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.
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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.
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 |
Как и обещали в этой статье пойдет речь о неисправностях требующие ремонт ризографа Riso CZ 180. Хотелось бы напомнить, что ризограф это сложный цифровой аппарат и не все ошибки пользователь может устранить сам. Поэтому прежде чем производить какие-либо действия взвесьте свои силы, чтобы после этого не обращаться к специалисту по дорогостоящему ремонту. Напомним, что индикация поломки ризографа состоит из шестизначных символов. Первые две цифры и буквы означают какой блок не работает, вторые три цифры через дефис поясняют, где она возникла.
Р01-заблокирован главный двигатель
Это системная ошибка связанная с блокировкой главного двигателя. Для её устранения нажмите клавишу RESET. Если P01 не исчезла вызовите сервисного инженера
Трехзначное число | Возникновение неисправности |
520 | Сенсор энкодера не получил ответа в течении 10 мс после запуска главного мотора |
521 | Статус датчика позиции А не получил 3,033 импульсов после запуска главного двигателя |
524 | Пластина зажима не вернулась в начальное положение во время работы барабана (исключение во время выброса мастера) |
537 | Печатный барабан не остановился в позиции А |
Р02-заблокирован мотор лотка подъёма
Это системная ошибка вызванная с блокировкой электромотора подъёмного лотка. Чтобы устранить её нажмите клавишу RESET или включите, выключите аппарат. При повторном появлении вызовите сервисного инженера.
Трехзначное число | Возникновение неисправности |
400 | Верхний и нижний датчик предела одновременно находится в включенном состоянии |
401 | В двигателе подъёмного лотка была обнаружена перегрузка по току |
404 | Нижний сенсор предела не выходит в выключенное состояние в течении двух секунд после запуска электродвигателя лотка |
405 | Датчик верхнего предела не включается в течении 12 секунд после запуска мотора лотка |
406 | Верхний сенсор предела не выключается в течении 2 секунд после работы двигателя лотка |
407 | Нижний датчик предела не включается в течении 12 секунд после запуска электромотора лотка |
408 | Верхний сенсор предела выключен более 2 секунд во время работы двигателя лотка |
Р03-заблокирован двигатель замка
Это системная ошибка вызванная блокировкой мотора зажима (СLAMP) Для устранения нажмите клавишу RESET, если не устранится вызовите сервисного инженера
Трехзначное число | Возникновение неисправности |
500 | После завершения инициализации блок зажима не встал в выключенное положение |
501 | Во время работы мотора зажима датчик зажима не выключился в течении одной секунды |
502 | Во время работы электромотора зажима датчик не включился в течении 2,5 секунд |
504 | Во время начала зажима пластины обнаружен выключенный датчик зажима |
505 | При положении барабана в позиции А датчик зажима обнаружен в выключенном состоянии |
506 | В положении блока позиционирования зажима находясь в исходном состоянии датчик зажима включен |
507 | Сенсор зажима выключен после завершения открытия зажимной пластины |
508 | Опто-датчик зажима включен после движения барабана в позиции А |
515 | Барабан находится не в позиции А и не в позиции В, когда двигатель зажима начинает работать |
P04 — чернила переполнены
Системная ошибка вызванная переполнением чернил. после устранения переполнения чернил, нажмите клавишу Reset. Если неисправность осталось вызовите сервисного инженера.
