Epson AcuLaser C3800DN

Рейтинг

Снят с производства

Тип устройства

Принтер

Технология печати

лазерная

Макс. формат

Число страниц в месяц

60000

Скорость печати A4

Цветность печати

цветная

Общие характеристики
Технология печати	лазерная
Тип	лазерный/светодиодный
Тип устройства	Принтер
Макс. формат	A4
Размещение	настольный
Цветность печати	цветная
Печать фотографий
Телефон
Факс
Сканер
Копир
Область применения	средний офис
Число страниц в месяц	60 000
Принтер
Количество цветов	4
Пигментные чернила
Печать без полей
Прямая печать
Двусторонняя печать
Макс, разрешение для ч/б печати
По Y	600
По X	600
Скорость ч/б печати
A4	20
A4	25
Время выхода первого отпечатка
Ч/б	12
Цветн,	15
Сканер
Отправка изображения по e-mail
Стандарт TWAIN
Стандарт WIA
Расходные материалы
Количество картриджей	4
Ресурс ч/б картриджа/тонера	9 500
Ресурс цветного картриджа/тонера	5 000
Печать на:
Рулоне
Фотобумаге
CD/DVD
Матовой бумаге
Этикетках
Глянцевой бумаге
Карточках
Конвертах
Пленках
Плотность бумаги
Минимальная	64
Максимальная	163
Факс
Цветной
Телефон
Проводная трубка
Caller ID
Автоответчик
Стандарт DECT
Спикерфон
АОН
Беспроводная трубка
Шрифты и языки управления
Языки управления
PCL 5c
PostScript 3
PostScript
PCL 6
PDF
PPDS
PCL 5e
PostScript 2
Количество установленных шрифтов
PostScript	136
PCL	177
Лотки
Подача бумаги
Стандартная	700
Максимальная	1 250
Вывод бумаги
Стандартный	250
Максимальный	250
Финишер
Брошюровщик
Сортировка со сдвигом
Степлер
Сортер
Электронная сортировка
Интерфейсы
Версия USB	2,0
USB
Веб-интерфейс
Ethernet (RJ-45)
LPT
Устройство для чтения карт памяти
RS-232
Инфракрасный порт
Bluetooth
Wi-Fi
FireWire (IEEE 1394)
Память/Процессор
Процессор	PowerPC
Макс, объем памяти	1 024
Частота процессора	600
Объем памяти	128
Дополнительная информация
Экран
Мин. системные требования	Intel Pentium II
Поддержка ОС
DOS
Mac OS
Windows
Linux
Потребляемая мощность
В режиме ожидания	78
При работе	750
Уровень шума
В режиме ожидания	30
При работе	51
Габариты
Глубина	575
Высота	508
Ширина	420
Вес	27

Модули

MECH-042

MECH-021

MECH-081

CASE-021

MECH-091

ELEC-011

MECH-051

MECH-031

MECH-011

ELEC-021

CASE-011

MECH-071

MECH-061

Детали ELEC-021

Деталь:	PWBA EEPROM XPRO
Парткод:	2112494

Деталь:	BOARD ASSY I/F
Парткод:	2109593

Деталь:	HARNESS ASSY INTERLOCK
Парткод:	2112755

Деталь:	FAN MAIN
Парткод:	2112497

Деталь:	SENSOR HUM
Парткод:	2103388

Деталь:	PWBA MCU KMY S
Парткод:	2119593

Деталь:	POWER SWITCH
Парткод:	2082675

Деталь:	KIT PSLV 200V STD SEC
Парткод:	2134097

Деталь:	BOARD ASSY.,MEMORY
Парткод:	2128511

Деталь:	SDRAMDIMM
Парткод:	2141244

Деталь:	BOARD ASSY,MAIN
Парткод:	2135975

Деталь:	NETWORK BOARD
Парткод:	2085196

Деталь:	GUIDE RAIL
Парткод:	1012848

Деталь:	GROUNDING SPRING,TYPE-B
Парткод:	1012855

Коды ошибок

0000 ... 0799

0800 ... 1101

100

1110 ... 2000

300

500

550

600

610

900

901

998

Описание

Парткод

Название

EPSON 1124 Тонер-картридж желтый (9000 стр.)

