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ПЗК

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Пакеты для картриджей

Комплектующие (ЗИП) для принтера

ЗИП Epson

Print Head ( Печатающая головка )

Pump Assy ( Узел подачи чернил в сборе )

Board Assy ( Электронная плата )

DAMPER ( Демпер )

Cable Assy ( Шлейф в сборе )

Belt, Scale ( ремень каретки, лента позиционирования )

Motor Assy ( двигатель )

Paper feed unit ( узел подачи бумаги )

Gear ( Шестерня )

Scaner unit ( блок сканера )

Power Assy ( блок питания )

Разное Epson

ЗИП Canon

Печатающая головка Canon

Электронная плата Canon

Узел термозакрепления Canon

Узел подачи бумаги Canon

Ремни, ленты позиционирования, диски энкодера Canon

Шлейфы Canon

Узел подачи чернил Canon

Шестеренки Canon

Блоки питания Canon

Электродвигатели и соленоиды Canon

Датчики Canon

Разное Canon

ЗИП HP

Печатающая головка HP

Электронная плата HP

Узел термозакрепления HP

Узел подачи бумаги HP

Ремни, ленты позиционирования, диски энкодера HP

Шлейфы HP

Узел подачи чернил HP

Модули памяти HP

Шестеренки HP

Подшипники (бушинги) HP

Блоки питания HP

Электродвигатели и соленоиды HP

Узел сканирования HP

Датчики HP

Разное HP

ЗИП Samsung

Электронная плата Samsung

Узел термозакрепления Samsung

Узел подачи бумаги Samsung

Шлейфы Samsung

Шестеренки Samsung

Подшипники (бушинги) Samsung

Блоки питания Samsung

Электродвигатели и соленоиды Samsung

Узел сканирования Samsung

Блок лазера Samsung

Датчики Samsung

Разное Samsung. Товары, не вошедшие в предыдущие категории

ЗИП Xerox

Печатающая головка Xerox

Электронная плата Xerox

Узел термозакрепления Xerox

Узел подачи бумаги Xerox

Ремни, ленты позиционирования, диски энкодера Xerox

Шлейфы Xerox

Узел подачи чернил Xerox

Шестеренки Xerox

Электродвигатели и соленоиды Xerox

Блоки питания Xerox

Узел сканирования Xerox

Датчики Xerox

Блок лазера Xerox

Разное Xerox

ЗИП Brother

Печатающая головка Brother

Электронная плата Brother

Узел термозакрепления Brother

Узел подачи бумаги Brother

Ремни, ленты позиционирования, диски энкодера Brother

Шлейфы Brother

Узел подачи чернил Brother

Шестеренки Brother

Блоки питания Brother

Электродвигатели и соленоиды Brother

Датчики Brother

Узел сканирования Brother

Блок лазера Brother

Разное Brother

ЗИП Kyocera

Электронная плата Kyocera

Узел термозакрепления Kyocera

Узел подачи бумаги Kyocera

Шлейфы Kyocera

Шестеренки Kyocera

Подшипники (бушинги) Kyocera

Блоки питания Kyocera

Электродвигатели и соленоиды Kyocera

Узел сканирования Kyocera

Блок лазера Kyocera

Датчики Kyocera

Разное Kyocera. Товары, не вошедшие в предыдущие категории

ЗИП Panasonic, OKI, Ricoh, Pantum

Печатающая головка Panasonic, Oki, Ricoh, Pantum

Электронная плата Panasonic, Oki, Ricoh, Pantum

Узел термозакрепления Panasonic, Oki, Ricoh, Pantum

Узел подачи бумаги Panasonic, Oki, Ricoh, Pantum

Ремни, ленты позиционирования, диски энкодера Panasonic, Oki, Ricoh, Pantum

Шлейфы Panasonic, Oki, Ricoh, Pantum

Узел подачи чернил Panasonic, Oki, Ricoh, Pantum

Шестеренки Panasonic, Oki, Ricoh, Pantum

Блоки питания Panasonic, Oki, Ricoh, Pantum

Электродвигатели и соленоиды Panasonic, Oki, Ricoh, Pantum

Датчики Panasonic, Oki, Ricoh, Pantum

Узел сканирования Panasonic, Oki, Ricoh, Pantum

Блок лазера Panasonic, Oki, Ricoh, Pantum

Разное Panasonic, Oki, Ricoh, Pantum

ЗИП Lexmark, Toshiba, Sharp

Печатающая головка Lexmark, Toshiba, Sharp

Электронная плата Lexmark, Toshiba, Sharp

Узел термозакрепления Lexmark, Toshiba, Sharp

Узел подачи бумаги Lexmark, Toshiba, Sharp

Ремни, ленты позиционирования, диски энкодера Lexmark, Toshiba, Sharp

Шлейфы Lexmark, Toshiba, Sharp

Узел подачи чернил Lexmark, Toshiba, Sharp

Шестеренки Lexmark, Toshiba, Sharp

Блоки питания Lexmark, Toshiba, Sharp

Электродвигатели и соленоиды Lexmark, Toshiba, Sharp

Узел сканирования Lexmark, Toshiba, Sharp

Блок лазера Lexmark, Toshiba, Sharp

Датчики Lexmark, Toshiba, Sharp

Разное Lexmark, Toshiba, Sharp

ЗИП Термопринтера

Стекла для МФУ и сканера

Струйные картриджи

Картриджи Epson

Картриджи Canon

Картриджи HP

Картриджи Brother, Lexmark, Sharp

Чипы

Чипы Epson

Чипы Canon

Чипы HP

Чипы Samsung

Чипы Xerox

Чипы OKI

Чипы Ricoh

Чипы Pantum

Чипы Kyocera

Чипы Lexmark

Решение для принтера

Прошивка Epson

Генераторы, Прошивки Samsung

Генераторы, Прошивки Xerox

Прошитая оригиналом память

Прошивка принтера Pantum

Прошивки и Сервисные программы Canon

Химия для техники

Промывочная жидкость

Смазки и масла для техники

Восстанавливающие, очищающие средства

Программаторы

Радиодетали

Транзисторы

Микросхемы памяти FLASH

Микросхемы памяти EEPROM

Микроконтроллеры

Конденсаторы

Блок питания

Материалы для наружной рекламы

Сублимация

3D печать ABS PLA

Планшетный принтер, текстильная печать

Разработка сайтов и программного обеспечения

Для ноутбука

Зарядные устройства

Аккумуляторы

Запчасти для телевизоров и мониторов

Электронные платы для телевизоров

Матрицы для телевизора

Блоки питания для телевизоров

Тюнеры для телевизора

Светодиодная подсветка

Шлейфы и кабели для телевизоров и мониторов

Разное для телевизоров и мониторов

Запчасти для асиков (asic miner)

Вход

Самое покупаемое

WorkCentre 5021/5019

Service Documentation

WC 5021/5019 Service Documentation

702P00886

Initial Issue

08/2012

***Xerox Private Data***

All service documentation is supplied to Xerox external customers for informational purposes only. Xerox service documentation is intended for use by certified, product-trained service personnel only. Xerox does not warrant or represent that it will notify or provide to such customer any future change to this documentation. Customer performed service of equipment, or modules, components, or parts of such equipment may affect whether Xerox is responsible to fix machine defects under the warranty offered by Xerox with respect to such equipment. You should consult the applicable warranty for its terms regarding customer or third-party provided service.

If the customer services such equipment, modules, components or parts thereof, the customer releases Xerox from any and all liability for the customer actions, and the customer agrees to indemnify, defend and hold xerox harmless from any third party claims which arise directly or indirectly for such service.