Трехзначное число | Возникновение неисправности |
513 | Сенсор переполнения включен более 10 мс. Проверти датчик переполнения. |
Р05 — блокировка мотора вертикального поднятия
Системная ошибка связанная с блокировкой мотора вертикального поднятия. Нажать клавишу «Reset» или выключить и включить питание. Если ошибка не устранилась, требуется ремонт сервисным инженером
Трехзначное число | Возникновение неисправности |
603 | Не включился сенсор вертикального центрирования, даже когда импульсный двигатель вращает в нижнее положение. Нет ответа включения более 5 секунд |
604 | Датчик вертикального центрирование не выключился, в то время пока импульсный мотор вертикального положения двигается вверх в течении 5 секунд |
605 | Во время вертикального центрирования сенсор и импульсный двигатель работают, но позиция остановки не соответствует программному позиционированию. |
612 | Информация вертикального позиционирования не соответствует действительности |
Р08 — коммуникационная неисправность
Системная ошибка. устраняется включением выключением аппарата
Трехзначное число | Возникновение неисправности |
951 | Не корректные данные RINC |
P12 заблокирован двигатель удаления мастера
Системная ошибка. Не работает двигатель или механизм удаления мастера. Устраняется нажатием клавиши «Reset»
Трехзначное число | Возникновение неисправности |
301 | Блокировка электромотора прижимной пластины блока съема мастера |
302 | Двигатель прижимной пластины блока сжатия двигателя, работая в обратном направлении, в течении 3 секунд не выключил сенсор |
305 | При работе мотора блока съема мастера, работающий в режиме возврата, в течении 1 секунды не дал сигнал включения |
306 | В течении 3 секунд не поступил сигнал выключения, при направлении пластины в сторону сжатия |
309 | В направлении пластины в сторону сжатия не изменилось положения энкодера |
313 | при движении в направлении сжатия в течении 1 секунды не поступил сигнал выключения на опто пару |
316 | После активации двигателя блока выброса мастера с энкодера не поступил сигнал в течении 10 миллисекунд. |
Р13 — блокировка электродвигателя блока отреза мастера
Системная ошибка, связанная с блоком отреза мастера. Устраняется нажатием клавиши «Reset». В противном случае оправитесь в сервисный центр.
Трехзначное число | Возникновение неисправности |
205 | Включен один из выключателей ножа при вращении барабана |
221 | Нож мастера находится в неверном положении |
222 | Переключатель не включается в течении 450 миллисекунд, после ухода ножа в начальное положение |
231 | Выключатель положения ножа не выключился в течении 500 миллисекунд, после начала отрезания |
232 | Переключатель ножа не включился в течении 2 секунд, после начала подачи команды отреза |
233 | Через 500 миллисекунд не перешел в выключенное состояния датчик ножа, после запуска резки пленки |
234 | Переключатель ножа не реагирует более 2 секунд, во время начала отрезания мастера |
Р17 — соленоид счетчика не подключен
Системная ошибка. Не подключен или обрыв электромагнита счетчика мастера или количества копии. Проверить цепь электромагнита или подключить счетчик. Требуется сервисный инженер.
Трехзначное число | Возникновение неисправности |
020 | Счетчик количества мастер пленки не подключен |
021 | Счетчик количества копии не подключен |
Р20 — блокировка двигателя в блоке выхода бумаги
Неисправность в блоке выхода бумаги, блокировка мотора в блокею Нажать «Reset». Если неисправность осталось вызвать сервис.
Трехзначное число | Возникновение неисправности |
437 | После активации электромотора выходного лотка, энкодер не выработал сигнал в течении 10 миллисекунд |
Р24 — блокировка помпы чернил
Системная ошибка. Неисправность помпы подачи краски. Нажмите клавишу «Reset» или выключите и включите аппарат. При повторной возникновении неисправности, обратитесь в сервис.
Трехзначное число | Возникновение неисправности |
539 | FG сенсор не изменился, в течении 20 миллисекунд, после активации помпы |
Р93 — NET-C / NET-D аппаратная ошибка
Неисправность карты сетевого интерфейса. Выключите и включите аппарат. При повторном возникновении вызвать сервисного инженера.
Трехзначное число | Возникновение неисправности |
932 | Нет ответа между сетевым интерфейсом аппарата и сетевой карты |
Р96 не введены данные
Системная ошибка. Не введены данные в аппарат. С помощью сервисного режима введите нужные параметры.
Трехзначное число | Возникновение неисправности |
171 | Не введены значения TPH (термоголовки) |
172 | Не завершена настройка сканера |
Р98 — Аппаратная ошибка
Системная ошибка. Неисправность возникшая в сбои в электронных плат или аппарата. Выключите и включите аппарат. Вызвать сервисного инженера.
