XPE-09-

1000

indicates that dC0951 failed to complete a segment in the time allotted.

1100

indicates that Cycle-Up Convergence failed to complete in the time allotted.

3001

indicates that no PR encoder pulses were detected at cycle-up.

3002

indicates that no PR Belt hole was detected.

3003

indicates that the PR Belt has tracked too far IB, as detected by the PR Belt Edge Upper Sensor Q907. The output of the sensor is greater than 4.5 VDC at the PRBC PWB.

3004

indicates that the PR Belt has tracked too far OB, as detected by the PR Belt Edge Upper Sensor Q907. The output of the sensor is less than 1.5 VDC at the PRBC PWB.

3005

indicates that the PR Belt Steering Motor was not sensed returning to the home position.

3006

indicates that no +36 VDC was detected at the Dual Stepper Controller PWB DSC 5 PWB.

3007

indicates that the Dual Stepper Controller DSC 5 PWB is unable to control the Phase A current.

3008

indicates that the Dual Stepper Controller DSC 5 PWB is unable to control the Phase B current.

3009

indicates that the Photoreceptor Belt Control PWB (PRBC PWB) could not communicate with the Dual Stepper Controller DSC 5 PWB.

3014

indicates that the PR Belt Drive Motor MOT904 and the PR Belt Torque Assist Motor ( MOT905) are unable to maintain the proper speed of the PR Belt (based on PR Belt Encoder Sensor).

3015

indicates that the PRBC PWB detected an open circuit in the wiring to the PR Belt Drive Motor MOT904.

3016

indicates that the PRBC PWB detected an open circuit in the wiring to the PR Belt Torque Assist Motor MOT905.

3019

indicates that the software successfully issued a command to the PRBC PWB, but did not receive indication that the command was completed.

3020

indicates that the PR Belt Hole signal was not received at the MOB Interface PWB.

3021

indicates that there was a Belt Hole detected in an area where one was not expected.

3022

indicates that the PR Belt Hole signal was not received at the Marker PWB.

3023

indicates that the PRBC PWB detected a fault in the wiring to the PR Belt Edge Lower Sensor Q908.

3024

indicates that the PRBC PWB detected a fault in the wiring to the PR Belt Edge Upper Sensor Q907.

3026

indicates that the Pretransfer HVPS detected an overcurrent or overvoltage condition in the Pretransfer wire circuit.

3027

indicates that the temperature on the Pretransfer HVPS is too high.

3028

indicates that +15, - 15, +36, or -36 VDC was not detected on the Pretransfer HVPS.

3029

indicates that the Pretransfer HVPS detected an overcurrent condition in the grid circuit.

3030

indicates that the PR Belt has tracked too far IB, as detected by the PR Belt Edge Lower Sensor Q908. The output of the sensor is greater than 4.5 VDC at the PRBC PWB.

3031

indicates that the Pretransfer HVPS has detected an open condition in the Dicorotron wire circuit.

3033

indicates that the Pretransfer HVPS has detected an undetermined fault condition.

3037

indicates that the Dual Stepper Control PWB #3 detected that 36 VDC was not present for the HAK Motor MOT902.

3038

indicates that the Dual Stepper Control PWB #3 detected that there was a failure in the Phase A windings of the HAK Motor.

3039

indicates that the Dual Stepper Control PWB #3 detected that there was a failure in the Phase B windings of the HAK Motor.

3040

indicates that indicates that the PR Belt has tracked too far OB, as detected by the PR Belt Edge Lower Sensor Q908. The output of the sensor is less than 1.5 VDC at the PRBC PWB.

3048

indicates that an overcurrent condition was detected in the ATA Power Supply.

3049

indicates that the ATA HVSR sensed that the ATA Power Supply voltage is either too high or too low.

3050

indicates there is a failure in the ATA system.

3060

is a log only fault that indicates the HVSR 9 sensed that there was an overvoltage condition in the Transfer Dicorotron Shield circuit.

3061

indicates that there was a fault detected in the Transfer or Detack Shield path

3062

is designed to detect failures in hardware which is not presently part of the iGen3 configuration.

3066

indicates that the temperature on the Transfer/Detack HVPS was too high, or the wire current was out of range that is indicative of a wire arc or an open circuit.

3067

indicates that the wire current for the Transfer or Detack Dicorotron is out of the normal range. This fault is logged only.

3076

indicates that the Preclean HVPS detected an overvoltage or overcurrent condition in the Preclean wire circuit.

3077

indicates that the Preclean HVPS shield monitor voltage was too low.

3078

indicates that the temperature on the Preclean HVPS is too high.

3079

indicates that the Preclean HVSR 13 PWB detected that 15 VDC was not present at the Preclean HVPS.

3080

is a log only fault that indicates the Preclean HVSR detected an open circuit to the shield of the Preclean Dicorotron.

3081

indicates that the Preclean HVPS has detected an open condition in the Dicorotron wire circuit.

3083

indicates that the Preclean HVPS has detected an undetermined fault in the Preclean HVPS.

3087

indicates that the Cleaner Motor, MOT901, was unable to maintain proper speed.

3088

indicates that the QSC 9 PWB has reached maximum output trying to maintain proper speed for the Cleaner Motor, MOT901.

3088

indicates that the QSC 9 PWB has reached maximum output trying to maintain proper speed for the Cleaner Motor, MOT901.

3089

indicates that the QSC 9 PWB did not see an encoder signal from the Cleaner Motor MOT901 in the allotted time after the enable signal.

3090

indicates that the QSC 9 PWB detected an open circuit in the wiring to the Cleaner Drive Motor MOT901.

3092

indicates that the Cleaner Power Supply HVSR 11 PWB detected an occurrence of Bias 1 exceeding the overcurrent limits.

3093

indicates that the Cleaner Power Supply HVSR 11 PWB detected an occurrence of Bias 2 exceeding the overcurrent limits.

3101

indicates that the Developer Waste (Trickle) Bottle is full or not at the Home Position during run mode. The Trickle Bottle Sensor, Q952, is HIGH.

3102

occurs when the estimated Developer waste material exceeds the limit of the waste bottle. The estimated waste is calculated based upon the total Toner Dispense time.

3103

indicates that the Trickle Vacuum Switch S901, has opened, indicating a loss of vacuum to the Trickle Valve.

3105

indicates that the Trickle Vacuum Switch S901, was detected closed with the Vacuum Pump off.

3111

indicates that in dC0951 the Center ETAC Sensor Q903 diffuse clean belt reading was out of range during calibration. The clean belt reading is outside its limits (0.05 - 1.6 volts).

3112

indicates that there was a larger than expected difference in the binary and contone patches read by the ETAC Sensor.

