/fax. Default is 128.
729: Density adjustment in text-photo/fax. Default is 128.
825: Range correction when copying from platen glass in text/photo mode. Default is 12.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 5 Mode – continued
826: Range correction when copying from platen glass in text mode. Default is 12.
827: Range correction when copying from platen glass in photo mode. Default is 12.
830, 831, 832: Range correction for background peak; same conditions as 825, 826, 827. Default is 12.
835, 836, 837: Range correction when copying from ADF with same conditions as 825, 826, 827. Defaults are 48, 48, 40.
845-847: Density adjustment for fine/manual/center for text/photo, text and photo. Default is 128.
850-8527: Density adjustment for fine/manual/light for text/photo, text and photo. Default is 20.
855-857: Density adjustment for fine/manual/dark for text/photo, text and photo. Default is 20.
860-862: Density adjustment for fine/automatic for text/photo, text and photo. Default is 128.
865-0, -1, -2: Sharpness of text/photo in 40% or smaller, 41%-80% and in 81% and larger. Default is 1.
866-0, -1, -2: Sharpness of text in 40% or smaller, 41%-80% and in 81% and larger. Default is 2.
867-0, -1, -2: Sharpness of photo in 40% or smaller, 41%-80% and in 81% and larger. Default is 5.
913: Range correction for original on glass in custom mode 1. Default is 12.
914: Range correction for original on glass in custom mode 2. Default is 22.
915: Range correction for original on glass in custom mode 3. Default is 12.
916: Range correction for original on RADF in custom mode 1. Default is 12.
917: Range correction for original on RADF in custom mode 2. Default is 22.
918: Range correction for original on RADF in custom mode 3. Default is 12.
919: Range correction background peak adjustment in custom mode 1. Default is 40.
920: Range correction background peak adjustment in custom mode 2. Default is 64.
921: Range correction background peak adjustment in custom mode 3. Default is 16.
922: Sharpness adjustment in custom mode 1. Default is 1.
923: Sharpness adjustment in custom mode 2. Default is 45.
924: Sharpness adjustment in custom mode 3. Default is 2.
928: Smudged text adjustment for faint text in custom mode 1. Default is 128.
931, 932, 933: Density adjustment fine adjustment in manual/ center for custom modes 1, 2, 3. Default is 128.
934, 935, 936: Density adjustment fine adjustment in manual/light for custom modes 1, 2, 3. Default is 20.
937, 9358 939: Density adjustment fine adjustment in manual/dark for custom modes 1, 2, 3. Default is 20.
940, 941, 942: Density adjustment fine adjustment for “auto” for custom modes 1, 2, 3. Default is 128.
943, 944, 945: Gamma data adjustment for custom modes 1, 2, 3. Default is 0.
976: Serial number.
0 & 8 Mode. Turn power off. Hold down “0” and “8” keys while turning on power. Enter the code with the number keys. Press “Start.” You may need to use the appropriate ICON. Use the number keys and/or “Function/Clear” to change values. Press “Interrupt” or “ENTER” to lock in. In some cases, you might have to press “HELP” to change or set the value. Shut power to exit.If entering phone number that require a hyphen (-) use the “Monitor/Pause” key to enter the hyphen.
200: Date setting. Year, month, date, day (number value), hour, minutes, seconds. In that order. The day is represented by a digit; 0 is Sunday.
201: Country paper size. 0 isEurope. 1 is UC. 2 isJapan.
202: Optional external counter. 0 is none. 1 is coin. 2 is key card. 3 is key counter.
203: Line adjustment mode. 0 is factory. 1 is line. 0 is default.
204: All clear timer to reset operation panel to standard settings. If set to 0, will not reset. 1 – 10 X 15 seconds.
205: Energy save timing. 0 is no energy save. Choices of 3 minutes through 60 minutes.
206: Automatic power off. 0 after 3 minutes. Approximately 5 minutes X the number up to 10. Various values up to 13, which is 240 minutes. If set to 20, there is no automatic power off.
207: Display LCD; white on black or black on white.
209: Filing format. 0 is TIFF. 1 is PDF.
210: Paper feed direction.
216: Tab paper printing/tab extension setting for bypass. Default is 1300.
217: Tab paper printing/tab shift setting for bypass. Default is 1300.
219: Filing format; 0 is TIFF/multi. 1 is PDF. 3 is TIFF/single.
220: Language display.
221: UI language.
224: Bypass size select.
225: Upper drawer size select.