Трехзначное число | Возникновение неисправности |
002 | Нет ответа от SH3M PCB |
005 | Аппаратная ошибка |
006 | Ошибка проверки суммы EEPROM |
025 | Дефект RF PCB. Неверные параметры инициализации RF PCB |
034 | Невозможно произвести запись в EEPROM/ Не удается получить доступ к EEPROM |
035 | Неисправность данных EEPROM |
039 | Неверный EEPROM |
053 | Неверные параметры пользовательских данных EEPROM |
054 | Неудачная запись параметров пользователя в EEPROM |
063 | Параметры тестового режима выходят за диапазон |
064 | Ошибка связи SH PCB and MCTL PCB |
065 | Ошибка связи SH PCB(01) and MCTL PCB |
067 | Ошибка связи SH PCB(02) and MCTL PCB |
068 | Ошибка связи SH PCB(03) and MCTL PCB |
069 | Ошибка связи SH PCB(04) and MCTL PCB |
070 | Ошибка связи SH PCB(05) and MCTL PCB |
071 | Ошибка связи SH PCB(06) and MCTL PCB |
072 | Ошибка связи SH PCB(07) and MCTL PCB |
072 | Ошибка связи SH PCB(08) and MCTL PCB |
073 | Ошибка связи SH PCB(09) and MCTL PCB |
074 | Ошибка связи SH PCB and MCTL PCB (10) — on SH PCB |
075 | Ошибка связи SH PCB and MCTL PCB (11) — on SH PCB |
076 | Ошибка связи SH PCB and MCTL PCB (12) — on SH PCB |
077 | Ошибка связи SH PCB and MCTL PCB (13) — on SH PCB |
078 | Ошибка связи SH PCB and MCTL PCB (14) — on SH PCB |
079 | Ошибка связи SH PCB and MCTL PCB (15) — on SH PCB |
080 | Ошибка связи SH PCB and MCTL PCB (16) — on SH PCB |
081 | Ошибка связи SH PCB and MCTL PCB (17) — on SH PCB |
082 | Ошибка связи SH PCB and MCTL PCB (18) — on SH PCB |
083 | Ошибка связи SH PCB and MCTL PCB (19) — on SH PCB |
084 | Ошибка связи SH PCB and MCTL PCB (20) — on SH PCB |
119 | Дефект платы изображения |
121 | Ошибка настройки сканера 1 |
122 | Ошибка настройки сканера 2 |
245 | Неисправность время ожидания изготовления мастера (related to Write pulse motor) |
246 | Неисправность время ожидания изготовления мастера (related to Load pulse motor). |
934 | Ошибка связи между MCTL PCB and RF PCB. (on RF PCB side) |
935 | Ошибка связи между MCTL PCB and RF PCB. (MCTL PCB side) |
938 | Неверная версия EEPROM |
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Riso error A-34-218 and F-01—15 solved
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Error Codes list of Riso KZ30 model and quick guides
– Compatible Printer model: Riso KZ30
– Riso KZ30 Error Codes with quick guides:
- Code: A01
- Description: Master feed error
- Causes: 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. 258 Master end tape detected twice in a row.
- Troubleshooting Guides: Open the master-making unit and rewind the master material on the master roll, and then reset the master, or turn OFF the power and power back ON.
- Code: A02
- Description: Master loading error
- Causes: Pull out the print cylinder and set it back.
- Troubleshooting Guides: 509 Master-loading sensor was OFF when the master was checked at a specified drum angle during the master-loading operation.
- Code: A04
- Description: Master disposal error
- Causes: 303 Check Print Drum – Master removal error / Master disposal jam.
- Troubleshooting Guides: Pull out the print drum and push it back in.
- Code: A05
- Description: Master present in the master disposal area
- Causes: 304 Master disposal box check request after master removal error or master disposal jam. 312 Master disposal jam sensor was ON at the start of the master making.
- Troubleshooting Guides: Pull out master disposal box and place it back after removing the jammed master in the master disposal area, or turn OFF the power and power back ON.
- Code: A07
- Description: Paper feed error
- Causes: 4 10 Paper-ejection sensor was OFF when the paper should have arrived. (Paper misfeed).
- Troubleshooting Guides:
- Code: A09
- Description: Paper ejection error
- Causes: 4 11 Paper-ejection sensor was ON when the paper should have left the paper-ejection sensor.
- Troubleshooting Guides:
- Code: A10
- Description: AF original feed error
- Causes: 103 Original jammed under Original IN sensor. 107 Original does not arrive to the Original IN sensor.
- Troubleshooting Guides:
- Code: A16
- Description: Waiting for the master to be removed from the drum
- Causes: 525 Waiting for the master to be removed from the print cylinder (drum).
- Troubleshooting Guides: Pull out the print cylinder (drum), remove the master around it and insert it back.
- Code: A17
- Description: Cutter error
- Causes: 205 Master positioning sensor is ON after master cutting and Print drum returns back to Position-A. (Master cut error) 209 Cutter HP switch is OFF when master making started or when the master material was set.
- Troubleshooting Guides: Open the Master making unit, remove the master and close the master making unit.
- Code: A34
- Description: Requesting for the master to be reset
- Causes: 206 When the Master making unit safety switch turned from OFF to ON, the Master position sensor was ON. (Master setting error) 218 Requesting for the leading edge of the master material to be set in the master making unit.
