Xerox Phaser 6000 Service Manual page 284

Troubleshooting
4-36
Control Panel
Test (WorkCentre 6015 MFP)
CRUM M Sensor (DI-9)
CRUM C Sensor (DI-a)
CRUM K Sensor (DI-b)
Motor Test These tests check operation of the electromechanical components.
Press the OK button to run the selected test. Press Stop to exit the
test. The display returns to the Service Mode menu.
NOTE During the Motor Tests, no other diagnostic functions can be performed. The
Component Tests
Test: Code
Main Motor (FULL): D0-0
Main Motor (HALF): D0-1
Main Motor (SLOW): D0-2
Fan Motor (FULL): D0-4
Fan Motor (HALF): D0-5
Regi Clutch: D0-7
Feed SOLENOID: D0-9
K Mode SOLENOID: D0-b
Yellow Toner Motor: D0-10
Magenta Toner Motor: D0-12
Cyan Toner Motor: D0-14
Black Toner Motor: D0-16
DBAC ON
DBDC ON
TR1+ ON
TR2+ ON
TR2- ON
CR ON
MOB LED ON
ADC LED ON
24V ON
HV CLK ON
NVM Settings
Edits, saves, loads, and prints NVM information.
Edit NVM Ad0000=00000000*
Please wait
Save NVM to ESS Save NVM
Save NVM MCU -> ESS OK?
Saved
Please wait
Xerox Internal Use Only
Test Description
Magenta CRUM Sensor
Cyan CRUM Sensor
Black CRUM Sensor
printer only accepts component and exit commands.
Component
Main Drive Assembly
Caution:
Fan Motor
Caution:
Drive Clutch
Feed Solenoid
Developer Drive Assembly
Toner Motors
Caution:
NOTE The use of DBAC ON, DBDC ON, TR1+
Displays current NVM values. Use this
function to edit NVM information.
Caution:
Saves the MCU Board NVM to the IP
Board temporarily when the MCU
needs to be replaced.
Phaser 6000/6010 and WC 6015 MFP
When checking the Main
Motor, stop the test within
10 seconds. Executing this
test for 10 seconds or longer
may cause damage to the
printer.
When checking the Fan
Motor, stop the test within
10 seconds. Executing this
test for more than 10
seconds may cause damage
to the printer.
When checking the toner
motors, stop the test within
3 seconds. Executing this
test for more than 3 seconds
may cause damage to the
printer.
ON, TR2+ ON, TR2- ON, CR ON, MOB
LED ON, ADC LED ON, 24V ON, HV CLK
ON is prohibited to avoid shock hazards
since they are high-voltage outputs.
Change NVM values only
when directed to do so by a
troubleshooting procedure.