While Xerox has tried to make the documentation accurate, Xerox will have no liability arising out of any inaccuracies or omissions. Changes are periodically made to this document. Changes, technical inaccuracies, and typographical errors will be corrected in subsequent editions.

Prepared by Creative and Technical Communications – North America

800 Phillips Road, Building 218-01A

Webster, New York 14580

ISO9001 and ISO27001 Certified

©2012 by Xerox Corporation. All rights reserved.

XEROX® and XEROX and design® are trademarks of Xerox Corporation in the US and/or other countries.

Changes are periodically made to this document. Changes, technical inaccuracies, and typographic errors will be corrected in subsequent editions.

CAUTION

This equipment generates, uses and can radiate radio frequency energy, and if not installed and used in accordance with the instructions documentation, may cause interference to radio communications. It has been tested and found to comply with the limits for a Class A computing device pursuant to subpart B of part 15 of FCC rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference in which case the user, at his own expense, will be required to correct the interference.

Initial Issue

WorkCentre 5021/5019

2.2 Information on Updating

This manual will be sent to each Service Center as specified below. Revisions must be incorporated correctly to keep the manual up-to-date.

Updating Procedure:

•When the manual is updated, the issue number ‘Ver. 1’ will be changed to Ver. 1.1, Ver. 1.2, and so on.

0.3 Description for Terminology And Symbols

The terms and symbols used throughout this manual are explained here.

•The terms and symbols used at the beginning of a text are defined as follows:

DANGER

Indicates an imminently hazardous situation, such as death or serious injury if operators do not handle the machine correctly by disregarding the statement.

WARNING

Indicates a potentially hazardous situation, such as death or serious injury if operators do not handle the machine correctly by disregarding the statement.

CAUTION

Purpose

Used to describe the purposes of Adjustment and Troubleshooting.

REP: Indicates the disassembly/assembly procedure for reference.

ADJ: Indicates the adjustment procedure for reference.

PL: Indicates the parts list for reference.

Terminology

1.1 Before Starting the Servicing

1.1.1 Safety

To prevent any accident that may occur during a maintenance service, any warning or any caution regarding the servicing must be strictly observed. Do not perform any hazardous operation.

1.Power Supply

To prevent electrical shocks, burns, or injury, etc., be sure to switch OFF the machine and disconnect the plug before starting the maintenance service. If the machine has to be switched ON, such as when measuring the voltage, take extra care not to get an electrical shock.

2.Drive Area

Never inspect, clear or lubricate the drive area such as chain belts, chain wheel or gears during the machine operation.

3.Heavy Parts

Position your hip lower when removing or installing heavy parts.

4.Safety Device

See that safety devices for preventing mechanical accidents, such as fuses, circuit breakers, interlock switches, etc., and those for protecting customers from injury, such as panels and covers, function properly. Modifications that hinder the function of any safety devices are strictly prohibited.

5.Installing and Removing Parts

The edge of parts and covers may be sharp, take care not to touch them. Be careful not to touch those parts, and wipe off any oil that may have adhered to your fingers or hands before servicing. When removing parts, cables, and etc. do not pull them out by force but remove them slowly.

6.Specified Tools

Follow the instruction when a tool is specified.

7.Cleaning the Toner and Developer

As the toner can be explosive, sweep or brush the spilled toner into a container for collecting the sweepings.

Clean away the remaining toner with a damp cloth or use a standard vacuum cleaner that is toner-tolerant. Never use the customer’s vacuum cleaner.’

Do the same when cleaning the Developer because it also contains some toner.

8.Organic Solvents

When using an organic solvent such as the Drum Cleaner or Machine Cleaner, pay attention to the following:

•Ensure good ventilation in the room to prevent too much inhalation of solvent fumes.

•Do not use heated solvent.

•Keep it away from fire.

•Wash your hands thoroughly after use.

9.Harmful Laser

1.1.2 Things to Take Note When Handling Customer Information

1.Handling of customer’s electronic information — samples of copy/print (paper data), log files (Activity Report), and etc.

Before you bring back any samples for the purpose of investigation/analysis, always obtain permission from the customer. Make sure to assure them that the data will not be used for any other purpose.

2.Handling of a PWB, etc. that contains customer information.

Data such as Fax Address Numbers and URLs that are registered in the customer’s machine are all important customer information. These types of information are stored in the PWB, etc. within the machine. Take extra care when handling them.

(1)In case of replacements, transfer the data to the new PWB and make sure that all data in the old parts is thoroughly erased before disposing it. Make sure that no important customer information gets leaked. (For details, refer to the preface in Chapters 4 and 5)

(2)If a component was replaced and it was not found to be the cause of the malfunction, return it to the machine it came from. (For components that were temporarily installed/removed for troubleshooting, etc. clear the data using the CE Mode, etc.)

1.1.3 Other Precautions

Pay attention to the following when performing maintenance service to avoid wrong or redundant servicing:

1.Reference Materials

Before performing maintenance servicing, read all relevant technical materials to make a systematic approach.

2.Disassembling

Make sure to check the assembled condition before removing parts or disassembling the machine.

3.Installation/Adjustment

After the installation or adjustment is complete, check that no parts or tools are left inside or on the assemblies before using the machine.

4.Handling of replaced parts/consumables

Make sure that the replaced parts or consumables as well as their packaging materials are collected back to the Service Center.

For the separation and processing methods for the collected items, refer to the Common Technical Information No. 2-027 for all machines.

• Drum Cleaner

WARNING

Never discard the Drum Cleaner into a fire. Always keep it away from open flames to prevent it from catching and causing a fire. Always dispose of the Drum Cleaner after it is completely used up. For recyclable parts, fill the necessary items in the [U-TAG] and perform collection.

5.General Precautions

•Take care not to disturb the customer’s daily work.

•Place a drop cloth or paper on the floor of the service area to keep the site clean.

•Throw any trash generated during the maintenance service into a trash bag and bring them back to the Service Center.

•Record clearly the service details and the consumables and parts replaced at visit in the Machine Service Log.

1.2 Service Call Procedure

1.2.1 Initial Actions

1.Ask the operator(s) about the machine condition.

2.Record the billing meter readings.

3.Inspect any error copies, then check the machine.

4.Check the Service Log.

1.2.2 When UM is requested, perform the following:

1.Check the problem status by performing the Level 1 Troubleshooting in [Chapter 2 Troubleshooting].

2.Perform the applicable Level 2 Troubleshooting FIP in [Chapter 2 Troubleshooting].

3.If there are no applicable items, troubleshoot by referring to [Chapter 7 BSD].

4.Check the copy quality.

Make several sheets of copies using the Test Chart (499T 00247), then check the quality of the copies for problems.

5.Output the following [Error History Report] and check the [System Fail History] and [Paper Jam History] in order to understand the machine status.

(1)Enter the System Administrator Mode.

i.Press the [Log In / Out] button and hold it down for 4 s or longer until the following screen is displayed.

Figure 1 j0lj41896

ii.Use the keypad to enter the Passcode [11111]*1 (5 ‘1’ digits) and press the [Start] button.

NOTE: *1: Default Value

iii.The Program Number input screen is displayed.

Figure 2 j0lj41897

(2)Load any one of A4 SEF, A4 LEF, Letter SEF, or Letter LEF into the Tray.

(3)Enter ‘202’ at the Program Number and press the [Start] button.

(4)Enter ‘4’ for [Error History Report] and press the [Start] button.