- Troubleshooting Guides: Open the Master making unit, re-insert the master material into the master making unit.
- Code: C01
- Description: Replace ink cartridge
- Causes: 512 The ink sensor did not go ON even when inking was performed for a preset duration. (No ink detected.) 563 Ink remaining amount is zero from the information on the RF-Tag. 574 Inkless error was detected 5 times consecutively on one same ink cartridge.
- Troubleshooting Guides: Remove the empty ink cartridge and replace with a new one.
- Code: C02
- Description: Replace master roll
- Causes: 200 The master end was detected twice in succession at 10-milliseconds intervals during master transport. (Master material is fully used from the master roll.) 240 Master remaining amount is zero from the RF-Tag information. 253 Masterless error was detected twice consecutively on one same master-roll.
- Troubleshooting Guides: Remove the empty master roll and replace with a new one.
- Code: C03
- Description: Master disposal box full
- Causes: 311 The master disposal software counter counted maximum. (Master disposal box full by the software count.)
- Troubleshooting Guides: Remove master disposal box from the machine, throw away the disposed master from the disposal box and return the disposal box in the machine after an interval of over 5 seconds.
- Code: D01
- Description: Print drum not set
- Causes: 526 Print drum is not set in the machine (drum connection signal, drum safety switch, and drum set sensor are OFF.) 527 Print drum connection signal is OFF when the print drum was inserted in the machine. 528 Print drum safety switch is OFF when the print drum was inserted in the machine.
- Troubleshooting Guides: Set the print drum in the machine.
- Code: D03
- Description: Ink cartridge not set
- Causes: 533 Ink bottle set switch is OFF.
- Troubleshooting Guides: Install ink cartridge in the print drum.
- Code: D04
- Description: Incorrect ink cartridge
- Causes: 534 Incorrect ink cartridge is used. 560 Ink RF-Tag is not detected on ink bottle. 561 Ink RF-Tag communication error (communication with the ink cartridge was interfered by noise). 562 Incorrect information on the Ink RF-Tag. 564 Detected a mismatch in the Ink RF-Tag serial number. 575 RF-Tag software error.
- Troubleshooting Guides: Replace with correct ink cartridge.
- Code: D05
- Description: Master not set
- Causes: 237 Master RF-TAG missing
- Troubleshooting Guides: Insert leading edge of the master material into the master entrance and close the master making unit.
- Code: D06
- Description: Paper separation unit not set
- Causes: 4 27 Paper separation unit safety switch is OFF.
- Troubleshooting Guides: Set the Paper separation unit in place so the sfety switch is pressed.
- Code: D07
- Description: Master disposal box not set
- Causes: 310 Master disposal box set sensor is OFF.
- Troubleshooting Guides: Set master disposal box in the machine.
- Code: D08
- Description: Master making unit not set
- Causes: 224 Master making unit is opened. (Master making unit safety switch is OFF).
- Troubleshooting Guides: Set the Master making unit in place.
- Code: D10
- Description: Master removal unit not set
- Causes: 314 Master removal safety switch is OFF.
- Troubleshooting Guides: Set the Master removal unit in place.
- Code: D12
- Description: Print drum not fully inserted
- Causes: 529 Print drum set sensor stays OFF even after the print drum set signal and print drum safety switch went ON. 530 Either the print drum set signal or print drum safety switch is OFF while the other is ON. (Print drum not fully inserted in position.)
- Troubleshooting Guides: Insert the Print drum firmly in the machine.
- Code: D17
- Description: Incorrect master roll
- Causes: 236 Incorrect master roll. 238 Master roll RF-Tag communication error. (Communication interrupted by noise) 239 Incorrect information on the Master roll RF-Tag. 241 Mismatch in the Master roll RF-Tag serial number information. 256 Master roll RF-Tag software error.
- Troubleshooting Guides: Set correct master roll in the machine.
- Code: E03
- Description: Setup wizard
- Causes: 046 Setup wizard not finished.
- Troubleshooting Guides: Complete the setup wizard.
- Code: F01
- Description: No master on print cylinder (drum)
- Causes: 015 There is no master on the print drum at the start of printing.
- Troubleshooting Guides: Make a new master with an original.
- Code: F05
- Description: Print quantiy under Minimum Print Quantity
- Causes: 019 In master making, the print quantity selected is less than the minimum print quantity.
