15.03.2013
Вопрос:
Ошибка Т04-513.
Ответ:
Данная ошибка означает, что сработал датчик переполнения. Попытайтесь немного попечатать на минимальной скорости. Либо можно разобрать и почистить барабан. Данную процедуру должен осуществлять сервисный инженер.
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Type |
Point |
Description |
A01 |
201 |
Master-positioning sensor does not go ON even after the write pulse motor is activated during the master-positioning, master-cut, or master-loading operation. |
A01 |
202 |
Master-positioning sensor does not go OFF even when the write pulse motor is reversed during the master-positioning or at start of master-making operation. |
A01 |
206 |
Timeout error during master-making operation |
A01 |
211 |
Master-positioning sensor is ON during standby. |
A01 |
214 |
Master-positioning sensor is ON at the start of master making. |
A01 |
215 |
Faulty gate-array control for the write pulse motor (motor does not stop within set time) |
A02 |
509 |
Master-loading sensor was OFF when the master was checked at a specified drum angle during the master-loading operation. |
A04 |
303 |
Master-disposal jam sensor was OFF at both 120 and 180 degrees drum angle. |
A04 |
314 |
Master-disposal error (recovery error). |
A05 |
304 |
Master-disposal jam sensor was ON at the completion of the master-disposal operation. |
A05 |
312 |
The master-disposal jam sensor was ON at the start of master-making operation. |
A05 |
315 |
The master-disposal jam sensor was ON when the master disposal box was set in the machine. |
A06 |
403 |
Paper-feed-tray upper or lower safety switch is OFF. |
A07 |
409 |
Paper-ejection sensor was OFF when the paper should have arrived, and the paper sensor was ON when the machine stopped (Paper misfeed). |
A07 |
412 |
Paper sensor was OFF three times in succession when a paper misfeed was detected (paper misfeed). |
A07 |
413 |
Paper sensor was ON when the paper should have left the paper sensor (long-length paper mode error). |
A07 |
418 |
The paper sensor was ON at the start of machine operation when the START button was pressed. |
A07 |
429 |
Paper feed error (recovery error). |
A07 |
432 |
Paper sensor was ON when the machine went into paper feed retry movement after a paper misfeed. |
A08 |
410 |
Paper-ejection sensor was OFF when paper should have arrived, and the paper sensor was OFF when the machine stopped (paper jam on the print drum). |
A08 |
421 |
Paper sensor was ON when the paper should have left the paper sensor during feeding of long paper in long-length paper mode (paper longer than 555 mm). |
A08 |
430 |
Paper jam on print drum (recovery error). |
A09 |
411 |
Paper-ejection sensor was ON when the paper should have left the paper-ejection sensor. |
A09 |
417 |
Paper-ejection sensor was ON at the start of machine operation when the START button was pressed. |
A09 |
431 |
Paper-ejection error (recovery error). |
A10 |
102 |
Original-registration-sensor remaining jam |
A10 |
103 |
Original-IN-sensor remaining jam |
A10 |
105 |
Original-registration-sensor non-arrival jam |
A10 |
106 |
Original-IN-sensor non-arrival jam |
A10 |
107 |
Original-OUT-sensor non-arrival jam |
A10 |
109 |
An original feed error occurred, due to opening the AF. |
A10 |
162 |
No original in AF during AF master making. |
A16 |
525 |
Waiting for the master to be removed. |
A17 |
209 |
Cutter home-position switch is OFF at the start of master-making or master-set operation. |
A34 |
218 |
Request to resetting the master. |
B01 |
730 |
Keycard counter: No card |
B22 |
721 |
With the «Tape separation» function set ON, no power is supplied to the job separator when start key is pressed. |
B22 |
727 |
After cluster-A signal turned ON, BUSY-signal stayed «L» more than 7 seconds (power to job separator was turned OFF while the tape is being ejected. |
B23 |
722 |
With the «Tape separation» function set ON, no tape detected in the job separator when the start key is pressed. |
B23 |
723 |
No tape remains in job separator upon completion of the tape-ejection operation. |
B24 |
724 |
Tape jam detected when the start key is pressed with the «Tape separation» function set to ON. |
B24 |
725 |
