Product specifications

SPlus Operations P13 Connectivity Guide PROCONTROL P13 OPC SERVER
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Figure 3-53: Signal handling for VPC mode “Individual Command Signals
Special care has been taken to avoid mutual disturbances or wrong commands in case of parallel operation of different
control objects:
                
release signal has to be locked to 0 during an acknowledge command to prevent unwanted execution of a
command. This locking is done in Procontrol P13.
The 1-state of global acknowledge signal must cover the whole span of the individual acknowledge signal. This
means, that the global acknowledge must be set before the individual one and must have a slightly longer
duration.
-more
corresponding active commands exist.
The following types of control objects are supported:
Table 3-47: Object types supported by VPC mode “Individual Command signals”
Procontrol Naming
As160OS Naming
ASE
DCTS
ASS
DCS
ASM
DCSV
SWV
SPI
GSA
GRC
VW2
SEL2
VW3
SEL3
VW4
SEL4
3.9.2 Engineering
3.9.2.1 
This selection has to be done via PServer User Interface General->VPC Modes. See Figure 3-16: Property Page for
VPC Mode Configuration.
3.9.2.2 Identifying Global Command Signals
The global command signals are identified by the corresponding parameter set records in the pve-file. The global
signals (Release, Acknowledge) are specific to the bus number.
For the global release signal :
VPCDEF1,REL
Global Release
Global Acknowledge
Individual Command Signals
ON
OFF
ACKN
Individual Command Signals
SEL1
SEL2

Signal Interface
to OPC Server
CO2
CO1
&