3114

indicates that with the ETAC LEDs off, the specular reading measured by the Center ETAC Sensor is not within the allowable range (0.4 to 0.75 VDC).

3115

is a log only fault that indicates that the diffuse clean belt readings taken by the Center ETAC Sensor, have too much variation around the circumference of the PR Belt.

3116

is a log only fault that indicates that the specular clean belt readings taken by the Center ETAC Sensor, have too much variation around the circumference of the PR Belt.

3117

indicates that the Front ETAC Sensor Q903 diffuse clean belt reading was out of range during calibration. The clean belt reading is outside its limits (0.05 - 1.0 volts).

3118

indicates that there was a larger than expected difference in the binary and contone patches read by the ETAC Sensor.

3120

indicates that with the ETAC LEDs off, the specular reading measured by the ETAC Sensor is not within the allowable range (0.4 to 0.75 VDC).

3121

is a log only fault that indicates that the diffuse clean belt reading taken by the Front ETAC Sensor, have too much variation around the circumference of the PR Belt.

3122

is a log only fault that indicates that the specular clean belt reading taken by the Front ETAC Sensor, have too much variation around the circumference of the PR Belt.

3123

indicates that during dC0951, the Rear ETAC Sensor Q905 diffuse clean belt reading was out of range during calibration. The clean belt reading is outside its limits (0.05 - 1.0 volts).

3124

indicates that there was a larger than expected difference in the binary and contone patches read by the ETAC Sensor.

3126

indicates that with the ETAC LEDs off, the specular reading measured by the ETAC Sensor is not within the allowable range (0.4 to 0.75 VDC).

3127

is a log only fault that indicates that the diffuse clean belt reading taken by the Rear ETAC Sensor, have too much variation around the circumference of the PR Belt.

3128

is a log only fault that indicates that the diffuse clean belt reading taken by the Rear ETAC Sensor, have too much variation around the circumference of the PR Belt.

3129

is a log-only fault that indicates that one of the three specular Clean Belt averages (NVM 4082, 4083 and 4084) has dropped below MinAllowedSpecularCleanBeltAverage (NVM17054) during PR signature measurement phase of Print Engine cycle up.

3130

indicates that the TC Sensor signal has not been sensed on the TC Sensor Interface PWB.

3131

indicates that the Toner Concentration Sensor was energized for too long of a duration.

3132

indicates that an EOC (End of Convergence) signal was not received from the A to D converter on the Toner Concentration Sensor Interface PWB.

3144

indicates that the residual voltage on the PR Belt measured by the ESVs after discharging is too high.

3145

is a log only fault that indicates that the Belt SIgnature check on cycle-up has failed five times.

3151

indicates that the PR Belt Edge data on the PRBC PWB was lost.

3154

indicates that the HVSR for the PR Belt Static Eliminator Power Supply PS901 has detected an occurrence of the bias current exceeding threshold.

3158

is a log only fault that indicates the LED intensity of the Center ETAC Sensor Q903 is greater than 4.0 VDC.

3159

is a log only fault that indicates the LED intensity of the Front ETAC Sensor Q904 is greater than 4.0 VDC.

3160

is a log only fault that indicates the LED intensity of the ETAC Rear Sensor Q905 is greater than 4.0 VDC.

3161

indicates that the LED intensity of the Center ETAC Sensor Q903 was less than 0.1 VDC or greater than 4.9 VDC.

3162

indicates that the LED intensity of the Front ETAC Sensor Q904 was less than 0.1 VDC or greater than 4.9 VDC.

3163

indicates that the LED intensity of the ETAC Rear Sensor Q905 was less than 0.1 VDC or greater than 4.9 VDC.

3164

indicates that during dC0951, the Center ETAC Sensor Q903 diffuse clean belt reading was out of range during calibration. The clean belt reading was outside its limits (0.05 - 1.6 volts).

3165

indicates that the Front ETAC Sensor Q904 diffuse clean belt reading was out of range during calibration.

3166

indicates that during dC0951, the Rear ETAC Sensor Q905 diffuse clean belt reading was out of range during calibration.

3167

indicates that during dC0951, the Center ETAC high target could not be determined.

3168

indicates that during dC0951, the Front ETAC Diffuse solid area target is greater than the maximum output voltage of the ETAC (5VDC).

3171

indicates that the LED Intensity of the Center ETAC Sensor is nearing its upper limit.

3172

indicates that the LED Intensity of the Front ETAC Sensor is nearing its upper limit.

3173

indicates that the LED Intensity of the Rear ETAC Sensor is nearing its upper limit.

3181

indicates that the DSC 13 PWB detected +36 VDC missing to the TAB Engagement Motor, MOT908.

3184

indicates that the DSC 13 PWB is unable to control the Phase A current to the Tab Engagement Motor, MOT908.

3185

indicates that the DSC 13 PWB is unable to control the Phase B current to the Tab Engagement Motor, MOT908.

3186

indicates that the Tab Engagement Motor MOT908 was not sensed returning to the home position.

3188

indicates that the DSC 13 PWB detected +36 VDC missing to the Tab Width Motor, MOT907.

3191

indicates that the DSC 13 PWB is unable to control the Phase A current to the Tab Width Motor, MOT907.

3192

indicates that the DSC 13 PWB is unable to control the Phase B current to the Tab Width Motor, MOT907.

3193

indicates that the TAB Width Actuator Motor did not return to the Home Position.

3206

indicates that the machine control logic detected that 36 VDC was not present at the DHTC 1 PWB.

3207

indicates that the machine control logic detected that 36 VDC was not present at the DHTC 2 PWB.

3311

indicates that the DSC 9 PWB detected that 36 VDC was not present for the Dry Ink Bottle Motor MOT910.

3312

indicates that the DSC 10 PWB detected that 36 VDC was not present for the Dry Ink Bottle Motor MOT920.

3313

indicates that the DSC 11 PWB detected that 36 VDC was not present for the Dry Ink Bottle Motor MOT930.

3314

indicates that the DSC 2 PWB detected that 36 VDC was not present for the Dry Ink Bottle Motor MOT940.

3331

indicates that the DSC 9 PWB detected that there was a failure in the Phase A windings of the Dry Ink Bottle Motor MOT910.

3332

indicates that the DSC 10 PWB detected that there was a failure in the Phase A windings of the Dry Ink Bottle Motor MOT920.

3333

indicates that the DSC 11 PWB detected that there was a failure in the Phase A windings of the Dry Ink Bottle Motor MOT930.

3334

indicates that the DSC 2 PWB detected that there was a failure in the Phase A windings of the Dry Ink Bottle Motor MOT940.