226: Lower drawer size select.
227: PFP upper drawer size select.
228: PFP lower drawer size select.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 8 Mode – continued
Note: For 224-228, select size from display.
229-249: Paper size selections for different sizes from all locations.
250: Service phone number. Use number keys. For hyphen (-) use the “Monitor/Pause” key.
251: PM cycle counter. This is the number of copies you want the machine to call for a PM at. If set to “0,” there will be no PM indicator.
252: PM count. This is the number of copies that have been run since the last PM.
253: Error history count.
255: PFP/LCF installation.
256: PFP/LCF size setting.
257: Copy counters; 1 is electrical, 2 is backup.
258: FSMS maintenance acceptance.
259: Network storage period.
260: Network web data retention period.
261: Network data in electronic filing.
262: Network TWAIN data retention period.
263: Network admin password.
264: Network file retention period.
265: Network maximum data capacity for email.
266: Network fax data capacity.
267: Guarantee documents if Hard drive full.
270: User box retention period.
271: Hard drive nearly full warning.
272: Email time limit warning.
273: Fax default page setting via internet fax.
275: Fax encode default.
276: Automatic density setting. 0 is automatic exposure. 1-11 are manual settings: 1 is step -5. 2 is -4. 3 is -3 .4 is -2. 5 is -1. 6 is 0 (center setting). 7 is +1. 8 is +2. 9 is +3. 10 is +4. 11 is +5.
281: Resolution. 0 is 150dpi. 1is 200. 2 is 300. 3 is 400. 4 is 600.
283: Original default. 0 is text. 1 is text/photo. 2 is photo.
285: Rotation default. 0 is none. 1 is 90 degrees. 2 is 180. 3 is 270.
286: Original size defaults. 0 is auto. 1-22 are listed but too long to include here.
288: Searching interval of deleting expired files.
290: Raw printing; duplex (huh?)
291: Raw printing job.
292: Raw printing paper size.
293: Raw printing direction.
294: Raw printing staple.
295: Raw printing job to tray.
296: Raw printing job; PCL font pitch.
297: Raw printing job: PCL font pitch.
298: Raw printing job; PCL font.
299: Raw printing; PCL font number.
300: Maximum copies that can be made if this is set. 0 is 999. 1 is 99. 2 is 9.
302: Original count display. 0 is off. 2 display.
305-0 through 332-2: Various counts of number of pages printed, scanned, etc. in various modes.
335-0 through 381: Counts of papers fed through devices, uses of RADF, etc.
390-393: Counts of hard drive errors of various types.
398: Laser speed switching.
399: Laser polygon motor accumulated time.
400: Fuser errors (thermistor status). If 0, no errors. 1-9 is the number of fuser errors that occurred. Sub code in 400. 0 is no error. 1 is C410 once. 2 is C410 continuously. 5 is C440. 6 is C450. 7 is C440. 8 is C450 9 is C440. 10 is C470. 11 is C470. 12 is C480. 13 is C490. 14 is C470. 15 is C480. 16 is C490. 17 is C470. 18 is C480. 19 is C490. To clear fuser errors; turn on power while holding down “0” & “8.” Enter 400. Press “Start.” Change status to “0.” Press “ENTER” or “INTERRUPT.” Shut power and turn back on.
409: Fuser temperature in energy saver. 13 different readings at center thermistor. 0 is off. 1 is 40. others are 10 degrees higher up to 160 centigrade.
410: Fuser temperature in print mode. 0 is 145 degrees centigrade. 1 is 180. Add 5 degrees for every digit up to 14 (210).
411: Fuser temperature in ready. Almost the same as 410.
412: Fuser temperature during printing. Almost the same as 410.
413: Same as 410, for pre-running in low temperature environment.
414: Toner density correction. 1 is +3. 2 is +6. 3 is +9. 4 is +12. 5 is -3. 6 is -6. 7 is -9. 8 is -12.
417: Pre-run for thick paper.
419: Black band pattern between sheets.
420: Fuser pre-run at warm-up.
437: Fuser temp in printing for thick paper.
438: Fuser temp in printing for OHP.
439: Fuser pre-run thick paper.
440: Fuser pre-run plain paper.
441: Fuser pre-run thick paper.
455: Toner supply amount correction. 0 is 100%. 1 is 90%. 2 is 80%.
462: Switchback operation: Copy mixed size originals in RADF if set to 1.
463-0 through 468-1: Various paper feed retries.