Job separator tape-jam detection signal is «H» within 1,200 milliseconds after the cluster-A signal turns ON (tape misfeed). |
B24 |
726 |
Job separator tape-jam detection signal is «L» when the BUSY signal changes from «L» to «H» (or after 7 sec. at «L») after the cluster-A signal goes ON (tape misfeed). |
B31 |
916 |
Network cable is not connected when the machine is powered ON. |
B32 |
917 |
Communication error on the network. |
B32 |
920 |
Error detected by Network Interface Card (NIC) — NAK (negative acknowledgement was received). |
B33 |
931 |
DHCP server is not found with DHCP ON. |
B34 |
919 |
Error detected on the locally connected printer. |
C01 |
512 |
The ink sensor did not go ON even when inking was performed for the preset period. |
C01 |
563 |
Ink remaining amount is zero. |
C01 |
574 |
Inkless error was detected 5 times consecutively on one same ink bottle. |
C02 |
200 |
The master end was detected twice in succession at 10-milliseconds intervals during master transport. |
C02 |
240 |
Master remaining amount is zero |
C02 |
253 |
Masterless error was detected twice consecutively on one same master-roll. |
C03 |
308 |
Compression detection position was reached before the master-compression-motor encoder-sensor count reached the specified level, after the master compression motor turned ON in the compression direction. |
C03 |
313 |
Master removal box full detected by the master removal count. |
C04 |
402 |
Paper detection sensor is OFF (no paper on the feed tray). |
D01 |
526 |
Print drum is not set in the machine (drum connection signal, drum safety switch, and drum-lock sensor is OFF. |
D01 |
527 |
Print drum connection signal is OFF when the print drum was inserted in the machine. |
D01 |
528 |
Print drum safety switch is OFF when the print drum was inserted in the machine. |
D01 |
529 |
Print drum lock sensor is OFF when the print drum was inserted in the machine (time-out: 5 seconds). |
D01 |
530 |
Print drum connection signal does not go OFF within 5 seconds after the print drum safety switch went OFF when the print drum was pulled out. |
D02 |
532 |
Incorrect print drum is used. |
D03 |
533 |
Ink cartridge set sensor is OFF. |
D04 |
534 |
Incorrect ink cartridge is used. |
D04 |
560 |
Ink TAG is not detected on ink bottle. |
D04 |
561 |
Ink cartridge communication error (communication with the ink cartridge was interfered by noise). |
D04 |
562 |
Wrong ink cartridge information. |
D04 |
564 |
Detected a mismatch in ink cartridge information |
D05 |
210 |
Master detection sensor is OFF (not detecting master). |
D07 |
310 |
Disposal-box safety switch is OFF. |
D08 |
224 |
Master making unit is not set (both the safety switch and lock sensor are OFF). |
D08 |
226 |
Master making unit safety switch is still OFF when the master making unit is set in position. |
D08 |
227 |
Master making unit lock sensor is still OFF when the master making unit is set in position (timeout: 5 seconds). |
D08 |
228 |
Master making unit lock sensor is still ON even after the master making unit safety switch went OFF, when the master making unit was pulled out of the machine. |
D09 |
212 |
Master-making-unit set sensor is OFF (sensor light path is free). |
D11 |
535 |
Front cover set switch is OFF. |
D13 |
9 |
The rear cover is opened (serviceman safety switch is OFF). |
D17 |
236 |
Incorrect master roll. |
D17 |
237 |
Master roll undetected. |
D17 |
238 |
Master roll communication error. |
D17 |
239 |
Wrong master roll detected. |
D17 |
241 |
Detected a mismatch in master roll information. |
D18 |
522 |
Print drum ready for release (solenoid is ON). |
D19 |
223 |
Master making unit ready for release (solenoid is ON). |
D22 |
540 |
Error in access to the Drum PCB (unable to read from or write on the Drum PCB). |
D22 |
542 |
Abnormal data on Drum PCB. |
E01 |
10 |
Battery voltage was less than 2.5 V when the power was switched ON (weak battery: time to replace battery). |
E02 |
11 |
Master counter reached the value set for the maintenance call (value set by test mode). [The message appears when either the power is turned ON, the unit is reset, or when the machine operation ended.] |
E02 |
12 |
