Detection Timing By Malfunction Code; C0000 Fusing Motor M3'S Failure To Turn; C0010 Pc Drum Drive Motor M2'S Failure To Turn; C0020 : Paper Take-Up Motor M21'S Failure To Turn - Minolta Di 620 Manual

1155SBT0401A

4-1. Detection Timing by Malfunction Code

C00∗∗ Drive system malfunctions
Code Description

C0000 Fusing Motor M3's failure to turn

C0010 PC Drum Drive Motor M2's failure
to turn
C0020 Paper Take-Up Motor M21's failure
to turn
C0040 Suction Fan Motor M14's failure to
turn
C0042 Toner Suction Fan Motor M13's fail-
ure to turn
C0048 • Hard Disk Drive Cooling Fan
Motor 1 M34's failure to turn
• Hard Disk Drive Cooling Fan
Motor 2 M35's failure to turn
C0049 PH Cooling Fan Motor M19's failure
to turn
C004A PC Drum Cooling Fan Motor M17's
failure to turn
C004B CCD Cooling Fan Motor M32's fail-
ure to turn
C004C Ozone Ventilation Fan Motor M12's
failure to turn
C004D Power Supply Unit Cooling Fan
Motor 3 M18's failure to turn
C004E • Power Supply Unit Cooling Fan
Motor 1 M15's failure to turn
• Power Supply Unit Cooling Fan
Motor 2 M16's failure to turn
Detection Timing
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M3 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M3 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M2 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M2 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M21 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M21 remains deenergized.
The Lock signal remains HIGH for a continuous 1.5-sec.
or more period while the Main Relay remains ON.
The Lock signal remains HIGH for a continuous 1.5-sec.
or more period while M13 remains energized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M34 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M34 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M35 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M35 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M19 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M19 remains deenergized.
The Lock signal remains HIGH for a continuous 1.5-sec.
or more period while M17 remains energized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M32 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M32 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M12 is turning at full speed.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M12 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M18 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M18 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M15 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M15 remains deenergized.
• The Lock signal remains HIGH for a continuous 1.5-
sec. or more period while M16 remains energized.
• The Lock signal remains LOW for a continuous 1.5-
sec. or more period while M16 remains deenergized.
T-25