saia-pcd.com
241
1
SBC software
3
SBC S-Web technology
2
Communication & Inter-
action
Communication & Interaction
4
Room automation
L
on
W
orks
®
Order details
Type
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, can 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
user program backup and 1 MByte with file system, can plug in to I/O slots 0…3
L
on
over IP for PCD3.M5xxx | PCD3.M6xxx | PCD2.M5xxx | PCD1.M2xxx and PCD1.M0xxx
PCD7.R580
F
lash memory module with
Lon over IP firmware for PCD1.M2xxx, PCD1.M0xx, PCD2.M5xxx and PCD3.M5xxx/..M6xxx,
can 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 user program backup and file system, to plug in to slot M1 or M2
L
on
FTT10 for PCD1.M2xxx | PCD3.M5x6x | PCD3.M6xxx
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
Configurations
Configuring a PCD host node can be extensive depending
on the size of the project. With very 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-genera-
ted 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 resources used, scaling, etc., and saved as
separate templates. Templates created this way can be com-
bined in any configuration and reprocessed to create the
Lon node.
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
IP and FFT10, efficient engineering with templates
L
on
configurator
L
on
devices
manufacturer
FPS UNVT UCPT
L
on
standard
FPS SNVT SCPT
L
on
resource files
(V13 XML)
PG5 resources
L
on
resource
templates
User-defined tem-
plates
PCD L
on
node
PCD resources (automati-
cally generated)