Copy counter reached the value set for the maintenance call (value by set test mode). [The message appears when either the power is turned ON, the unit is reset, or when the machine operation ended.] |
E02 |
22 |
Maintenance counter inside the print drum reached the value set for the maintenance call (value set by test mode). [The message appears when either the power is turned ON, the unit is reset, or when the machine operation ended.] |
F01 |
15 |
There is no master on the print drum at the start of printing. |
F02 |
18 |
Paper size does not match with the image size on the print drum at the start of printing. |
F03 |
16 |
Multi-up was selected using custom size paper. |
F05 |
19 |
In master making, the print quantity selected is less than the minimum print quantity. |
F10 |
21 |
Paper size does not match with the size of image on the print drum when test print is selected and activated. |
F21 |
32 |
Next original is not in placed on AF for multi-up operation. |
F22 |
33 |
Next original is not placed on flatbed for multi-up operation. |
F37 |
50 |
Original was set on the AF with book mode selected, when master making is activated. |
F50 |
910 |
Auto-printer-selection is disabled due to error on linked printer. |
F54 |
923 |
Auto-printer-selection is disabled due to no paper in the linked printer. |
F55 |
924 |
Auto-printer-selection is disabled while receiving print data from PC. |
F58 |
927 |
Cannot print from linked printer (Initializing NET-C). |
H1 |
566 |
Requesting ink color information input (Ink-TAG related). |
H2 |
567 |
Requesting print density information input (Ink-TAG related). |
H3 |
568 |
Requesting test printing print density information input (Ink-TAG related). |
H4 |
242 |
Requesting master-making density information input (Master-TAG related). |
H5 |
243 |
Requesting Print density information input (Master-TAG related). |
H6 |
244 |
Requesting test printing print density information input (Master-TAG related). |
P01 |
520 |
Main encoder sensor does not go ON/OFF within 10 milliseconds after the main motor activates. |
P01 |
521 |
B-positioning sensor status does not change even after 3,033 pulses after the main motor activates. |
P01 |
524 |
Clamp unit is not at the home position while the print drum is in operation (except during master disposal). |
P01 |
537 |
Print drum failed to stop at position B. (over-run) |
P01 |
538 |
Print drum is not locked during operation. (Print-drum lock position sensor: OFF) |
P02 |
400 |
Both the upper and lower limit sensors were ON at the same time. |
P02 |
401 |
Overload current was detected in the elevator motor. |
P02 |
404 |
The lower-limit sensor does not go OFF within 2 seconds after the elevator motor operates in the raising direction from the lower-limit position. |
P02 |
405 |
The upper-limit sensor does not go ON within 12 seconds after the elevator motor operates in the raising direction. |
P02 |
406 |
The upper-limit sensor does not go OFF within 2 seconds after the elevator motor operates in the lower direction from the upper-limit position. |
P02 |
407 |
The lower-limit sensor does not go ON within 12 seconds after the elevator motor operates in the lowering direction. |
P02 |
408 |
The upper-limit sensor is OFF continuously for over 2 seconds during operation of the elevator servo action to raise the feed tray. |
P03 |
500 |
Clamp sensor A is OFF after the completion of the clamp unit initialization or home positioning movement. |
P03 |
501 |
Clamp sensor B does not change within 1 second from the time the clamp motor operates in the correct direction. |
P03 |
502 |
Clamp sensor B does not change within 1 second from the time the clamp motor operates in the reverse direction. |
P03 |
503 |
Clamp sensor A does not go ON within 3 seconds when the clamp unit makes initialization movement. |
P03 |
504 |
At the start of Clamp plate open/close action, the the detection sequence of clamp-sensors A & B is abnormal. |
P03 |
505 |
At the start of print drum Positon-A compensation movement, the detection sequence of clamp-sensors A & B is abnormal. |
P03 |
506 |
At the start of Clamp unit Home-positioning movement, the detection sequence of clamp-sensors A & B is abnormal. |
P03 |
507 |
Clamp sensor A is ON after the clamp release action is completed. |
P03 |
508 |
