


This System Configuration illustrates a distribution design
of the ASM_MVCDL
example in
which the Model+View functions are located in a remote device
named MODEL
, the Control+HMI functions are in a
local device named CONTROL
, and the Diagnostic functions
are in a local device named (surprise!) DIAGNOSTICS
.
-
See the
ASM_MVCDR2
configuration for an example of using the efficientfbmgt2
device management scheme for the implementation of this configuration.
As shown in the table and figures below, each of the MODEL
and DIAGNOSTICS
devices contains a TAGS
resource that uses the Tagged
Data Design Pattern as follows:
-
The
MODEL.TAGS
resource:-
Gathers sensor data and publishes it remotely via the
PRESS_SENSE
andTRANSPORT_SENSE
channels. -
Receives remote actuator data and publishes it locally via the
PRESS_ACT
andTRANSPORT_ACT
channels.
-
Gathers sensor data and publishes it remotely via the
-
The
DIAGNOSTICS.TAGS
resource:-
Receives remote sensor data and publishes it locally to both
DIAGNOSTICS
andCONTROL
devices via thePRESS_SENSE
andTRANSPORT_SENSE
channels. -
Gathers actuator data from the
CONTROL
device and publishes it remotely via thePRESS_ACT
andTRANSPORT_ACT
channels.
-
Receives remote sensor data and publishes it locally to both
Local Multicast
channels are configured identically as in the ASM_MVCDL
System
configuration.
Tag Name | Type(s) | UDP Channel | Description |
---|---|---|---|
PRESS_ACT
|
BOOL,BOOL
|
225.0.0.1:1031
|
PRESS_FWD, PRESS_REV
|
PRESS_SENSE
|
BOOL,BOOL
|
225.0.0.2:1032
|
PRESS_HOME, PRESS_AT_END
|
TRANSPORT_ACT
|
BOOL,BOOL,BOOL
|
225.0.0.3:1033
|
CYL1_ADVANCE, CYL2_ADVANCE, CYL12_RETRACT
|
TRANSPORT_SENSE
|
BOOL,BOOL,BOOL
|
225.0.0.4:1034
|
HOME, MID, END
|

