saia-pcd.com
211
1
SBC Software
3
SBC S-Web Technology
2
Communication &
interaction
Communication & interaction
L
ON
W
ORKS
®
Model
Description
L
ON
-over IP for PCD3.M3xxx | PCD3.M5xxx and PCD3.M6xxx
PCD3.R580 Flash memory module with L
ON
-over IP firmware for PCD3.M3120 and ..M3330, plug-in to I/O slots 0…3
PCD3.R582*
Flash memory module with L
ON
-over IP firmware for PCD3.M3120 and ..M3330,
incl. 128 MByte for program backup and file system, plug-in on I/O slots 0…3
L
ON
-over IP for PCD3.M5xxx | PCD3.M6xxx | PCD2.M5xxx | PCD1.M2xxx and PCD1.M0xxx
PCD7.R580 Flash memory module with L
ON
-over IP firmware for PCD1.M2xxx, PCD1.M0xx, PCD2.M5xxx and PCD3.M5xxx/..M6xxx,
plug-in to slot M1 or M2
PCD7.R582*
Flash memory module with L
ON
-over IP firmware for PCD1.M2xxx, PCD1.M0xx, PCD2.M5xxx and PCD3.M5xxx/..M6xxx,
incl. 128 MByte for program backup and file system, plug-in to slot M1 or M2
L
ON
FTT10 for PCD1.M2xxx | PCD3.M5x6x | PCD3.M6x6x
PCD2.F2400*
L
ON
W
ORKS
® interface module for up to 254 network variables with slot for PCD7.F110S, F121S, F150S, F180S
PCD3.F240*
L
ON
W
ORKS
® interface module for up to 254 network variables with slot for PCD7.F110S, F121S, F150S, F180S
L
ON
FTT10 for PCS1
PCS1.C88x
Freely programmable compact controllers with integrated L
ON
W
ORKS
® interface module
* For information on the availability, see Chapter C2 Product status.
L
ON
IP and FFT10, efficient engineering with templates
L
ON
configurator
Configurations
Configuring a PCD host node can be very extensive
depending on the size of the project. With little input, the
system integrator is able to use the proven template
concept to derive many hundreds of identical nodes from a
single definition and automatically create PCD resources.
Templates created by the device manufacturer and self-
generated XML templates can be used. L
ON
W
ORKS
® standard
templates can be supplemented in the L
ON
IP configurator
with additional information such as used resources, scaling,
etc., and saved as separate templates. Templates created
this way can be combined in any manner and reworked
again to create the L
ON
nodes.
This increased level of reusability of the templates makes
engineering a decisive competitive advantage.
Standard network variables SNVT
Being implemented as an IP stack for the Saia PCD® COSinus
operating system allows a single PCD substation to define
up to 2000 SNVTs (standard network variable types) and link
to other PCDs or third party systems. Almost all of the SNVTs
currently specified in L
ON
M
ARK
® are supported by the PCD
systems.
L
ON
resource
templates
User-defined
templates
PCD L
ON
nodes
PCD resources
(automatically generated)
L
ON
device
manufacturer
FPS
UNVT
UCPT
L
ON
standard
FPS
SNVT
SCPT
L
ON
resource files
(V13 XML)
PG5 resources
Order information
