4560/4570 ADU
13 - 28
Nov. 1997 © TOSHIBA
SOL 1
SOL 1
SOL 1
(3) Each time five sheets of paper are stacked in the ADU, the side motor (SID-MOT)
DM3
is
rotated to move the side guides so that the sheets stacked are aligned, then the side guides are
returned to their previous position.
(4) The above procedure (2)~(3) is repeated until the specified number of copies are made.
(5) After the final sheet is stacked in the ADU stack section, STSOL (
), STCLT
CLT2
and ADU-MOT
DM1
are turned off.
[C]
Feeding from ADU
(1) When the PRINT key is pressed, the SID-MOT DM3 is rotated to move the side guides to
the specified size of paper and ADU-MOT DM1
is rotated clockwise and FEDCLT CLT1
is
turned ON, causing the ADU feed roller and pick-up roller to rotate.
(2) Due to the operation in (1), the ADU tray is raised, causing the copy paper to come into contact
with the pick-up roller for paper feeding.
(3) A sheet of paper is fed out of the ADU and transported toward the copier’s aligning roller.
(4) When the sheet pushes the copier’s paper transport switch ON, FEDCLT CLT1 is turned OFF,
causing the pick-up roller and feed roller to stop rotating.
(5) Then, the copier’s aligning roller starts rotating, and the copying process commences.
(6) The above procedure (2)~(5) is repeated until the specified number of copies are made. When
copies are finished, ADU-MOT DM1 stops its rotation.
[D]
Duplex copying
(1) When the first-side copying operation is started, ADU-MOT DM1 is rotated, and the side and
end guides are moved to the position of specified paper size by the SID-MOT DM3 and END-
MOT DM2 .
Additionally, the STSOL (
) and the STCLT CLT2 are turned ON in the same way as
the [B] Stacking operation.
(2) The first-side copied sheet is transported into the ADU from the copier exit switch and gate
sections, and then stacked through the JAM-SW SA4 .
The ADU inside jam symbol comes ON when the JAM-SW SA4 is not turned ON within a
specified time after the copier exit switch is turned ON, or the JAM-SW is not turned OFF within
a specified time after the copier exit switch is turned OFF.
(3) Each time five sheets of paper are stacked, the stacked sheets are aligned by the side motor
SID-MOT DM3 moving the side guides.
(4) The above procedure (2)~(3) is repeated until the specified number of sheets are stacked.
(5) The final sheet is stacked in the ADU, and then STSOL (
) and STCLT CLT2 are
turned OFF.
(6) When the RADF is not used, ADU-MOT DM1 is stopped once to turn over the original. After
turning over the original, ADU-MOT DM1 is rotated again to make a copy of the next original
in step 7 or later.
When the RADF is used, ADU-MOT DM1 is not stopped since the original is turned over
continuously.
Summary of Contents for 4560
Page 210: ...Nov 1997 TOSHIBA 13 43 4560 4570 ADU 13 8 7 Harness connection diagram ...
Page 213: ...4560 4570 ADU 13 46 Nov 1997 TOSHIBA 13 8 9 PC board assembly ...
Page 238: ...Nov 1997 TOSHIBA 14 25 4560 4570 CIRCUIT DIAGRAMS 14 5 Power Supply Circuit PS ACC A 115V ...
Page 239: ...4560 4570 CIRCUIT DIAGRAMS 14 26 Nov 1997 TOSHIBA B 230V ...
Page 243: ...Nov 1997 TOSHIBA 16 1 4560 4570 PC BOARD 16 PC BOARD ASSEMBLY 16 1 PWA LGC ...
Page 244: ...4560 4570 PC BOARD 16 2 Nov 1997 TOSHIBA 16 2 PWA PNL ...
Page 245: ...Nov 1997 TOSHIBA 16 3 4560 4570 PC BOARD 16 3 PWA KEY1 16 4 PWA KEY2 ...
Page 246: ...4560 4570 PC BOARD 16 4 Nov 1997 TOSHIBA 16 5 PWA ERS ...
Page 247: ...Nov 1997 TOSHIBA 16 5 4560 4570 PC BOARD 16 6 PS ACC A 115V ...
Page 248: ...4560 4570 PC BOARD 16 6 Nov 1997 TOSHIBA B 230V ...
Page 249: ...Nov 1997 TOSHIBA 16 7 4560 4570 PC BOARD 16 7 PS HVT ...
Page 342: ...4560 4570 RADF 18 84 Nov 1997 TOSHIBA 18 16 2 Control PC board circuit PWA F LGC 770 ...
Page 343: ...Nov 1997 TOSHIBA 18 85 4560 4570 RADF 18 16 3 Harness connection ...