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saia-pcd.com
AC5040
AC5030
AC5020
AC5010
AC5000
GE0308
CSV
CSV
CSV
GE0307
GE0306
GE0305
GE0304
GE0303
GE0302
GE0301
GE0206
GE0205
GE0204
GE0203
GE0202
GE0201
GE0308
CSV
CSV
CSV
GE0307
GE0306
GE0305
GE0304
GE0303
GE0302
GE0301
GE0206
GE0205
GE0204
GE0203
GE0202
GE0201
GE0308
CSV
CSV
CSV
GE0307
GE0306
GE0305
GE0304
GE0303
GE0302
GE0301
GE0206
GE0205
GE0204
GE0203
GE0202
GE0201
GE0002
GE0003
GE0004
GE0013
GE0014
GE0015
GE0022_1
GE0022_2
GE0033
GE0034
GE0035
GE0038
GE0039
GE0040
GE0043
GE0044
GE0045
+
+ =
BACnet
Interface
Interface
Field level
Fullyprogrammable
GenericWeb IT Interface
KNX
Profibus
SBC S-Web Technology
Mid-level applications
Up to 500 I/Os
Up to 60 trends
Up to 1000 alarms
Up to 100 web pages
Die Saia PCD® controls several system components and includes the SCADA/
visualisation functions of the entire system/all parts of the building
Top-level applications
Up to 2500 I/O (entire system)
Up to 120 trends
Up to 2000 alarms
Up to 300 web pages
The Saia PCD® contains the master control and management functions for many
distributed systems or large integrated buildings.
Client and server in one device: The Saia PCD7.D4xxxT5F
micro browser panels are simultaneously server and client.
The demanding control function can be implemented using
the Saia PG5® software tool.
Saia PCD® cont-
roller
Max
I/O
Program
memory
Onboard flash
memory
Additional memory
PCD3.M5xxx
1023 1 MB
---
2× PCD7.R550M04
1)
4× PCD3.R550M04
1)
4× PCD7.R-SDxxxx
1)
2× 4 MB
4× 4 MB
4× 1 GB
PCD2.M5xxx
1023 1 MB
---
2× PCD7.R550M04
1)
4× PCD3.R550M04
1)
4× PCD7.R-SDxxxx
1)
2× 4 MB
4× 4 MB
4× 1 GB
1)
900 files per memory module
Saia PCD® cont-
roller
Max
I/O
Program
memory
Onboard flash
memory
Additional memory
PCD3.Mxx60
1023
2 MB
128 MB
2)
2× PCD7.R550M04
1)
4× PCD3.R550M04
1)
4× PCD7.R-SDxxxx
1)
2× 4 MB
4× 4 MB
4× 1 GB
PCD7.D4xxxT5F
---
1 MB
128 MB
2)
---
---
1)
900 files per memory module
2)
2400 files per onboard memory
Dimensioning the data storage for S-Web applications
The dimensioning of the data storage must take into consideration the size of the web project and the historical data (trend data)
that needs to be stored. The following reference values can be used as a guideline to provide a rough estimate.
Memory requirement for S-Web pages:
The calculation of the memory requirements for web pages is based on the number of web pages, number of GIF graphics used
and the IMaster Java applets. The following reference values can be used as a guideline to provide a rough estimate.
S-Web page approx.
10 kByte/page
GIF graphics 1…10 kByte
Java Applet approx.
350 kByte
A project with 30 HMI pages will therefore need approx. the following memory requirement:
(30 × 10 kByte) + (100
× 5 KByte GIF graphics) + 350 kByte = memory requirement for web project approx. 1150 kByte
Memory require-
ment for web
projects
