SIPLACE Vision Customer_en - 第188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 …
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
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)
951
BareDie
nozzles 00330533-0x
BareDie
>1x1mm
14.5
q
≤ 1mm
30*
952
BareDie
nozzles 00330534-0x
BareDie
>1.5x1.3mm
14.5
q
≤ 1mm
30*
953
BareDie
nozzles 00330535-0x
BareDie
>3.0x2.5mm
14.5
q
bis 1mm
120
954
BareDie
nozzles 00330536-0x
BareDie
>4.5x3.5mm
14.5
q
≤ 1mm
120
955
BareDie
nozzles 00330537-0x
BareDie
>7.0x5.0mm
14.5
q
≤ 1mm
200
956
BareDie
calib.nozz. 00330538-0x
BareDie
>8.0x8.0mm
14.5
q
≤ 1mm
200
The 956 type is used for
X/HF/D machine series
calibration.
vacuum
test
nozzle 03067029-01
to test vacuum system on
C&P6/12 down to nozzle
with SITEST
If you use the SST 28 for 0603mm (0201) placement with the Function 'Deactivate check for minimal CS structures' than nozzle
scanning is also -automatically- disabled for 906 nozzle.
for nozzles with less than 40 -55 mbar vacuum difference we recommend to program component presence check without vacuum! For
the nozzle vacuum check is deactive or you program so for customized nozzles.
PLEASE NOTE:
95x nozzles are designed
for:
component heigth smaller
1mm / special rupper
material (polyurethan) to
save the BareDie
semiconductor surface.
This nozzle type is
essentially required to
handle BareDies in hybrid
technologie!
The optional component-sensor at C&P 12 placement head work at this nozzle range only with limited component heights.
Approximate maximum comp. height values according the measured nozzle length in component sensor (in mm); consider 0.1 / 0.2
mm safety distance.
The nozzle 905 and 906 are so tiny that nozzle scanning is limited to the specified comp. cameras SST38 and 906 SST38 & SST 29.
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 dim.)
nozzle
length
(mm)
vacuum
difference
(in mbar)
Component height min./max
defined by R&D dep.(in mm)
817 00337584-03
Evoprene
15.4x10.3x2.5
(SO24L) until
17.6x17.6x4.35
(PLCC44)
12.5 200
1-4mm
820 00326123-04
ceramic 1,0x0.5mm
(0402)
NO Vacuum check
10.5 200
5-7mm
821 00326124-04
Evoprene
20x20x4.6
(PLCC52) until
27x27
9.25 200
4-8mm
516
the adapter
singular is
03011583-02
03012036-01
Vectra
20 450
the component bottom side is
adjusted to the correct focus
of stationary Camera by Z-
axis positioning.
517 03012042-01
Vectra
20 450
the component bottom side is
adjusted to the correct focus
of stationary Camera by Z-
axis positioning.
518 03012011-01
Evoprene
fixed membrane
18.7 450
the component bottom side is
adjusted to the correct focus
of stationary Camera by Z-
axis positioning.
519 03012034-01
Evoprene
membrane, fixed by
metal insert
18.7 450
the component bottom side is
adjusted to the correct focus
of stationary Camera by Z-
axis positioning.
the comp. is adjusted to the
correct focus (prog. or
measured nozzle length) of
the stat. camera. consider
special programming of
'vacuum cubic/Noncubic'
max. comp. Dimension Limits defined by TWIN and TWIN comp. Cam.(33) / FilpChip Camera
XxY 55x45mm / 16x16 for single measurement. Max. comp. Height 25mm.
special adapter for 9xx
nozzles on TWIN head
00330027-04 (with
front membrane)
max. comp. dimension Limits defined by C&P20 head and comp. Camera C&P20
XxYxH 6x6x4mm (! The pickuptol. is than limited to ~0.5mm!!)
max. comp. Dimension Limits defined by C&P12 head and comp. Camera C&P12
XxYxH 18.4x18.4x6mm (PLCC44)
max. comp. Dimension Limits defined by C&P6 head and comp. Camera C&P6
XxYxH 27x27x8.5mm (BGA 255_1.5/ BGA 372_1.25)
the 'TWINsleeve-Icnozzle' adapter
singular is 03011583-02
(see partially pictures above) Take care
on the (blue) front membrane!
The values of the 5xx nozzles are also valid for the IC-head without the TWIN-adapter than it is a 4xx nozzle.
(nozzle length here - 7mm)
Edition 5.0 print 18.11.2008 nozzle overview_cu_D_E.xls nozzle 8xx 5xx Siemens Ind.Sec. DT EA CS E