Xerox Phaser 5550DX

Рейтинг

Снят с производства

Тип устройства

Принтер

Технология печати

лазерная

Макс. формат

Число страниц в месяц

300000

Скорость печати A4

Цветность печати

черно-белая

Общие характеристики
Сканер
Копир
Факс
Телефон
Печать фотографий
Область применения	большой офис
Размещение	напольный
Макс. формат	A3
Тип устройства	Принтер
Технология печати	лазерная
Тип	лазерный/светодиодный
Цветность печати
Число страниц в месяц	300 000
Принтер
Время разогрева	45
Двусторонняя печать
Пигментные чернила
Печать без полей
Прямая печать
Система непрерывной подачи чернил
Макс, разрешение для ч/б печати
По X	1 200
По Y	1 200
Скорость ч/б печати
A3	28
A4	50
Время выхода первого отпечатка
Ч/б	6,5
Сканер
Стандарт WIA
Стандарт TWAIN
Отправка изображения по e-mail
Расходные материалы
Ресурс ч/б картриджа/тонера	35 000
Ресурс фотобарабана	60 000
Количество картриджей	1
Печать на:
CD/DVD
Рулоне
Фотобумаге
Карточках
Пленках
Этикетках
Глянцевой бумаге
Конвертах
Матовой бумаге
Плотность бумаги
Минимальная	60
Максимальная	216
Факс
Цветной
PC Fax
Телефон
Проводная трубка
Автоответчик
Стандарт DECT
Спикерфон
Caller ID
АОН
Беспроводная трубка
Шрифты и языки управления
Языки управления
PCL 5c
PPDS
PostScript 2
PCL 6
PDF
PCL 5e
PostScript 3
PostScript
Количество установленных шрифтов
PostScript	139
PCL	83
Лотки
Подача бумаги
Максимальная	4 100
Стандартная	4 100
Вывод бумаги
Стандартный	500
Финишер
Электронная сортировка
Сортер
Брошюровщик
Степлер
Сортировка со сдвигом
Интерфейсы
Версия USB	2,0
Устройство для чтения карт памяти
Инфракрасный порт
AirPrint
Wi-Fi
Wi-Fi 802.11n
FireWire (IEEE 1394)
RS-232
Bluetooth
LPT
Веб-интерфейс
USB
Ethernet (RJ-45)
Память/Процессор
Емкость жесткого диска	40
Частота процессора	500
Объем памяти	256
Макс, объем памяти	1 024
Дополнительная информация
Работа от аккумулятора
Экран
Мин. системные требования	Intel Pentium II
Поддержка ОС
DOS
Windows
Linux
Mac OS
Потребляемая мощность
При работе	900
В режиме ожидания	105
Уровень шума
При работе	54
В режиме ожидания	22