469: Fan speed switching; sub separation.
471: Paper size (postcard) feed direction.
472: Middle fan speed switching.
478, 479: Numbers of laser motor errors.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 8 Mode – continued
480: Paper source default. 0 is letter. 1 is LCF. 2 is upper drawer. 3 is lower drawer. 4 is PFP upper drawer. 5 is PFP lower drawer.
481: Auto cassette change. 0 is none. 1 is on. 2 is changes to different drawer even if paper feeds other way but is same size.
482: Retry feed if set to 0. No retry if 1.
483: Laser pre-run in standby. 0 is valid. 1 is invalid.
484: Laser polygon motor switching.
485: Laser motor in standby.
486: Laser timing of auto clear in standby. 0 is 15 seconds. 1 is 30. 2 is 45. Contingent on 483 set to 0.
488: Laser type.
489: Laser number in standby.
490: Laser polygon motor in energy saver. 0 is stopped. 1 is 10,000 rpm.
491: Transfer corona H in duplex. Default is 165.
492: Transfer corona C in duplex. Default is 106.
493: Transfer corona L in duplex. Default is 128.
502: Error diffusion and dither setting in photo.
503: Density default. 0 is automatic. 1 is manual (center).
508: Custom mode setting.
509: Error diffusion and dither in photo.
526: Fuser pre-run for OHP.
550: Copy mode priority. 0 is text/photo. 1 is photo. 2 is text. 3 is custom.
601: Energy save. 0 is auto shut-off. 1 is sleep mode.
602: Energy save and display power off function. 0 is display on. 1 is display off.
603: Automatic duplexing default. 1 is 1 side/2 side. 2 is 2 side/2 side. 3 is user selected.
604: Auto paper size. 0 is APS. 1 is AMS. 2 is none.
605: Centering print of primary/secondary AMS.
607: RADF priority. 0 is press start. 1 will cause machine to start automatically if documents in RADF feed tray.
610: Key beeps off or on.
611: Book original. 0 is left to right. 1 is right to left.
612: Summertime mode. 0 is not summer time. 1 is summertime.
613: User key size select for “other.”
614: Job completion judgment time. 1 is 1 second. 2 is 1.5 through 50 or 25 in 1/2 second increments.
615: Display size of memory.
617: Print setting without department code.
618: Mixed size originals priority. 0 is scanned as same size. 1 is scanned as original sizes.
619: Time lag before auto-start in bypass. 1-10 in increments of ½ second. 0 is none.
620-624: Department management settings.
625: Non blank sheet prevention mode if set to 1.
627: Rotate or non-rotate in non-sort.
628: Original priority direction. 0 is automatic. 1 is portrait.
629: Department management setting.
634: Send to inner tray in non sort if set to 1..
636: Width setting for image shift. 0 is on. 1 is off.
638: Time difference settings.
640: Date format. If 0, year, month, date (2003, 06, 11). If 1, date, month, year (06, 11, 2003). If 2, month, date, year.
641: RADF automatic sorting mode. 1 is staple. 2 is sort. 3 is group. 4 is rotate sort.
642: Finisher priority. 0 is non-sort. 1 is staple. 2 is sort. 3 is group. 4 is rotate sort.
645: Reproduction ratio in editing. 0 is 90%. 1-10 are 91%-100%.
648: Return finisher to 1-bin position when finished if set to 1. Does not return if 0.
649: Magazine sort. 0 is opening from left. 1 is from right.
650: 2 in 1 and 4 in 1 in order of placement. 0 is horizontal. 1 is vertical.
651: Page numbering.
652: Cascade operation setting; copier. 0 is off. 1 is on.
653: Cascade operation setting; printer. 0 is off. 1 is on.
657: Date time stamp direction. 0 is short edge. 1 is long edge.
658: Auto start setting for paper during bypass feeding in print mode. 0 is off. 1 is on.
659: Auto start setting for paper during bypass feeding in copy mode. 0 is off. 1 is on.
660: Auto forward of received fax.
661: Auto forward of email.
662: Clean SMS partition.
665: M/SYS cleaning.
666: SHR partition cleaning.
667: SHA partition cleaning.
669: System all clear (NVRAM).
670: Hard drive diagnostic display.
671: Size indicator.
672: Departmental management information initialization. Requires code, then press “initialize.”
673: Set trial period from 1-60 days.
678-682: Set advertise banner display.
683: Duplex with coin-box.
684-686: Rebuilding databases.
