2.17.5 Paper delivery switching
Depending on the selected finishing mode, the copies
are directed up or down by the junction gate [A]. A
two-way solenoid is used to control the junction gate.
1.
When the exit sensor of the copier is activated
while in staple mode, the solenoid [B] pulls the
plunger in the arrow [C] direction. The junction
gate directs the copies down to transport them to
the jogger unit.
2.
When the exit sensor of the copier is activated
while in the sort/stack mode, the solenoid pushes
the plunger in the arrow [D] direction. The junction
gate directs the copies up to deliver them to the
shift tray.
The junction gate keeps its position until a different
finishing mode is selected.
2.17.6 Shift tray up/down mechanism
The vertical position of the shift tray [A] is controlled by
the shift tray lift motor (dc motor) [B] through the gears
and the timing belts [C]. When the main switch is turned
on, the tray position is initialized to the upper position.
The tray’s upper most position is detected when the shift
tray pushes up the actuator [D] to de-actuate the stack
height sensor 1 [E].
While copying, the actuator [D] is gradually raised as the
copy stack grows. In the sort/stack mode, when the
stack height sensor 2 [F] remains actuated for 3
seconds, the shift tray lift motor [B] rotates, lowering the
tray unit for 50 ms.
In staple mode, when the stack height sensor 1 remains
de-actuated for 3 seconds, the motor rotates lowering
the tray until the sensor [E] is actuated.
When the tray reaches its lower limit position, the lower
limit sensor [G] is actuated by the actuator [H], and copy
operation stops.
After the copy process is finished and the machine
stops, the tray is raised to its upper most position 3
seconds after the copies are removed.
A mechanical safety switch [I] is installed to prevent the
drive gears from being damaged if the sensor does not
work. When the shift tray pushes up the shift tray
positioning roller [J], the shift tray lift motor stops.
[A]
[B]
[D]
(1) Staple Mode
(2) Sort/Stack Mode
[A]
[E]
[D]
[F]
[B]
[H]
[J]
[C]
[I]
[G]
Finisher
1 July 1994
2-148
Содержание PCU10
Страница 3: ...SECTION 1 OVERALL MACHINE INFORMATION...
Страница 36: ...SECTION 2 SECTIONAL DESCRIPTIONS...
Страница 46: ...2 1 11 Paper feed operation Circuit diagram Paper Feed 1 July 1994 2 10...
Страница 59: ...2 2 7 Optics operation Circuit diagram 1 July 1994 Optics 2 23...
Страница 69: ...2 3 9 OPC unit operation Circuit diagram 1 July 1994 OPC Unit 2 33...
Страница 76: ...2 4 5 Charging operation Circuit diagram OPC Charge 1 July 1994 2 40...
Страница 82: ...2 5 4 Eraser operation Circuit diagram Erase 1 July 1994 2 46...
Страница 86: ...2 6 7 Transfer separation operation Circuit diagram Image Transfer and Paper Separation 1 July 1994 2 50...
Страница 94: ...2 7 7 Cleaning unit operation Circuit diagram Cleaning 1 July 1994 2 58...
Страница 100: ...2 8 7 Timing chart OPC Filming Removal 1 July 1994 2 64...
Страница 106: ...2 9 11 Development operation Circuit diagram Development 1 July 1994 2 70...
Страница 121: ...2 11 3 Process control flow 1 July 1994 Process Control 2 85...
Страница 138: ...2 13 9 Duplex exit operation Circuit diagram Duplex and Paper Exit 1 July 1994 2 102...
Страница 152: ...2 14 8 Timing chart SADF mode Condition Two A4 copies from an A4 original ADF 1 July 1994 2 116...
Страница 153: ...Single side original mode with sort stack mode Condition One A4 copy each from three originals 1 July 1994 ADF 2 117...
Страница 154: ...Duplex original mode with stack mode Condition One A4 copy from one original ADF 1 July 1994 2 118...
Страница 156: ...ADF 1 July 1994 2 120...
Страница 161: ...Exit sensor 1 July 1994 ADF 2 125...
Страница 162: ...2 14 10 ADF operation Circuit diagram ADF 1 July 1994 2 126...
Страница 178: ...2 16 9 LCT operation Circuit diagram Large Capacity Tray 1 July 1994 2 142...
Страница 179: ...DC drive board paper feed motor DC drive board DC motor AC 230V 1 July 1994 Large Capacity Tray 2 143...