Clamp sensor A is ON after the A-position compensating movement is completed. |
P03 |
545 |
Clamp unit is not in the home position while the print drum is in movement (cause due to the clamp motor). |
P04 |
513 |
The overflow sensor was ON for a set number of times in succession during the 10-millisecond-interval overflow-sensor check. |
P05 |
603 |
The vertical-centering sensor does not switch ON even when the vertical-positioning pulse motor activated in the image-down direction for 5 seconds during vertical home positioning movement. |
P05 |
604 |
The vertical-centering sensor does not switch OFF even when the vertical-positioning pulse motor activated in the image-up direction for 5 seconds during vertical home positioning movement. |
P05 |
605 |
Even though the vertical positioning motor stopped according to the vertical centering sensor detection, the stopping position does not correspond with the programmed position. (GA control error). |
P05 |
612 |
The one-step-positioning key was pressed with vertical-print-position information undefined. |
P08 |
951 |
Print job executed was not in correct RisoRinc format. |
P11 |
600 |
Print pressure HP sensor does not switch ON within 3.9 seconds after the print pressure pulse motor activated towards higher pressure during home positioning operation. |
P11 |
601 |
Print pressure HP sensor does not switch OFF within 4.6 seconds after the print pressure pulse motor activated towards lower pressure during home positioning operation. |
P11 |
602 |
Even though the print pressure control pulse motor stopped according to the print pressure HP sensor detection, the stopping position does not correspond with the programmed position. (GA control error). |
P12 |
301 |
Master compression motor lock when moving compression plate up. |
P12 |
305 |
Master compression sensor does not go ON within 6.5 seconds after the master compression motor operates in the return direction. |
P12 |
306 |
Master compression sensor does not go OFF within 2 seconds after the master compression motor operates in the compress direction. |
P12 |
307 |
Master compression plate maximum position is not detected within 6.5 seconds after the master compression motor operates in the compress direction. |
P12 |
309 |
Master-compression-motor encoder sensor count did not change as the master compression motor activated in the compress direction and moved out from the home position. |
P12 |
316 |
Master-compression-motor encoder sensor count did not change within 10 milliseconds after the master compression motor activated. |
P12 |
300 |
Overload current was detected in the master removal motor. |
P13 |
203 |
Cutter HP switch does not go OFF within 100 milliseconds after the cutter motor is activated. |
P13 |
204 |
Cutter HP switch does not go ON within 300 milliseconds after the cutter motor is activated. |
P13 |
205 |
Master-positioning sensor is ON when the print drum rotates through the preset angle following master cutting. |
P13 |
221 |
Both the cutter HP switch and cutter stop position switch are ON at the same time. |
P13 |
222 |
Cutter HP switch does not go ON within 450 milliseconds after the cutter home positioning operation started. |
P13 |
231 |
Cutter HP switch does not go OFF within 500 milliseconds after the cutter moved out from the home position. |
P13 |
232 |
Cutter stop position switch does not go ON within 2 seconds after the cutting operation started. |
P13 |
233 |
Cutter stop position switch does not go OFF within 500 milliseconds after the cutter activates to move from the stop position to the home position. |
P13 |
234 |
Cutter HP switch does not go ON within 2 seconds after the cutter home positioning operation started. |
P14 |
114 |
Incorrect main-unit data. |
P14 |
115 |
The scanner operation is not completed within the set time. |
P14 |
116 |
Timeout error for black shading compensation. (RZ3 series only) |
P14 |
117 |
Timeout error for white shading compensation. (RZ3 series only) |
P14 |
123 |
Offset adjustment not completed within set time. (RZ3 series only) |
P14 |
124 |
Gain adjustment not completed within set time. (RZ3 series only) |
P14 |
125 |
Offset adjustment not completed. |
P14 |
126 |
Gain adjustment not completed. |
P14 |