Коды ошибок

E1-1

E1-2

E1-6

E3-1, E3-2

E3-6

E4-1

E4-3, E4-5

E4-6

E8-2

H1-1 ... H1-4

H1-5

H2-7

H2-8

H3-1, H3-2

H3-7

H4-1, H4-2

H4-3, H4-4

H5-11

H5-12

H5-13

H5-21, H5-23

H5-22, H5-24

H5-31, H5-32

H5-33, H5-34

H5-4, H5-7, H5-8

H5-81, H5-82

H5-83, H5-84

H5-86

H5-91

H5-95, H5-96

H6-4

H6-7

H7-3, H7-4

H7-7

H7-8

H8-1, H8-2

H8-3, H8-4

J1-2

J3-1

J4-1

J6-1

J7-1, J7-2

J7-3

J8-1, J8-2

J8-3

U0-1, U1-1

U1-4

U3-3

U3-5

U4-1

U4-2 ... U4-5

U4-7

U4-9

U5-1

U5-9

U6-2 ... U6-7

Описание

Парткод

Название

XEROX Тонер-картридж черный

XEROX Комплект техобслуживания 220V

XEROX Блок фотобарабана

XEROX Тонер-картридж черный Metered

XEROX Печка в сборе 220V

Error code:	E1-1
Description:	Paper Size Jam - E1-1 Regi Area Jam Paper did not pass the Registration Sensor located behind Door A, within the specified time.
Causes:	• Registration Sensor • Registration Clutch • Take Away Roller • Engine Control Board
Remedy:	1 Check paper position at Door A or B. Does the paper touch the Registration Sensor or Feeder’s Pre-Feed Sensor? Remove the paper. Go to Step 2. 2 Check the Take Away Roller. Open Door A. Is the Take Away Roller worn or contaminated with paper dust? Clean or replace the Take Away Roller. Go to Step 3. 3 Test the Registration Sensor. 1. Open Door A. 2. Run the Service Diagnostics Registration Sensor test. Does the sensor change state? Go to Step 7. Go to Step 4. 4 Check the Registration Sensor connection. Are P/J104 and P/J403B connected? Go to Step 5. Connect the sensor. 5 Check continuity between the Registration Sensor and Engine Control Board. Is there continuity on each wire between P/ J104 <=> P/J403? Go to Step 6. Repair the wiring. 6 Check for +5 V at the Registration Sensor. Is there +5 V across the sensor connector’s P/J104-1 <=> ground? Replace the Registration Sensor. Replace the Engine Control Board. 7 Test the Registration Clutch operation.Run the Service Diagnostics Registration Clutch test. Does the clutch operate properly? Replace the Engine Control Board (page 8-89). Go to Step 8. 8 Check the Registration Clutch connection. Are P/J215 and P/J403B connected? Go to Step 9. Connect P/J215 and P/J403B. 9 Check continuity between the Registration Clutch and Engine Control Board. Is there continuity on each wire between P/ J215 <=> P/J403? Go to Step 10. Repair the wiring. 10 Check for +24 V to the Registration Clutch. Is there +24 V across P215-2 (+) <=> ground? Go to Step 11. Replace the Engine Control Board. 11 Check Registration Clutch resistance. Replace the Engine Control Board. Replace Registration Clutch.

Error code:	E1-2
Description:	Exit SNR on JAM. Timeout between IOT Registration Clutch ON and Fuser Exit Sensor ON.
Causes:	• Fuser Exit Sensor • Registration Clutch • Take Away Roller • Exit PWB • Engine Control Board
Remedy:	I/O Diagnostic Codes • [08-10] IOT Registration Clutch • [10-23] Fuser Exit SensorCheck Items: • Registration Roll dirty, contaminated with paper dust, worn, or faulty • Fuser Exit Sensor dirty and Sensor Actuator deformed or damaged • Paper damaged or not within specification • Foreign matter, burrs, or paper in the paper path • Drive gear worn or damaged • IOT Registration Clutch faulty • Check that the IOT Registration Clutch and the LVPS J503-4/5 ( P/J503) pins are connected securely with good electrical contact. If there is no problem, replace the IOT Registration Clutch (PL 2.9). • Check that the following wires are connected securely with good electrical contact. If there is no problem, replace the Fuser Exit Sensor (PL 6.2). – Wire between Fuser Exit Sensor J153-3 ( P/J153) and LVPS J505-1 ( P/J505) – Wire between Fuser Exit Sensor J153-2 and LVPS J505-2 – Wire between Fuser Exit Sensor J153-1 and LVPS J505-3 • Replace the AIOC PWB (PL 8.1) .

Error code:	E1-6
Description:	Regi SNR Static JAM. IOT Registration Sensor ON is detected during standby.
Causes:	• Registration Sensor • Engine Control Board
Remedy:	I/O Diagnostic Codes [08-05] IOT Registration SensorCheck Items: • Sensor dirty • Foreign matter, burrs, or paper in the paper path • Check that the following wires are connected securely with good electrical contact. If there is no problem, replace the IOT Registration Sensor (PL 2.9). – Wire between Tray 1 Feed Sensor J156-3 ( P/J156) and LVPS J503-1 ( P/J503) – Wire between Tray 1 Feed Sensor J156-2 and LVPS J503-2 – Wire between Tray 1 Feed Sensor J156-1 and LVPS J503-3 • Replace the AIOC PWB (PL 8.1) .

