Konica Minolta BIZHUB 25E Field Engineering Manual page 55

Warming-up
1 When the power is turned on, or the side or front cover is closed, the machine controls the warming-up
temperature of the fuser.
2 Devices start working in the following order: Fan, RX2 motor, Dup CL1, RX1 motor, REGCL, and 2bin
motor.
3 Dup CL1, RX1 motor, REGCL, and RX2 Motor stop after a predetermined time in that order.
4 2bin motor stops after an predetermined time.
5 The machine controls the ready temperature of the fuser.
6 The fun stops.
One-page 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 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 paper. The image is
fixed to the paper at the fuser.
7 The paper is fed by the fuser roller pairs to SWBS, PDS, and then dropped on the exit tray by the exit
roller.
8 Devices stop working in the following order: RX1 motor, Dup CL1, and RX2 motor.
9 The machine controls the ready temperature of the fuser.
10 The fun stops.
One-page duplex 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 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 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 PDS turns on for a predetermine time, and RX1 motor stops.
9 The SWBS turns off, and the Dup CL1 turns off. Then Dup CL2 turns on.
10 The exit roller rotates in reverse direction, and the paper is fed from PDS to SWBS and then to return pa-
per path direction.
11 The Dup CL2 turns on, and 2bin motor rotates in reverse direction and switches the paper from 2bin tray
paper path in return paper path.
12 The SWBS turns on, RX1 motor starts again.
13 The paper reaches the PRS again, and loops at the resist roller.
14 The REGCL turns on, and the resist roller feeds the paper.
15 The REGCL turns, and Dup CL2 stops.
16 LED print head exposes the drum, and an image is developed then transferred to the paper. The image is
fixed to the paper at the fuser.
17 The Dup CL2 turns off, and the Dup CL1 starts.
18 The paper is fed by the fuser roller pairs to SWBS, PDS, and then dropped to the exit tray by the exit
roller.
19 Devices stop working in the following order: RX1 motor, Dup CL1, and RX2 motor.
20 The machine controls the ready temperature of the fuser.
21 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.
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