XPE-06-

1001

Magenta Channel Image Path Page Header Mismatch.

1002

Yellow Channel Image Path Page Header Mismatch.

1003

Cyan Channel Image Path Page Header Mismatch.

1004

Black Channel Image Path Page Header Mismatch.

1011

Magenta Channel Separation Pull Timing Error.

1012

Yellow Channel Separation Pull Timing Error.

1013

Cyan Channel Separation Pull Timing Error.

1014

Black Channel Separation Pull Timing Error.

3001

No Power To The Inboard Mob Sensor At Power On.

3002

code is displayed if there is no power to the Outboard Mob Sensor at Power On

3003

code is displayed if the Inboard Mob Sensor could not be calibrated in dC-610.

3004

code is displayed if the Outboard Mob Sensor could not be calibrated in dC-610.

3005

code is displayed if the feedback voltage from the Inboard Mob Sensor is to high at Power On.

3006

code is displayed if the feedback voltage from the Outboard Mob Sensor is to high at Power On.

3007

code is displayed if there is no power to the Inboard Mob Sensor during Print or Setup.

3008

code is displayed if there is no power to the Outboard Mob Sensor during Print or Setup.

3009

code is displayed if no registration marks are detected but there is feedback voltage from the Inboard Mob Sensor.

3010

code is displayed if no registration marks are detected but there is feedback voltage from the Outboard Mob Sensor.

3011

code is displayed in the run mode if no registration marks are detected and the feedback voltage at the Inboard Mob Sensor is high. This fault will not cause a machine shut down.

3012

code is displayed in the run mode if no registration marks are detected and the feedback voltage at the Inboard Mob Sensor is high. This fault will not cause a machine shut down.

3013

code is displayed if too few registration marks are detected by the Inboard Mob Sensor.

3014

code is displayed if too few registration marks are detected by the Outboard Mob Sensor.

3015

code is displayed if too many registration marks are detected by the Inboard Mob Sensor.

3016

code is displayed if too many registration marks are detected by the Outboard Mob Sensor.

3017

code is displayed while running dC-610 if the Magenta Z target does not meet the lateral margin or magnification specification for the Inboard Mob Sensor.

3018

code is displayed while running dC-610 if the Magenta Z target does not meet the lateral margin or magnification specification for the Outboard Mob Sensor.

3019

code is displayed while running dC-610 if the Yellow Z target does not meet the lateral margin or magnification specification for the Inboard Mob Sensor.

3020

code is displayed while running dC-610 if the Yellow Z target does not meet the lateral margin or magnification specification for the Outboard Mob Sensor.

3021

code is displayed while running dC-610 if the Cyan Z target does not meet the lateral margin or magnification specification for the Inboard Mob Sensor.

3022

code is displayed while running dC-610 if the Cyan Z target does not meet the lateral margin or magnification specification for the Outboard Mob Sensor.

3023

code is displayed while running dC-610 if the Black Z target does not meet the lateral margin or magnification specification for the Inboard Mob Sensor.

3024

code is displayed while running dC-610 if the Black Z target does not meet the lateral margin or magnification specification for the Outboard Mob Sensor.

3025

code is displayed while running dC-610, IOI Print Adjustment (Dead Cycle), or Cycle Up Convergence, if the Standard Chevron IOI Registration Phase does not converge at the Inboard Mob Sensor.

3026

code is displayed while running dC-610, IOI Print Adjustment (Dead Cycle), or Cycle Up Convergence, if the Standard Chevron IOI Registration Phase does not converge at the Outboard Mob Sensor.

3027

code is displayed while running dC-610, if the Standard Chevron Reference Image Phase does not converge at the Inboard Mob Sensor.

3028

code is displayed while running dC-610, if the Standard Chevron Reference Image Phase does not converge at the Outboard Mob Sensor.

3029

code is displayed while running dC-610, if the Standard Chevron Reference Image Phase does not converge the process ROS skew.

3031

code is displayed while running dC-610, if the Expanded Chevron IOI Registration Phase does not converge at the Inboard Mob Sensor.

3032

code is displayed while running dC-610, if the Expanded Chevron IOI Registration Phase does not converge at the Outboard Mob Sensor.

3033

code is displayed while running dC-610, if the Expanded Chevron Reference Image Phase does not converge at the Inboard Mob Sensor.