- Troubleshooting Guides: Enter print quantity value over the programmed minimum value.
- Code: H1
- Description: Ink color setting
- Causes: H1-566 Select the same color as the Print Cylinder (Drum) currently in use.
- Troubleshooting Guides: Enter the required parameter value.
- Code: H4
- Description: Master sensitivity setting
- Causes: H4-242 Select the master sensitivity parameter.
- Troubleshooting Guides: Enter the required parameter value.
- Code: P01
- Description: Main motor lock
- Causes: 520 Main encoder sensor does not go ON/OFF within 10 milliseconds after the main motor activates. 521 Position-A sensor status does not change even after main motor activates for 1 drum rotation. 536 Print drum failed to stop at Position-A. 537 Print drum failed to stop at Position-B. 582 Print drum angle cannot be detected even though the Position-A sensor detected the Print drum 3 times.
- Troubleshooting Guides: Press Reset Key
- Code: P03
- Description: Clamp motor lock
- Causes: 500 Clamp sensor is OFF after the completion of the clamp unit initialization or home positioning movement. 501 Clamp sensor does not go OFF within 1 second from the time the clamp motor operates. 502 Clamp sensor does not go ON within 2.5 seconds from the time the clamp motor operates. 504 At the start of Clamp plate open action, the detection of clamp sensors is OFF. 505 At the start of print drum Position-A compensation movement, the detection of clamp@sensor is OFF. 506 At the start of Clamp unit Home-positioning movement, the detection of clamp sensor is ON. 507 Clamp sensor is OFF after the clamp open action is completed. 508 Clamp sensor is ON after the Position-A compensating movement is completed.
- Troubleshooting Guides: Press Reset Key
- Code: P04
- Description: Ink overflow
- Causes: 513 The overflow sensor is ON for a set number of times in succession during the 10-millisecond interval overflow-sensor check.
- Troubleshooting Guides: Press Reset Key after correcting the ink overflow condition. (No ink on the ink overflow sensor.)
- Code: P12
- Description: Master disposal area motor lock
- Causes: 300 Overload on the Master removal motor.
- Troubleshooting Guides: Press Reset Key.
- Code: P13
- Description: Cutter motor lock
- Causes: 221 The cutter HP switch and cutter stop position switch are both ON at the same time. 231 Cutter HP switch does not go OFF within 500 milliseconds after the cutter operation started from the HP position. 232 Cutter stop position switch does not go ON even after 2 seconds after the cutting movement started. 233 Cutter stop position switch does not go OFF even after 500 milliseconds after the cutter HP movement started. 234 Cutter HP switch does not go ON even after 2 seconds from the cutter HP movement started.
- Troubleshooting Guides: Press Reset Key.
- Code: P14
- Description: Scanner error
- Causes: 104 Offset adjustment error. 125 A/D reference adjustment unfinished in time. 126 Gain adjustment not unfinished in time.
- Troubleshooting Guides: Press Reset key or turn the power OFF and ON.
- Code: P19
- Description: Master making area motor lock
- Causes: 207 TPH position sensor status did not change even after the TPH pressure motor activated for 2 seconds.
- Troubleshooting Guides: Press Reset key or turn the power OFF and ON.
- Code: P24
- Description: Inking motor lock
- Causes: 539 Inking-motor FG sensor status does not change within 20 milliseconds after the inking-motor is activated.
- Troubleshooting Guides: Press Reset key or turn the power OFF and ON.
- Code: P96
- Description: Data not input
- Causes: 171 TPH resistance value not input.
- Troubleshooting Guides: Input the parameters using test mode.
- Code: P97
- Description: PC card access error
- Causes: 9 39 PC card not inserted. 94 0 PC card device data double ID error (data error as PCMCIA card). 94 1 PC device error (not detected as PC card). 94 2 File production error (same file name already exists). 94 3 PC card not formatted correctly. 944 PC card ID error. 94 5 PC card error (detected as PC card, but unable to make access). 946 PC card capacity error (not enough blank area). 99 0 File does not exist in the specified drive. 99 1 Accessed into a non-opened file). 99 2 File pointer to save the data is already in use. 99 3 Read address is not correctly set up. 994 File delete arror (file is not correctly deleted).
- Troubleshooting Guides: Turn power OFF and ON.