(5)Once printing has completed, press the [Log In / Out] button to exit from the System Administrator Mode.

NOTE: When replacing parts that will incur cost to the customer, obtain the customer’s agreement before performing the replacement.

6.Repair all the secondary problems.

7.Perform TRIM Service.

1.2.3 When SM is requested, perform the following:

1.Check the copy quality.

Make several sheets of copies using the Test Chart (499T 00247), then check the quality of the copies for problems.

2.Output the [Error History Report] and check the [System Fail History] and [Paper Jam History] in order to understand the machine status.

•For how to output the [Error History Report], refer to [1.2.2 When UM is requested, perform the following:].

NOTE: When replacing parts that will incur cost to the customer, obtain the customer’s agreement before performing the replacement.

3.Perform TRIM Service.

1.2.4 Final Actions

1.Check overall operation/features.

2.Check the machine exterior and consumables.

3.Train the operator as required.

4.Complete the Service Log and Service Report.

1.3 Detailed Contents of the Service Call

1.3.1 Initial Actions

1.4TRIM Check List

C:Perform checking. Clean, replace, or feed if necessary.

O:Always perform cleaning and checking.

*: Always perform replacement service at the specified interval.

1.5 Periodic Replacement Parts/Consumables List

When servicing, check the number of copies and number of fed sheets for the consumables and parts that require periodical cleaning/replacement. Clean or replace them if necessary. The history can be checked by printing the Maintenance Report or by checking the approriate counter in [HFSI Read / Clear] in CE Mode (6.4.2.9 HFSI Read / Clear).

For the items that cannot be checked in CE Mode, clean or replace them according to the replacement intervals (standard PV).

CAUTION

Do not place the imaging materials, such as the Toner and the Drum, in the car for a long time.

NOTE: Clean the Platen Glass with a Platen Wax Cleaner 499D 00194 (194D) every 10K Feeds.

Table 1

2.2 Product FIP

2.2.1 Level 1 FIP

CHAIN 16

CHAIN 23

CHAIN 24

CHAIN 41

CHAIN 42

CHAIN 45

CHAIN 61

CHAIN 62

CHAIN 71

CHAIN 72

CHAIN 75

CHAIN 77

CHAIN 91

CHAIN 123

2.2.3 Other Failure FIP

2.2.4 Generic FIP

2.3 NET System Fault Check

2.1.1 How to Troubleshoot

Level 1 Troubleshooting:

•Level 1 Troubleshooting (Level 1 FIP) is the first step to diagnose a problem. Level 1 FIP asks you whether any Fault Code and other problematic symptoms exist, guiding you to Level 2 Troubleshooting or BSD to resolve the problem.

Level 2 Troubleshooting:

•Level 2 Troubleshooting is a diagnostic procedure of separating a problem by Fault Code, document/paper jam and other problematic symptoms. Performing a FIP or an appropriate procedure in the Check Procedure enables you to discover causes of a problem in a short period of time.

How to proceed with troubleshooting and Cautions:

•First, perform Level 1 FIP to categorize a problem. Second, proceed to an appropriate Level 2 FIP or BSD to resolve the problem. To find the causes of the problem using FIP or Check Procedure etc., thoroughly read the instructions and follow the procedure properly. Sometimes, when two or more causes exist, they cannot be identified at once, so the same FIP should be repeated. In this case, pay attention to a different judgment made in the process of the same FIP.

•For source voltage related problems, such as being unable to power up the machine, refer to ‘Other Failure FIP’ to proceed with the troubleshooting.

•The Check Procedure for general electrical parts (Motor, Solenoid/Clutch, Switch, Sensor etc.) may not be shown in each troubleshooting for some cases. In such cases, proceed to troubleshoot by referring to ‘Generic FIP’.

2.1.2 How to Switch the Error Code Display

When a problem has occurred in the machine, an Error Code or a Fault Code (Chain-Link) will be displayed on the UI screen. When an Error Code is being displayed, you can perform the following operation to switch the display to the Chain-Link number that correspond to that Error Code. To repair, check the Chain-Link number and proceed with the appropriate FIP.

How to switch to the Chain-Link number

1.When a problem has occurred, the displayed Error Code will be flashing.

Figure 1 j0lj21201

2.With the Error Code being displayed, press and hold down the [ID Card Copy] button on the Control Panel.

•As long as the button is being pressed, the Chain-Link number will be displayed and flashing.

2.1.3 Glossary

The following terminology are used throughout the troubleshooting section. The meaning of these terminology must be fully understood when performing problem analysis.

Status Indicator RAPs

2.1.2, 2.1.3

•Fault Code

This 6-digit code appears when the machine has found problems.

•Actuate (Deactuate)

To mechanically push (release) the Actuator of the switch or the connected mechanical linkage.

•Block

To place a sheet of document or paper on the photo sensor surface for detection.

•Check

To visually check for operation failure of parts such as relay or mechanical linkage, and the failure status of the parts.

•Enter the CE Mode

To enter the CE Mode by following the procedure described in ‘How to Enter/Exit the CE Mode’ of Chapter 6.

•Check the connection for short circuit

Turn the power OFF. Measure the resistance between the wire and the frame using the ohm range of a tester.

•Check the connection for open circuit

Turn the power OFF. Measure the resistance between both ends of the wire using the ohm range of a tester.

•Input Check [xxx-xxx]/Output Check [xxx-xxx]

To enter the Component Check by following the procedure described in ‘How to Use the CE Mode’ of Chapter 6.

•Analog Monitor [xxx-xxx]

To enter the Analog Monitor by following the procedure described in ‘How to Use the CE Mode’ of Chapter 6.

•Check the voltage level

•PL 4.2

Refer to PL 4.2 in Chapter 5 Parts List.

•CH 6.2 Zone J4

Refer to Chain 6.2 Zone J4 in Chapter 7 BSD.

•REP 4.1.3

Refer to REP 4.1.3 in Chapter 4.

•ADJ 4.1.3

Refer to ADJ 4.1.3 in Chapter 4.

•Replace the parts in sequence

When it is impossible to analyze causes of a problem further, replace the parts in sequence. The part with a higher replacement frequency or higher possibility of causing a problem is listed first for replacement.

Status Indicator RAPs

2.1.3

2.2.1.1 Level 1 FIP

Procedure

Ask the operator about the problem. Did the operator operate the machine correctly?

YN

Explain the correct way to operate the machine to the operator.

Output all jobs that are stored in the memory. Turn the power OFF and ON. Is the UI display normal?

YN

Refer to [BSD (CH2.1)] and [2.2.3 Other Failure FIP] to repair the malfunction in UI display.

Check the Shutdown History. Refer to [6.4.2.1 Shutdown History] to display the Fault Code on the UI. Is the Fault Code displayed on the UI?

YN

Refer to [Troubleshooting] in the User guide and repair the following errors.

•Problems With Hardware

•Problems With Image Quality

•Problems With Copy

•Problems With Printer

•Problems With Scanner

•Problems With Network

•In Case of Paper Jam

•In Case of Document Jam

Proceed to Level 2 Troubleshooting and perform the applicable FIP.

Status Indicator RAPs

2.2.1.1

003-500/795 N-Up NG Out Of Range/ AMS NG Out Of

Range

BSD-ON:-

[N-Up NG Out Of Range]

During 2-Up or 4-Up, the reduce/enlarge ration was not within the range of 25 to 400%.

[AMS NG Out Of Range]

During AMS (Auto Magnification Selection), the reduce/enlarge ration was not within the range of 25 to 400%

Cause/Action

Press [Stop] on the UI Panel and change the settings.