689: Fax adapt to paper source.
690: HDD formatting. 2 is normal.
691: HDD type indication. 0 is not formatted. 1 is not used. 2 is normal format.
692: Panel calibration. Press two reference points.
693: Initialize NIC.
694: Test hard drive for bad sectors.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 8 Mode – continued
695: Notify end of trial period.
696: Scrambler board installed or not.
697: Paper priority (thick or plain).
698: Scrambler key code.
699: Erase hard drive (with scrambler board only).
701: Fax-country setting.
702: Remote control service.
703: Remote control HTTP server/URL.
707: Remote control HTTP server/URL initially registered.
710: Emergency mode recovery interval.
711: Emergency mode interval.
715-719: Remote control items.
720: Remote control status.
721: Service center call function.
723-731: Various HTTP/URL settings.
732-765: Various supplies can be set to be ordered automatically along with other supply information.
767: Service notification.
768: Email address.
769: Total counter info setting.
770: Total counter transmission.
771: PM counter. 0 is invalid. 1 is valid.
772: Dealer name.
773: Login name.
774: Display service notification.
775: Sending error contents.
776: Setting total counter transmission level.
777: Email 2 address.
778: Email 3 address.
779: Notification format.
780-790: Remote control service.
794: Supplies-toner cartridge.
795: Supplies-toner bag.
796: Remote control service interval polling.
797: Firmware download.
798: Notify address of trial period end.
799: Forcible end of trial period.
826: Charge bias correct; toner saver.
840: Setting toner density control. 0 is controlled. 1 is not.
841: Transfer timing. 0-7. 0 is default.
855: Fuser temperature during printing. 0 is 140. 14 is 210. 5 degree increments in between.
856: Fuser pre-run for first print/tab paper.
859: Developer bias correction in toner save printer mode. 128 is default.
860: Developer bias correction in normal; printer mode. 128 is default.
861: Developer bias correction in photo/text; copier mode. 128 is default.
862: Developer bias correction in text; copier mode. 128 is default.
863: Developer bias correction in photo; copier mode. 128 is default.
864: Charge corona grid bias correction in normal; printer mode. 128 is default.
865: Charge corona grid bias correction in photo; copier mode. 128 is default.
866: Charge corona grid bias correction in text; copier mode. 128 is default.
867: Charge corona grid bias correction in photo; copier mode. 128 is default.
868: Transfer bias correction; high. 128 is default.
869: Transfer bias correction; low. 128 is default.
872: Laser power correction in print mode. 128 is default.
873: Laser power correction in copy mode. 128 is default.
875: Laser power correction in toner saver. 128 is default.
876: Laser power correct in print. 128 default.
877: Laser power correct in print/photo. 128 default.
900: System firmware ROM version.
903: Engine ROM version.
905: Scanner ROM version.
907: RADF ROM version.
908: Finisher ROM version.
915: Fax ROM version.
916: NIC ROM version.
920: FROM basic software version.
921: FROM internal program version.
922: User Interface fixed version.
923: UI common version.
924: 1st language UI data version in HDD.
925: 2nd language UI data version in HDD.
926: 3rd language UI data version in HDD.
927: 4th language UI data version in HDD.
928: 5th language UI data version in HDD.
929: 6th language UI data version in HDD.
930: UI data version displayed at turn on.
931: UI data language 7 in HDD.
933: Web data whole version.
934-939: Web UI data; language 1-6.
944: Hard drive version.
945: Raw port 9100 two way setting.
947: Initialization after software upgrade.
948: Mode setting (press energy saver).
949: Automatic interrupt during black printing.
953: Access code entry for electronic file printing.
954: Clearing timing for files and electronic filing agent.
969: Error sound.
970: Sound when switching to energy saver.
973: PCL line feed code setting.
Toshiba E-Studio E-350 / 352 / 450 / 452, DP-3520 / DP-4520
0 & 8 Mode – continued
975: Job handling re coin controller.
976: Equipment setting to a folder when saving files.
977 to 1124 are all network related and will not be covered here.
1130: Job build function.
1131: Number of job builds.
1132: User default screen.
1135: Drawer default.
1136: Lines connectable with SMB.
1139: LDAP authentication.
1140: Restrict template to admin.
1150-0 through 1332-8 is a long list of items such as PFP rollers, RADF separator roller, etc. You can enter and/or read pages run on each, when they should be replace, how many pages since replacement, drive counts, number of times replaced and some other items of even less importance. I believe you would spend more time trying to figure out and read these counters than you would doing the work.