3341

indicates that the DSC 9 PWB detected that there was a failure in the Phase B windings of the Dry Ink Bottle Motor MOT910.

3342

indicates that the DSC 10 PWB detected that there was a failure in the Phase B windings of the Dry Ink Bottle Motor MOT920.

3343

indicates that the DSC 11 PWB detected that there was a failure in the Phase B windings of the Dry Ink Bottle Motor MOT930.

3344

indicates that the DSC 2 PWB detected that there was a failure in the Phase B windings of the Dry Ink Bottle Motor MOT940.

3361

indicates that the DSC 9 PWB detected that 36 VDC was not present for the Toner Dispenser Auger Motor MOT911.

3362

indicates that the DSC 10 PWB detected that 36 VDC was not present for the Toner Dispenser Auger Motor MOT921.

3363

indicates that the DSC 11 PWB detected that 36 VDC was not present for the Toner Dispenser Auger Motor MOT931.

3363

indicates that the DSC 11 PWB detected that 36 VDC was not present for the Toner Dispenser Auger Motor MOT931.

3381

indicates that the DSC 9 PWB detected that there was a failure in the Phase A windings of the Toner Bottle Motor MOT911.

3382

indicates that the DSC 10 PWB detected that there was a failure in the Phase A windings of the Toner Dispenser Auger Motor MOT921.

3383

indicates that the DSC 11 PWB detected that there was a failure in the Phase A windings of the Toner Dispenser Auger Motor MOT931.

3384

indicates that the DSC 2 PWB detected that there was a failure in the Phase A windings of the Toner Dispenser Auger Motor MOT941.

3391

indicates that the DSC 9 PWB detected that there was a failure in the Phase B windings of the Toner Bottle Motor MOT911.

3392

indicates that the DSC 10 PWB detected that there was a failure in the Phase B windings of the Toner Dispenser Auger Motor MOT921.

3393

indicates that the DSC 11 PWB detected that there was a failure in the Phase B windings of the Toner Dispenser Auger Motor MOT931.

3394

indicates that the DSC 2 PWB detected that there was a failure in the Phase B windings of the Toner Dispenser Auger Motor MOT941.

3501

indicates that the Patch Generator LED intensity has reached its maximum limit trying to adjust black solid area density.

3502

indicates that the Patch Generator LED intensity has reached its minimum limit trying to adjust black solid area density.

3503

indicates that the Patch Generator LED intensity was unable to converge within the allowable number of attempts while trying to adjust black solid area density.

3503

indicates that the Patch Generator LED intensity was unable to converge within the allowable number of attempts while trying to adjust black solid area density.

4012

indicates that the HSD 2 Power Supply HVSR 15 PWB detected that the Vdm DC voltage, Donor AC voltage, or Wire AC voltage is out of regulation.

4013

indicates that the HSD 3 Power Supply HVSR 16 PWB detected that the Vdm DC voltage, Donor AC voltage, or Wire AC voltage is out of regulation.

4014

indicates that the HSD 4 Power Supply HVSR 17 PWB detected that the Vdm DC voltage, Donor AC voltage, or Wire AC voltage is out of regulation.

4021

indicates that the HSD 1 Power Supply HVSR detected an overload condition in one of the HSD Outputs.

4022

indicates that the HSD 2 Power Supply HVSR 15 PWB detected an overload condition in one of the HSD Outputs.

4023

indicates that the HSD 3 Power Supply HVSR 16 PWB detected an overload condition in one of the HSD Outputs.

4024

indicates that the HSD 4 Power Supply HVSR 17 PWB detected an overload condition in one of the HSD Outputs.

4031

indicates that the HVSR on the Station 1 AC Charge HVPS detected an overcurrent or overvoltage condition to the dicorotron wire.

4032

indicates that the HVSR on the Station 2 AC Charge HVPS detected an overurrent or overvoltage condition to the dicorotron wire.

4033

indicates that the HVSR on the Station 3 AC Charge HVPS detected an overurrent or overvoltage condition to the dicorotron wire.

4034

indicates that the HVSR on the Station 4 AC Charge HVPS detected an overcurrent or overvoltage condition to the dicorotron wire.

4041

indicates that the temperature on the Station 1 AC Charge HVPS is too high.

4042

indicates that the temperature on the Station 2 AC Charge HVPS is too high.

4043

indicates that the temperature on the Station 3 AC Charge HVPS is too high.

4044

indicates that the temperature on the Station 4 AC Charge HVPS is too high.

4051

indicates that the AC Charge 1 HVSR detected that DC input voltage was not present at the AC Charge HVPS 1.

4052

indicates that the AC Charge 2 HVSR detected that DC input voltage was not present at the Station 2 AC Charge HVPS.

4053

indicates that the AC Charge 3 HVSR detected that DC input voltage was not present at the Station 3 AC Charge HVPS.

4054

indicates that the AC Charge 4 HVSR detected that DC input voltage was not present at the Station 4 AC Charge HVPS.

4061

indicates that the AC Charge HVPS 1 detected an overcurrent condition to the AC Discorotron Grid circuit.

4062

indicates that the Station 2 AC Charge HVPS detected an overcurrent condition to the AC Discorotron Grid circuit.

4063

indicates that the Station 3 AC Charge HVPS detected an overcurrent condition to the AC Discorotron Grid circuit.

4064

indicates that the Station 4 AC Charge HVPS detected an overcurrent condition to the AC Discorotron Grid circuit.

4071

indicates that the Station 1 AC Charge HVPS detected an overcurrent condition. This is a log only fault.

4072

indicates that the Station 2 AC Charge HVPS detected an overcurrent condition. This is a log only fault.

4073

indicates that the Station 3 AC Charge HVPS detected an overcurrent condition. This is a log only fault.

4074

indicates that the Station 4 AC Charge HVPS detected an overcurrent condition. This is a log only fault.

4075

indicates that the Pretransfer HVPS detected an overcurrent condition. This is a log only fault.

4076

indicates that the Preclean HVPS detected an overcurrent condition. This is a log only fault.

4081

indicates that the Station 1 AC Charge HVPS has detected an open condition in the Dicorotron wire circuit.

4082

indicates that the Station 2 AC Charge HVPS has detected an open condition in the Dicorotron wire circuit.

4083

indicates that the Station 3 AC Charge HVPS has detected an open condition in the Dicorotron wire circuit.

4084

indicates that the Station 4 AC Charge HVPS has detected an open condition in the Dicorotron wire circuit.

4091

indicates that the temperature on the Station 1 DC Charge HVPS is too high.

4092

indicates that the temperature on the Station 2 DC Charge HVPS is too high.

