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Chapter 2 Creating and Editing a Program 2-73 2-7-6-4 Creating Multi-panel Menu: Program>DataEditUtilities>CreatingMulti-panel This function enables easy generation of repeat data based on placemen t data that cont…

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Chapter 2 Creating and Editing a Program
2-72
● Example 2 : When each panel has its own origin
100mm
10mm
100mm
10mm
Origin of each panel
Distance from panel’s origin（X:20,Y:20）
Note: Distance from PCB origin（X:30,Y:30）
Since only one PCB origin is specified, it is not possible to duplicate (repeat) data by rotating the
PCB whose origin has been offset. When each panel has own its origin as shown above, set the PCB
origin to X:0 and Y:0. As a result, the first component placement coordinates will be X:30, Y:30 in
the case of the above example.
PCB origin （X:0,Y:0）
X Y θ Task
Start Block
30 30 0 Single Pickup
End Block
100 0 0 Repeat Offset
100 200 180 Repeat Offset
200 200 180 Repeat Offset
X Y θ Task
30
30 0 Single Pickup
130
30 0 Single Pickup
70 170 180 Single Pickup
170
170 180 Single Pickup
Repeat data before conversion
Actual coordinates after conversion
Chapter 2 Creating and Editing a Program
2-73
2-7-6-4 Creating Multi-panel
Menu: Program>DataEditUtilities>CreatingMulti-panel
This function enables easy generation of repeat data based on placement data that contains no
repeat data. Repeat data (panel) can be angled by 0 or 180 degrees from the original placement
data.
Note: There is no restriction on the number of panels. However, an error will occur if the completed
placement data consists of more than 10,000 lines. Furthermore, this function cannot be used if the
original data contains repeat data or if a data check error is present.
Panel layout pattern
selection button
Item:
Count X / Y Enter the number of panels present in X (horizontal) and Y (vertical)
directions. The original panel must be contained in this number.
Pitch X / Y Enter the panel pitch in X (horizontal) and Y (vertical) directions. The
panel’s edge length must always be entered here even if a number
other than “1” is entered in Count X/Y.)
★Unit: mm
Pattern Select the desired panel layout pattern.
A
ll the panels are placed in the same direction (i.e. at 0 degree from) as the original
placement data.
When panels lined up in X-direction are placed in the same direction (i.e. at 0 degree
from) as the original placement data, and panels lined up in Y-direction are placed in
reverse direction (i.e. at 180 degrees)
Note: Panels in Y direction are angled at 0 and 180 degrees alternately: third-row at 0
degree and fourth-row at 180 degrees.
When panels lined up in Y-direction are placed in the same direction (i.e. at 0 degree
from) as the original placement data, and panels lined up in X-direction are placed in
reverse direction (i.e. at 180 degrees)
Note: Panels in X direction are angled at 0 and 180 degrees alternately: third-row at 0
degree and fourth-row at 180 degrees.
Note: No other patterns are supported by the multi-panel PCB generation function.
To have a pattern other than those, repeat data must be created manually. For details, refer to
“Rotated Multi-Panel PCB”.
Chapter 2 Creating and Editing a Program
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Note: If the contacting edges of panels are complicated as shown below, the pitch must be up to the
center of the overlapping edges. In this case, a part of the panels appears to extend beyond the
pitch range, but this will not cause a problem.
In “Rotated Multi-Panel PCB” given earlier in this manual, offset values are entered to create
repeat data for PCBs consisting of panels rotated at different angles. Please note that, with this
multi-panel PCB generation function, the panel pitch must be entered.
2-7-6-5 Head Substitution
Menu: Program>DataEditUtilities>HeadSubstitution
This function automatically generates a program that uses an alternative head in cases where a
particular head is no longer usable due to breakdown.
Note: When the data is saved after head substitution is performed, the original data will be lost. So, it is
recommended that the original data be saved in another name and then head substitution be
performed on that data.
Note: Executing the head substitution function will not alter feeder arrangement. In addition, the
number of nozzles used will not be increased.
200mm
80mm
PCB origin
Settings in “Creating Multi-Panel” window
Count X 2
Count Y 1
Pitch X 100mm
Pitch Y 80mm
* The number of heads may
vary depending on the
model.