135 |
Malfunction detected during offset adjustment. (RZ3 series only) |
P14 |
136 |
Malfunction detected during offset adjustment. (RZ3 series only) |
P14 |
137 |
Malfunction detected during black shading compensation. (RZ3 series only) |
P14 |
138 |
Malfunction detected during white shading compensation. (RZ3 series only) |
P14 |
170 |
Even though the read pulse motor stopped according to the sensor detection, the stopping position does not correspond with the programmed position. (GA control error). |
P15 |
4 |
Communication error with AF-CPU. |
P15 |
110 |
ABC (auto-base-control) timeout. The original does not move from the ABC scanning position on the AF unit. |
P15 |
111 |
Operation command was made to the AF unit without 24 volts supplied to the AF unit. |
P15 |
130 |
Timeout error in receiving reply from the AF unit after command signal was sent from the Riso printer to the AF unit. |
P15 |
131 |
Riso printer received an undefined command from the AF unit. |
P15 |
132 |
Riso printer detected communication sequence error from the AF unit. |
P15 |
133 |
Communication error with AF unit (ACK or NAK error). |
P15 |
134 |
Riso printer could not send command to the AF unit within the set time. |
P15 |
160 |
AF unit detection signal went OFF while the AF unit is in operation. |
P17 |
20 |
Solenoid counter is not connected. |
P18 |
531 |
Print drum lock sensor is still ON even after 100 milliseconds after the print drum lock solenoid is activated. |
P19 |
207 |
TPH pressure sensor does not go OFF within 2 seconds after the thermal-pressure motor activates in the decompressing direction, or during home positioning operation. |
P19 |
208 |
TPH pressure sensor does not go ON within 2 seconds after the thermal-pressure motor activates in the decompressing direction. |
P19 |
216 |
TPH pressure sensor does not go OFF within 500 millisecond after the thermal-pressure motor activates in the compressing direction. |
P19 |
217 |
TPH pressure sensor does not go ON within 2 seconds after the thermal-pressure motor activates in the compressing direction. |
P20 |
415 |
Paper-ejection-wing home sensor does not go OFF within 7,000 milliseconds after the paper ejection wing motor activates in the counterclockwise direction from the home position. |
P20 |
416 |
Overload current was detected in the paper-ejection motor. |
P20 |
437 |
Paper-ejection encoder sensor status does not change within 10 milliseconds after the paper-ejection motor is activated. |
P24 |
539 |
Inking-motor encoder sensor status does not change within 20 milliseconds after the inking-motor is activated. |
P25 |
26 |
Battery voltage was below 2.3 volts (too low) when the power is turned ON. |
P92 |
570 |
EEPROM on the print drum PCB was being accessed while the print drum was in releasing action from the machine. |
P93 |
932 |
No reply from the NET-C network interface card while accessing to the network interface card. |
P93 |
933 |
No response from NET-C for 90 seconds during NET-C initialization. |
P94 |
225 |
TPH code does not match with the machine code when the power is turned ON with the master-making unit in operating position or when the master-making unit is inserted in operating position while the power is ON. |
P95 |
59 |
Machine serial-number information sent from SH-PCB does not match with the machine serial number information in the MCTL PCB. |
P96 |
171 |
TPH resistance value not input. |
P96 |
172 |
Scanner adjustment not completed. |
P96 |
433 |
Paper size width potentiometer test-mode setting is not completed. |
P96 |
569 |
Either the print drum color information or ink category information is still not input. |
P96 |
613 |
Print pressure data missing. |
P98 |
2 |
No reply from Mini-Rosa PCB when the machine power is turned ON even though the Rosa connection signal is ON. |
P98 |
5 |
Hardware error. |
P98 |
6 |
FRAM checksum error. |
P98 |
7 |
Mini Rosa PCB not connected. |
P98 |
38 |
Machine data on EEPROM does not match with that on the SH-PCB. |
P98 |
39 |
Improper EEPROM on the SH-PCB. |
P98 |
46 |
The DIMM capacity does not match. |
P98 |
51 |
Touch-panel communication error |
P98 |
53 |
Failure in calling out the saved Memory settings (program, mode, user paper information). |