003-951 1Job Max Page Over

BSD-ON:-

During Copy Job, the number of pages that can be scanned has been exceeded.

Cause/Action

Press [Stop] on the UI Panel and reduce the number of document pages.

003-963 APS NG Out Of Range

BSD-ON:-

During Copy Job, when APS is selected, the image size obtained from document size x reduce/enlarge ratio was detected to be larger than the largest Standard Paper Size.

003-754 IPS Overrun

BSD-ON:-

The IPS processing has overtook the Scan processing.

Cause/Action

This might be avoided by setting the R/E ratio to 99% or 101%. If this occurs frequently, obtain the document from the User and contact the Support Department for assistance.

003-942 Not-Supported Doc Size

BSD-ON:-

During DADF Scan of a Copy Job, an unsupported document size was detected.

Cause/Action

1.Press [Stop] on the UI Panel.

2.Check the setting of the document size group.

3.Check whether the document size is a supported size.

4.If the document size is a supported size, the DADF might have malfunctioned. Refer to following FIP to check the DADF.

•005-196 (Size Mismatch Jam on No Mix-size)

•005-948 (SS-Size Mismatch Jam on No Mix-size)

Cause/Action

Press [Stop] on the UI Panel and change the settings.

003-972 EPC Memory Full

BSD-ON:-

During Copy Job, the EPC memory is filled up.

Cause/Action

Print out all the images that had been successfully scanned by the DADF so far and then perform the copy again for the documents (images) that were unable to be scanned.

003-973 Auto Rotation NG Out Of Range

BSD-ON:-

During Copy Job, the following conditions were met.

•Rotation is required.

•The length of the image obtained by document x reduce/enlarge ratio is longer than 297 mm.

Cause/Action

Press [Stop] on the UI Panel and change the reduce/enlarge ratio.

004-345 HVPS Communication Error

BSD-ON:CH9.2

Communication failure between the ESS/MCU PWB and the HVPS was detected.

Cause/Action

1.Turn the power OFF and ON.

2.Turn OFF the power and check the connection between the HVPS J500 and the ESS/ MCU PWB J402 for open circuit, short circuit, and poor contact.

3.If no problem is found, replace the following parts in sequence:

•HVPS (PL 18.1)

•ESS/MCU PWB (PL 18.1)

Status Indicator RAPs

004-345

005-122 DADF Simplex/Side 1 Pre Regi Sensor On Jam

BSD-ON:CH5.4

•After Pre-Feed started for the first sheet (DADF Feed Motor On (CW)) in Simplex and Duplex, the DADF Pre Regi Sensor did not turn ON within the specified time.

•After Pre-Feed started for the second sheet onwards (DADF Feed Motor On (CW)) in Duplex, the DADF Pre Regi Sensor did not turn ON within the specified time.

005-125/145 DADF Regi Sensor Off Jam/ DADF Regi Sensor Off Jam on Inverting

BSD-ON:CH5.5, CH5.4

[DADF Regi Sensor Off Jam]

After the DADF Pre Regi Sensor turned OFF at Scan operation, the DADF Regi Sensor did not turn OFF within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Feed Roll and Nudger Roll for foreign substances.

•The surface of the Feed Roll and Nudger Roll for wear.

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF Feed Clutch (Output Check [005-062]) for operation failure. (PL 56.7)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-123 DADF Simplex/Side 1 Regi Sensor On Jam

BSD-ON:CH5.5, CH5.4

The DADF Regi Sensor does not turn ON within the specified time after the DADF Pre Regi Sensor On.

[DADF Regi Sensor Off Jam on Inverting]

After the DADF Pre Regi Sensor turned OFF at Invert operation, the DADF Regi Sensor did not turn OFF within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Regi Roll, Out Roll, and Exit Roll for foreign substances.

•The surface of the Regi Roll, Out Roll, and Exit Roll for wear.

•The DADF Regi Sensor (Input Check [005-110]) for operation failure. (PL 56.14)

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Takeaway Roll and Regi Roll for foreign substances.

•The surface of the Takeaway Roll and Regi Roll for wear.

•The DADF Regi Sensor (Input Check [005-110]) for operation failure. (PL 56.14)

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF T/A Clutch (Output Check [005-098]) for operation failure. (PL 56.7)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-131/132 DADF Invert Sensor On Jam on Inverting/ DADF Invert Sensor On Jam

BSD-ON:CH5.5, CH5.4

[DADF Invert Sensor On Jam on Inverting]

After the DADF Regi Sensor turned ON at Invert operation, the DADF Invert Sensor did not turn ON within the specified time.

[DADF Invert Sensor On Jam]

After the DADF Regi Sensor turned ON in the Scan operation, the DADF Invert Sensor did not turn ON within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Out Roll for foreign substances.

•The surface of the Out Roll for wear.

•The DADF Invert Sensor (Input Check [005-211]) for operation failure. (PL 56.10)

•The DADF Regi Sensor (Input Check [005-110]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-134/139 DADF Invert Sensor Off Jam on Inverting/ DADF Invert Sensor Off Jam

BSD-ON:CH5.5, CH5.4

[DADF Invert Sensor Off Jam on Inverting]

During the Invert operation where there is a next document, after the DADF Regi Sensor turned OFF, the DADF Invert Sensor did not turn OFF within the specified time.

[DADF Invert Sensor Off Jam]

During the Simplex and Duplex Scan operation, after the DADF Regi Sensor turned OFF, the DADF Invert Sensor did not turn OFF within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Out Roll and Exit Roll for foreign substances.

•The surface of the Out Roll and Exit Roll for wear.

•The DADF Invert Sensor (Input Check [005-211]) for operation failure. (PL 56.10)

•The DADF Regi Sensor (Input Check [005-110]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The Exit Pinch Roll for operation failure (including for the operation failure of the Exit Nip Release Solenoid (Output Check [005-072])). (PL 56.7)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-135 DADF Side 2 Pre Regi Sensor On Jam

BSD-ON:CH5.4, CH5.5

After the DADF Feed Motor started the reverse rotation at Invert operation, the DADF Pre Regi Sensor did not turn ON within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Exit Roll for foreign substances.

•The surface of the Exit Roll for wear

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-048]) for operation failure. (PL 56.6)

•The Exit Pinch Roll for operation failure (including for the operation failure of the Exit Nip Release Solenoid (Output Check [005-072])). (PL 56.7)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-136 DADF Side 2 Regi Sensor On Jam

BSD-ON:CH5.5, CH5.4

After the DADF Pre Regi Sensor turned ON at Invert operation, the DADF Regi Sensor did not turn ON within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Exit Roll, Takeaway Roll, and Regi Roll for foreign substances.

•The surface of the Exit Roll, Takeaway Roll, and Regi Roll for wear.

•The DADF Regi Sensor (Input Check [005-110]) for operation failure. (PL 56.14)

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-008]) for operation failure. (PL 56.6)

•The DADF T/A Clutch (Output Check [005-098]) for operation failure. (PL 56.7)

•The Exit Pinch Roll for operation failure (including for the operation failure of the Exit Nip Release Solenoid (Output Check [005-072])). (PL 56.7)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-147 DADF Pre Regi Sensor Off Jam on Inverting

BSD-ON:CH5.4, CH5.5

After the DADF Feed Motor started the reverse rotation at Invert operation, the DADF Pre Regi Sensor did not turn OFF within the specified time.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Exit Roll, Takeaway Roll, Regi Roll, and Out Roll for foreign substances.

•The surface of the Exit Roll, Takeaway Roll, Regi Roll, and Out Roll for wear.

