SIPLACE D4 规格说明书英文版.pdf - 第21页

21 Component Feeding Alternative SIPLACE Feeder Modules Technical data Bulk case feeder modules a Packaging f orm Feeding rails Location Bulk case Chip 0402 component height: 0.5 mm Chip 0603 component height: 0.8 mm 1 L…

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20
Component Feeding
S Tape Feeder Modules
Packaging Feeder module Width Loca-
tions
Transport
distance
Max.
CO height
Paper and
blister tapes
2 x 8 mm S
a
3 x 8 mm S
a
3 x 8 mm S 01005
b
3 x 8 mm S 0201
c
3 x 8 mm SL
d
1 x 12/16 mm S
a) Extra fiducials provided for feeder position recognition
b) for 01005, 0201 and 0402 in paper tapes
c) For 0201 and 0402 in paper tapes
d) SL = Shutterless, from 0201 in paper or blister tapes
30.6 mm
30.6 mm
30.6 mm
30.6 mm
30.6 mm
30.3 mm
1
1
1
1
1
1
2/4 mm
2/4/8 mm
2/4 mm
2/4 mm
2/4/8 mm
4/24 mm
e
e) Variable in 4 mm increments
2.5 mm
f
2.5 mm
0.7 mm
0.7 mm
2.5 mm
14 mm
f
f) PSA Kit available as an option
Blister tapes 1 x 24/32 mm S 42.4 mm 1.5 4/40 mm
e
14 mm
Tape reels 178 - 483 mm diameter (7" - 19")
Cycle S feeder modules up to 20 mm transport distance < 150 ms
Changeover
time
15 s
21
Component Feeding
Alternative SIPLACE Feeder Modules
Technical data
Bulk case feeder modules
a
Packaging form
Feeding rails
Location
Bulk case
Chip 0402 component height:
0.5 mm
Chip 0603 component height:
0.8 mm
1
Linear vibratory feeder, type 3
Packaging form
Number of tracks and width
Location
Stick steel magazines
3 x 9.5 mm
2 x 15 mm
1 x 30 mm
1
a) Extra fiducials provided for feeder position recognition
Description
The SIPLACE bulk case feeder
module processes bulk cases
on two tracks. It feeds rect-
angular and round, passive
components. The PCB maga-
zines (bulk cases) are simply
replaced for refilling - with-
out stopping the machine.
The module essentially con-
sists of the basic element plus
two feeder rails and PCB
magazines to suit the compo-
nent type and height. The
components are separated
and fed along the rails by
compressed air.
The principle of the fixed
component table has proven
its worth, even when bulk
cases are used: the vibrations
that can occur with other
placement machine concepts
can have a highly detrimental
effect on the component
quality due to abrasion, for
example.
Even with stick magazines,
the stationary component
supply has significant advant-
ages: the universal vibratory
stick feeder can be topped up
during placement.
Bulk case feeder module
Linear vibratory feeder, type 3
22
Digital Vision System
The digital SIPLACE vision
system guarantees extremely
fast and reliable component
recognition, while being very
simple to use. The system
identifies each individual
component from its shape
and color. Even complex
component shapes, such as
flip-chip or CCGA are
detected extremely reliably.
The system is not only used
in the placement head cam-
eras; it can also be found in
the PCB camera. As well as
ensuring that components
are detected accurately, it
also ensures reliable recogni-
tion of the ink spots and PCB
fiducials.
The benefits at a glance:
• Extremely fast and reliable
component recognition
• Shortest cycle times
• Robust measurement with
reference to the shape and
color
• Straightforward program-
ming
• Offline programming of
component shapes
• Rapid introduction of new
products (NPI)
• Open architecture allows
you to quickly adapt to
new requirements
• Optimum placement
results through individual
measurement of each
component
Examples of digital vision system analysis times
01005 9 ms
PLC44 17 ms
BGA 225 balls 18 ms