Specification SIPLACE CF-Medium.pdf - 第13页
12 Desc ription The SIP LACE Bulk Cas e feeder with 2 tra cks is use d to h andle component s packaged in standard bulk c ontainers. It transp orts rec- tangular and cylindrical pass ive component s to the pick up area o…
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Description
The tape reels of the feeder mod-
ules are housed in the tape con-
tainer of the component change
over table. A cutter automatically
chops up empty tape coming out
of the tape container.
Feeders used on SIPLACE are dis-
tinguished by a short cycle time
and a high-precision pick-up posi-
tion. Even product diversity and
small batch sizes can be handled
easily since the feeder set-up can
be changed quickly. The increment
of the tape cycle is just as variable
as the use of tape materials.
Thanks to the general purpose
tape feeding modules which are
equally suitable for paper and blis-
ter tapes, a small range of module
types will be sufficient. Activated
by a signal from the component
table, the modules control the en-
tire feeder sequence themselves,
including the automatic take-up of
the strips. The S Feeders series
feature shorter cycle times and
they can handle tapes with 2 mm
grids (8 mm S). 8 mm S and
12/16 mm S are equipped with
component cover.
The feeders can be used in other
SIPLACE machines as well.
Component Supply:
Tape Feeder
Technical Data
Packaging Model
Feeder
locations
Transport
distance
Max. Height
of component
Paper and
blister tapes
2 x 8 mm S
a
3 x 8 mm S
3 x 8 mm S
b
12/16 mm S
1
1
1
1
2 or 4 mm
2 or 4 mm
2 mm
4 - 12 mm
c
2.5 mm
2.5 mm
0.7 mm
14 mm
Blister tape
24/32 mm S
1 x 44 mm S
1 x 56 mm S
1 x 72 mm S
1 x 88 mm S
1.5
2.5
2.5
3
3
4 - 32 mm
c
4 - 44 mm
c
4 - 56 mm
c
4 - 72 mm
c
4 - 72 mm
c
14 mm
14 mm
14 mm
14 mm
14 mm
Tape reels Ø 7" to 19" (178 - 464 mm)
Feeder cycle S-feeder to 20 mm transport distance < 150 ms
a) Fiducial for recognition of position of feeders;
b) only for 0201 and 0402;
c) adjustable in increments of 4 mm.
Tape Feeder Modules S
72 mm S
56 mm S
44 mm S
24/32 mm S
12/16 mm S
3 x 8 mm S
2 x 8 mm S
88 mm S
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Description
The SIPLACE Bulk Case feeder
with 2 tracks is used to handle
components packaged in standard
bulk containers. It transports rec-
tangular and cylindrical passive
components to the pick up area of
the machine. To replenish the
supply, the Bulk Cases are re-
moved and replaced outside the
machine eliminating stoppages for
replenishment.
Essentially, this feeder module
consists of a base which holds 2
feeder rails. The components are
separated and transported through
the feeder rail via compressed air.
The principle of stationary compo-
nent tables has been tried and
tested specifically with Bulk Case
components. Vibrations, which
developed when other placement
methods are used may cause
wear to the components compro-
mising quality and reliability of the
components.
The stationary component table
also brings decisive advantages
for stick magazines. The general
purpose vibratory stick feeder can
be refilled during the placement
process.
The feeders can be used in other
SIPLACE machines as well.
Component Supply:
Bulk Case Feeders, Stick Magazine Feeders
Technical Data
Bulk Case feeder
a
Type of packaging
Bulk Case
Feeder rails for
Chip 0402 component height 0.35 mm
Chip 0402 component height 0.50 mm
Chip 0603 component height 0.45 mm
Chip 0603 component height 0.80 mm
Chip 0805 component height 0.45 mm
Chip 0805 component height 0.60 mm
Chip 0805 component height 0.85 mm
Chip 0805 component height 1.25 mm
Mini-Melf
Feeder location
1 feeder location for 2 different
component types
Stick magazine feeder Type III With control electronics
Number and width of tracks
3 x 9.5 mm
2 x 15 mm
1 x > 15 mm
1 x 30 mm
Feeder location 1
a) Fiducial to recognize position of feeder.
Bulk Case Feeder and Stick Feeders
Bulk Case Feeder
Stick Feeder
Type III
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Description
Some local safety requirements
dictate that all feeder locations
must be equipped with feeders.
If the feeder set-up does not fill
all feeder locations, guards may
be used in place of the modules.
SAFETY
WARNING
Component Supply:
Guard for Feeder Locations
The following guard-variants can be used:
1 SIPLACE guard for 1 location
2 SIPLACE guard for 6 - 10 locations
3 SIPLACE guard for 11 - 20 locations
Various Guards for Feeder Locations
3
2
1