4093

indicates that the temperature on the Station 3 DC Charge HVPS is too high.

4094

indicates that the temperature on the Station 4 DC Charge HVPS is too high..

4101

indicates that the Station 1 DC Charge HVPS detected that DC input voltage was not present at the HVPS.

4102

indicates that the Station 2 DC Charge HVPS detected that DC input voltage was not present at the HVPS.

4103

indicates that the Station 3 DC Charge HVPS detected that DC input voltage was not present at the HVPS.

4104

indicates that the Station 4 DC Charge HVPS detected that DC input voltage was not present at the HVPS.

4111

indicates that the Station 1 DC Charge HVPS detected an overcurrent condition.

4112

indicates that the Station 2 DC Charge HVPS detected an overcurrent condition.

4113

indicates that the Station 3 DC Charge HVPS detected an overcurrent condition.

4114

indicates that the Station 4 DC Charge HVPS detected an overcurrent condition.

4121

indicates that the Station 1 DC Charge HVPS detected an overcurrent condition in the grid circuit of the Station 1 Pinscorotron.

4122

indicates that the Station 2 DC Charge HVPS detected an overcurrent condition in the grid circuit of the Station 2 DC Charge Pinscorotron.

4123

indicates that the Station 3 DC Charge HVPS detected an overcurrent condition in the grid circuit of the Station 3 Pinscorotron.

4124

indicates that the Station 4 DC Charge HVPS detected an overcurrent condition in the grid circuit of the Station 4 Pinscorotron.

4131

indicates that the Station 1 DC Charge HVPS has detected an open circuit to the Station 1 DC Charge Pinscorotron Grid.

4132

indicates that the Station 2 DC Charge HVPS has detected an open circuit to the Station 2 DC Charge Pinscorotron Grid.

4133

indicates that the Station 3 DC Charge HVPS has detected an open circuit to the Station 3 DC Charge Pinscorotron Grid.

4134

indicates that the Station 4 DC Charge HVPS has detected an open circuit to the Station 4 DC Charge Pinscorotron Grid.

4141

indicates that the Station 1 DC Charge HVPS has detected an open circuit to the Station 1 DC Charge Pinscorotron.

4142

indicates that the Station 2 DC Charge HVPS has detected an open circuit to the Station 2 DC Charge Pinscorotron.

4143

indicates that the Station 3 DC Charge HVPS has detected an open circuit to the Station 3 DC Charge Pinscorotron.

4134

indicates that the Station 4 DC Charge HVPS has detected an open circuit to the Station 4 DC Charge Pinscorotron.

4151

indicates that the Magenta Dry Ink Bottle is almost out of dry ink. The Low Dry Ink Sensor Q910 has been reading Low (uncovered) longer than expected and the operator has been instructed to replace the Dry Ink Bottle.

4161

indicates that the Magenta Dry Ink Bottle is out of dry ink. The Low Dry Ink Sensor Q910 has been Low (uncovered) long enough for the hopper to be empty.

4152

indicates that the Yellow Dry Ink Bottle is almost out of dry ink. The Low Dry Ink Sensor Q910 has been reading Low (uncovered) longer than expected and the operator has been instructed to replace the Dry Ink Bottle.

4162

indicates that the Yellow Dry Ink Bottle is out of dry ink. The Low Dry Ink Sensor Q910 has been Low (uncovered) long enough for the hopper to be empty.

4153

indicates that the Cyan Dry Ink Bottle is almost out of dry ink. The Low Dry Ink Sensor Q910 has been reading Low (uncovered) longer than expected and the operator has been instructed to replace the Dry Ink Bottle.

4163

indicates that the Cyan Dry Ink Bottle is out of dry ink. The Low Dry Ink Sensor Q910 has been Low (uncovered) long enough for the hopper to be empty.

4154

indicates that the Black Dry Ink Bottle is almost out of dry ink. The Low Dry Ink Sensor Q910 has been reading Low (uncovered) longer than expected and the operator has been instructed to replace the Dry Ink Bottle.

4164

indicates that the Black Dry Ink Bottle is out of dry ink. The Low Dry Ink Sensor Q910 has been Low (uncovered) long enough for the hopper to be empty.

4171

indicates that after a Low Dry Ink condition (XPE-09-4151), the Front Left Upper Door was sensed open and closed. A message is displayed to the operator to confirm that the Dry Ink Bottle was replaced. This is a normal machine condition when a Dry Ink bottle is replaced and not a fault.

4172

indicates that after a Low Dry Ink condition (XPE-09-4152), the Front Left Upper Door was sensed open and closed. A message is displayed to the operator to confirm that the Dry Ink Bottle was replaced. This is a normal machine condition when a Dry Ink bottle is replaced and not a fault.

4173

indicates that after a Low Dry Ink condition (XPE-09-4153), the Front Left Upper Door was sensed open and closed. A message is displayed to the operator to confirm that the Dry Ink Bottle was replaced. This is a normal machine condition when a Dry Ink bottle is replaced and not a fault.

4174

indicates that after a Low Dry Ink condition (XPE-09-4154), the Front Left Upper Door was sensed open and closed. A message is displayed to the operator to confirm that the Dry Ink Bottle was replaced. This is a normal machine condition when a Dry Ink bottle is replaced and not a fault.

4181

indicates that the Low Dry Ink Sensor 1 Q910 has been High (covered) longer than expected. The Dispense Auger should be removing dry ink from the hopper, but the sensor has not changed state.

4182

indicates that the Low Dry Ink Sensor 2 Q920 has been High (covered) longer than expected. The Dispense Auger should be removing dry ink from the hopper, but the sensor has not changed state.

4183

indicates that the Low Dry Ink Sensor 3 Q930 has been High (covered) longer than expected. The Dispense Auger should be removing dry ink from the hopper, but the sensor has not changed state.

4184

indicates that the Low Dry Ink Sensor 4 Q940 has been High (covered) longer than expected. The Dispense Auger should be removing dry ink from the hopper, but the sensor has not changed state.

4201

indicates that the QSC 6 PWB detected an open circuit in the wiring to the Developer Donor Roll Motor MOT912.

4202

indicates that the QSC 6 PWB detected an open circuit in the wiring to the Developer Donor Roll Motor MOT922.

4203

indicates that the QSC 8 PWB detected an open circuit in the wiring to the Developer Donor Roll Motor MOT932.

4204

indicates that the QSC 8 PWB detected an open circuit in the wiring to the Developer Donor Roll Motor MOT942.

4211

indicates that the Developer Donor Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4212

indicates that the Developer Donor Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4213

indicates that the Developer Donor Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4214

indicates that the Developer Donor Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4221

indicates that the QSC 6 was not able to maintain the proper speed of the Developer Donor Roll Motor.