1372: Heater times.
1376: Toner cartridge drive count.
1385-1388: Output pages for various media.
1390-1401: Paper feed retry counters.
1410: Toner cartridge rotation counter.
1412: Tab paper counter.
1500: Paper pixel counter.
1501: Clear pixel counter.
1502: Technician counter clear.
1503: Toner cartridge counter clear.
1504: Pixel counter display.
1505: Display reference of pixel counter.
1506: Toner empty determination by pixel count if 1 or output if 0.
1507: Threshold setting for toner empty by output pages.
1508: Threshold setting for toner empty by pixel count.
1509: Pixel count clear; service tech reference.
1510: Service technician reference clear data.
1514: Toner cartridge reference cleared data.
1518: Toner cartridge reference count start date.
1548: Copy pages; service tech.
1550: Print pages; service tech.
1551: Fax pages; service tech.
1553, 1555,1556: copy, print, fax toner cartridge reference.
1566: Toner cartridge replacement counter.
1592: Average pixel count; copy.
1593: Average pixel count; print.
1594: Average pixel count; fax.
1606, 1607, 1608: Latest pixel count; copy, print, fax.
1613-1625: Average pixel count in various modes for toner reference.
1634-1640: Latest pixel count for fax, print, copy.
1649-0 through 1651-9: Completely inexplicable.
Chẩn đoán và mô phỏng
Trouble MÃ
Đây có thể không hiển thị tự động. Nếu máy tính có một ách tắc (“Clear giấy tờ”) hoặc “hình ảnh của chìa khoá” bạn có thể đọc các mã. Để đọc chúng, nhấn “8” chìa khóa và chìa khóa “Clear / Stop” cùng một lúc. Tất cả các mã, ngoại trừ lỗi fuser, được thiết lập lại bằng cách chuyển máy tính ra và trở lại một lần nữa.
C010: Hệ thống lái.
C040: PFP động cơ.
C130: Upper ngăn kéo động cơ.
C140: ngăn kéo động cơ thấp hơn.
C150: PFP trên ngăn kéo của động cơ.
C160: PFP ngăn kéo động cơ thấp hơn.
C180: LCF khay động cơ.
C1A0: LCF động cơ hàng rào cuối cùng.
C1B0: LCF vận tải động cơ.
C260: phơi sáng đèn không được phát hiện.
C270: Quét nhà vấn đề.
C280: Quét nhà vấn đề.
C410: Fuser nhiệt độ thấp hoặc nhiệt điện trở.
C440: Fuser quá cao hoặc quá thấp.
C450: Fuser nhiệt điện trở.
C470: IH khởi tạo điện áp. Không có AC.
E-STUDIO TOSHIBA E-350/352/450/452, DP-3520 / DP-4520
Mã số rắc rối – tiếp tục
C480: IGBT quá nóng.
C490: IH kiểm soát vấn đề.
Để xóa fuser lỗi, “8” bật điện trong khi giữ phím “0” & Nhập 400. Bấm “Bắt đầu” Thay đổi trạng thái “0.” Press “ENTER” hoặc “Gián đoạn.” Tắt điện và bật trở lại.
C550: vấn đề truyền thông giữa IF và RADF.
C570: vấn đề truyền thông giữa động cơ CPU và IPC.
C580: vấn đề truyền thông giữa IPC và hoàn thiện.
C730: EEPROM khởi tạo vấn đề trong RADF.
C810: Fan vấn đề.
C820: lỗi điều chỉnh cảm biến.
C830: Original chiều dài bộ cảm biến điều chỉnh lỗi.
C940:-Engine CPU vấn đề.
C970: HVT hoặc corona phí.
CA10: Laser động cơ (động cơ đa giác) vấn đề.
CA20: Laser H-SYNC vấn đề.
CB20: Finisher lối ra của động cơ.
Cb30: Finisher tray1/tray2 sự thay đổi động cơ.
Cb30: Finisher tray1/tray 2 sự thay đổi động cơ.
CB40: Finisher liên kết tấm động cơ.
CB50: Staple động cơ.
CB60: Staple vấn đề thay đổi động cơ.
CB80: Finisher vấn đề sao lưu bộ nhớ RAM.
CB90: Finisher đẩy tấm giấy động cơ CB7: Finisher cảm biến chiều cao.
CBA0: Saddle thợ may trước thợ may động cơ.
