OM-1078-002 - 第133页

3. System Setting 3 . 1 "Offset Data" T ab 3.1.1 "T ray #2" T ab • • • • • Sheet Layout Press the [SYSTEM] button on the main menu bar to open the "Ma- chine System Data" window . When the &…

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2. Component Library
Refer to "Section 3 Component Library" (the instruction manual
(Vol. 3: Programming and Machine Data) of the main machine)
for details.
2.1 "Carrier Data" Tab
The corresponding tab sheet appears when "Cylindrical", "Square", "De-
form (Simple)", "Deform (Complex)", "Connector (Simple)", "Connector
(Complex)", "Other Leaded (Simple)", "Other Leaded (Complex)", or
"BGA/CSP" is selected in the "Component shape" text box.
Sheet Layout
When the "Carrier Data" tab is pressed, the "Carrier Data" tab sheet
appears.
Fig. C14 "Carrier Data" Tab Sheet
Sheet Composition
Refer to "4.1.3 Basic Usage of Text Boxes" in "Section 2" (the
instruction manual (Vol. 3: Programming and Machine Data) of
the main machine) for the details.
Enter parameters in these text boxes.
2. Component Library
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Note
Note
3. System Setting
3.1 "Offset Data" Tab
3.1.1 "Tray #2" Tab
Sheet Layout
Press the [SYSTEM] button on the main menu bar to open the "Ma-
chine System Data" window.
When the "Feeder B" tab is selected in the "Offset Data" tab sheet
and the "Tray #2" tab is pressed, the following tab sheet appears.
Fig. C15 "Tray #2" Tab Sheet
Sheet Composition
*1 Tray step
Displayed are the step Nos.
*2 Block #1 through Block #9
X [mm] (Horizontal), Y [mm] (Vertical)
The set parameters are used to correct the variations in the indi-
vidual blocks of each step.
The values are based on the PL-XY coordinate system must be
entered in these text boxes.
Enter the positional deviations from the pickup position for each in-
dividual pallets, including the traverse drawout position (multi-layer
tray offset), such that components can be picked up at their cen-
ters.
3. System Setting
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*2
*1
L [mm] (Height)
The set parameters are used to correct the variations in the pickup
height of the individual blocks of each step.
These parameters are reflected on the descending stroke of the
head required to pick up a component.
3.1 "Offset Data" Tab
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