SIPLACE Vision Customer_en - 第186页

Nozzle type picture order nr. (version nr. may change) Material / Used for.. (sample dimension) nozzle length (in mm) C&P12 comp sensor possible Vacuum difference (in mbar) Nozzle scanning SipVision Component height …

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Camera type for
machine with SV
in Siplace pro
Description /
Head / Machine Picture
Field of View
FOV/
resolution
Component
size min. feature size Illumination
FC CAMERA
X(25) FOV
19x19
SST25
FC-camera dig.
TWIN head
add, option for
TWIN head
at the X-/D3
Ma. & P&P
module at D1
1200 x1200
pixel
19,4x19,4mm
16µm/Pixel 16 x 16mm
0.2 x 0.1mm (01005)
lead pitch 0.25mm /
lead width 0.1mm /
ball pitch 0.14mm /
ball-diam. 0.08mm
Red LED's in 6
levels
IC CAMERA X
(33) 65x50
SST33
IC-camera dig.
TWIN head
Standard for
TWIN at the X-
/D3-Ma.
(Option for D1)
1200 x1200
pixel
65 x 50mm
~42µm/Pixel
dual comp.
55x45mm
(69x10)
single, 85x85mm
(125x10).
with restriction
200x125mm
0.5 x 0.5mm (0402)
lead pitch 0.3mm /
lead width 0.15mm /
ball pitch 0.45m /
ball-diam. 0.25mm
Red LED's in 6
levels
IC CAMERA (36)
50x38
SST36
IC-camera dig.
TWIN head
Standard for
TWIN at D1-ma.
View from
outside like
SST33 for
difference see
sticker!
640 x480
pixel
50 x 38mm
~80µm/Pixel
32x32mm single
measurment
lead pitch 0.4mm /
lead width 0.24mm /
ball pitch 0.56m /
ball-diam. 0.32mm
Red LED's in 6
levels
Coplanarity 3D-
module SST37
X2 / X3 2nd
placement area
with TWIN
(Inspection
time BGA 256
(1.27mm
pitch)
<250ms)
50 x 50mm
(125x20mm
lead pitch 0.5mm /
lead width 0.3mm /
ball pitch 0.8m /
ball-diam. 0.4mm
a Red LASER light
line sensor
measuring the
height deviation of
3 D-imensional
structures like
BGA's
PP COP 17 ILD
SST17
Coplan ILD 2000
(controlled with
SC.)D1 machine
min. Pitch
0,4mm
Stationary comp. cameras SIPLACE Vision system controlled. Used for TWINhead or P&P-module
Edition 3.1 07.02.2008 _Kamera prog übers_ku_cu.xls Cam SIP Pro e Siemens A+D EA1 SC E
Nozzle
type picture
order nr. (version
nr. may change)
Material / Used
for.. (sample
dimension)
nozzle
length
(in mm)
C&P12
comp sensor
possible
Vacuum
difference
(in mbar)
Nozzle
scanning
SipVision
Component height
min./max defined by R&D
dep.(in mm)
900 SOKO
Plastic 0,4x0,25
outline
16
Special construction
(SOKO)
901 00322603-04
ceramic
1.0x0.5 (0402) until
1.6x0.8 (0603)
16
q
≤1mm
55
q
0-1.6
902
0348186-03
(contact area
150µm per side
larger than 0603
mm (0201comp))
ceramic 0.6x0.3mm
(0201) *prog.NO
Vacuum comp.
Check inGF
16.5
q
≤0,5mm
30*
0-1.6
903
(for future
900 nozzle with thiner wall
thickness)
904 00322602-04()
Ceramic
1.6x0.8 (0603) until
3.2x2.5 (1210)
15
q
≤0,5mm
120
q
0-2
905
03048854-xx
ceramic
0.4x0.2mm (01005)
*prog.NO Vacuum
comp. Check inGF
16.5
q
≤2mm
0*
ONLY
SST38
special for D1/D2/D4 /
SST38/ spec. Sleeve/-
feeder /….