Error code:	E3-1, E3-2
Display:	“Jam At Top; Open Top Cover To Clear\ Press i”
Description:	Jam at A - Fuser Area Jam Paper did not actuate the Fuser Exit Sensor, located behind Door A, within the specified time. • Jam at A - E3-1 Fuser Area Jam • Jam at A - E3-2 Fuser Area Jam
Causes:	• Fuser Exit Sensor • Take Away Roller • Engine Control Board • Fuser
Remedy:	1 Check paper position. Open Door A. Does the paper touch the Fuser Exit Sensor? Remove the paper. Go go step 2. 2 Check the Fuser for a paper jam. Open Door A. Is there a paper jam in the Fuser? Go to Step 3. Remove the paper. 3 Check the Fuser installation. Open Door A. Is the Fuser installed correctly? Go to Step 4. Correct the installation. 4 Check the Take Away Roller. Open Door A. Is the Take Away Roller worn or contaminated with paper dust? Go to Step 5. Clean or replace Take Away Roller. 5 Test the Fuser Exit Sensor operation. 1. Open Door A. 2. Run the Service Diagnostic Fuser Exit Sensor test. Does the sensor state change each time paper touches the sensor? Reconnect the connector of the Engine Control Board. Go to Step 6. 6 Check the Fuser Exit Sensor connection. Are P/J125 and P/J410 connected? Go to Step 7. Connect P/J125 and P/J410. 7 Check continuity between the Fuser Exit Sensor and Engine Control Board. Is there continuity on each wire between P/ J125 <=> P/J410? Go to Step 8. Repair the wiring. 8 Check for +5 V to the Fuser Exit Sensor. Is there +5 V across J125-3 (+) <=> ground? Replace the Fuser Exit Sensor. Replace Engine Control Board

Error code:	E3-6
Description:	Exit SNR JAM. Fuser Exit Sensor ON is detected during standby.
Causes:	• Fuser Exit Sensor • Engine Control Board
Remedy:	I/O Diagnostic Codes [10-23] Fuser Exit SensorCheck Items: • Fuser Exit Sensor dirty and Sensor Actuator deformed or damaged • Foreign matter, burrs, or paper in the paper path • Check that the following wires are connected securely with good electrical contact. If there is no problem, replace the Fuser Exit Sensor (PL 6.2). – Wire between Fuser Exit Sensor J153-3 ( P/J153) and LVPS J505-1 ( P/J505) – Wire between Fuser Exit Sensor J153-2 and LVPS J505-2 – Wire between Fuser Exit Sensor J153-1 and LVPS J505-3 • Replace the AIOC PWB (PL 8.1) .