P98 |
54 |
Failure in saving the Memory settings (program, mode, user paper information). |
P98 |
55 |
Machine type code from SH-PCB does not match with the machine information on the H8-PCB. |
P98 |
63 |
The test-mode memory data stored was outside the adjustment range. |
P98 |
64 |
An undefined command was sent in communication between SH-PCB and MCTL PCB. |
P98 |
65 |
Communication error 01 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
67 |
Communication error 03 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
68 |
Communication error 04 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
69 |
Communication error 05 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
70 |
Communication error 06 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
71 |
Communication error 07 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
72 |
Communication error 08 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
73 |
Communication error 09 between SH-PCB and MCTL PCB (MCTL PCB side). |
P98 |
74 |
Communication error 10 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
75 |
Communication error 11 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
76 |
Communication error 12 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
77 |
Communication error 13 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
78 |
Communication error 14 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
79 |
Communication error 15 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
80 |
Communication error 16 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
81 |
Communication error 17 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
82 |
Communication error 18 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
83 |
Communication error 19 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
84 |
Communication error 20 between SH-PCB and MCTL PCB (SH-PCB side) |
P98 |
98 |
Machine serial number information on the SH-PCB EEPROM does not match with that in the FRAM. |
P98 |
119 |
Image processing PCB trouble. |
P98 |
120 |
Scanner communication problem. (RZ3 series only) |
P98 |
129 |
Faulty Scanner GA PCB. (RZ3 series only) |
P98 |
245 |
Master transfer time-out error during master making (Write pulse motor error). |
P98 |
246 |
Master transfer time-out error during master making (Load pulse motor error). |
P98 |
614 |
Vertical print position data missing. |
P98 |
934 |
Main read/write communication error (detected by read/write side). |
P98 |
935 |
Main read/write communication error (detected by machine side). |
P98 |
937 |
Serial number data missing. |
P98 |
938 |
FRAM version-down. |
P98 |
947 |
24V-A does not go ON (a possible burnt 24-volt group-A fuse). |
P98 |
948 |
24V-B does not go ON (a possible burnt 24-volt group-B fuse). |
P98 |
949 |
24V-A does not go OFF. |
P98 |
950 |
24V-B does not fo OFF. |
P98 |
952 |
Checksum error on the ROSA flash-memory. |
P98 |
953 |
Unsuccessful writing on the ROSA flash-memory. |
P99 |
936 |
Software error |
Обзор ошибки замятие в ризографе
В прошлом обзоре мы познакомили вас с возможными типами ошибок, возникающих на ризографе и их идентификацией. Теперь мы рассмотрим индикаторы типов ошибок более подробно.
Первым в нашем списке будет индикатор замятия листов бумаги в том или ином месте ризографа. По-английски этот тип ошибки звучит как «JAM», т.е. замятие.
Для идентификации ошибки, связанной с замятием бумаги вам необходимо взглянуть на дисплей ошибок, на котором вы увидите номер в кружочке, который описывает место положения возникшей ошибки, а на дисплее тиражей собственно ее код. Далее вам нужно найти высветившийся номер ошибки в таблице с описанием, узнать причину, которая повлекла ошибку и выполнить указания по ее ликвидации.
-
Код ошибки А-01/34 (место положения 4, узел изготовления мастера)
Причина.
Данная проблема вызвана не верной установкой мастера в узел изготовления.Устранение.
Для устранения данной ошибки достаточно разблокировать узел изготовления мастера, извлечь его и заново установить рулон мастер-пленки, при этом необходимо убедиться, чтобы мастер-пленка не провисала. Вернуть узел обратно. -
Код ошибки А-02 (место положения 3, красящий цилиндр)
Причина.