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The DADF Feed Motor (Output Check [005-048/008] (CCW/CW)) for operation failure. (PL 56.6)

•The Exit Pinch Roll for operation failure (including for the operation failure of the Exit Nip Release Solenoid (Output Check [005-072])). (PL 56.7)

•The Drive Gear for wear and damage.

If no problem is found, replace the DADF PWB. (PL 56.2)

005-196 Size Mismatch Jam on No Mix-Size

BSD-ON:CH5.4, CH5.2

The 2nd sheet or later of the document was detected to be of a different size conpared to the 1st sheet (the length of the document’s 2nd sheet or later in SS direction is longer).

Cause/Action

1.Check the size of the document that was fed by the User.

2.If the error is not cleared, check the following:

Cause/Action

Explain to the User that Mixed Size is not supported.

005-198/199 Too Short Size Jam/ Too Long Size Jam

BSD-ON:CH5.4, CH5.2

[Too Short Size Jam]

It was detected that the document length in Slow Scan direction is shorter than the specifications (Simpex: 85 mm, Duplex: 110 mm).

[Too Long Size Jam]

It was detected that the document length in Slow Scan direction is at the specifications (Simpex: 1275 mm, Duplex: 480.1 mm) or longer.

Cause/Action

Check the size of the document that was fed by the user. If it is within the permitted length for DADF transport, check the following:

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The Document Tray Size Sensor 1/2 (Input Check [005-221/222]) for operation failure. (PL 56.11)

If no problem is found, replace the DADF PWB. (PL 56.2)

005-210 DADF Download Fail

BSD-ON:CH3.1

When the IISS starts up (including at Power ON/Sleep recovery), it was detected that the DADF is in Download Mode.

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The Document Tray Size Sensor 1/2 (Input Check [005-221/222]) for operation failure.

(PL 56.11)

3.If no problem is found, replace the DADF PWB. (PL 56.2)

Cause/Action

Perform the DADF software download.

005-275/280 DADF RAM Fail/ DADF EEPROM Fail

BSD-ON:CH3.1

Write failure to DADF EEPROM or communication failure with EEPROM was detected.

Cause/Action

1.Turn the power OFF and ON.

2.If the problem persists, replace the DADF PWB. (PL 56.2)

005-305 DADF Feeder Cover Interlock Open

BSD-ON:CH5.1

The DADF Feeder Cover Interlock Switch was opened during DADF operation.

• DADF Invert Sensor (Input Check[005-211]) (PL 56.10)

3.If no problem is found, replace the DADF PWB. (PL 56.2)

005-940 DADF No Original Fail

BSD-ON:CH5.1

It was detected that the document was pulled out during document feed.

Cause/Action

Reload the document.

Cause/Action

1.Check the DADF Feeder Cover for mismatch.

2.Check the DADF Feeder Cover Interlock Switch (Input Check [005-212]) for operation failure.

(PL 56.6)

3.If no problem is found, replace the DADF PWB. (PL 56.2)

005-500 DADF Download Flash Write Error

BSD-ON:CH3.1

Failed to write into the Flash ROM during DAFD Download.

Cause/Action

1.Turn the power OFF and ON.

2.If the problem persists, replace the following parts in sequence:

•DADF PWB (PL 56.2)

•ESS/MCU PWB (PL 18.1)

005-948 SS-Size Mismatch Jam on No Mix-size

BSD-ON:CH5.4, CH5.2

In No Mix mode, it was detected that a document with a shorter size in Slow Scan (SS) direction was transported from the DADF.

Cause/Action

1.Check the size of the document that was fed by the User.

2.If the error is not cleared, check the following:

•The DADF Pre Regi Sensor (Input Check [005-206]) for operation failure. (PL 56.14)

•The Document Tray Size Sensor 1/2 (Input Check [005-221/222]) for operation failure.

(PL 56.11)

3.If no problem is found, replace the DADF PWB. (PL 56.2)

005-907/908/913 DADF Pre Regi Sensor/DADF Regi Sensor/DADF Invert Sensor Static Jam

BSD-ON:CH5.4, CH5.5

Paper was detected by the applicable sensor at Power ON, Feeder Cover Interlock Close, or DADF Open Sensor Close.

Cause/Action

1.Check the applicable sensor for remaining paper, the Actuator for return failure, contamination on sensor, and etc.

2.Check the applicable sensor for operation failure.

•DADF Pre Regi Sensor (Input Check[005-206]) (PL 56.14)

•DADF Regi Sensor (Input Check[005-110]) (PL 56.14)

Initial Issue

WorkCentre 5021/5019

010-311 Fusing Unit Center Thermistor Defect

BSD-ON:CH10.2

An open circuit abnormality (the AD value of the STS is equivalent to the open circuit value) of the Heat Roll Center Thermistor was detected.

Procedure

Turn OFF the power and disconnect the Heat Roll Center Thermistor connector P/J600. Measure the resistance between the Heat Roll Center Thermistor J600 pin-1 and J600 pin-2. Is the resistance infinite?

YN

Reconnect the connector P/J600 and measure the resistance between the ESS/MCU PWB J403 pin-1 and J403 pin-2. Is the resistance infinite?

Y N

Replace the ESS/MCU PWB. (PL 18.1)

Check the following connections for open circuits and poor contacts.

• Between ESS/MCU PWB J403-1 and Heat Roll Center Thermistor P600-4

• Between ESS/MCU PWB J403-2 and Heat Roll Center Thermistor P600-3

Replace the Fusing Unit. (PL 7.1)

010-312 Fusing Unit Rear Thermistor Defect

BSD-ON:CH10.2

An open circuit abnormality (the AD value of the STS is equivalent to the open circuit value) of the Heat Roll Rear Thermistor was detected.

010-320 Over Heat Temperature Fail

BSD-ON:CH10.2, CH10.1

A high temperature error was detected at the Center Thermistor (245 degrees C or higher) or the Rear Thermistor (270 degrees C or higher).

NOTE: To clear this Fail, first remove the cause, next clear the value of NVM [744-040] (Over Heat Temp Fail) to ‘0’, and then turn the power OFF then ON. The relationship between the displayed value and the Thermistor that detected the high temperature error is as follows:

•0: Normal

•1: High Temperature Error of Heat Roll Center Thermistor

•2: High Temperature Error of Heat Roll Rear Thermistor

Cause/Action

Check the following:

•The Center Thermistor or the Rear Thermistor for dropped parts, sensor contamination, and foreign substances blocking the sensor.

•The Heat Roll for wound up, stuck paper.

•The Heat Roll Center Thermistor (Analog Monitor [010-050]) for operation failure.

•The Heat Roll Rear Thermistor (Analog Monitor [010-051]) for operation failure.

•The Heater Rod for operation failure.

If no problem is found, replace the following parts in sequence:

•Fusing Unit (PL 7.1)

•LVPS (PL 18.1)

•ESS/MCU PWB (PL 18.1)

Procedure

Turn OFF the power and disconnect the Heat Roll Rear Thermistor connector P/J600. Measure the resistance between the Heat Roll Rear Thermistor J600 pin-3 and J600 pin-4. Is the resistance infinite?

YN

Reconnect the connector P/J600 and measure the resistance between the ESS/MCU PWB J403 pin-3 and J403 pin-4. Is the resistance infinite?

Y N

Replace the ESS/MCU PWB. (PL 18.1)

Check the following connections for open circuits and poor contacts.

