OM-1683-001_w.pdf - 第40页
23 OM-1683 1 103-001 12.1 "Chute Level" Window 12.1 "Chute Level" Window [1] Fig. 23 Chute Level [1] Chute Level When the single transfer mode is setup and the PCB size is over 290 mm, this offset is …
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OM-1683
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12. Machine System
12. Machine System
Fig. 22 Offset Data
Notice
Do not change the parameters unless necessary. These parameters
are factory-adjusted upon shipment of the machine.
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Development
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OM-1683
1103-001
12.1 "Chute Level" Window
12.1 "Chute Level" Window
[1]
Fig. 23 Chute Level
[1] Chute Level
When the single transfer mode is setup and the PCB size is over 290 mm,
this offset is used to adjust the difference in the positioning height between
the lanes.
Lane A Chute Upper Surface
PCB
(-)
(+)
Support Pin
Backup Base
Difference
A-BL B-BL
Lane B Chute Upper Surface
PCB
2 Clamps
Origin
Fig. 24
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Development
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OM-1683
1103-001
12.2 "PCB Transfer Mode" Tab Sheet
12.2 "PCB Transfer Mode" Tab Sheet
This enables the operator to setup the mode in the input and output machines.
Reference
Refer to "3.2 "PCB Transfer Mode" Window" in Chapter 2, Volume 3, in
the SIGMA-G5 main machine instruction manual for the information other
than for dual transfer.
[2]
[1]
[1]
[2]
[3]
[4]
Fig. 25 PCB Transfer Mode
•
Commonness
The common setting for the input and output machines to the lanes is
performed.
[1]
A Lane Simult. trans. Set-up
B Lane Simult. trans. Set-up
Set "Enable" or "Disable" to determine whether or not the PCB transfer
should be made simultaneously between the input and positioning conveyors
and between the positioning and output conveyors.
Enable
:
The simultaneous transfer setup function is
used.
Disable (Independent)
: The simultaneous transfer setup function is not
used.
Disable (Asynchronous)
: When the transferred PCB passes the inlet
sensor at the output conveyor, the next PCB
transfer movement is started.
[2]
A Lane OutP conv. PCB out
B Lane OutP conv. PCB out
Set "Disable" or "Enable" to determine whether or not a disengaged PCB
should be detected in the output conveyor section.
Graphic
Development