EPSON 1125 Тонер-картридж пурпурный (9000 стр.)

EPSON 1126 Тонер-картридж голубой (9000 стр.)

EPSON 1127 Тонер-картридж черный (9500 стр.)

EPSON 1128 Тонер-картридж желтый (5000 стр.)

EPSON 1129 Тонер-картридж пурпурный (5000 стр.)

EPSON 1130 Тонер-картридж голубой (5000 стр.)

EPSON 3024 Блок перноса изображения

EPSON 3025 Блок термозакрепления (печка)

Деталь:	KIT CASSETTE ASSY FRONT 550 E
Парткод:	1479137

Деталь:	KIT CUHTE DUP GATE ASSY S
Парткод:	1464723

Error code:	0000 ... 0799
Description:	CPU exception (controller or software failure)
Remedy:	• Check that the printer is grounded properly. • Check that the connectors are connected to the controller board securely and correctly. • Check that the DIMM is connected to the controller board securely and correctly. • Power the printer off and on several times. • Check that the printer is not in electrically noisy environments.

Error code:	100
Description:	A fault has occurred
Causes:	• ROS ASSY • PWBA MCU
Remedy:	1 Make sure all packing material is removed from the printer. The detensioner is located underneath the toner cartridges. Make sure the ITU Detensioner is removed. Remove the Detensioner by pulling up on the red handle on the right side of the ITU. Note: All the print cartridges must be removed to gain access to the Detensioner packing material. Has all packing material been removed from the printer? Go to step 2 Remove any remaining packing material from the printer 2 Check the ITU Release Lever for correct operation. The ITU Release Lever is the black lever located on the left upper side frame above the ITU opening and can be seen by opening and lowering the MPF Assembly. When locked the lever should be at the 6 o`clock position. When unlocked it should be in a 3 o`clock position. Undue pressure is not required to operate the lever. Does the ITU release lever operate correctly? Go to step 3 Repair as necessary 3 Check the second transfer roll installation. Is it installed correctly? Go to step 4 Reinstall the second transfer roll. 4 Check the display error log in the Diagnostic Menu. Is 100 ITU preceded in the log by a 104 ITU Error? Go to “104 ITU Error”. Go to step 5 5 Remove the ITU assembly and check that the sensor cable is seated in the handle of the ITU assembly correctly. Note: The sensor connector is located on the side of the ITU handle assembly. Is the cable seated correctly? Go to step 6 Reinstall the cable correctly. Check again for a 100 ITU Error. If 100 ITU Error is displayed, go to step 6 6 The front contamination shield is attached to the font plate of the ITU frame and lies on the top of the ITU belt. Is the front contamination shield lying on the belt? Go to step 7 Position the shield on top of the belt. 7 Make sure the ITU Cleaner Gear (A) is turning. Observe the gear by opening the front Paper Jam Door above the integrated paper tray 1. Observe the white cleaner gear during POR. The gear should turn slowly and smoothly for approximately 8 seconds before the printer displays a 100 ITU error. Is the ITU Cleaner Gear turning? Go to step 11 Go to step 8 8 Check to see if the ITU Drive Roll Gear (A) is turning during POR. Observe the gear by opening the MFP door to its horizontal position. Observe the gear on the left end of the ITU Drive Roll. The ITU Drive Roll Gear should turn for a few seconds slowly and smoothly before the printer posts a 100 ITU error. Does the Gear turn? Go to step 10 Go to step 9 9 Check to see if the ITU Drive Motor is turning during POR. Observe the ITU Motor during POR by removing the Rear Cover. Is the ITU Drive Motor turning? Replace the “ITU drive assembly” Go to step 10 10 Check the printer is setting on a solid flat surface. Is the printer setting on a solid flat surface? Go to step 11 Place the printer on a solid flat surface. 11 Make sure the ITU drive motor assembly cable is correctly installed to the ITU drive motor and at connector location J64 on the system board. Is the cable correctly installed? Go to step 12 Install the cable correctly 12 Make sure the ITU Autoconnect Cable is installed correctly at connector location J72 on the system board. Is the cable correctly installed? Go to step 13 Install the connector/cable correctly 13 Make sure the ITU Autoconnect connector in the printer is seated correctly in the connector plate. Is the connector seated correctly? Replace the following FRUs in the following order: 1. “ITU assembly”. 2. “System board”. Replace the ITU Autoconnect cable.