• Between ESS/MCU PWB J403-3 and Heat Roll Rear Thermistor P600-2

• Between ESS/MCU PWB J403-4 and Heat Roll Rear Thermistor P600-1

Replace the Fusing Unit. (PL 7.1)

010-327 Fusing Unit On Time Fail

BSD-ON:CH10.2, CH10.1

Any of the following was detected:

•The Heater Rod did not turn OFF within the specified time after the Heater Rod On.

•After power ON, the temperature of the Fusing Unit does not reach the specified value within the specified time.

Cause/Action

Check the following:

•The Heater Rod for operation failure.

•The connection between the LVPS J511 and the Fusing Unit P10 for open circuit and poor contact

•The Center Thermistor for dropped parts, sensor contamination, and foreign substances blocking the sensor.

•The Heat Roll for wound up, stuck paper.

If no problem is found, replace the following parts in sequence:

•Fusing Unit (PL 7.1)

•LVPS (PL 18.1)

•ESS/MCU PWB (PL 18.1)

010-379 Fusing Unit Hot Not Ready Return Time Fail

BSD-ON:CH10.2, CH10.1

The time taken to recover from High Temperature Not Ready state has exceeded the specified time.

Cause/Action

1.Turn the power OFF and ON.

2.Turn OFF the power and check the following:

•The Fusing Unit for improper installation.

•The connection between the Fusing Unit P10 and the LVPS J511 for open circuit, short circuit, and poor contact.

•The connection between the Fusing Unit P600 and the ESS/MCU PWB J403 for open circuit, short circuit, and poor contact.

•The connection between the ESS/MCU PWB J401 and the LVPS J513 for open circuit, short circuit, and poor contact.

•The Heat Roll for wound up, stuck paper.

3.If the problem persists, replace the following parts in sequence:

•Fusing Unit (PL 7.1)

•LVPS (PL 18.1)

•ESS/MCU PWB (PL 18.1)

010-602 Over Temp Cooling Mode

BSD-ON:CH10.2

Unable to print because the temperature in the machine has risen above the specification value.

Cause/Action

Wait until the temperature in the machine has dropped.

016-500 Controller Download Flash Write Error

BSD-ON:-

Unable to write the Download File of Controller Main into the Flash ROM.

Cause/Action

1.Press [Stop] on the UI Panel.

2.Check the connection of the USB Cable between this machine and the PC.

3.Check the status (is it powered OFF, frozen, etc.) of the PC.

Cause/Action

1.Turn the power OFF and ON.

(If the contents of the Flash ROM is corrupted, the machine will boot up in Emergency Boot Download mode after Power ON.)

2.If the problem persists, replace the ESS/MCU PWB. (PL 18.1)

016-501 Controller Boot Flash Write Error

BSD-ON:-

Unable to write the Download File of Controller Boot into the Flash ROM.

Cause/Action

1.Turn the power OFF and ON.

2.If the problem persists, replace the ESS/MCU PWB. (PL 18.1)

016-571 No Response from USB-Host for Print Job

BSD-ON:CH3.2

When any of the following has occurred as USB Print or Download data interpretation is in progress.

•The command from the PC was disrupted for 2 minutes.

•The machine has detected a communication error with the USB Device.

•The sending of commands to the PC remained unsuccessful even when 500 ms has passed.

NOTE: This Fault will clear automatically. (It will not be displayed on the UI Panel)

Cause/Action

1.Check the connection of the USB Cable between this machine and the PC.

2.Check the status (is it powered OFF, frozen, etc.) of the PC.

016-502 UI Panel Download Flash Write Error

BSD-ON:CH2.1

Unable to write the Download File of UI Panel into the Flash ROM.

Cause/Action

1.Turn the power OFF and ON.

2.If the problem persists, replace the following parts in sequence:

•ESS/MCU PWB (PL 18.1)

•UI PWB (PL 1.6)

016-570 No Response from USB-Host for Scan Job

BSD-ON:CH3.2

When any of the following has occurred as Scan to PC (USB) is in progress.

•The command from the PC was disrupted for 5 seconds.

•The machine has detected a communication error with the USB Device.

•The sending of commands to the PC remained unsuccessful even when 500 ms has passed.

(The timeout time is the time calculated from the size of the data being sent only when sending image data.)

016-742/744 Download File Error/ Download File Check

Sum Error

BSD-ON:-

[Download File Error]

It was detected that there is an error with either the file format of the Download File, the Device Identifier, the Device Serial Number, or the Target Device Character String.

[Download File Check Sum Error]

The Download File checksum error was detected.

Cause/Action

1.Turn the power OFF and ON.

2.Install a firmware with the correct version.

016-749/799 HBPL or XPJL Syntax Error/ Print Instruction Fail

BSD-ON:-

[HBPL or XPJL Syntax Error]

When the Print Job data interpretation is in progress, an illegal command that cannot be ignored was received from the Client driver.

[Print Instruction Fail]

During the Print Job, the Job cannot be executed with the specified combination of print parameters (Stored File Size, Paper Size, Paper Tray, Duplex Settings, Output Tray, and etc.).

NOTE: During Continuous Print, this error will not occur until the paper that immediately precedes the paper where the applicable image is supposed to be printed on has been output successfully.

Cause/Action

1.Press [Stop] on the UI Panel.

2.Check whether the Printer Driver that is being used is the correct one.

3.Check whether the specified print parameters are correct.

016-759 Copy Counter Full

BSD-ON:-

During Multi Account Mode, any of the following has occurred:

•The general user that is logged in has reached the alotted maximum print count.

•A general user that has reached the alotted maximum print count has logged in.

Cause/Action

1.Press [Stop] on the UI Panel.

2.Clear the count for the user.

016-776 Marker Code Detection Fail

BSD-ON:-

During Copy Job or Print Job, when expanding only up to the size that was specified at the expansion, the End Code cannot be found in the compressed data.

NOTE: Before the occurrence of this fail, there are cases where [045-310 Image Ready Error] would occur first.

NOTE: During Continuous Print, this error will not occur until the paper that immediately precedes the paper where the applicable image is supposed to be printed on has been output successfully.

Cause/Action

1.Turn the power OFF and ON.

2.If the problem reoccurs, determine whether it is caused by the Copy document or the Print data and contact the Support Department for assistance.

024-910/911/915 Tray 1/Tray 2/MSI Paper Length Mismatch

BSD-ON:CH8.3, CH8.1

The Paper Size for the applicable Tray is longer by 10.1 mm or more, or shorter by 13.1 mm or more than the setting.

Cause/Action

Check the following:

•Transportation failure due to foreign substance on the document path.

•The surface of the Feed Roll, T/A Roll 2 (Tray 2), Regi. Roll, and Idler Roll of the applicable Tray for foreign substances.

•The surface of the Feed Roll, T/A Roll 2 (Tray 2), Regi. Roll, and Idler Roll of the applicable Tray for wear.

•The Regi Sensor (Input Check [071-105]) for operation failure. (PL 15.1)

•The Regi Clutch (Output Check [071-001]) for operation failure. (PL 15.1)

•The MSI Feed Clutch (Output Check [072-006]) for operation failure. (MSI) (PL 13.3)

•The BTR for contamination, wear, and transportation failure due to deterioration.

•The Drive Gear for wear and damage.

•Usage of out of spec paper.

If no problems are found, replace the ESS/MCU PWB. (PL 18.1)

•ESS/MCU PWB (Tray 1/MSI) (PL 18.1)

•STM PWB (Tray 2) (PL 10.6)

024-958/959/960 MSI/Tray 1/Tray 2 Paper Size Mismatch

BSD-ON:-

During Print Job, the paper size settings of the selected Tray is different from the paper size specified for the Job.