Неправильно намотанный кадр мастер-пленки на красящий цилиндр.Устранение.
Сначала вам нужно извлечь красящий цилиндр из ризографа. Далее вам необходимо разблокировать барабан при помощи рычага слева и повернуть барабан до тех пор, пока сверху не окажется металлический зажим мастера.Далее, нажав на рычаг этого прижима, вам нужно поддеть за край и снять весь кадр мастер-пленки с цилиндра.
После того, как вы сняли мастер, вам необходимо провернуть барабан до совмещения меток и установить его обратно в ризограф. После этого разблокируйте узел изготовления мастера и извлеките его, произведите повторную установку мастера в узел и задвиньте узел изготовления обратно. Далее повторите процедуру по изготовлению нового мастера на ризографе.
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Код ошибки А-04 (место положения 3, красящий цилиндр)
Причина.
Снятый кадр мастер-пленки не был загружен в контейнер для отработанных мастеров.Устранение.
Сначала вам нужно извлечь красящий цилиндр и удалить с него кадр мастера. Далее верните барабан обратно в аппарат и нажмите кнопку «старт». -
Код ошибки А-05 (место положения 5, контейнер отработанных мастеров)
Причина.
Подобная ошибка говорит о застревании бумаги в узле отработанных мастеров.Устранение.
Сперва нужно извлечь контейнер отработанных мастеров с помощью нажатия специального рычага справа от контейнера.Далее удалить застрявший мастер и произвести установку контейнера в обратном порядке.
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Код ошибки А-06 (место положения 1, подающий стол)
Причина.
Под лотком или на бумаге имеются посторонние объекты.Устранение.
Для исправления данной проблемы вам необходимо проверить подающий лоток, под ним и на бумаге на наличие посторонних предметов и при их наличии удалить. -
Код ошибки J-08 (место положения 6, узел подачи бумаги)
Причина.
Обозначает, что в данном узле есть застревание бумаги.Устранение.
Для исправления ошибки надо извлечь застрявшую бумагу и заправить лоток бумагой заново, далее для сброса ошибки нажать кнопку «сброс». -
Код ошибки А-16 (место положения 3, красящий цилиндр)
Причина.
Проблема со снятием мастера с барабана.Устранение.
Вам необходимо повторить все описанные действия по снятию кадра мастер-пленки с барабана, которые описаны выше к ошибке А-02 и повторить процедуру изготовления нового кадра мастера. -
Код ошибки А-17 (место положения 4, узел изготовления мастера)
Причина.
Неправильно отрезан кадр мастер-пленки.Устранение.
Нужно извлечь узел изготовления мастера и повторить заново установку рулона мастер-пленки. -
Код ошибки J-01 (место положения 8, узел автоматической подачи бумаги)
Причина.
Если на вашем ризографе установлен АПО и горит данная ошибка, значит в АПО произошло застревание бумаги.Устранение.
Для удаления проблемной бумаги из АПО необходимо потянуть рычаг разблокировки оригинала вправо и вытащить бумагу. Если же бумага застряла дальше данного узла, то надо поднять крышку ризографа вверх и провернуть ролик разблокировки АПО для удаления бумаги. -
Код ошибки J-02 (место положения 6, узел приемного лотка)
Причина.
Обозначает, что в данном узле есть застревание бумаги.Устранение.
Извлечь бумагу из зоны застревания и сбросить ошибку нажатием кнопки «сброс». -
Код ошибки J-04 (место положения 3, красящий цилиндр)
Причина.
Проблема с застреванием листов бумаги в красящем цилиндре.Устранение.
Извлеките цилиндр из ризографа, проверьте его на наличие замятой бумаги и при необходимости удалите ее.
Таким образом мы познакомили вас с ошибками ризографа, которые прямым образом связаны с застреванием мастера или бумаги в разный агрегатных узла аппарата. В следующем обзоре мы рассмотрим ошибки, связанные с индикатором активной функции.
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Gelios
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Очистка барабана ризографа Riso ошибка Т04-513 / Cleaning the risograph drum Riso error T04-513.
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