D3操作手册.pdf - 第25页
25 Component Feeding S Tape Feeder Mo dules Technical da ta Packagi ng Model Lo ca- tions Tr a n s p o r t distance Max . C O height Paper and plastic tapes 2 x 8 mm S a 3 x 8 mm S 3 x 8 mm S b 1 x 12/16 mm S 1 1 1 1 2/4…
24
Component Feeding
Component Changeover Table
Technical Data
Length x width 728 x 592 mm²,
752 x 592 mm² (with waste container)
Height 830 mm for 830 mm PCB transport height
900 mm for 900 mm PCB transport height
930 mm for 930 mm PCB transport height
950 mm for 950 mm PCB transport height
PCB transport height 830 mm ± 15 mm (standard)
900 mm ± 15 mm (option)
930 mm ± 15 mm (option)
950 mm ± 15 mm (SMEMA option)
Weight
without feeder modules
with feeder module at all locations
approx. 88.9 kg
approx. 143.7 kg
Reel diameter
standard
maximum
up to 432 mm (17“)
483 mm (19“)
Locations for feeder modules max. 15
Changeover time less than 1 min.
Component feeder table
Centering
Communication unit
Waste container
for pieces of used tape
Tape container
25
Component Feeding
S Tape Feeder Modules
Technical data
Packaging Model Loca-
tions
Transport
distance
Max.
CO height
Paper and
plastic
tapes
2 x 8 mm S
a
3 x 8 mm S
3 x 8 mm S
b
1 x 12/16 mm S
1
1
1
1
2/4 mm
2/4/8 mm
2/4 mm
4/24 mm
c
2.5 mm
2.5 mm
0.7 mm
14 mm
Blister
tapes
1 x 24/32 mm S
1 x 24/32 mm S DP
d
1 x 44 mm S
1 x 44 mm S DP
d
1 x 56 mm S
1 x 56 mm S DP
d
1 x 72 mm S
1 x 88 mm S
1.5
1.5
2.0
2.0
2.5
2.5
3
3.5
4/40 mm
c
4/40 mm
c
4/52 mm
c
4/52 mm
c
4/68 mm
c
4/68 mm
c
4/80 mm
c
4/96 mm
c
14 mm
24 mm
14 mm
24 mm
14 mm
24 mm
14 mm
14 mm
Tape
reels
178 - 483 mm diameter (7" - 19")
Feeder
module
cycle
S feeder modules up to 20 mm transport distance
< 150 ms
a) Fiducial for feeder module
position recognition;
b) for 0201 and 0402 only;
c) variable in 4 mm increments;
d) DP = Deep Pocket.
2 x 8 mm S
3 x 8 mm S
3 x 8 mm S 0201
12/16 mm S
24/32 mm S
44 mm S
56 mm S
72 mm S
88 mm S
A cutting device automati-
cally cuts the used tape.
SIPLACE S feeders have short
cycle times and high-preci-
sion pick-up positions. Even
multiple products and small
batch sizes are easy to handle
since the feeder modules can
be quickly changed over.
Both the tape cycle incre-
ment and the use of tape
materials are variable.
SIPLACE S feeder modules are
suitable for both paper and
plastic tapes. This represents
a significant benefit in terms
of both cost and logistics.
When activated by a signal
from the communication
interface, the feeder modules
automatically control the
entire feeder sequence, in-
cluding automatic film tear-
off.
S feeder modules with the
additional designation DP
(Deep Pocket) transport com-
ponent tapes up to 25 mm in
height.
Description
The SIPLACE S feeder mod-
ules process component
tapes from 8 to 88 mm wide.
The feeder module reels are
kept in the tape container on
the component changeover
table.
26
Component Feeding
Bulk Case and Vibratory Stick Feeder Modules
for the CO Changeover Table
Technical Data
Bulk case feeder modules
a
Packaging form Bulk case
Feeder rails
Chip 0402, CO height: 0.35 mm
Chip 0402, CO height: 0.50 mm
Chip 0603, CO height: 0.45 mm
Chip 0603, CO height: 0.80 mm
Chip 0805, CO height: 0.45 mm
Chip 0805, CO height: 0.60 mm
Chip 0805, CO height: 0.85 mm
Chip 0805, CO height: 1.25 mm
Micro-Melf: 1.05 ± 0.05 mm
Mini-Melf: 1.4 ± 0.1 mm
Location 1 location for 2 different compo-
nent types
Vibratory stick feeder,
type 3
with control circuit
Number of tracks and width 3 x 9.5 mm
2 x 15 mm
1 x > 15 mm
1 x 30 mm
Location 1 location
a) Fiducial for feeder module position recognition
Description
The SIPLACE bulk case feeder
module processes bulk cases
on two tracks. It feeds rectan-
gular 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 mag-
azines to suit the component
type and height. The compo-
nents 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 advan-
tages: the universal vibratory
stick feeder can be topped up
during placement.
Bulk case feeder module
Vibratory -
stick feeder, type 3