Cause/Action

Change the paper settings of the selected Tray to the appropriate one.

024-965 APS NG Unselected

BSD-ON:-

During Copy Job, Print Job, and Report Job with APS settings, the Paper Size and paper orientation (SEF/LEF) settings specified by the Job are different from the settings at Tray 1 and Tray 2.

Cause/Action

Change the paper settings of the Tray to the appropriate one.

042-325/614 Main Motor Rotation Error/ Main Motor

Rotation Warning

BSD-ON:CH4.1

[Main Motor Rotation Error]

The Main Drive Motor revolution failure was detected. When the Lock Up (Main Drive Motor Fail) signal of the Motor Drive output was monitored at the specified time interval after a certain time has passed since the Main Drive Motor operation had started, it was found to have failed 5 times in a row.

[Main Motor Rotation Warning]

The Main Drive Motor revolution failure was detected. When the Lock Up (Main Drive Motor Fail) signal of the Motor Drive output was monitored at the specified time interval after a certain time has passed since the Main Drive Motor operation had started, it was found to have failed 2 times in a row.

Procedure

Turn OFF the power and check the following:

•The connection between the Main Drive Motor J202 and the ESS/MCU PWB J403 for open circuit, short circuit, and poor contact.

•The Drive Gear for wear, damage, and bearing blockage.

•The Main Drive Motor for loading.

If no problem is found, replace the following parts in sequence:

•Main Drive Motor (PL 3.1)

•ESS/MCU PWB (PL 18.1)

Press [Stop] and turn OFF the power. Check the connection between the Main Drive Motor J202-8 and the ESS/MCU PWB J403-5 for open circuit, short circuit, and poor contact.

If no problem is found, replace the following parts in sequence:

•ESS/MCU PWB (PL 18.1)

•Main Drive Motor (PL 3.1)

Status Indicator RAPs

042-325/614

045-310 Image Ready Error

BSD-ON:CH3.2

Unable to send the Image-valid signal cannot within the specified time.

NOTE: When the attempt to expand the image has failed, [016-776 Marker Code Detection Fail] occurs after the recover operation.

Cause/Action

1.Check the USB Cable (Local) for poor connection.

2.If no problem is found, replace the ESS/MCU PWB. (PL 18.1)

045-313 IOT Logic Fail

BSD-ON:-

The IOT Software error was detected.

Cause/Action

1.Turn the power OFF and ON.

2.Install the correct version of the IOT firmware.

3.If the problem persists, replace the ESS/MCU PWB. (PL 18.1)

061-321 ROS Motor Fail

BSD-ON:CH6.4

The number of rotation of the ROS Motor did not come within the standard range within the specified time (5 s) after the ROS Motor On.

061-325 No SOS Fail

BSD-ON:CH6.4

After the detection of ROS Motor Ready (steady rotation), the SOS interval was detected to be longer than the reference value 5 times in a row.

1.Turn the power OFF and ON.

2.Check whether the Drum Cartridge is installed.

3.Check the ROS Motor (Output Check [061-001]) for operation failure.

4.Check the LD +5VDC power supply of the LD PWB J140 pin-8.

5.If no problem is found, replace the following parts in sequence:

•ROS Assembly (PL 2.1)

•ESS/MCU PWB (PL 18.1)

1.Turn the power OFF and ON.

2.Check whether the Drum Cartridge is installed.

3.Turn OFF the power and check the connections between the ESS/MCU PWB J410, J411 and the LD PWB J140, J160 for open circuits, short circuits, and poor contacts.

4.If no problem is found, replace the following parts in sequence:

•ROS Assembly (PL 2.1)

•ESS/MCU PWB (PL 18.1)

062-277 DADF Communication Fail

BSD-ON:CH3.1

Transmission cannot be established between the ESS/MCU PWB and the DADF PWB.

Cause/Action

1.Turn the power OFF and ON.

2.Turn OFF the power and check the connections between the ESS/MCU PWB J421 and the DADF PWB J751, J752 for open circuits, short circuits, and poor contacts.

3.If no problem is found, replace the following parts in sequence:

•DADF PWB (PL 56.2)

•ESS/MCU PWB (PL 18.1)

062-311 IIT Software Logic Fail

BSD-ON:-

A software error was detected at the ESS/MCU PWB.

Cause/Action

1.Turn the power OFF and ON.

2.Update the software version to the latest one.

3.If no problem is found, replace the ESS/MCU PWB. (PL 18.1)

062-360 Carriage Position Fail

BSD-ON:CH6.2

Any of the following was detected:

•An error with the count value of the Carriage Position Control.

•There is no Regi Sensor input during Carriage initialization.

•An error with the Regi Sensor detection position.

062-371/380 Lamp Illumination Fail/ AGC Fail

BSD-ON:CH6.3, CH6.1

[Lamp Illumination Fail]

Insufficient light from Lamp detected in CCD. (During white gradation correction/AGC before Scan starts)

[AGC Fail]

Insufficient lamp brightness was detected when performing AGC.

Initial Actions

Check whether there is something blocking the light and check the Lamp, Lens, Mirror, and White Color Correction Plate for deterioration or contamination.

Procedure

1.Turn ON the power and enter the Diag mode. Change the value for NVM [715-030] to ‘1’ and then perform [NVM Write].

2.A 3 or 4-digit number is displayed in the current value column.

3.Check the upper 1 or 2 digits, or the lower 2 digits using the following table and replace the appropriate parts.

Sample Display

•110 (3-digit display):

LED Lamp failure and LED Lamp Flexible Flat Cable is damaged or has poor contact.

(The first digit ‘1’ in ‘110’ is the upper digit, which indicates the LED Lamp (‘0′ in ’01’ is not displayed). The lower 2 digits ’10’ indicates the LED Lamp Flexible Flat Cable.)

•1000 (4-digit display):

The LED Lamp Flexible Flat Cable is damaged or has poor contact.

(The first 2 digits ’10’ in ‘1000’ are the upper digits, which indicates the LED Lamp Flexible Flat Cable. The lower 2 digits ’00’ indicates that nothing is applicable (no failures).)

NOTE: Perform IIT diagnostic and then call NVM [715-030] again (press the Change Settings button) to check the value (diagnostic result).

Cause/Action

Check the following:

•The Pre Regi Sensor (Input Check [062-212]) for operation failure. (PL 1.3)

•The Carriage Motor (Output Check [062-005/006] (Scan/Return)) for operation failure. (PL 1.4)

•The Drive Belt and Drive Wire for slack and wear.

•The Carriage operation for mechanical loading.

If no problems are found, replace the ESS/MCU PWB. (PL 18.1)

Table 1

Table 1

4.After replacing the appropriate parts, again change the value for NVM [715-030] to ‘1’ and then perform ‘NVM Write’.

5.Check that the current value column becomes ‘0’.

6.If the problem persists after performing the above procedure, check the following:

•Check for burnt out LED Lamp (DC330 [062-002]). (PL 1.5)

•Check the Flat Cable between the LED Lamp PWB J7002 and the IIT Carriage J7001 for open circuits, short circuits, and poor contacts (especially, check whether the Flat Cable was inserted in a skewed manner).

•Check the Flat Cable between the IIT Carriage J700 and the ESS/MCU PWB J420 for open circuits, short circuits, and poor contacts (especially, check whether the Flat Cable was inserted in a skewed manner).

7.If no problem is found, replace the ESS/MCU PWB. (PL 18.1)

062-386 AOC Fail

BSD-ON:CH6.3

A CCD output error was detected when performing AOC.

