User-Manual-NeoDen-K1830-20200618.pdf - 第17页

17 Row p anelized: several same PCBs are arranged in horizonta l direction, and the n earby ro ws are mirrore d Column panelized : several sa me PCBs are arranged in vert ical direction, and the n earby columns are m irr…

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●The data of “left top”: on the alignment interface, find the left top panel that is nearest to the left side but farthest to the
feeding position, then find the component same as the component that aligned on the “left bottom”, align the center of this
component. Click save and cancel, it will return to the “PCB information” automatically.
●The data of “right top”: on the alignment interface, find the right top panel that is nearest to the right side but farthest to
the feeding position, then find the same component as the component that aligned on the “left bottom”, align the center of
this component, click save and cancel, it will return to the “PCB information” automatically.
After setup, click “create panelized list”, the panelized list will be generated accordingly in the blank. You can also
double-confirm each position by clicking “Align”.
3.1.3 Mirror board
The steps of the Mirror board programming are similar with the Panelized board, but need pay some attention to several
points below
(1)Mirror board includes row panelized and column panelized
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Row panelized: several same PCBs are arranged in horizontal direction, and the nearby rows are mirrored
Column panelized: several same PCBs are arranged in vertical direction, and the nearby columns are mirrored
(2)Panelized Board Row and Column
The row and column are determined by the positioning of PCB on working area. The direction along the rails is the column,
the direction perpendicular to the rail is row, then please enter data in the row and column.
（3）Please refer to the data collecting method of each position information as following:
After select the corresponding mirror board panelized method(column or row)and data of column&row,may occur the
situation of the align interface turn to gray and can’t be edited,then no need do position align.
Based on actual mirror board data,right side is showing corresponding images and can find the first component on it.
●The data of “right top”on original board: on the alignment interface, find the right top panel that is nearest to the right
side but farthest to the feeding position, then find the first component which on the chip list of this panel, align the center of
this component, click save and cancel, it will return to the “PCB information” automatically.
●The data of “left top”on original board: on the alignment interface,find the left top panel,then find the component same as
the component that aligned on the “right top”,align the center of this component, click save and cancel, it will return to the
“PCB information” automatically.
●The data of “left bottom”on original board:on the alignment interface,find the left bottom panel,then find the component
same as the component that aligned on the “right top”, align the center of this component. After saving the data, it will
return to the “PCB information” automatically.
●The data of “left bottom”on mirror board:on the alignment interface,find the left bottom panel,then find the component
same as the component that aligned on the “right top”, align the center of this component. After saving the data, it will
return to the “PCB information” automatically.
After setup, click “create panelized list”, the panelized list will be generated accordingly in the blank. You can also
double-confirm each position by clicking “Align”. Note:The angel difference between original and mirror board is 180
degree,original board is 0 degree,mirror is 180 degree.
Introduction of Align interface:See below fig.
Save and Back:After align the center of components,click “save and back”to save the date.
Close and Back:Refer to exit the current interface.
Alignment Method:Include left mark camera,nozzle 1-8,right mark camera,choose the alignment method according to
the actual situation,right side will show the real image by mark camera alignment.
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Nozzle down test:If choose left or right mark camera alignment method,this function will turn to gray and not available
to operate.If choose nozzle1-8 alignment method,this function will be black and available to operate.Insert a pick height
value and then click “nozzle down test”to judge whether the setted pick height is reasonable or not.
Point 1,Point 2,Middle point :Use to confirm the IC center coordinate.For example,if choose alignment mthod”left
mark camera”,first select the first pitch center in left-bottom corner,click point 1,then select the second pitch center in
right-top,click point 2,finally click middle point,the machine can calculate out the IC center coordinate.
Light source:outer ring,middle ring,Inner ring,Mark point generally select to use outer or inner ring,select
corresponding light source according to PCB kind.
Brightness:Image recognize brightness can be adjusted on the drop-down list
3.2 PCB angle
PCB angle detect should be under the mode of Single board and manual programming,PCB angle will influence the
accuracy of mounting. The angle closer to 0 degree the better, and the angel deviation need to be within 1 degree. The angle
of PCB is generated according to panelized PCB coordinate, but we can also adjust the angle by manual. Click “Angle
Detect” button, according to the index of machine to choose two points, then a new PCB angle will be generated. (Note, the
two points need to be paralleled)
4. Coordinate information
4.1 PCB Mark setting
Function: After finishing mark setting, when the machine is working, the specific position and direction of PCB can confirm
via setting mark. Only in this way the next step of mounting work can carry out.PCB mark setting interface see below fig.
（1） Panelized mark point
It is mainly used for multiple identical PCB boards consistent of the whole board, when place every panel board, the
machine will rescan small panel board’s mark point.
（2）Single mark point
It is mainly used for a single PCB board and multiple identical PCB boards consistent of the whole board (Notice:
coordinate programming is done as a single board)
Generally, need to select 2 or 3 mark points.
4.2 Mark point alignment
Manual alignment:If there is no mark point on the PCB, which can through some location holes and set up some special
reference point manually to replace and confirm reference position. Note:Generally use SMD1 coordinate in chip list and
the one that is relatively easy to find far away from SMD1 as mark points,In this way, the relative placement effect will be
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