西门子SIPLACE HS 50-设备参数_EN.pdf - 第11页
9 PCB Transpor t Direction Description On SIPLACE HS-50 t he in-line conveyor system guar antee s a quick adjustment to new PCB widths. The change is made either at the station computer using the menu function or from th…
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Description
A maximum of 2 nozzle changers
can be installed for each of the
12-Nozzle Collect & Place Heads,
which allows for 120 unique noz-
zles per Collect & Place Head
without decreasing feeder quanti-
ties. This allows a quick and reli-
able change of the nozzle configu-
ration when changing to another
job. Damaged or faulty nozzles
can also be exchanged via menu
function.
Placement Heads:
Nozzle Changer for 12-Nozzle Collect & Place Head (Option)
Technical Data
Type of nozzle All standard nozzles of nozzle series 9xx
Capacity 5 magazines holding 12 nozzles
a
each per
changer
max. 2 nozzle changers per placement head
Nozzle changing time About 2 s per nozzle
a) Nozzles can be of different types.
Nozzle Changer
Position of Nozzle Changers
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PCB Transport
Direction
Description
On SIPLACE HS-50 the in-line
conveyor system guarantees a
quick adjustment to new PCB
widths. The change is made either
at the station computer using the
menu function or from the line
computer via the automatic width
adjustment unit.
As standard the SIPLACE place-
ment systems are available with a
single conveyor system.
PCB Conveyor:
Single Conveyor
PCB Conveyor
Technical Data
PCB dimensions See table on page 3
PCB thickness 0.5 to 4.5 mm
Max. PCB weight 3 kg
Max. PCB warpage Top: 4.5 mm - PCB thickness
Bottom: 0.3 mm + PCB thickness
Free space on PCB bottom side 40 mm
PCB conveyor height
830
± 15 mm (Standard)
900
± 15 mm (Option)
930
± 15 mm (Option)
950
± 15 mm (Option) SMEMA
Fixed conveyor edge Right (standard); left (option)
Type of interface Siemens (standard); SMEMA (option)
Component-free PCB
handling edge
3 mm
PCB loading time 2.5 s
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PCB Transport
Direction
Description
Thanks to reduced non-productive
times the dual PCB conveyor can
substantially increase the through-
put, depending on the program. It
makes it possible to transport two
PCBs through the machine.
In the asynchronous mode of
transport a PCB is moved into the
machine in “slack time” while an-
other of the same PCB is being
populated. The non-productive
time caused by the PCB transport
is therefore completely eliminated.
The increase in placement speed
to be anticipated is between 10
and 30%, depending on the com-
ponents placed on the PCB.
PCB Conveyor:
Dual Conveyor
Technical Data
PCB dimensions See table on page 3
Fixed conveyor edge Right (standard), left (option)
Asynchronous Transport on Dual Conveyor
Transport mode Asynchronous
View
Placement program
per conveyor
same or different
PCB width
per conveyor
same
Ink spot recognition possible
Automatic width adjustment possible
Dual Conveyor with Asynchronous Transport