Muratec MFX-3595 Field Engineering Manual page 83

Two-page shift copy
1 The machine starts to control the printing temperature of the fuser when the start key is pressed at copy
mode.
2 Devices start working in the following order: Fan, RX2 motor, Dup CL1, and RX1 motor.
3 In a predetermined condition, the feed clutch turns on, and the pick up roller feeds a paper.
4 The paper reaches the PRS, and loops at the resist roller.
5 The REGCL turns on, and the resist roller feeds the paper.
6 LED print head exposes the drum, and an image is developed then fed to the first paper. The image is
fixed to the paper at the fuser.
7 The paper is fed by the fuser roller pairs to SWBS, and reaches the PDS.
8 The SWBS turns off, and Dup CL1 turns off.
9 The Dup CL1 is turned off, and the shift motor runs in normal direction.
10 The shift motor stops, and the Dup CL1 turns on and drops the paper on the exit tray at its shift position.
11 The Dup CL1 is turned off, and the shift motor runs in reverse direction until the shift home sensor detects
that the exit roller assy has returned to its home position.
12 The shift motor stops running in reverse direction, and the DUP CL1 turns on.
13 When a predetermined time passes after REGCL is turned on in step 5, PFCL turns on, and the feed
roller feeds a paper.
14 The paper reaches the PRS, and loops at the resist roller.
15 The REGCL turns on, and the resist roller feeds the paper.
16 LED print head exposes the drum, and an image is developed then fed to the second paper. The image
is fixed to the paper at the fuser.
17 The paper is fed by the fuser roller pairs to SWBS, PDS, and then dropped to the exit tray at its home po-
sition.
18 Devices stop working in the following order: RX1 motor, Dup CL1, and RX2 motor.
19 The machine controls the ready temperature of the fuser.
20 The fun stops.
Two-page copy with 2bin tray
1 The machine starts to control the printing temperature of the fuser when the start key is pressed at copy
mode.
2 Devices start working in the following order: Fan, RX2 motor, Dup CL1, and RX1 motor.
3 In a predetermined condition, the paper feed clutch turns on, and the pick up roller feeds a paper.
4 The paper reaches the PRS, and loops at the resist roller.
5 The REGCL turns on, and the resist roller feeds the paper.
6 LED print head exposes the drum, and an image is developed then transferred to the first paper. The im-
age is fixed to the paper at the fuser.
7 The paper is fed by the fuser roller pairs to SWBS, PDS, and then dropped to the exit tray by the exit
roller.
8 When a predetermined time passes after REGCL is turned on in step 5, PFCL turns on, and the pick up
roller feeds a paper.
9 The paper reaches the PRS, and loops at the resist roller.
10 The REGCL turns on, and the resist roller feeds the paper.
11 LED print head exposes the drum, and an image is developed then transferred to the second paper. The
image is fixed to the paper at the fuser.
12 The paper is fed by the fuser roller pairs to SWBS, and reaches PDS.
13 The SWBS turns off, Dup CL1 turns off, and then Dup CL2 turns on.
14 The Dup CL2 turns on, and exit roller runs in reverse direction. The paper is fed to PDS, SWBS and then
to the return paper path direction.
15 Dup CL2 is turns on, and 2bin motor runs in its normal direction and switches the paper path to the 2bin
tray.
16 The paper is fed to 2bin PDS and then dropped on the 2bin tray.
17 SWBS is turns off, and the Dup CL2 turns off.
18 2bin PDS is turned off, and the 2bin motor stops.
19 Devices stop working in the following order: RX1 motor and RX2 motor.
20 The machine controls the ready temperature of the fuser.
21 The fun stops.
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