CBB0: Saddle thợ may động cơ phía sau thợ may.
CBC0: Saddle thợ may liên kết động cơ.
CBD0: Saddle thợ may dẫn động cơ.
CBE0: Saddle thợ may gấp động cơ.
CBF0: Saddle thợ may động cơ định vị tấm giấy.
CC00: Finisher cảm biến kết nối lỗi.
CC10: Finisher vi chuyển đổi.
CC20: Saddle thợ may cho vấn đề thông tin liên lạc hoàn thiện.
CC30: Stack quá trình động cơ.
CC40: Finisher sôi động cơ.
CC50: Finisher động cơ ngang đăng ký.
CC60: Finisher cú đấm của động cơ.
CC80: Finisher liên kết động cơ phía trước.
CC90: Finisher chồng trên khay nâng động cơ.
CCA0: Finisher ngăn xếp khay nâng động cơ.
CCB0: Finisher phía sau chạy bộ động cơ.
CCDO: Finisher ngăn xếp động cơ đẩy.
CCE0: Giấy Finisher cạnh đường hỗ trợ động cơ.
CCF0: Finisher bánh răng thay đổi động cơ.
CDF0: Offset vấn đề khay tách nhà.
CE00: vấn đề giao tiếp giữa hoàn thiện và cú đấm.
E010: Thoát kẹt.
E020: Thoát kẹt.
E030: Jam.
E090: Jam
E110: Duplex mứt.
E120: mứt vượt qua.
E130: Upper ngăn kéo mứt.
E140: Hạ ngăn kéo mứt.
E150: PFP mứt ngăn kéo phía trên.
E160: PFP mứt ngăn kéo thấp hơn.
E190: LCF mứt.
E200: Upper ngăn kéo vận chuyển mứt.
E210: Hạ ngăn kéo vận chuyển mứt.
E220: Hạ ngăn kéo vận chuyển mứt.
E300, 310, 320: PFP trên ngăn kéo vận chuyển mứt.
E330, 340, 350, 360: PFP ngăn kéo vận chuyển thấp hơn mứt.
E3C0, E3D0, E3E0: LCF vận chuyển mứt.
E400: Jam truy cập bao gồm mở ra.
E410: Mặt trận bao gồm mở.
E420: PFP mở nắp bên.
E430: Duplex đơn vị mở.
E440: Side nắp mở ra.
E450: LCF mở nắp bên.
E480: cầu mở.
E490: bao gồm việc tách mở.
E491: Offset khay nắp mở ra.
E510: Duplex xuất cảnh ùn tắc.
E520: Duplex nhập kẹt.
E550: Giao thông vận tải mứt.
E711-E743: RADF ùn tắc.
E860, E870: RADF mở nắp.
E910-E940: Finisher / kẹt cầu.
E950, E951: Việc làm dấu phân cách mứt.
E960, E961: Offset khay mứt.
E9F0: Finisher / giơ cú đấm.
EA10, EA20 EA30, EA40, EA50 EA60, EA70: Finisher ùn tắc.
EA80, EA90, EAA0, EAB0 EAC0, EAD0, EAE0, EAF0: Saddle-khâu hoàn thiện ùn tắc.
EB30: Finisher mứt.
EB50, EB60: ùn tắc Giao thông vận tải.
F070: lỗi giao tiếp giữa hệ thống CPPU và động cơ-CPU.
F090: SYS hội đồng quản trị SRAM.
F091: NVRAM vấn đề trên SYS hội đồng quản trị.
F092: SRAM và vấn đề NVRAM trên SYS hội đồng quản trị.
F100: lỗi định dạng ổ đĩa cứng.
F101: Ổ cứng kết nối.
F102: ổ cứng bắt đầu.
F103: ổ cứng thời gian.
F104: dữ liệu ổ cứng lỗi.
F105: ổ đĩa cứng.
F106: điểm và vấn đề phân vùng in.
E-STUDIO TOSHIBA E-350/352/450/452, DP-3520 / DP-4520
Mã số rắc rối – tiếp tục
F107: SHR phân vùng.
F108: SHA phân vùng.
F110: lỗi giao tiếp giữa CPU hệ thống và quét-CPU.
F111: Quét vấn đề.
F120: Cơ sở dữ liệu vấn đề.
Mô phỏng: Giữ hai phím (0 và 1 ví dụ) trong khi bật nguồn.