Cause/Action

1.Turn ON the power and enter the Diag mode. Change the value for NVM [715-030] to ‘1’ and then perform [NVM Write].

2.A 3 or 4-digit number is displayed in the current value column.

3.Check the upper 1 or 2 digits, or the lower 2 digits and replace the appropriate parts. (For more information on display example and part selection, refer to Procedure 3 in 062371 FIP.)

NOTE: Perform IIT diagnostic and then call NVM [715-030] again (press the Change Settings button) to check the value (diagnostic result).

4.After replacing the appropriate parts, again change the value for NVM [715-030] to ‘1’ and then perform ‘NVM Write’.

5.Check that the current value column becomes ‘0’.

6.If the problem persists after performing the above procedure, check the Flat Cable between the IIT Carriage J700 and the ESS/MCU PWB J420 for open circuits, short circuits, and poor contacts (especially, check whether the Flat Cable was inserted in a skewed manner).

7.If no problem is found, replace the ESS/MCU PWB. (PL 18.1)

062-389 Carriage Over Run Fail (Scan End Side)

BSD-ON:CH6.2

The Carriage has overrun at the Scan End.

Cause/Action

Check the following:

•The Drive Belt and Drive Wire for slack and wear.

•The Carriage operation for mechanical loading.

•The Carriage Motor (Output Check [062-005/006] (Scan/Return)) for operation failure. (PL 1.4)

•The IIT Regi. Sensor (Input Check [062-212]) for operation failure. (PL 1.3)

If no problems are found, replace the ESS/MCU PWB. (PL 18.1)

062-396 CCD Cable Connection Fail

BSD-ON:CH3.1

A CCD Flat Cable connection error was detected.

Cause/Action

1.Turn the power OFF and ON.

2.Turn OFF the power and check the Flat Cable between the IIT Carriage J700 and the ESS/MCU PWB J420 for open circuits, short circuits, and poor contacts (especially, check whether the Flat Cable was inserted in a skewed manner).

3.If no problem is found, replace the following parts in sequence:

•CCD Flexible Flat Cable (PL 1.3)

•ESS/MCU PWB (PL 18.1)

071-105 Regi Sensor On Jam (Tray 1)

BSD-ON:CH8.3, CH4.1, CH8.1

During paper feed from Tray 1, the Regi Sensor did not turn ON within the specified time after the Tray 1 Feed Clutch On.

Cause/Action

Check the following:

•The Regi Sensor (Input Check [071-105]) for operation failure. (PL 15.1)

•The Main Drive Motor (Output Check [042-001]) for operation failure. (PL 3.1)

•The Tray 1 Feed Clutch (Output Check [072-001]) for operation failure. (PL 9.1)

•The Feed Roll for contamination, wear, and transportation failure due to deterioration.

•The Drive Gear for wear and damage.

•A paper transportation failure due to foreign substances on the paper path.

•Usage of out of spec paper.

If no problems are found, replace the ESS/MCU PWB. (PL 18.1)

Status Indicator RAPs

071-105

072-102 Feed Out Sensor 2 On Jam

BSD-ON:CH8.2, CH7.3

During paper feed from Tray 2, the Feed Out Sensor 2 did not turn ON within the specified time after the Tray 2 Feed Motor On.

Cause/Action

Check the following:

•The Feed Out Sensor 2 (Input Check [072-104]) for operation failure. (PL 10.5)

•The STM Take Away Motor (Output Check [072-004]) for operation failure. (PL 10.6)

•The STM Take Away Roll Clutch (Output Check [072-003]) for operation failure. (PL 10.6)

•The Tray 2 Feed/Lift Up Motor (Output Check [072-002] (Feed)) for operation failure. (PL 10.3)

•The T/A Roll 2, Feed Roll, Nudger Roll, and Pinch Roll for transportation failure due to contamination, wear, and deterioration.

•The LH Cover for improper latching.

•The Drive Gear for wear and damage.

•A paper transportation failure due to foreign substances on the paper path.

•Usage of out of spec paper.

If no problem is found, replace the STM PWB. (PL 10.6)

•STM PWB (PL 10.6)

072-210 Tray 2 Lift Up Fail

BSD-ON:CH7.3

Any of the following was detected:

•A Tray 2 Lifter error.

•A Tray 2 Paper Size detector component malfunction.

Cause/Action

Check the following:

•The Tray 2 Nudger Level Sensor (Input Check [072-103]) for operation failure. (PL 10.3)

•The Tray 2 Feed/Lift Motor (Output Check [072-005] (Lift Up)) for operation failure. (PL 10.3)

•The drive system between the Bottom Plate and the Tray 2 Feed/Lift Motor for operation failure.

•The Tray for Paper misload

•The Tray for existence of objects other than Paper.

If no problem is found, replace the STM PWB. (PL 10.6)

072-105 Regi Sensor On Jam (Tray 2)

BSD-ON:CH8.3, CH8.2

During paper feed from Tray 2, the Regi Sensor did not turn ON within the specified time after the Feed Out Sensor 2 On.

072-212 Tray 2 Size Sensor Broken

BSD-ON:CH7.1

Abnormal output AD value from Tray 2 Paper Size Switch was detected.

Cause/Action

Check the following:

•The Regi Sensor (Input Check [071-105]) for operation failure. (PL 15.1)

•The STM Take Away Motor (Output Check [072-004]) for operation failure. (PL 10.6)

•The STM Take Away Roll Clutch (Output Check [072-003]) for operation failure. (PL 10.6)

•The T/A Roll 2, Feed Roll, and Pinch Roll for transportation failure due to contamination, wear, and deterioration.

•The Drive Gear for wear and damage.

•A paper transportation failure due to foreign substances on the paper path.

•Usage of out of spec paper.

Cause/Action

Check the following:

•Broken link and damage at the bottom of the Tray

•The Actuator at the rear of the Tray for operation failure

•The Tray 2 Paper Size Switch (Analog Monitor [072-050], Output Check [072-105]) for operation failure. (PL 10.1)

•The Tray for Paper misload

•The Tray for existence of objects other than Paper.

If no problem is found, replace the STM PWB. (PL 10.6)

BSD-ON:CH3.2

Communication failure between the ESS/MCU PWB and the STM PWB was detected.

Cause/Action

1.Turn the power OFF and ON.

2.Turn OFF the power and check the connection between the ESS/MCU PWB J413 and the STM PWB J541C for open circuit, short circuit, and poor contact.

3.If no problem is found, replace the following parts in sequence:

•STM PWB (PL 10.6)

•ESS/MCU PWB (PL 18.1)

Initial Issue

WorkCentre 5021/5019

075-135 Regi Sensor On Jam (MSI)

BSD-ON:CH8.3, CH4.1, CH8.1

During paper feed from the MSI, the Regi Sensor did not turn ON within the specified time after the MSI Feed Clutch On.

Cause/Action

Check the following:

•The Regi Sensor (Input Check [071-105]) for operation failure. (PL 15.1)

•The Main Drive Motor (Output Check [042-001]) for operation failure. (PL 3.1)

•The MSI Feed Clutch (Output Check [072-006]) for operation failure. (PL 13.3)

•The MSI Feed Roll and the MSI Nudger Roll for contamination, wear, and transportation failure due to deterioration.

•The Drive Gear for wear and damage.

•A paper transportation failure due to foreign substances on the paper path.

•Usage of out of spec paper.

If no problems are found, replace the ESS/MCU PWB. (PL 18.1)

Status Indicator RAPs

075-135