SiplaceX4_en.pdf - 第77页

1 - 7 S tudent Guide SIPLACE X Edition 09/2005 3 Communication and Control 7 3.2.2 Computer at the LAN Network The SIPLACE Pro progra mming com puter rea d the f iles, which are required for produ ction, from the hard dr…

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Student Guide SIPLACE X
3 Communication and Control Edition 09/2005
6
Abb. 3.2 - 1 Network boards Stationcomputer
3.2.1.2 Machinecontroller (MC)
Check the internal TCP/ IP Addrress for the Machinecontroller
– Put the keyboard to the MC and switch the multiplexer on the MC
– Switch ON the machine.
– Change with f4 to the other desktop, type in " sc " and press " Enter"
– Choose the folder " ETC" and press "Enter".
– Choose on the right side the "hosts-file"
– With " V " can you open the file and check the entries. Exit with " ESC ".
– Via the MC- Remoteconnection you can only check the entries.
The internal network address for the machine computer is a fixed local area network address
don‘t
change this address.
– Machinecontroller: 192.168.255.250
Entries in the hosts file:
127.255 loop
192.168.255.250 local localhost # my IP address!
192.168.255.249 autsr traceserver # station computer
192.168.255.249 autgem # gem computer
192.168.255.249 router # Rechner, for Remote Service
Interne IP Adresse für SR
Externe IP Adresse für SR
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Student Guide SIPLACE X
Edition 09/2005 3 Communication and Control
7
3.2.2 Computer at the LAN Network
The SIPLACE Pro programming computer read the files, which are required for production, from
the hard drive and compiles it. The compile run creates the required data format and send it to the
station computer. This data files are then saved on the hard drive at the station.
Fig. 3.2 - 2 computer at LAN network
compiled Line
computer data
Machine
Controller
Station
Computer
Data for placement
program
compile run of data used
for placement program
XXX.la
XXX.rs
XXX.gf
XXX.pm
...
aktuell.nu
aktuell.rs
XXX_12.gf
XXX_5.mk
...
Dual LAN Unit
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Student Guide SIPLACE X
3 Communication and Control Edition 09/2005
8
Compiling the pick-up position (X/Y coordinates and angle) 3
following values are taken into account for calculating the theoretical pick-up position:
Compiling the placement position (X/Y coordinates and angle) 3
following values are taken in account for calculating the theoretical placement position:
• feeder table is on the left side or right side (0 or 180 degree)
• feeder track
• feeder pick-up position
• programmed pick-up offset
• offset from feeder table position calibration
• segment offset 1 of segment x
• segment offset 2 of segment x
Compile run
SIPLACE Pro
Compile run
station computer
Compile run
SIPLACE Pro
Compile run
station computer
• PCB angle in conveyor (how is the PCB in the transport,
0,90,180,270 degree?).
• PCB zero point offset
• placement position on PCB
• fixed PCB corner
• offset PCB - component camera
• segment offset 1
• segment offset 2
• mapping values
• fine calibration values