- Code: P98
- Description: Hardware error
- Causes: 002 No reply from optional neoROSA. If neoROSA signal is detected at machine power ON, but if the PCB communication terminates and P98-069 error is detected, the error point is rewrote to this P98-002 error message. 005 Hardware error 006 EEPROM check-sum error 025 Possible defective RF PCB (Unsuccessful initial communication with RF PCB). 034 Unable to write on EEPROM on the machine. (Cannot access EEPROM). 035 CRC error on EEPROM on the machine (Defective EEPROM data). 038 Machine information between the EEPROM and PCB does not match. 039 Incorrect EEPROM. 041 5 volt power not available. Possibility of faulty 5 volt fuse. 045 5 volt power does not go OFF when the machine tries to go into sleep mode. 063 Test mode setting is beyond the adjustable range. 064 Communication error between neoROSA and MCTL PCB. 065 Communication error between neoROSA and MCTL PCB (01) – on MCTL PCB side. 067 Communication error between neoROSA and MCTL PCB (03) – on MCTL PCB side. 068 Communication error between neoROSA and MCTL PCB (04) – on MCTL PCB side. 069 Communication error between neoROSA and MCTL PCB (05) – on MCTL PCB side. 070 Communication error between neoROSA and MCTL PCB (06) – on MCTL PCB side. 071 Communication error between neoROSA and MCTL PCB (07) – on MCTL PCB side. 072 Communication error between neoROSA and MCTL PCB (08) – on MCTL PCB side. 073 Communication error between neoROSA and MCTL PCB (09) – on MCTL PCB side. 074 Communication error between neoROSA and MCTL PCB (10) – on neoROSA side. 075 Communication error between neoROSA and MCTL PCB (11) – on neoROSA side. 076 Communication error between neoROSA and MCTL PCB (12) – on neoROSA side. 077 Communication error between neoROSA and MCTL PCB (13) – on neoROSA side. 078 Communication error between neoROSA and MCTL PCB (14) – on neoROSA side. 079 Communication error between neoROSA and MCTL PCB (15) – on neoROSA side. 080 Communication error between neoROSA and MCTL PCB (16) – on neoROSA side. 081 Communication error between neoROSA and MCTL PCB (17) – on neoROSA side. 082 Communication error between neoROSA and MCTL PCB (18) – on neoROSA side. 083 Communication error between neoROSA and MCTL PCB (19) – on neoROSA side. 084 Communication error between neoROSA and MCTL PCB (20) – on neoROSA side. 098 Machine serial number information does not match between the backup data and EEPROM. 119 Defective image PCB (memory check error on the image processing IC). 121 Scanner adjustment error (IFLG does not change within set time). 122 Scanner adjustment error (IMFLGdoes not change within set time). 245 Timeout error on master transfer during master-making (related to Write pulse motor). 9 21 USB controller chip does not reply. May need to replace neoROSA. 9 34 Communication error between MCTL PCB and RF PCB. (on RF PCB side) 9 35 Communication error between MCTL PCB and RF PCB. (on MCTL PCB side) 9 37 Serial number not set. 9 38 EEPROM version down. 947 24V-A does not go ON. (possibility of 24v fuse broken on A-series) 94 8 24V-B does not go ON. (possibility of 24v fuse broken on B-series) 949 4 2V-A does not go OFF. 9 50 4 2V-B does not go OFF. 9 52 Check-sum error on neoROSA PCB flash memory. 9 53 Write error on the neoROSA PCB flash memory. 96 0 Read error on the neoROSA PCB flash memory. 96 1 Flash memory on neoROSA PCB not used.
- Troubleshooting Guides: Turn power OFF and ON.
- Code: P99
- Description: Software error
- Causes: 509 Master-loading sensor was OFF when the master was checked at a specified drum angle during the master-loading operation.
- Troubleshooting Guides: Pull out the print cylinder and set it back.
– Get more information about Epson XP 15000 troubleshooting, click here
– Get more error code list with quick guide to fix printer product, click here
– About get help with reseting Epson inkpad or others, click here
Waste Ink Pad Counter Utility Functions:
– Cleaning printhead.
– Ink charge.
– Fix Epson red lights blinking Error
– Fix Epson Service Required Error: A printer’s ink pad at the end of its service life Please contact Epson Support.
– Check the current value of waste ink counters and ink level counters.
– Clear Waste Ink Counters.
– Read and write serial number.
– Read and write USB ID.
– Read and write HEAD ID.
– Make EEPROM dump, backup.
– Paper feed test.
– Nozzle check.
– Color check pattern.
– Initialize (disable) PF deterioration offset.
– Retrieve device information
Contact us to get support with Riso KZ30 Error case
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