906
00345031-04
Oval contact
surface
ceramic
0.6x0.3mm (0201)
*prog.NO Vacuum
comp. Check inGF
16.5
q
≤0,5mm
10*
ONLY
SST29
SST38
0-1
907 03054846-01
Ceramic
1.0x0.5 (0402) until
1.6x0.8 (0603)
16
q
≤1mm
55
q
Extention for 901capability
-
for smaller placement gaps
0-1,6
911 00321854-
Vectra
1.0x0.5 (0402) until
1.6x0.8 (0603)
16
q
≤1mm
55
q
0-1.6
913 00345020-03
Vectra
3.2x1.6 (1206..)
14
q
≤3mm
140
0-3
914 00321861-07
Vectra
1.6x0.8 (0603) until
3.2x2.5 (1210)
15
q
≤2mm
120
q
0-2
915 00321862-06
Vectra
5.4x2.6.2.3
(DO214AA)
14
q
≤3mm
200
0-3
917 00321863-06
Vectra
7.3x4.3x3 (tantal D)
-> 13x 5x5 (cristal)
12 200
1-5 for extended use 937
918 00321864-06
Vectra
D=3xh=5.7
11 150
2-6 for extended use 938
919 00321867-03
Vectra
D=5.9xh=5.7
11 150
2-6 for extended use 939
920 00325972-08
Evoprene
12.5 200
1.5-4.5
Edition 5.0 print 18.11.2008 nozzle overview_cu_D_E.xls nozzle 9xx Siemens Ind.Sec. DT EA CS E
Nozzle
type picture
order nr. (version
nr. may change)
Material / Used
for.. (sample
dimension)
nozzle
length
(in mm)
C&P12
comp sensor
possible
Vacuum
difference
(in mbar)
Nozzle
scanning
SipVision
Component height
min./max defined by R&D
dep.(in mm)
921 00325970-06
Evoprene
Tantal 3.2x1.6A/B
9.0 200
4-8
923
use
expand
ed by
932/936 00324996-07
Vectra
MiniMELF
15
q
≤1,7mm
120
0-1.8 about focus height
Contact surface rounding
is optimized to MiniMelf
diameter
924 use
expand
ed by
934 00321866-03
Vectra
MaxiMELF
14.5
q
≤ 2.4mm
200
0.4 -2.4 about focus height
Contact surface rounding
is optimized to MaxiMelf
diameter
925 00333652-06
fo
r
1005mm (0402)
with follow. Surface
topologie
(side view)
16
q
≤1mm
40
q
Difficult handling on this
nozzle and on this concav
or convex component
surface structures.
928 03065558-01
fo
r
1005mm (0402)
with follow. Surface
topologie
(side view)
16
q
≤1mm
40
q
See 925
but with thinner wall
thickness (& contact free
pickup)
930
special
construction
(00349085)
0.8x0.8mm outline
0.5x0.5mm
Vacuum opening
16
q
30
0-1.6
931
special
construction
(00349091)
1.2x1.2mm outline
0.9x0.9mm
Vacuum opening
15
q
30
0-2
932 00346522-03
Evoprene
MiniMELF
14
program
med
14.2
q
≤ 1,7mm
90
0 -1.7 about focus height
Contact surface rounding
is optimized to MiniMelf
diameter Ø 1.1 - 1.7
933 00346523-03
Evoprene
3.2x1.6x1.8
(Tantal A)
14
q
≤ 3mm
90
0-3
934 00327810-06
Evoprene
MaxiMelf
14
program
med
14.2
q
≤ 2,4mm
90
0.4 -2.4 about focus height
Contact surface rounding
is optimized to MaxiMelf
diameter Ø 1.6 - 2.4
935 00346524-03
Evoprene
5.4x2.6.2.3
(DO214AA)
14
q
≤ 3mm
90
0-3
936 00352353-02
Evoprene
MicroMELF
14
program
med
14.2
q
≤ 1,8mm
90
0-1.8 about focus height
Contact surface rounding
is optimized to MicroMelf
diameter Ø 0.9 - 1.5
937 00322591-06
Evoprene
7.3x4.3x3 (Tantal
D) -> 13x 5x5
(Quarze) SO's &
QFP's
12 140
1-5
938 00322592-05
Evoprene
D=3xh=5.7
11 140
2-6
939 00322593.05
Evoprene
D=5.9xh=5.7
11 140
2-6
Edition 5.0 print 18.11.2008 nozzle overview_cu_D_E.xls nozzle 9xx Siemens Ind.Sec. DT EA CS E