Error code:	300
Description:	High voltage power output error
Causes:	The measured voltage is not correct when the EGB measures each charge output (charge, development, image transfer belt unit, and transfer unit).
Remedy:	• Disconnected or defective high voltage harness • Defective high voltage power supply • Defective EGB 1. Check or replace the harnesses. 2. Replace the high voltage power supply board 3. Replace the EGB.

Error code:	500
Description:	Transport/Fusing Motor Error
Causes:	The LOCK signal error is detected when the EGB monitors the transport/fusing motor state. (This monitoring is done immediately after power-on, when the motor starts rotating, and immediately after the motor stops.)
Remedy:	• Disconnected or defective motor harness. • Motor slips due to excessive load 1. Check the harness from the transport/fusing motor. Replace it if necessary.

Error code:	550
Description:	Fusing Web End Web end detected 5 times within 500 ms and web motor continues to rotate 40 s. If web end is detected for another 500 ms, then the SC is logged.
Causes:	• Web end (requires replacement) • Web end sensor defective • Note: After replacing the web with a new one, reset SP1902 001 to "0" to release SC550.
Remedy:	1 Check after turning the power OFF and ON. Does the error recur even when the power is turned off and back on again? Go to Step [2]. End of procedure 2 Check the connection of the FAN MAIN and the FAN DUP Check the connection state of the following items. • FAN MAIN - LVPS • FAN DUP - PWBA DUP Are P/J503 and P/J427 connected correctly? Go to Step [3]. Reconnect FAN MAIN and FAN DUP correctly. 3 Check the power voltage supply to FAN DUP. Measure the voltage between PWBA DUP ground <=> P/J427-1PIN. Is the power voltage (+24 V) output? Replace the FAN DUP. Go to Step [4]. 4 Check the connection between PWBA DUP and PWBA MCU Check the connection state between PWBA DUP and PWBA MCU. Are P/J428, P/J2720, P/J272, and P/J27 connected correctly? Go to Step [5]. Reconnect the P/J428, P/J2720, P/J272, and P/J27 correctly. 5 Check the continuity of the HARNESS ASSY DUP UNIT Is there normal continuity between P/J428 and P/J2720? Go to Step [6]. Replace the HARNESS ASSY DUP UNIT. 6 Check the continuity of the HARNESS ASSY FRONT COVER Is there normal continuity between P/J2720 and P/J272? Go to Step [7]. Replace the HARNESS ASSY FRONT COVER. 7 Check the continuity of the HARNESS ASSY R SIDE Is the continuity between P/J27 <=> P/J2720 normal? Go to Step [6]. Replace the HARNESS ASSY R SIDE. 8 Check the power voltage supply to PWBA DUP 1. Close the interlock switch (HARNESS ASSY INTERLOCK) before performing the following work. 2. Measure the voltage between PWBA MCU ground <=> P/J27-A17, A18PIN. Is the power voltage (approx. +24 V) output? Go to Step [9]. Replace the PWBA MCU. 9 Replace of the PWBA DUP Replace the PWBA DUP. Was the trouble fixed? End of procedure Go to Step [10]. 10 Check the power voltage supply to FAN MAIN Measure the voltage between LVPS ground <=> P503-1PIN. Is the power voltage (+24 V) output? Replace the FAN MAIN. Go to Step [11]. 11 Check the continuity of the HARNESS ASSY LV TOP Is the continuity between P/J14 <=> P/J501 normal? Go to Step [12]. Replace the HARNESS ASSY LV TOP. 12 Check the power voltage output from the LVPS. 1. Measure the voltage between LVPS ground <=> P503-1PIN. 2. Close the interlock switch (HARNESS ASSY INTERLOCK) before performing the following work. Is the power voltage (approx. +24 V) output? Replace the PWBA MCU. Replace the LVPS.