Đầu vào: Đây là những tín hiệu vào bảng chính, và được cung cấp bởi các thiết bị chuyển mạch và cảm biến khắp máy.
0 & 1 Mode: Đèn hiển thị bảng điều khiển hoạt động.
0 & 3 Mode: Đây là những tín hiệu vào bảng chính, và được cung cấp bởi các thiết bị chuyển mạch và cảm biến khắp máy. Có những “nút” A, B, C, D, E, F, G, H sẽ hiển thị. Đây là nút trong bảng dưới đây. Bạn sẽ bấm phím chỉ định để kiểm tra các mặt hàng được liệt kê.
Nhóm này được thực hiện với nút fax và fax LED tắt.
Key: Button: Mô tả thử nghiệm
1: B: LCF kết nối
1: C: bỏ qua kết nối
1: D: Bypass giấy cảm biến
1: E: Duplex kết nối
1: F: chuyển đổi mở / đóng Duplex
1: G: Duplex xuất cảnh cảm biến
1: H: Duplex nhập cảm biến
2: A: PFP ngăn kéo trên phát hiện
2: C: PFP giấy ngăn kéo trên cổ phiếu cảm biến
2: D: PFP trên ngăn kéo thức ăn chăn nuôi
2: E: PFP kết nối
2: F: PFP bên chuyển đổi
2: G: PFP trên ngăn kéo rỗng
2: H: PFP trên ngăn kéo khay
3: A: LCF dưới cùng cảm biến
3: B: LCF chờ bên mis-stack cảm biến
3: E: LCF ngăn kéo phát hiện
3: H: LCF mặt giấy cổ phần cảm biến
4: A: ngăn kéo PFP phát hiện
4: C: PFP ngăn kéo thấp hơn thức ăn chăn nuôi
4: D: PFP ngăn kéo thấp hơn cảm biến thức ăn chăn nuôi
4: E: PFP động cơ
4: G: PFP thấp hơn sản phẩm nào ngăn kéo
4: H: PFP ngăn kéo khay lên
5: A: LCF cuối hàng rào nhà cảm biến
5: B: LCF cuối hàng rào dừng cảm biến
5: C: LCF chờ phía bộ cảm biến
5: D: LCF bên bao gồm công tắc đóng / mở
5: E: LCF động cơ
5: F: LCF khay lên cảm biến
5: G: LCF cảm biến thức ăn chăn nuôi
5: H: LCF nguồn cấp dữ liệu cảm biến bên có sản phẩm nào
6: E: Upper ngăn kéo cảm biến thức ăn chăn nuôi
6: F: Toner cảm biến túi
6: G: cảm biến có sản phẩm nào ngăn kéo Thượng
6: H: Upper ngăn kéo khay lên cảm biến
7: E: cảm biến thức ăn chăn nuôi ngăn kéo thấp hơn
7: G: Hạ ngăn kéo trống
7: H: ngăn kéo khay lên
8: B: bỏ qua bộ cảm biến chiều rộng
8: C: bỏ qua bộ cảm biến chiều rộng
8: D: bỏ qua bộ cảm biến chiều rộng
8: E: bỏ qua bộ cảm biến chiều rộng
8: F: Việc làm dấu phân cách trên đống cảm biến
8: H: cầu đơn vị vận tải bao gồm cảm biến
9: D: ngăn kéo Thượng phát hiện
9: E: cảm biến chứng khoán Thượng ngăn kéo giấy
0: D: ngăn kéo thấp hơn phát hiện chuyển đổi
0: E: ngăn kéo chứng khoán cảm biến.
Nhóm này được thực hiện với nút fax và fax LED.
Key: Button: Mô tả thử nghiệm
1: C: 24 volt cung cấp điện
1: D: IPC được kết nối
1: F: Laser đa giác tình trạng động cơ
1: H: Toner cartridge chuyển đổi
2: cảm biến: Đăng ký
2: B: Exit cảm biến
2: C: Auto-mực cảm biến kết nối
2: D: bìa mở / đóng
2: E: Điểm đến
2: G: Side nắp mở / đóng
2: H: chính tình trạng động cơ xoay
3: B: Key truy cập
3: C: Mực cảm biến túi đầy đủ
3: D: Fuser đơn vị kết nối
3: E: cầu đơn vị vận chuyển cảm biến 2
3: G: cầu đơn vị cảm biến giấy, công việc tách ngăn xếp bộ cảm biến thấp hơn hoặc cảm biến chồng bù đắp
3: H: cầu vận chuyển cảm biến, cảm biến thức ăn chăn nuôi tách công việc hoặc cảm biến khay bù đắp.