3034

code is displayed while running dC-610, if the Expanded Chevron Reference Image Phase does not converge at the Outboard Mob Sensor.

3040

The MOB Interface PWB reports an overflow condition for the MOB HIS FIFO.

3050

This Fault is declared when insufficient MOB Sensor data is available during closed loop Image Registration Maintenance Mode.

3060

This Fault is declared when insufficient MOB Sensor data is available.

3070

Excessive Color Registration Variation Fault.

3800

The Marker schedules images through the Image Path during print mode. If the DFE does not verify to the Marker that all four image separations were delivered by the time the sheet of paper is on the Prefuser Transport, the Marker will shut down printing and raise this fault.

3810

Marker detects that the DFE is unable to deliver, or fails to deliver, requested images for a sequential number of times greater than the NVM Threshold.

3820

Marker detects that the DFE is unable to deliver, or fails to deliver, requested images for a sequential number of times greater than the NVM Threshold.

4011

ROS 1 (Magenta) Deskew Motor Missing +36 VDC.

4012

ROS 2 (Yellow) Deskew Motor Missing +36 VDC.

4013

ROS 3 (Cyan) Deskew Motor Missing +36 VDC.

4014

ROS 4 (Black) Deskew Motor Missing +36 VDC.

4021

ROS 1 (Magenta) Deskew Motor Winding A Failure.

4022

ROS 2 (Yellow) Deskew Motor Winding A Failure.

4023

ROS 3 (Cyan) Deskew Motor Winding A Failure.

4024

ROS 4 (Black) Deskew Motor Winding A Failure.

4031

ROS 1 (Magenta) Deskew Motor Winding B Failure.

4032

ROS 2 (Y) Deskew Motor Winding B Failure.

4033

ROS 3 (Cyan) Deskew Motor Winding B Failure.

4034

ROS 4 (Black) Deskew Motor Winding B Failure.

4071

ROS 1 (Magenta) De-Skew Motor Re home Failure.

4072

ROS 2 (Yellow) De-Skew Motor Re home Failure.

4073

ROS 3 (Cyan) De-Skew Motor Re home Failure.

4074

ROS 4 (Black) De-Skew Motor Re home Failure.

4101

ROS 1 (M) No Exposure Detected by the station ESV.

4102

ROS 2 (Y) No Exposure Detected.

4103

ROS 3 (C) No Exposure Detected.

4104

ROS 4 (K) No Exposure Detected.

4131

ROS 1 (Magenta) SOS Disconnected Fault.

4132

ROS 2 (Yellow) SOS Disconnected Fault.

4133

ROS 3 (Cyan) SOS Disconnected Fault.

4134

ROS 4 (Black) SOS Disconnected Fault.

4141

ROS 1 (Magenta) EOS Disconnected Fault.

4142

ROS 2 (Yellow) EOS Disconnected Fault.

4143

ROS 3 (Cyan) EOS Disconnected Fault.

4144

ROS 4 (Black) EOS Disconnected Fault.

4151

ROS 1 (Magenta) This fault is declared at Cycle Up after the MPA and the Lasers are switched on. The expected Start Of Scan Signal is missing

4152

ROS 2 (Yellow) This fault is declared at Cycle Up after the MPA and the Lasers are switched on. The expected Start Of Scan Signal is missing

4153

ROS 3 (Cyan) This fault is declared at Cycle Up after the MPA and the Lasers are switched on. The expected Start Of Scan Signal is missing

4154

ROS 4 (Black) This fault is declared at cycle up after the MPA and the Lasers are switched on. The expected Start Of Scan Signal is missing.

4161

ROS 1 (Magenta) EOS Missing Fault.

4162

ROS 2 (Yellow) EOS Missing Fault.

4163

ROS 3 (Cyan) EOS Missing Fault.

4164

ROS 4 (Black) EOS Missing Fault.

4171

ROS 1 (Magenta) TEC Fault.

4172

ROS 2 (Yellow) TEC Fault.

4173

ROS 3 (Cyan) TEC Fault.

4174

ROS 4 (Black) TEC Fault.

4181

ROS 1 (Magenta) Laser Diode Failed To Transition On/Off.

4182

ROS 2 (Yellow) Laser Diode Failed To Transition On/Off.

4183

ROS 3 (Cyan) Laser Diode Failed To Transition On/Off.

