80S-20用户手册 - 第479页
SIPLACE 80S-20/F4 User Manual 11 Station extensions /Hardware Software version SR.407.xx 01/2001 US Edition 11.4 PCB barcode 479 1 1 .4 PCB barcode 1 1.4.1 Overview The PCB barcode r eader is us ed to a utomaticall y rec…
11 Station extensions /Hardware SIPLACE 80S-20/F4 User Manual
11.3 Dual conveyor Software version SR.407.xx 01/2001 US Edition
478
11.3.10 Technical data for the dual conveyor
11.3.11 Maintenance
Maintenance for the individual conveyors and the additional lifting table is exactly the same as for
the standard conveyor. Each conveyor belt must be maintained as described in the maintenance
instructions. 11
PCB format
50 mm x 50 mm to 460 mm x 216,5 mm
2" x 2" to 18" x 8.5"
PCB thickness 0.3 mm to 4.5 mm
Max. PCB warpage
On top: 4.5 mm - PCB thickness
On bottom: 0.3 mm + PCB thickness
Clearance on PCB underside 25 mm (standard), 40 mm (option)
PCB transport height
830 ± 15 mm (standard)
900 ± 15 mm (option)
930 ± 15 mm (option)
950 ± 15 mm (SMEMA option)
Type of interface Siemens (standard), SMEMA (option)
Component-free handling edge 3 mm
PCB changeover time 2.5 s
Fixed conveyor edge Right (standard), left (option)
Components on each conveyor Synchronous: same or different, asynchronous: same
PCB width on each conveyor Synchronous: different, asynchronous: same
Ink spot recognition Synchronous: not possible, asynchronous: possible
Automatic width adjustment Synchronous: not possible, asynchronous: possible
SIPLACE 80S-20/F4 User Manual 11 Station extensions /Hardware
Software version SR.407.xx 01/2001 US Edition 11.4 PCB barcode
479
11.4 PCB barcode
11.4.1 Overview
The PCB barcode reader is used to automatically record and decode barcodes on PCBs. The
PCB barcode reader sends the read data via its serial interface to the machine controller for fur-
ther processing. 11
The PCB barcode readers are installed on the input side of the placement machine, above and
below the PCB conveyor, so that barcode labels on the topside and underside of the PCBs can
be read.
One or two PCB barcode readers may be retrofitted in order to read the topside and underside of
the PCB on the transport track. 11
Fig. 11.4 - 1 Position of the modules on the input side of the placement machine
(1) Barcode reading head
(2) Profiled rail for ‘underside’ PCB barcode reader
(3) Profiled rail for ‘topside’ PCB barcode reader
11 Station extensions /Hardware SIPLACE 80S-20/F4 User Manual
11.4 PCB barcode Software version SR.407.xx 01/2001 US Edition
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The PCB barcode readers are fixed to the top and bottom profiled rail using retainers. These can
be positioned as required on the profiled rails, and aligned with respect to the barcode labels. De-
pending on the position of the barcode strips, the barcode reader can be attached in a few simple
steps so that the strips can be read parallel to or across the PCB transport direction. 11
11.4.2 Laser safety instructions
Laser radiation 11
The radiation from the laser diode (infrared or IR
light) of the PCB barcode reader is harmful to the
human eye, 11
Åso you should never look into the laser beam.
ÅNever direct the PCB barcode reader into other
people’s eyes.
ÅWhen installing the barcode reader, make sure
that the laser beam cannot be not reflected during
use.
If you open the housing during use, the scanning cy-
cle will continue, and the laser diode will continue to
switch on. 11
The laser beam output at the barcode template win-
dow does not exceed 1.0 mW. The PCB barcode
reader thus conforms to protection class 2. 11
Fig. 11.4 - 2 Laser safety instructions for the PCB barcode reader
11.4.3 Functional description
11.4.3.1 PCB barcode reader for the single conveyor
The SIPLACE PCB barcode reader supports the flexible manufacture of SMD products, and in-
creases placement reliability. It recognizes all the code types conventionally used in industrial ap-
plications. 11
The laser scanner reads the barcode label on the topside or underside of each incoming PCB as
they are transported onto the input conveyor. The barcode data enables the line computer to au-
tomatically select the correct barcode allocation list from the previously created barcode assign-
ment list, and sends it to the station. If a barcode filter was defined, only the data that is identified
as relevant will be compared in the barcode. This procedure is carried out time neutrally during
placement of the PCB already in the machine. If several PCBs with the same barcode enter in
succession, the program is only transferred the first time. The following requirements apply to all
products to be produced using the PCB barcode: 11
ATTENTION
LASER RADIATION
DO NOT LOOK INTO THE BEAM
CLASS 2 LASER PRODUCT
EN 60825 1991
Max. output radiation: 1.0 mW
Wavelength: 670 nm