4222

indicates that the QSC 6 was not able to maintain the proper speed of the Developer Donor Roll Motor.

4223

indicates that the QSC 8 PWB was not able to maintain the proper speed of the Developer Donor Roll Motor.

4224

indicates that the QSC 8 PWB was not able to maintain the proper speed of the Developer Donor Roll Motor.

4231

indicates that the QSC 6 has reached maximum power output trying to maintain the speed of the Developer Donor Roll Motor.

4232

indicates that the QSC 6 has reached maximum power output trying to maintain the speed of the Developer Donor Roll Motor.

4233

indicates that the QSC 8 PWB has reached maximum power output trying to maintain the speed of the Developer Donor Roll Motor.

4234

indicates that the QSC 8 PWB has reached maximum power output trying to maintain the speed of the Developer Donor Roll Motor.

4251

indicates that the QSC 6 PWB detected an open circuit in the wiring to the Developer Mag Roll Motor MOT913.

4252

indicates that the QSC 6 PWB detected an open circuit in the wiring to the Developer Mag Roll Motor MOT923.

4253

indicates that the QSC 8 PWB detected an open circuit in the wiring to the Developer Mag Roll Motor MOT933.

4254

indicates that the QSC 8 PWB detected an open circuit in the wiring to the Developer Mag Roll Motor MOT943.

4261

indicates that the Developer Mag Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4262

indicates that the Developer Mag Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4263

indicates that the Developer Mag Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4264

indicates that the Developer Mag Roll Motor did not see an encoder signal from the motor within the allotted time (250ms) after the enable signal.

4271

indicates that the QSC 6 was not able to maintain the proper speed of the Developer Mag Roll Motor.

4272

indicates that the QSC 6 was not able to maintain the proper speed of the Developer Mag Roll Motor.

4273

indicates that the QSC 8 was not able to maintain the proper speed of the Developer Mag Roll Motor.

4274

indicates that the QSC 8 was not able to maintain the proper speed of the Developer Mag Roll Motor.

4281

indicates that the QSC 6 has reached maximum power output trying to maintain the speed of the Developer Mag Roll Motor.

4282

indicates that the QSC 6 has reached maximum power output trying to maintain the speed of the Developer Mag Roll Motor.

4283

indicates that the QSC 8 has reached maximum power output trying to maintain the speed of the Developer Mag Roll Motor.

4284

indicates that the QSC 8 has reached maximum power output trying to maintain the speed of the Developer Mag Roll Motor.

4291

indicates that the machine sensed that the Developer harness is disconnected.

4292

indicates that the machine sensed that the Developer harness is disconnected.

4293

indicates that the machine sensed that the Developer harness is disconnected.

4294

indicates that the machine sensed that the Developer harness is disconnected.

4301

indicates that the residual voltage on the PR Belt at Station 1 was significantly higher than the average of the other 3 stations.

4302

indicates that the residual voltage on the PR Belt at Station 2 was significantly higher than the average of the other 3 stations.

4303

indicates that the residual voltage on the PR Belt at Station 3 was significantly higher than the average of the other 3 stations.

4304

indicates that the residual voltage on the PR Belt at Station 4 was significantly higher than the average of the other 3 stations.

4311

indicates that the process controls has adjusted the AC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 1.

4312

indicates that the process controls has adjusted the AC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 2.

4313

indicates that the process controls has adjusted the AC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 3.

4314

indicates that the process controls has adjusted the AC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 4.

4321

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 1.

4322

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 2.

4323

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 3.

4324

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 4.

4331

indicates that the process controls has adjusted the DC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 1.

4332

indicates that the process controls has adjusted the DC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 2.

4333

indicates that the process controls has adjusted the DC Grid Voltage to the minimum level while trying to maintain proper charge levels for Station 3.

4334

indicates that the process controls has adjusted the DC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 4.

4341

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 1.

4342

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 2.

4343

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 3.

4344

indicates that the process controls has adjusted the AC Grid Voltage to the maximum level while trying to maintain proper charge levels for Station 4.

4351

indicates that the Level 2 process controls have adjusted the ROS Exposure to the minimum level while trying to maintain proper patch densities for Station 1. This is a Log Only fault.

4352

indicates that the Level 2 process controls have adjusted the ROS Exposure to the minimum level while trying to maintain proper patch densities for Station 2. This is a Log Only fault.

4353

indicates that the Level 2 process controls have adjusted the ROS Exposure to the minimum level while trying to maintain proper patch densities for Station 3. This is a Log Only fault.

4354

indicates that the Level 2 process controls have adjusted the ROS Exposure to the minimum level while trying to maintain proper patch densities for Station 4. This is a Log Only fault.

4361

indicates that the process controls has adjusted the ROS Exposure to the maximum level while trying to maintain proper patch densities for Station 1. This is a Log Only fault.

4362

indicates that the process controls has adjusted the ROS Exposure to the maximum level while trying to maintain proper patch densities for Station 2. This is a Log Only fault.

4363

indicates that the process controls has adjusted the ROS Exposure to the maximum level while trying to maintain proper patch densities for Station 3. This is a Log Only fault.

4364

indicates that the process controls has adjusted the ROS Exposure to the maximum level while trying to maintain proper patch densities for Station 4. This is a Log Only fault.

4371

indicates that the ESV 1 is reading the minimum value continuously.

4372

indicates that the ESV 2is reading the minimum value continuously.

4373

indicates that the ESV 3 is reading the minimum value continuously.

4374

indicates that the ESV 4 is reading the minimum value continuously.

4381

indicates that the ESV 1 is reading the maximum value continuously.

4382

indicates that the ESV 2 is reading the maximum value continuously.

4383

indicates that the ESV 3 is reading the maximum value continuously.

4384

indicates that the ESV 4 is reading the maximum value continuously.

4391

indicates that the process controls has adjusted the Charge Voltage to the minimum target level for Station 1.

4392

indicates that the process controls has adjusted the Charge Voltage to the minimum target level for Station 2.

4393

indicates that the process controls has adjusted the Charge Voltage to the minimum target level for Station 3.

4394

indicates that the process controls has adjusted the Charge Voltage to the minimum target level for Station 4.

4401

indicates that the process controls has adjusted the Charge Voltage to the maximum target level for Station 1. This is a Log Only fault.

4402

indicates that the process controls has adjusted the Charge Voltage to the maximum target level for Station 2. This is a Log Only fault.

4403

indicates that the process controls has adjusted the Charge Voltage to the maximum target level for Station 3. This is a Log Only fault.

4404

indicates that the process controls has adjusted the Charge Voltage to the maximum target level for Station 4. This is a Log Only fault.