4184

ROS 4 (Black) Laser Diode Failed To Transition On/Off.

4191

ROS 1 (Magenta) Laser Diode Fault.

4192

ROS 2 (Yellow) Laser Diode Fault.

4193

ROS 3 (Cyan) Laser Diode Fault.

4194

ROS 4 (Black) Laser Diode Fault.

4201

ROS 1 (Magenta) Miscellaneous RCM Fault.

4202

ROS 2 (Yellow) Miscellaneous RCM Fault.

4203

ROS 3 (Cyan) Miscellaneous RCM Fault.

4204

ROS 4 (Black) Miscellaneous RCM Fault.

4211

ROS 1 (Magenta) This fault is declared when the Motor Polygon Assembly (MPA) does not reach the desired speed or can not maintain the desired speed

4212

ROS 2 (Yellow) This fault is declared when the Motor Polygon Assembly (MPA) does not reach the desired speed or can not maintain the desired speed

4213

ROS 3 (Cyan) This fault is declared when the Motor Polygon Assembly (MPA) does not reach the desired speed or can not maintain the desired speed

4214

ROS 4 (Black) This fault is declared when the Motor Polygon Assembly (MPA) does not reach the desired speed or can not maintain the desired speed

4221

RIM 1 (Magenta) Master Clock Fault.

4222

RIM 2 (Yellow) Master Clock Fault.

4223

RIM 3 (Cyan) Master Clock Fault.

4224

RIM 4 (Black) Master Clock Fault.

4231

ROS 1 (Magenta) +5 VDC Fault.

4232

ROS 2 (Yellow) +5 VDC Fault.

4233

ROS 3 (Cyan) +5 VDC Fault.

4234

ROS 4 (Black) +5 VDC Fault.

4241

ROS 1 (Magenta) +12 VDC Fault.

4242

ROS 2 (Yellow) +12 VDC Fault.

4243

ROS 3 (Cyan) +12 VDC Fault.

4244

ROS 4 (Black) +12 VDC Fault.

4251

ROS 1 (Magenta) -12 VDC Fault.

4252

ROS 2 (Yellow) -12 VDC Fault.

4253

ROS 3 (Cyan) -12 VDC Fault.

4254

ROS 4 (Black) -12 VDC Fault.

4261

ROS 1 (Magenta) +36 VDC Fault.

4262

ROS 2 (Yellow) +36 VDC Fault.

4263

ROS 3 (Cyan) +36 VDC Fault.

4264

ROS 4 (Black) +36 VDC Fault.

4281

RIM To ROS 1 (Magenta) Lost Communication Fault.

4282

RIM To ROS 2 (Yellow) Lost Communication Fault.

4283

RIM To ROS 3 (Cyan) Lost Communication Fault.

4284

RIM To ROS 4 (Black) Lost Communication Fault.

4291

Loosing ESLC Fine Tuning Station 1 This fault is declared during machine initialization, if the Scan Linearity Correction Data stored on the ROS does not match the data stored previously in NVM. This will always occur during machine power on initialization, after the Magenta ROS has been replaced.

4292

Loosing ESLC Fine Tuning Station 2 This fault is declared during machine initialization, if the Scan Linearity Correction Data stored on the ROS does not match the data stored previously in NVM. This will always occur during machine power on initialization, after the Black ROS has been replaced.

4293

Loosing ESLC Fine Tuning Station 3 his fault is declared during machine initialization, if the Scan Linearity Correction Data stored on the ROS does not match the data stored previously in NVM. This will always occur during machine power on initialization, after the Black ROS has been replaced.

4294

Loosing ESLC Fine Tuning Station 4 his fault is declared during machine initialization, if the Scan Linearity Correction Data stored on the ROS does not match the data stored previously in NVM. This will always occur during machine power on initialization, after the Black ROS has been replaced.

4301

CRM 1 (Magenta) Failed To Initialize.

4302

CRM 2 (Yellow) Failed To Initialize.

4303

CRM 3 (Cyan) Failed To Initialize.

4304

CRM 4 (Black) Failed To Initialize.

4311

CRM 1 (Magenta) File Missing Or Corrupt This fault is declared by the Marker PWB when it does not find the CRM operating software file on the PSIP disk. (This is not a CRM fault).