4: F: Bỏ qua cảm biến thức ăn chăn nuôi
4: H: High tình trạng điện áp cung cấp điện
5: F: RADF kết nối
5: G: Trục bao gồm cảm biến
5: H: Quét nhà cảm biến.
6: D, E, F, G, G: cảm biến APS R, C, 3, 2, 1
7: A: RADF khay cảm biến
7: B: RADF cảm biến có sản phẩm nào
7: C: RADF mứt bao gồm cảm biến
7: D: RADF mở / cảm biến gần
7: E: RADF xuất cảnh cảm biến
7: F: RADF đảo ngược cảm biến
7: G: RADF đọc cảm biến
7: H: RADF đăng ký cảm biến
8: E: cảm biến chiều dài ban đầu RADF
8: F: RADF ban đầu chiều rộng cảm biến 1
8: G: RADF chiều rộng ban đầu cảm biến 2
8: H: RADF ban đầu chiều rộng cảm biến 3
9: A: Bridge / vị trí công việc tách / bù đắp khay connected1
9: B: Bridge / vị trí công việc tách / bù đắp khay connected2
9: C: Bridge / vị trí công việc tách / bù đắp khay connected3
0: A: Dongle (đó là những gì nó nói!) Cho GM-2010
0: B: Dongle cho GM-1010
0: C: Dongle cho GM-3010
0: D: Dongle cho các thiết bị USB và các thiết bị khác
E-STUDIO TOSHIBA E-350/352/450/452, DP-3520 / DP-4520
Mô phỏng – tiếp tục
0 & 3 chế độ, kết quả đầu ra: Shut điện. Giữ 0 và 3 phím trong khi bật nguồn. Nhập số của mã này, bằng cách sử dụng các phím số. Sau đó nhấn “Bắt đầu.” Điều này sẽ kiểm tra các thành phần. Trong một số trường hợp, “Clear” kết thúc thử nghiệm. Một số yêu cầu báo chí thứ hai của nút “Start” để ngăn chặn các kiểm tra. Trong một số trường hợp, bạn phải nhập một mã thứ hai (50 chữ số cao hơn) để ngăn chặn các kiểm tra. Trong một số trường hợp, báo chí khác của phím Start sẽ đảo ngược mục hoặc gây ra nó để di chuyển một bước. Lưu ý: 101-122 phải được tắt với 151-172, (50 chữ số cao hơn), được liệt kê dưới đây.
101: Động cơ chính.
102: Mực động cơ on.
103: Laser động cơ ở 600 dpi.
108: Đăng ký xe máy.
110: Duplex động cơ.
118: Laser.
120: Exit động cơ; về phía trước.
121: Exit động cơ; ngược lại.
122 LCF động cơ.
177: Chênh động cơ.
201: 1 băng ly hợp.
202: 2 băng ly hợp.
203: Trung cấp giao thông vận tải ly hợp.
204: Bypass thức ăn ly hợp.
206: LCF lấy điện từ.
207: LCF cuối hàng rào.
208: LCF động cơ.
209: LCT thức ăn ly hợp.
210: LCF vận chuyển ly hợp.
217: Sub-tách fan hâm mộ.
218: Key truy cập đếm lên.
222: Duplex thức ăn ly hợp.
225: PFP vận chuyển ly hợp.
226: PFP trên ly hợp.
228: PFP thấp hơn ly hợp.
232: cầu đơn vị cửa khẩu điện từ.
234: bỏ qua Solenoid đón.
235: Xả LED.
236: Fan.
238: IH fan hâm mộ.
241: IH fan hâm mộ.
242: Upper ngăn kéo khay lên động cơ.
243: ngăn kéo khay lên động cơ.
248: Nhà phát triển thiên vị + DC.
249: Nhà phát triển thiên vị-DC1.
252: Phí corona.
253: Separator thiên vị.
255: Chuyển hướng thiên vị.
256: Chuyển biến áp.
261: Scan động cơ.
267: phơi sáng đèn.
271: LCF thang máy động cơ.
278: PFP động cơ trên thang máy.
280: PFP động cơ thấp hơn thang máy.
281: RADF động cơ phía trước.
282: RADF động cơ; ngược lại.
283: RADF đọc có động cơ, về phía trước.
284: R
Các mã lỗi máy photocopy thường gặp
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