00192402-01 - 第42页
GEM for SIPLACE V7.01 Page 42 of 251 ©Siem ens AG, all rights reserved 5HODWHG9DULDEOHV The f ollowing table lists the variables ( SV's, EC's, or DVVALS) which are relevant to rem ote control. For a m o…
GEM for SIPLACE V7.01
©Siemens AG, all rights reserved page 41 of 251
6723
This command will stop the processing of material at the Equipment. PCB´s currently in
process will be completed, but no new PCB will be loaded.
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The command is used to select a process program for execution. The program has to be
present on the SIPLACE machine.
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The Host can abort processing at the next safe stopping point by sending the ABORT.
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GEM for SIPLACE V7.01
Page 42 of 251 ©Siemens AG, all rights reserved
5HODWHG9DULDEOHV
The following table lists the variables (SV's, EC's, or DVVALS) which are relevant to
remote control. For a more complete description of these variables, see "Appendix A --
Variables".
Variable Name VID
PREVIOUSCOMMAND 1002029
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The following lists the collection events (CEIDs) which are relevant to remote control. For
a more complete description of these events, see "Appendix B -- Collection Events" or the
description in this chapter.
Collection Event CEID
OPERATORCMDINREMOTESTATE 1002056
GEM for SIPLACE V7.01
©Siemens AG, all rights reserved page 43 of 251
0DWHULDO0RYHPHQW
Material movement on the SIPLACE consists of three components: 1) The input
conveyor 2) The center conveyor; and 3) The output conveyor. Every PCB enters the
SIPLACE at the input conveyor, is than transported to the center conveyor, where the
work is done. After finishing placement the PCB is send to the output conveyor, where the
operator can take it out of the machine.
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The following table lists the which are relevant to material movement. For a more
complete description of these variables, see "Appendix A -- Variables".
Variable Name VID
InputConveyorState 612001
CenterConveyorState 612002
OutputConveyorState 612003
TWINInputConveyorState 612004
TWINCenterConveyorState 612005
TWINOutputConveyorState 612006
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There are 3 CEID related to then Material Movement Capability. For a more complete
listing of these collection events, please see "Appendix B -- Collection Events".
Collection Event CEID
PCBreachedInputConveyor 610031
PCBreachedCenterConveyor 610032
PCBreachedOutputConveyor 620033
PCBreachedInputConveyor2 611034
PCBreachedCenterConveyor2 610035
PCBreachedOutputConveyor2 610036