4312

CRM 2 (Yellow) File Missing Or Corrupt This fault is declared by the Marker PWB when it does not find the CRM operating software file on the PSIP disk. (This is not a CRM fault)

4313

CRM 3 (Cyan) File Missing Or Corrupt This fault is declared by the Marker PWB when it does not find the CRM operating software file on the PSIP disk. (This is not a CRM fault).

4314

CRM 4 (Black) File Missing Or Corrupt This fault is declared by the Marker PWB when it does not find the CRM operating software file on the PSIP disk. (This is not a CRM fault).

4331

CRM 1 (Magenta) Software Fault This fault is declared by the Marker PWB when internal/external operating conditions are not met.

4332

CRM 2 (Yellow) Software Fault This fault is declared by the Marker PWB when internal/external operating conditions are not met.

4333

CRM 3 (Cyan) Software Fault This fault is declared by the Marker PWB when internal/external operating conditions are not met.

4334

CRM 4 (Black) Software Fault This fault is declared by the Marker PWB when internal/external operating conditions are not met.

4341

CRM 1 (Magenta) Down This fault is declared by the Marker PWB when it detects that the operating Software of the CRM has stopped functioning and can not recover.

4342

CRM 2 (Yellow) Down This fault is declared by the Marker PWB when it detects that the operating Software of the CRM has stopped functioning and can not recover.

4343

CRM 3 (Cyan) Down This fault is declared by the Marker PWB when it detects that the operating Software of the CRM has stopped functioning and can not recover.

4344

CRM 4 (Black) Down This fault is declared by the Marker PWB when it detects that the operating Software of the CRM has stopped functioning and can not recover.

4351

CRM 1 (Magenta) OS Error This fault is declared by the CRM PWB when internal/external operating conditions are not met.

4352

CRM 2 (Yellow) OS Error This fault is declared by the CRM PWB when internal/external operating conditions are not met.

4353

CRM 3 (Cyan) OS Error This fault is declared by the CRM PWB when internal/external operating conditions are not met.

4354

CRM 4 (Black) OS Error This fault is declared by the CRM PWB when internal/external operating conditions are not met.

4361

CRM 1 (Magenta) Buffer Under run Fault.This fault is declared at runtime by the Marker PWB when the CRM signals the Marker PWB that the input data has stopped and the data processing functions of the CRM are still engaged. (Process with an empty FIFO.)

4362

CRM 2 (Yellow) Buffer Under run Fault .This fault is declared at runtime by the Marker PWB when the CRM signals the Marker PWB that the input data has stopped and the data processing functions of the CRM are still engaged. (Process with an empty FIFO.)

4363

CRM 3 (Cyan) Buffer Under run Fault .This fault is declared at runtime by the Marker PWB when the CRM signals the Marker PWB that the input data has stopped and the data processing functions of the CRM are still engaged. (Process with an empty FIFO.)

4364

CRM 4 (Black) Buffer Under run Fault .This fault is declared at runtime by the Marker PWB when the CRM signals the Marker PWB that the input data has stopped and the data processing functions of the CRM are still engaged. (Process with an empty FIFO.)

4371

CRM 1 (Magenta) Buffer Overrun Fault This fault is declared by the Marker PWB when it receives a message from the CRM indicating that an internal data processing error has occurred.

4372

CRM 2 (Yellow) Buffer Overrun Fault This fault is declared by the Marker PWB when it receives a message from the CRM indicating that an internal data processing error has occurred.

4373

CRM 3 (Cyan) Buffer Overrun Fault This fault is declared by the Marker PWB when it receives a message from the CRM indicating that an internal data processing error has occurred.

4374

CRM 4 (Black) Buffer Overrun Fault This fault is declared by the Marker PWB when it receives a message from the CRM indicating that an internal data processing error has occurred.

4381

CRM 1 (Magenta) Unexpected Message/Invalid Parameter This fault is declared when the message/parameter sent by the Marker is not recognizable or is out of bounds.

4382

CRM 2 (Yellow) Unexpected Message/Invalid Parameter This fault is declared when the message/parameter sent by the Marker is not recognizable or is out of bounds.

4383

CRM 3 (Cyan) Unexpected Message/Invalid Parameter This fault is declared when the message/parameter sent by the Marker is not recognizable or is out of bounds.