4411

indicates that the process controls has adjusted the Vmc Voltage to the minimum level while trying to maintain proper cleaning field for Station 1. This is a Log Only fault.

4412

indicates that the process controls has adjusted the Vmc Voltage to the minimum level while trying to maintain proper cleaning field for Station 2. This is a Log Only fault.

4413

indicates that the process controls has adjusted the Vmc Voltage to the minimum level while trying to maintain proper cleaning field for Station 3. This is a Log Only fault.

4414

indicates that the process controls has adjusted the Vmc Voltage to the minimum level while trying to maintain proper cleaning field for Station 4. This is a Log Only fault.

4431

indicates that the process controls has adjusted the Vmc Voltage to the maximum level while trying to maintain proper cleaning field for Station 1. This is a Log Only fault.

4432

indicates that the process controls has adjusted the Vmc Voltage to the maximum level while trying to maintain proper cleaning field for Station 2. This is a Log Only fault.

4433

indicates that the process controls has adjusted the Vmc Voltage to the maximum level while trying to maintain proper cleaning field for Station 3. This is a Log Only fault.

4434

indicates that the process controls has adjusted the Vmc Voltage to the maximum level while trying to maintain proper cleaning field for Station 4. This is a Log Only fault.

4441

indicates that the Station 1 level 2 targets could not be attained in the maximum number of attempts.

4442

indicates that the Station 2 level 2 targets could not be attained in the maximum number of attempts.

4443

indicates that the Station 3 level 2 targets could not be attained in the maximum number of attempts.

4444

indicates that the Station 4 level 2 targets could not be attained in the maximum number of attempts.

4451

indicates that the process controls has adjusted the Vmag Voltage to the minimum level while trying to maintain proper development field for Station 1. This is a Log Only fault.

4452

indicates that the process controls has adjusted the Vmag Voltage to the minimum level while trying to maintain proper development field for Station 2. This is a Log Only fault.

4453

indicates that the process controls has adjusted the Vmag Voltage to the minimum level while trying to maintain proper development field for Station 3. This is a Log Only fault.

4454

indicates that the process controls has adjusted the Vmag Voltage to the minimum level while trying to maintain proper development field for Station 4. This is a Log Only fault.

4461

indicates that the process controls has adjusted the Vmag Voltage to the maximum level while trying to maintain proper development field for Station 1.

4462

indicates that the process controls has adjusted the Vmag Voltage to the maximum level while trying to maintain proper development field for Station 2.

4463

indicates that the process controls has adjusted the Vmag Voltage to the maximum level while trying to maintain proper development field for Station 3.

4464

indicates that the process controls has adjusted the Vmag Voltage to the maximum level while trying to maintain proper development field for Station 4.

4471

indicates that the toner concentration in the magenta Developer Housing was above the limit as measured by the Station 1 TC Sensor, Q912.

4472

indicates that the toner concentration in the yellow Developer Housing was above the limit as measured by the Station 2 TC Sensor, Q922.

4473

indicates that the toner concentration in the cyan Developer Housing was above the limit as measured by the Station 3 TC Sensor, Q932.

4474

indicates that the toner concentration in the black Developer Housing was above the limit as measured by the Station 4 TC Sensor, Q942.

4481

indicates that the reading from the Station 1 TC Sensor, Q912, in the magenta Developer Housing, was out of range as measured by the TC Interface PWB.

4482

indicates that the reading from the Station 2 TC Sensor, in the yellow Developer Housing, was out of range as measured by the TC Interface PWB.

4483

indicates that the reading from the Station 3 TC Sensor, Q932 in the cyan Developer Housing, was out of range as measured by the TC Interface PWB.

4484

indicates that the reading from the Station 4 TC Sensor, Q942, in the black Developer Housing, was out of range as measured by the TC Interface PWB.

4511

indicates that during run or setup, one of the ETAC readings for Station 1 is outside its outer limit and the VcTarget voltage (Charge voltage) is below its lower limit.

4512

indicates that during run or setup, one of the ETAC readings for Station 2 is outside its outer limit and the VcTarget voltage (Charge voltage) is below its lower limit.

4513

indicates that during run or setup, one of the ETAC readings for Station 3 is outside its outer limit and the VcTarget voltage (Charge voltage) is below its lower limit.

4514

indicates that during run or setup, one of the ETAC readings for Station 4 is outside its outer limit and the VcTarget voltage (Charge voltage) is below its lower limit.

4521

indicates that during run or setup, one of the ETAC readings for Station 1 is outside its outer limit and the VcTarget voltage (Charge voltage) is above its upper limit.

4522

indicates that during run or setup, one of the ETAC readings for Station 2 is outside its outer limit and the VcTarget voltage (Charge voltage) is above its upper limit.

4523

indicates that during run or setup, one of the ETAC readings for Station 3 is outside its outer limit and the VcTarget voltage (Charge voltage) is above its upper limit.

4524

indicates that during run or setup, one of the ETAC readings for Station 4 is outside its outer limit and the VcTarget voltage (Charge voltage) is above its upper limit.

4531

indicates that during run or setup, one of the ETAC readings for Station 1 is outside its outer limit (solid control patch is too dark) and the Vmag voltage (Developer Mag Roll voltage) is below its lower limit.

4532

indicates that during run or setup, one of the ETAC readings for Station 2 is outside its outer limit (solid control patch is too dark) and the Vmag voltage (Developer Mag Roll voltage) is below its lower limit.

4533

indicates that during run or setup, one of the ETAC readings for Station 3 is outside its outer limit (solid control patch is too dark) and the Vmag voltage (Developer Mag Roll voltage) is below its lower limit.

4534

indicates that during run or setup, one of the ETAC readings for Station 4 is outside its outer limit (solid control patch is too dark) and the Vmag voltage (Developer Mag Roll voltage) is below its lower limit.

4541

indicates that during run or setup, one of the ETAC readings for Station 1 is outside its outer limit and the Vmag voltage (Developer Mag Roll voltage) is above its upper limit.

4542

indicates that during run or setup, one of the ETAC readings for Station 2 is outside its outer limit and the Vmag voltage (Developer Mag Roll voltage) is above its upper limit.

4543

indicates that during run or setup, one of the ETAC readings for Station 3 is outside its outer limit and the Vmag voltage (Developer Mag Roll voltage) is above its upper limit.

4544

indicates that during run or setup, one of the ETAC readings for Station 4 is outside its outer limit and the Vmag voltage (Developer Mag Roll voltage) is above its upper limit.

4551

indicates that during run or setup, one of the ETAC readings for Station 1 is outside its outer limit (mid patch is too dark) and the Laser Power is below its lower limit.