Error code:	H5-13
Description:	Stacker Lower Tray Failure - H5-13 Lower Tray Limit The Stacker Lower Tray descends beyond the specified lower limit position.
Causes:	• Stack Height Sensor 1 • Stack Height Sensor 2 • Stacker Encoder Sensor • Finisher Main PWB • Main Sensor Harness • Elevator Motor
Remedy:	1 Check the Stacker Lower Tray vertical transport and belts for obstacles and deformation. Are there obstacles or belt wear in the vertical transport mechanism? Remove any obstacles. Go to Step 2. 2 Test the Stack Height Sensor 1 (top).Run the Service Diagnostics Stack Height 1 test. Does the sensor state change when the sensor is blocked? NOTE: Sensor requires a 10 second timeout between sensing events. Go to Step 8. Go to Step 3. 3 Check Stack Height Sensor 1 Sensor Harness connection. Are P/J8331 and P/J8302B connected? Go to Step 5. Connect and go to Step 4. 4 Print a Test Print. Does the error still occur? Go to Step 5. Problem solved. 5 Check Stack Height Sensor 1 Sensor Harness continuity. 1. Disconnect P/J8331 on the Main Sensor Harness, and P/J8302B on the Finisher Main PWB. 2. Check for continuity at the following: • P/J8331-5 <=> P/J8302B-1 • P/J8331-4 <=> P/J8302B-2 • P/J8331-3 <=> P/J8302B-3 • P/J8331-2 <=> P/J8302B-4 • P/J8331-1 <=> P/J8302B-5 Are these conductive? Go to Step 6. Repair the Stack Height Sensor 1 Sensor Harness. 6 Check for +5 V to Stack Height Sensor 1. Is there +5 V across J8302B-3 <=> J8302B- 1 on the Finisher Main PWB? Go to Step 7. Replace the Finisher Main PWB. 7 Check Stack Height Sensor 1 signal. Does the voltage across P8302B-2 <=> P8302B-1 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace Stack Height Sensor 1. 8 Test the Stack Height Sensor 2 (bottom).Run the Service Diagnostics Stack Height Sensor 2 test. NOTE: Sensor requires a 10 second timeout between sensing events. Does the sensor state change when the sensor is blocked? Go to Step 14. Go to Step 9. 9 Check Stack Height Sensor 2 Sensor Harness connections. Are P/J8330 and P/J8302A connected? Go to Step 11. Connect and go to Step 10. 10 Print a Test Print. Does the error still occur? Go to Step 11. Problem solved 11 Check Stack Height Sensor 2 Sensor Harness continuity. 1. Disconnect P/J8330 on the harness, and P/J8302A on the Finisher Main PWB. 2. Check for continuity at the following: • P/J8330-5 <=> P/J8302A-16 • P/J8330-4 <=> P/J8302A-17 • P/J8330-3 <=> P/J8302A-18 • P/J8330-2 <=> P/J8302A-19 • P/J8330-1 <=> P/J8302A-20 Are these conductive? Go to Step 12. Repair the Stack Height Sensor 2 Harness. 12 Check for +5 V to Stack Height Sensor 2. Is there +5 V across J8302A-18 <=> J8302A-16 on the Finisher Main PWB? Go to Step 13. Replace the Finisher Main PWB. 13 Check Stack Height Sensor 2 signal. Does the voltage across P8302A-17 <=> P8302A-16 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace Stack Height Sensor 2. 14 Test the Stacker Encoder Sensor. Run the Service Diagnostics Stacker Encoder Sensor test. Does the sensor state change when the Elevator Motor Belt is moved by hand rotating the Encoder Wheel? Go to Step 20. Go to Step 15. 15 Check Stacker Encoder Sensor Harness connections. Are P/J8328 and P/J8302B connected? Go to Step 17. Connect and go to Step 16. 16 Print a Test Print. Does the error still occur? Go to Step 17. Problem solved. 17 Check Stacker Encoder Sensor Harness continuity. 1. Disconnect P/J8328 on the harness, and P/J8302B on the Finisher Main PWB. 2. Check for continuity at the following: • P/J8328-3 <=> P/J8302B-12 • P/J8328-2 <=> P/J8302B-13 • P/J8328-1 <=> P/J8302B-14 Are these conductive? Go to Step 18. Repair the Stacker Encoder Sensor Harness. 18 Check for +5 V to Stacker Encoder Sensor. Is the voltage across J8302B-14 <=> J8302B-12 on the Finisher Main PWB? Go to Step 19. Replace the Finisher Main PWB. 19 Check Stacker Encoder Sensor signal. Does the voltage across P8302B-13 and P8302B-12 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace Stacker Encoder Sensor. 20 Test the Elevator Motor. Run the Service Diagnostics Stacker Motor Up and Down tests alternately. Does the Elevator Motor operate? Replace the Finisher Main PWB. Go to Step 21. 21 Check the Elevator Motor connection. Is P/J8305 connected to the Finisher Main PWB? Go to Step 22. Connect and go to Step 22. 22 Print a Test Print. Does the error still occur? Go to Step 23. Problem solved. 23 Replace the Elevator Motor. Print a Test Print. Does the error still occur? Replace the Finisher Main PWB. Problem solved.

