DECAN_F2_Service(Eng_Ver1).pdf - 第324页

13-54 Fast & Flexible Chip Shoo ter DECAN F2 Service Manual HW 17 Use U PS Use 0 Const 0: UPS not used. 1: UPS used 18 CE T ype Use 0 Const 0: CE not applied 1: CE applied XY Move 40 Sys Delay XY1 Use 20 msec Delay u…

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13-53
Software
Align /
Mount
62
Sys Fly outer Level Use
519
Const Set the control algorithm for the outer illumination of the
fly camera.
68 Small Comp Method
Use
15
Const Method related to the Small Comp.
70 Small Comp Size
Use
620 um
Standard size of the Small Comp.
72 Very Small Comp
Method
Use
7
Const Method related to the Very Small Comp.
73 Very Small Comp
Size
Use
380 um
Standard size of the Very Small Comp.
94 Fly Inspr Method
Use
3
Const 0: Recognition by the fly camera after rotation
(Recognition using placement angle).
1: Rotation after recognition by the fly camera (0 degree
recognition).
2: Rotation after recognition by the fly camera.
However, the fly camera will recognize a part after
rotating in the case of a 45° feed angle and FineGrab.
3: Rotation after recognition by the fly camera.
However, the fly camera will recognize a part after
rotating in the case of a 45° feed angle, FineGrab and
FinePitch.
Module No Name Div Value Unit Description
13-54
Fast & Flexible Chip Shooter DECAN F2 Service Manual
HW 17 Use UPS
Use
0
Const 0: UPS not used. 1: UPS used
18 CE Type
Use
0
Const 0: CE not applied
1: CE applied
XY Move 40 Sys Delay XY1
Use
20
msec Delay used for general XY movement
41 Sys Delay XY2
Use
0
msec Delay used for XY movement for part pickup
42 Sys Delay XY3
Use
8
msec Delay (polling) used for XY movement for part placement
43 Sys Delay XY4
Use
40
msec Delay used for XY movement requiring high precision
44 Sys Backlash XY
Use
5um
Zone used for the XY backlash prevention algorithm
Z Move 45 Sys Delay Z1
Use
0
msec Delay used for general Z movement
48 Sys Delay Z4
Use
20
msec Delay used for Z movement requiring high precision
81 Escape Z Fast
Use
21000 um
In the case of the FLY_SS cycle, this refers to the Z-axis
position (between 6000 ~ 45000) at which the mirror
starts to come in after the Z-axis has picked up a part.
82 Escape Z Mnt Fast
Use
2500 um
In the case of the FLY_SS cycle, this refers to the Z-axis
height (between 1000 ~ 6000) to which the XY can move
when it moves up after the Z-axis has performed part
placement.
Values other than these will be processed as 8000.
Module No Name Div Value Unit Description
13-55
Software
R Move 50 Sys Delay R1
Use
50
msec Delay used for general R movement
51 Sys Delay R2
Use
50
msec Delay used for R movement for part pickup
52 Sys Delay R3
Use
15
msec Delay used for R movement for part placement
53 Sys Delay R4
Use
50
msec Delay used for R movement requiring high precision
54 Sys Backlash R
Use
1500
msec Zone used for the R backlash prevention algorithm
Mir Move
55 Sys Delay M1
Use
0
msec In the case of the FLY_SS cycle, this refers to the delay
when the mirror closes.
58 Sys Delay M4
Use
0
msec Delay when the mirror closes
80 Escape M Fast
Use
170000 mdeg
In the case of the FLY_SS Cycle, this refers to the mirror
angle (between 80000 ~ 175000) at which the Z-axis
starts to move when the mirror is opened.
Values other than these will be processed as 8000.
Side
Down
60 Head Side Dn Time
Use
0
msec Minimum time required to operate the side illumination of
the head
61 Head Side Dn
Timeout
Use
500
msec Time-out when operating the side illumination of the head
특정기능
86
Twin Servo Skew Dist
Use
200 um
Allowable skew error of the Y1/Y2
Module No Name Div Value Unit Description