4552

indicates that during run or setup, one of the ETAC readings for Station 2 is outside its outer limit and the Laser Power is below its lower limit.

4553

indicates that during run or setup, one of the ETAC readings for Station 3 is outside its outer limit and the Laser Power is below its lower limit.

4554

indicates that during run or setup, one of the ETAC readings for Station 4 is outside its outer limit and the Laser Power is below its lower limit.

4571

indicates that the Toner Concentration has dropped below the fault limit and has not responded during retone.

4572

indicates that the Toner Concentration has dropped below the fault limit and has not responded during retone.

4573

indicates that the Toner Concentration has dropped below the fault limit and has not responded during retone.

4574

indicates that the Toner Concentration has dropped below the fault limit and has not responded during retone.

4591

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 1 TC Sensor is too low.

4592

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 2 TC Sensor is too low.

4593

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 3 TC Sensor is too low.

4594

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 4 TC Sensor is too low.

4601

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 1 TC Sensor is too high.

4602

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 2 TC Sensor is too high.

4603

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 3 TC Sensor is too high.

4604

indicates that the TC Sensor Interface PWB detected that the temperature of the Station 4 TC Sensor is too high.

4611

indicates that the raw reading of the Station 1 TC Sensor temperature is abnormal (less than 1000 counts).

4612

indicates that the raw reading of the Station 2 TC Sensor temperature is abnormal (less than 1000 counts).

4613

indicates that the raw reading of the Station 3 TC Sensor temperature is abnormal (less than 1000 counts).

4614

indicates that the raw reading of the Station 4 TC Sensor temperature is abnormal (less than 1000 counts).

4621

indicates that the raw reading of the Station 1 TC Sensor temperature is abnormal (greater than 3000 counts).

4622

indicates that the raw reading of the Station 2 TC Sensor temperature is abnormal (greater than 3000 counts).

4623

indicates that the raw reading of the Station 3 TC Sensor temperature is abnormal (greater than 3000 counts).

4624

indicates that the raw reading of the Station 4 TC Sensor temperature is abnormal (greater than 3000 counts).

4631

indicates that the raw TC reading of the Station 1 TC Sensor is abnormal (less than 1000 counts).

4632

indicates that the raw TC reading of the Station 2 TC Sensor is abnormal (less than 1000 counts).

4633

indicates that the raw TC reading of the Station 3 TC Sensor is abnormal (less than 1000 counts).

4634

indicates that the raw TC reading of the Station 4 TC Sensor is abnormal (less than 1000 counts).

4641

indicates that the toner concentration is too high and the process controls were unable to detone the developer housing after the maximum number of attempts in dC0951.

4642

indicates that the toner concentration is too high and the process controls were unable to detone the developer housing after the maximum number of attempts in dC0951.

4643

indicates that the toner concentration is too high and the process controls were unable to detone the developer housing after the maximum number of attempts in dC0951.

4644

indicates that the toner concentration is too high and the process controls were unable to detone the developer housing after the maximum number of attempts in dC0951.

4671

indicates that the calculated dispense rate during retone is not sufficient to maintain TC.

4672

indicates that the calculated dispense rate during retone is not sufficient to maintain TC.

4673

indicates that the calculated dispense rate during retone is not sufficient to maintain TC.

4674

indicates that the calculated dispense rate during retone is not sufficient to maintain TC.

4681

indicates that the expected signal from the TC Sensor produced by the magnet on the auger was not detected.

4682

indicates that the expected signal from the TC Sensor produced by the magnet on the auger was not detected.

4683

indicates that the expected signal from the TC Sensor produced by the magnet on the auger was not detected.

4684

indicates that the expected signal from the TC Sensor produced by the magnet on the auger was not detected.

4691

indicates that the TC Interface PWB detected that the TC Sensor is open.

4692

indicates that the TC Interface PWB detected that the TC Sensor is open.

4693

indicates that the TC Interface PWB detected that the TC Sensor is open.

4694

indicates that the TC Interface PWB detected that the TC Sensor is open.

4701

indicates that the process controls exceeded the maximum number of attempts to achieve the target charge voltage.

4702

indicates that the process controls exceeded the maximum number of attempts to achieve the target charge voltage.

4703

indicates that the process controls exceeded the maximum number of attempts to achieve the target charge voltage.

4704

indicates that the process controls exceeded the maximum number of attempts to achieve the target charge voltage.

4722

indicates that the maximum power level for the Laser Lower Limit has been exceeded.

4723

indicates that the maximum power level for the Laser Lower Limit has been exceeded.

4724

indicates that the maximum power level for the Laser Lower Limit has been exceeded.

4731

indicates that the process controls has determined that the ratio of the DC Grid voltage and the PR voltage is out of range.

4732

indicates that the process controls has determined that the ratio of the DC Grid voltage and the PR voltage is out of range. The Yellow DC Charge Pinscorotron is presently disabled and the fault should be bypassed.

4733

indicates that the process controls has determined that the ratio of the DC Grid voltage and the PR voltage is out of range.

4734

indicates that the process controls has determined that the ratio of the DC Grid voltage and the PR voltage is out of range.

4741

indicates that the slope on the AC Device is too high or to low.

4742

indicates that the slope on the AC Device is too high or to low.

4743

indicates that the slope on the AC Device is too high or to low.

4744

indicates that the slope on the AC Device is too high or to low.

4751

indicates that a non-specific fault was detected in the DC Charge HVPS by the HVSR PWB.

4752

indicates that a non-specific fault was detected in the DC Charge HVPS by the HVSR PWB.

4753

indicates that a non-specific fault was detected in the DC Charge HVPS by the HVSR PWB.

4754

indicates that a non-specific fault was detected in the DC Charge HVPS by the HVSR PWB.

4761

indicates that a non-specific fault was detected in the AC Charge HVPS by the HVSR PWB.

4762

indicates that a non-specific fault was detected in the AC Charge HVPS by the HVSR PWB.

4763

indicates that a non-specific fault was detected in the AC Charge HVPS by the HVSR PWB.

4764

indicates that a non-specific fault was detected in the AC Charge HVPS by the HVSR PWB.

4771

is a log only fault that indicates the HSD 1 Power Supply sensed an AC current transient on the rolls.

4772

is a log only fault that indicates the HSD 2 Power Supply sensed an AC current transient on the rolls.

4773

is a log only fault that indicates the HSD 3 Power Supply sensed an AC current transient on the rolls.

4774

is a log only fault that indicates the HSD 4 Power Supply sensed an AC current transient on the rolls.

4781

is a log only fault that indicates there was a transient sensed (high or low) in the current to the AC Wire module by the HSD Power Supply.