Error code:	H5-21, H5-23
Description:	Stacker Lower Tray Failure - H5-2n Front Home Sensor For H5-21, the Front Tamper Home Sensor is not turned On within 800 ms following the Front Tamper beginning to move to the Front Tamper Home position. For H5-23, the Front Tamper Home Sensor is not turned Off in the time specified following the Front Tamper leaving the home position, or the Front Tamper Home Sensor is turned On again after the Front Tamper Home Sensor is turned Off and the Front Tamper stops moving. • Stacker Lower Tray Failure - H5-21 Front Home SNR ON • Stacker Lower Tray Failure - H5-23 Front Home SNR OFF
Causes:	• Front Tamper Home Sensor • Compiler Tray Assembly • Compiler Harness • Finisher Main PWB • Front Tamper Motor
Remedy:	1 Check the Tamper mechanism. Move the Front Tamper mechanism. Does the Tamper mechanism operate smoothly? Go to Step 2. Repair or replace the Compiler Tray. 2 Test the Front Tamper Home Sensor. Run the Service Diagnostics Front Tamper Home Sensor test. Does the sensor state change when the sensor is blocked? Go to Step 8. Go to Step 3. 3 Check the Compiler harness connections. Are P/J8360 and P/J8309 connected? Go to Step 5. Connect and go to Step 4. 4 Print a Test Print. Does the error still occur? Go to Step 5. Problem solved. 5 Check Compiler Front Tamper Harness continuity. 1. Disconnect P/J8360 on the harness and P/J8309 on the Finisher Main PWB. 2. Check for continuity at the following: • P/J8360-3 <=> P/J8309-4 • P/J8360-2 <=> P/J8309-5 • P/J8360-1 <=> P/J8309-6 Are these conductive? Go to Step 6. Repair the Compiler Front Tamper Harness. 6 Check for +5 V to the Front Tamper Home Sensor. Is there +5 V across J8309-6 <=> J8309-4 on the Finisher Main PWB? Go to Step 7. Replace the Finisher Main PWB. 7 Check Front Tamper Home Sensor signal. Does the voltage across P8309-5 <=> P8309-4 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace the Front Tamper Home Sensor. 8 Test the Front Tamper Motor. Run the Service Diagnostics Front Tamper Motor Low Speed Inboard and Outboard tests alternately. Does the Front Tamper Motor rotate, and the Tamper move front to rear? Replace the Finisher Main PWB. Go to Step 9. 9 Check Compiler Front Tamper Motor Harness connections. Are P/J8363B and P/J8309 connected? Go to Step 11. Connect and go to Step 10. 10 Print a Test Print. Does the error still occur? Go to Step 11. Problem solved. 11 Check Compiler Front Tamper Motor Harness continuity. 1. Disconnect P/J8363B and P/J8309. 2. Check for continuity at the following: • P/J8363B-6 <=> P/J8309-10 • P/J8363B-5 <=> P/J8309-11 • P/J8363B-4 <=> P/J8309-12 • P/J8363B-3 <=> P/J8309-13 • P/J8363B-2 <=> No connection • P/J8363B-1 <=> P/J8309-14 Are these conductive? Go to Step 12. Repair the Compiler Front Tamper Motor Harness. 12 Check for +24 V to the Front Tamper Motor. Is there +24 V across J8309-11 <=> ground on the Finisher Main PWB? Go to Step 13. Replace the Finisher Main PWB. 13 Replace the Front Tamper Motor. Print a Test Print. Does the error still occur? Replace the Finisher Main PWB. Problem solved.

Error code:	H5-22, H5-24
Description:	Stacker Lower Tray Failure - H5-2n Rear Home Sensor For H-22, the Rear Tamper Home Sensor is not turned On within 800 ms following the Rear Tamper beginning to move to the Rear Tamper Home position. For H5-24, the Rear Tamper Home Sensor is not turned Off in the time specified following the Rear Tamper leaving the home position, or the Rear Tamper Home Sensor is turned On again after the Rear Tamper Home Sensor is turned Off and the Rear Tamper stops moving. • Stacker Lower Tray Failure - H5-22 Rear Home SNR ON • Stacker Lower Tray Failure - H5-24 Rear Home SNR OFF
Causes:	• Rear Tamper Home Sensor • Compiler Tray Assembly • Compiler Harness • Finisher Main PWB • Rear Tamper Motor
Remedy:	1 Check the Tamper mechanism. Move the Rear Tamper mechanism. Does the Tamper mechanism operate smoothly? Go to Step 2. Repair or replace the Compiler Tray. 2 Test the Rear Tamper Home Sensor. Run the Service Diagnostics Rear Tamper Home Sensor test. Does the sensor state change when the sensor is blocked? Go to Step 8. Go to Step 3. 3 Check the Compiler harness connections. Are P/J8361 and P/J8309 connected? Go to Step 5. Connect and go to Step 4. 4 Print a Test Print. Does the error still occur? Go to Step 5. Problem solved 5 Check Compiler Rear Tamper Harness continuity 1. Disconnect P/J8361 on the harness and P/J8309 on the Finisher Main PWB. 2. Check for continuity at the following: • P/J8361-3 <=> P/J8309-7 • P/J8361-2 <=> P/J8309-8 • P/J8361-1 <=> P/J8309-9 Are these conductive? Go to Step 6. Repair the Compiler Rear Tamper Harness. 6 Check for +5 V to the Rear Tamper Home Sensor. Is there +5 V across J8309-9 <=> J8309-7 on the Finisher Main PWB? Go to Step 7. Replace the Finisher Main PWB. 7 Check Rear Tamper Home Sensor signal. Does the voltage across P8309-8 <=> P8309-7 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace the Rear Tamper Home Sensor. 8 Test the Rear Tamper Motor. Run the Service Diagnostics Rear Tamper Motor Low Speed Inboard and Outboard tests alternately. Does the Rear Tamper Motor rotate, and the Tamper move front to rear? Replace the Finisher Main PWB. Go to Step 9. 9 Check Compiler Rear Tamper Motor Harness connections. Are P/J8362 and P/J8309 connected? Go to Step 11. Connect and go to Step 10. 10 Print a Test Print. Does the error still occur? Go to Step 11. Problem solved. 11 Check Compiler Rear Tamper Motor Harness continuity. 1. Disconnect P/J8362 and P/J8309. 2. Check for continuity at the following: • J8362B-6 <=> P/J8309-15 • J8362B-5 <=> P/J8309-16 • J8362B-4 <=> P/J8309-17 • J8362B-3 <=> P/J8309-18 • J8362B-2 <=> Non connection • J8362B-1 <=> P/J8309-19 Are these conductive? Go to Step 12. Repair the Compiler Harness. 12 Check for +24 V to the Rear Tamper Motor. Is there +24 V across J8309-16 <=> ground on the Finisher Main PWB? Go to Step 13. Replace the Finisher Main PWB. 13 Replace the Front Tamper Motor. Print a Test Print. Does the error still occur? Replace the Finisher Main PWB. Problem solved.