Error code:	600
Description:	Communication problem between main board and operation board
Causes:	• TRANSFER UNIT • PWBA MCU • HARNESS ASSY FRONT COVER • HARNESS ASSY R SIDE
Remedy:	1 Check after turning the power OFF and ON. Does the error recur even when the power is turned off and back on again? Go to Step [2]. End of procedure 2 Check the installation of the TRANSFER UNIT Is the TRANSFER UNIT installed correctly? Go to Step [3]. Reinstall the TRANSFER UNIT correctly. 3 Check the connection of the TRANSFER UNIT Check the connection state between TRANSFER UNIT and PWBA MCU. Are P/J2721, P/J272, and P/J27 connected correctly? Go to Step [4]. Reconnect the P/J2721, P/J272, and P/J27 correctly. 4 Check the continuity of the HARNESS ASSY FRONT COVER Is the continuity between P/J2721 <=> P/J272 normal? Go to Step [5]. Replace the HARNESS ASSY FRONT COVER. 5 Check the continuity of the HARNESS ASSY R SIDE Is the continuity between P/J27 <=> P/J272 normal? Go to Step [6]. Replace the HARNESS ASSY R SIDE. 6 Check the power voltage supply to the ADC Sensor in the TRANSFER UNIT. Measure the voltage between PWBA MCU ground <=> P/J27-A7PIN. Is the power voltage (approx. +5 V) output? Replace the TRANSFER UNIT. Replace the PWBA MCU.

Error code:	610
Display:	ERROR 610 NOT FILLUP
Description:	Mechanical counter error: Bk This SC is only for NA models. The machine detects the mechanical counter error when SP5987-001 is set to "1".
Causes:	• Disconnected mechanical counter • Defective mechanical counter
Remedy:	1. Check or replace the mechanical counter.

Error code:	900
Description:	RIP Software
Remedy:	1 Printer POR Turn the printer off and on several times. If Error Code 900 continues to display, go to step 2. 2 System board Turn the machine off and on several times, waiting a few minutes between power on and power off. If Error Code 900 continues to display, go to step 3. 3 Factory defaults Restore factory defaults. See “EP Defaults”. This resets the non-critical areas of the user NVRAM. If Error Code 900 continues to display, go to step 4. 4 Sub error codes With Error Code 900 displayed, press and 2. Record the complete list of Sub Error Codes on the display, then call your next level of support or call Toshba.

Деталь:	SOLENOID FEED MSI
Парткод:	2112478

Деталь:	GEAR MSI
Парткод:	1448844

Деталь:	ROLL ASSY FEED
Парткод:	1409148

Деталь:	SENSOR UPPER PASS
Парткод:	2091186

Error code:	901
Display:	Power OFF/ON 901:Error
Description:	Engine flash error
Causes:	Indicates that the flash which the system board code is programmed into is bad. Replace the system board.
Remedy:	Replace the system board.

Error code:	998
Description:	Tray Elevator Motor Error
Causes:	• Software bug • A RAM or DIMM option needed for the application not installed, or not installed correctly • Controller board defective
Remedy:	1 Are the connectors CN4 at the tray elevator motor and connector PJ4 on the finisher control board properly connected? Go to step 2. Properly connect the connectors. 2 Make sure that the finisher set switch is activated. Power the printer off. Measure for approximately +24 V dc (–10%) between pins 1 and 2 of connector CN4 at the tray elevator motor. Power the printer on and observe the voltage meter during the first 12 seconds of power up. Is +24 V dc present while the printer is powering up? Replace the tray elevator motor. Go to step 3. 3 Disconnect CN4 at the tray elevator motor. Disconnect PJ4 on the finisher control board. Measure for continuity between CN4 pin 1 and PJ4 pin 7. Measure for continuity between CN4 pin 2 and PJ4 pin 8. Is there continuity in both locations? Go to step 4. Replace the cable. 4 Measure for +24 V dc (–10%) between pins 1 and 2 on connector PJ6. Is +24 V dc present? Replace the finisher control board. Replace the finisher power supply.