4782

is a log only fault that indicates there was a transient sensed (high or low) in the current to the AC Wire module by the HSD Power Supply.

4783

is a log only fault that indicates there was a transient sensed (high or low) in the current to the AC Wire module by the HSD Power Supply.

4784

is a log only fault that indicates there was a transient sensed (high or low) in the current to the AC Wire module by the HSD Power Supply.

4801

is a log only fault that indicates 36VDC was not detected at the Fiber Filter Inductors, L910 and L920.

4803

is a log only fault that indicates 36VDC was not detected at the Fiber Filter Inductors, L930 and L940.

4811

is a log only fault that indicates the Dual Stepper Control PWB 8 detected that there was a failure in the windings of the Fiber Filter Inductor L910.

4812

is a log only fault that indicates the Dual Stepper Control PWB 8 detected that there was a failure in the windings of the Fiber Filter Inductor L920.

4813

is a log only fault that indicates the Dual Stepper Control PWB 8 detected that there was a failure in the windings of the Fiber Filter Inductor L930.

4814

is a log only fault that indicates the Dual Stepper Control PWB 8 detected that there was a failure in the windings of the Fiber Filter Inductor L940.

4821

is a log only fault that indicates there was an open detected in the TEC circuit (w/o TAG V-36 ( ? )) or the OB Heat Rod circuit (w/ TAG V-36) by the DHTC PWB.

4822

is a log only fault that indicates there was an open detected in the TEC circuit (w/o TAG V-36 ( ? )) or the OB Heat Rod circuit (w/ TAG V-36) by the DHTC PWB.

4823

is a log only fault that indicates there was an open detected in the TEC circuit (w/o TAG V-36 ( ? )) or the OB Heat Rod circuit (w/ TAG V-36) by the DHTC PWB.

4824

is a log only fault that indicates there was an open detected in the TEC circuit (w/o TAG V-36 ( ? )) or the OB Heat Rod circuit (w/ TAG V-36) by the DHTC PWB.

4831

is a log only fault that indicates there was an open detected in the IB Heat Rod circuit by the DHTC PWB.

4832

is a log only fault that indicates there was an open detected in the IB Heat Rod circuit by the DHTC PWB.

4833

is a log only fault that indicates there was an open detected in the IB Heat Rod circuit by the DHTC PWB.

4834

is a log only fault that indicates there was an open detected in the IB Heat Rod circuit by the DHTC PWB.

4851

indicates that following the specular to diffuse ETAC calibration during dC0951, the center ETAC reading for magenta at a high development field was lower than the target calculation for the ETAC sensor.

4852

indicates that following the specular to diffuse ETAC calibration during dC0951, the front ETAC reading for yellow at a high development field was lower than the target calculation for the ETAC sensor.

4853

indicates that following the specular to diffuse ETAC calibration during dC0951, the front ETAC reading for cyan at a high development field was lower than the target calculation for the ETAC sensor.

4861

is a log only fault that indicate the temperature sensed at the Developer Housing 1 Thermistors was higher than the maximum temperature allowed in print mode.

4862

is a log only fault that indicates the temperature sensed at the Developer Housing 2 Thermistors in print mode was higher than the maximum temperature allowed.

4863

is a log only fault that indicates the temperature sensed at the Developer Housing 3 Thermistors in print mode was higher than the maximum temperature allowed.

4864

is a log only fault that indicates the temperature sensed at the Developer Housing 4 Thermistors in print mode was higher than the maximum temperature allowed.

4881

is a log only fault that indicates the temperature sensed by the Station 1 Developer Thermistors in print mode, was less than the lower limit and has not increased by the expected amount.

4882

is a log only fault that indicates the temperature sensed by the Station 2 Developer Thermistors in print mode, was less than the lower limit and has not increased by the expected amount.

4883

is a log only fault that indicates the temperature sensed by the Station3 Developer Thermistors in print mode, was less than the lower limit and has not increased by the expected amount.

4884

is a log only fault that indicates the temperature sensed by the Station 4 Developer Thermistors in print mode, was less than the lower limit and has not increased by the expected amount.

4901

is a log only fault that indicates the temperature sensed at the Developer Housing Thermistors in standby was higher than the maximum temperature allowed. This fault can occur under high ambient room temperatures with the machine interlocks open, so before taking any action, ensure that the fault is repeatable.

4902

is a log only fault that indicates the temperature sensed at the Developer Housing Thermistors in standby was higher than the maximum temperature allowed. This fault can occur under high ambient room temperatures with the machine interlocks open, so before taking any action, ensure that the fault is repeatable.

4903

is a log only fault that indicates the temperature sensed at the Developer Housing Thermistors in standby was higher than the maximum temperature allowed. This fault can occur under high ambient room temperatures with the machine interlocks open, so before taking any action, ensure that the fault is repeatable.

4904

is a log only fault that indicates the temperature sensed at the Developer Housing Thermistors in standby was higher than the maximum temperature allowed. This fault can occur under high ambient room temperatures with the machine interlocks open, so before taking any action, ensure that the fault is repeatable.

4921

is a log only fault that indicates the temperature sensed by the Station 1 OB Developer Thermistor RT911 or the IB Developer Thermistor RT910 in standby, was less than the lower limit and has not increased by the expected amount.

4922

is a log only fault that indicates the temperature sensed by the Station 2 OB Developer Thermistor RT921 or the IB Developer Thermistor RT920 in standby, was less than the lower limit and has not increased by the expected amount.

4923

is a log only fault that indicates the temperature sensed by the Station 3 OB Developer Thermistor RT931 or the IB Developer Thermistor RT930 in standby, was less than the lower limit and has not increased by the expected amount.

4924

is a log only fault that indicates the temperature sensed by the Station 4 OB Developer Thermistor RT941 or the IB Developer Thermistor RT940 in standby, was less than the lower limit and has not increased by the expected amount.

5000

This code indicates that the Developer material is being conditioned. If the code will not clear, check for other Xerographic faults and troubleshoot those.

5101

indicates that the Vmag voltage for Station 1 has reached 350 volts.

5102

indicates that the Vmag voltage for Station 2 has reached 350 volts.

5103

indicates that the Vmag voltage for Station 3 has reached 350 volts.

5104

indicates that the Vmag voltage for Station 4 has reached 350 volts.

5200

indicates that the DRC 3 PWB detected that the Docking Latch Interlock Switch S111 was open in standby.

5201

indicates that the DRC 3 PWB detected that the Docking Latch Interlock Switch S111 was open in print mode.

5205

indicates that the NVM values for the Transfer Inboard Cover do not match the stock size that is being run.