4384

CRM 4 (Black) Unexpected Message/Invalid Parameter This fault is declared when the message/parameter sent by the Marker is not recognizable or is out of bounds.

4391

CRM 1 (Magenta) POST Fault This fault is declared by the Marker PWB when it detect that a CRM self diagnostic function is not completed successfully.

4392

CRM 2 (Yellow) POST Fault This fault is declared by the Marker PWB when it detect that a CRM self diagnostic function is not completed successfully.

4393

(CRM 3 (Cyan) POST Fault This fault is declared by the Marker PWB when it detect that a CRM self diagnostic function is not completed successfully.

4394

CRM 4 (Black) POST Fault This fault is declared by the Marker PWB when it detect that a CRM self diagnostic function is not completed successfully.

4401

RIM 1 (Magenta) POST Fault This fault is declared if the Magenta RIM fails Power On Self Test, or the Marker PWB cannot communicate with the RIM PWB.

4402

RIM 2 (Yellow) POST Fault This fault is declared if the Magenta RIM fails Power On Self Test, or the Marker PWB cannot communicate with the RIM PWB.

4403

RIM 3 (Cyan) POST Fault This fault is declared if the Magenta RIM fails Power On Self Test, or the Marker PWB cannot communicate with the RIM PWB.

4404

RIM 4 (Black) POST Fault This fault is declared if the Magenta RIM fails Power On Self Test, or the Marker PWB cannot communicate with the RIM PWB.

4411

IDIC 1 (Magenta) Fault This fault is declared when the Marker PWB receives a message from the CRM indicating that the IDIC has entered an error state.

4412

IDIC 2 (Yellow) Fault This fault is declared when the Marker PWB receives a message from the CRM indicating that the IDIC has entered an error state.

4413

IDIC 3 (Cyan) Fault This fault is declared when the Marker PWB receives a message from the CRM indicating that the IDIC has entered an error state.

4414

IDIC 4 (Black) Fault This fault is declared when the Marker PWB receives a message from the CRM indicating that the IDIC has entered an error state.

4451

RIM 1 (Magenta) Pixel Clock Out Of Range This fault is declared by the RIM PWB when it detects an error in the pixel clock circuitry. Start of Scan and End of Scan signals from the ROS are also required for proper operation of the Pixel Clock.

4452

RIM 2 (Yellow) Pixel Clock Out Of Range This fault is declared by the RIM PWB when it detects an error in the pixel clock circuitry. Start of Scan and End of Scan signals from the ROS are also required for proper operation of the Pixel Clock.

4453

RIM 3 (Cyan) Pixel Clock Out Of Range This fault is declared by the RIM PWB when it detects an error in the pixel clock circuitry. Start of Scan and End of Scan signals from the ROS are also required for proper operation of the Pixel Clock.

4454

RIM 4 (Black) Pixel Clock Out Of Range This fault is declared by the RIM PWB when it detects an error in the pixel clock circuitry. Start of Scan and End of Scan signals from the ROS are also required for proper operation of the Pixel Clock.

4461

RIM 1 (Magenta) Failed To Initialize.

4462

RIM 2 (Yellow) Failed To Initialize.

4463

RIM 3 (Cyan) Failed To Initialize.

4464

RIM 4 (Black) Failed To Initialize.

4471

RIM 1 (Magenta) File Missing/Corrupt.

4472

RIM 2 (Yellow) File Missing/Corrupt.

4473

RIM 3 (Cyan) File Missing/Corrupt.

4474

RIM 4 (Black) File Missing/Corrupt.

4481

RIM 1 (Magenta) Image Path Self Test Failed.

4482

RIM 2 (Yellow) Image Path Self Test Failed.

4483

(RIM 3 (Cyan) Image Path Self Test Failed.

4484

RIM 4 (Black) Image Path Self Test Failed.

4491

RIM 1 (Magenta) Flash Fault

4492

RIM 2 (Yellow) Flash Fault

4493

RIM 3 (Cyan) Flash Fault

4494

RIM 4 (Black) Flash Fault

4501

RIM 1 (Magenta) Software Fault.

4502

RIM 2 (Yellow) Software Fault.

4503

RIM 3 (Cyan) Software Fault.

4504

RIM 4 (Black) Software Fault.

5004

Print Engine Is In Black Only Mode

5005

Color Image in Black Only Mode.