00196693-03_UM_SX4DX4_SR706_EN.pdf - 第321页
User Manual SIPLACE SX4/DX4 6 Station extensions From software version SC.706.xx Version 06/2012 EN 6.5 Docking station for the component trolley of the SIPLACE X series 321 6.5 Docking st ation for the component trolley…
6 Station extensions User Manual SIPLACE SX4/DX4
6.4 Mechanical stopper From software version SC.706.xx Version 06/2012 EN
320
6.3.4 Warning label W216 for 1D barcode reader
The 1D barcode reader is classified as a laser class 2 device.
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Warning label W216 "laser class 2" for the 1D barcode reader,
item no. 03009347-01 (quantity per machine: up to 4)
PLEASE NOTE 6
When you install a PCB barcode scanner on the placement machine, you must attach laser
warning label W206 contained in the retrofit kit.
6.4 Mechanical stopper
Item No. 00519860-xx mechanical stopper
The mechanical stopper is fitted onto the sensor bar and can be moved mechanically. This stopper
is recommended if you want to use boards which have certain types of recesses on the front edge.
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LASER RADIATION!
Do not look into beam
Laser class 2
User Manual SIPLACE SX4/DX4 6 Station extensions
From software version SC.706.xx Version 06/2012 EN 6.5 Docking station for the component trolley of the SIPLACE X series
321
6.5 Docking station for the component trolley of the
SIPLACE X series
Item no. 00116933-xx docking station for SIPLACE X component trolley
PLEASE NOTE:
A docking station (multi docking station) with which component trolleys can be configured for 30,
40 and 60 tracks is available on request. 6
6.5.1 Description
The docking station is an additional component for the setup area. It forms the link between the
setup area and the component trolley for the SIPLACE X series. The docking station allows the
component trolleys to be set up with feeder modules and function tests and setup checks to be
carried out externally.
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Fig. 6.5 - 1 Docking station, SIPLACE X series
6 Station extensions User Manual SIPLACE SX4/DX4
6.5 Docking station for the component trolley of the SIPLACE X series From software version SC.706.xx Version 06/2012 EN
322
Legend for fig. 6.5 - 1, page 321
(1) Docking station
(2) X series component trolley docking unit
(3) Protective plate with warning sign W204
(4) Rails for guiding and docking the changeover table
(5) Clamping lever for locking the component trolley
(6) EDIF (energy and data interface)
The main tasks performed by the docking station are as follows:
– Supply of energy to the component trolley and X feeder modules
– Supply of compressed air to the component trolley and X feeder modules
– Provision of an infrastructure for communication between the pre-setup location PC and
the feeder modules
With the help of the docking station, the operator can perform function tests to the X feeder mod-
ules outside the production environment and can check the setup. There are two rows, each with
four docking stations, connected via the CAN bus of the pre-setup PC. Each docking station has
its own power and compressed air connection.
The component trolley docking unit (item 2 in fig. 6.5 - 1
, page 321) for the docking station can be
adjusted to the required PCB conveyor height. To perform the pre-setup tasks, the component trol-
ley is pushed into the docking station (item 1 in fig. 6.5 - 1
, page 321). The component trolley slides
along the docking unit rails, with the roller bearings on the side of the component trolley, up to the
energy and data interface connection. The changeover table with the feeder module EDIF is po-
sitioned precisely in relation to the EDIF (item 5 in fig. 6.5 - 1
, page 321) of the component trolley
docking unit and fixed in this position with the two clamping levers. The protective plates (item 3
in fig. 6.5 - 1
, page 321) prevent access to the component trolley rollers, once these are pushed
into the docking station.