Error code:	H5-33, H5-34
Description:	Punch Failure - H5-3n Home Sensor The Punch Unit Move Home Sensor does not change state within the specified time following activation of the Punch Move Motor or the Move Home sensor changes state after the Punch Move Motor has stopped. • Punch Failure - H5-33 Home SNR ON • Punch Failure - H5-34 Home SNR OFF
Causes:	• Punch Unit Move Home Sensor • Punch Sensor Harness • Finisher Main PWB • Punch Motor Bracket • Punch Drive Harness
Remedy:	1 Check the Punch Unit operation. Slide the Punch Unit in and out. Does the Punch Unit move smoothly? Go to Step 2. Correct the installation. 2 Test the Punch Unit Move Home Sensor. Run the Service Diagnostics Punch Unit Move Home Sensor test. Does the sensor state when the sensor is blocked? Go to Step 8. Go to Step 3. 3 Check Punch Unit Move Home Sensor Harness connection. Are P/J8352 and P/J8307 connected? Go to Step 5. Connect and go to Step 4. 4 Print a Test Print. Does the error still occur? Go to Step 5. Problem solved. 5 Check Punch Unit Move Home Sensor Harness continuity. 1. Disconnect P/J8352 and P/J8307. 2. Check for continuity at the following: • P/J8352-3 <=> P/J8307-A6 • P/J8352-2 <=> P/J8307-A5 • P/J8352-1 <=> P/J8307-A4 Are these conductive? Go to Step 6. Repair the Punch Unit Move Home Sensor Harness. 6 Check for +5 V to the Punch Unit Move Home Sensor. Is there +5 V across J8307-A4 <=> J8307- A6 on the Finisher Main PWB? Go to Step 7. Replace the Finisher Main PWB. 7 Check the Punch Home Sensor signal. Does the voltage across P8307-A5 <=> P8307-A6 on the Finisher Main PWB change when the sensor is blocked? Replace the Finisher Main PWB. Replace the Punch Unit Move Home Sensor. 8 Test the Punch Move Motor. Run the Service Diagnostics Front and Rear Punch Move Motor tests. Does the Punch Move Motor rotate and the Punch frame move? Replace the Finisher Main PWB. Go to Step 9. 9 Check Punch Motor Harness connections. Are P/J8344 and P/J8306 connected? Go to Step 11. Connect and go to Step 10. 10 Print a Test Print. Does the error still occur? Go to Step 11. Problem solved. 11 Check Punch Motor Harness continuity. 1. Disconnect P/J8344 and P/J8306. 2. Check for continuity at the following: • P/J8344-1 <=> P/J8306-7 • P/J8344-2 <=> P/J8306-3 • P/J8344-3 <=> P/J8306-6 • P/J8344-4 <=> P/J8306-5 • P/J8344-5 <=> P/J8306-2 • P/J8344-6 <=> P/J8306-1 Are these conductive? Go to Step 12. Repair the Punch Motor Harness. 12 Replace the Punch Move Motor. Print a Test Print. Does the error still occur? Go to Step 13. Problem solved. 13 Replace the Finisher Main PWB. Does the error still occur? Replace the Finisher Main PWB.