Interface
|
Max Number
of Bailey Blocks
|
Exception Reporting
|
Control Operation
|
|
NSPM01
|
500
|
No
|
No
|
|
IMSPM01
|
500
|
No
|
No
|
|
IMCPM02
|
500
|
No
|
No
|
|
IMCPM03
|
500
|
Yes
|
Yes
|
|
NCIC01
|
500
|
Yes
|
Yes
|
NCIU01
(SIM01/PTM01/LIM03)
|
500
|
Yes
|
Yes
|
|
NCIU02 (LSM01/BTM01/LIM03)
|
2,500
|
Yes
|
Yes
|
|
NCIU03 (LSM02/BTM01/LIM03)
|
5,000
|
Yes
|
Yes
|
NCIU04
(SSM01/LIS04)
|
10,000
|
Yes
|
Yes
|
INPCI01
(SIM01/PTM01/LIM03)
|
500
|
Yes
|
Yes
|
INPCI02
(PTC01/LIM03)
|
5,000
|
Yes
|
Yes
|
IIMCP01
(MCP01/MLM01)
|
5,000
|
Yes
|
Yes
|
IIMCP02
(MCP02/MLM02)
|
10,000
|
Yes
|
Yes
|
INICI01
(ICT01/NIS01)
|
10,000
|
Yes
|
Yes
|
INICI12
(ICT11/NIS01)
|
10,000
|
Yes
|
Yes
|
INICI03
(ICT03A/NIS01)
|
30,000
|
Yes
|
Yes
|
INICI13A
(ICT13A/NIS01)
|
30,000
|
Yes
|
Yes
|
Four OPC90 licenses are available:
Lite 250 blocks, 2 clients
LitePlus 500 blocks, 3 clients
Standard 5000 blocks, 4 clients
Unlimited supports all of the above listed CIU block indices
and unlimited clients.
OPC90 Server is easily configured using its Explorer-like program window. No configuration
changes are required within the ABB Bailey system. Devices are added which represent
each ABB Bailey interface. Under each device point groups can be configured which
provide data organization. Under each group, blocks are configured representing
corresponding blocks within the ABB Bailey controller logic. These blocks contain
the ABB Bailey address (ring, node, module, block) defining where the data is being
sourced. This information is used by the OPC90 Server driver to efficiently establish
the point values within the ABB Bailey interface and exchange the requested information.
The configuration information can be exported to a CSV file format for bulk editing
and then re-imported. For large tag counts, the complete OPC90 Server database can
be configured within a CSV file using a program such as Microsoft Excel or Access
and then imported using the OPC90 Server import function. The format of the CSV
file is simple and easily understood being fully documented within the OPC90 Server
manual and help system. OPC90 Server supports the following Bailey block associations:
OPC90 Block
|
ABB Bailey Block
|
Function Code
|
|
AIL
|
Analog Output / Loop AOL
|
30, 70, 158, 177
|
|
AOL
|
Analog Input / Loop AIL
|
26, 121
|
|
BLK
|
General purpose block configuration and tuning
|
ALL
|
|
DAANG
|
Data Acquisition Analog
|
177
|
|
DADIG
|
Data Acquisition Digital
|
211
|
|
DATA
|
General OPC Client Data Sharing
|
|
|
DD
|
Device Driver
|
123
|
|
DIL
|
Digital Output / Loop DOL
|
45
|
|
DOL
|
Digital Input / Loop DIL
|
42, 122
|
|
DEVICE
|
Interface Definition and operational statistics
|
|
|
HAI
|
Harmony Analog Input
|
222
|
|
HAO
|
Harmony Analog Output
|
223
|
|
HDI
|
Harmony Digital Input
|
224
|
|
HDO
|
Harmony Digital Output
|
225
|
|
MODSTAT
|
Any Bailey module
|
|
|
MUXCIU
|
Allows OPC90 to safely share its CIU with DBDOC/WinCAD/Composer
|
ALL
|
|
MSDD
|
Multi-state Device Driver
|
129
|
|
ODD
|
Allows client to emulate operation of a
device driver block (DD)
|
(123)
|
|
OMSDD
|
Allows client to emulate operation of a
multi-state device driver block (MSDD)
|
(129)
|
|
ORCM
|
Allows client to emulate operation of a
remote control memory block (RCM)
|
(62)
|
|
ORMC
|
Allows client to emulate operation of a
remote motor control block RMC
|
(136)
|
|
ORMSC
|
Allows client to emulate operation of a
Remote Manual Set Constant block RMSC
|
(68)
|
|
OSTN
|
Allows client to emulate operation of a
control station block STN
|
(21, 22, 23, 80)
|
|
PCUMON
|
Monitor performance statistics
for any PCU node
|
PCU
|
|
POLL
|
Poll any block output
|
|
|
RCM
|
Remote Control Memory
|
62
|
|
RMC
|
Remote Motor Control
|
136
|
|
RMSC
|
Remote Manual Set Constant
|
68
|
|
SOE
|
Sequence of Events
|
99, 243
|
|
SPEC
|
Predefined block specification reading and tuning
|
ALL
|
|
STN
|
Station (PID Control loop)
|
21, 22, 23, 80
|
|
TXT
|
Text
|
151
|
|
TEXTSTR
|
ASCII String Block - TEXTSTR
|
194
|
OPC90 Server can be used to save substantial CIU hardware costs with its MUXCIU
block. This block allows OPC90 to safely share its CIU with *DBDOC, WinCAD, or Composer
software. It can be used with any software that does not need to establish points
in the CIU database.
The MUXCIU block makes any free COM port on the PC running OPC90 respond as if it's
the actual CIU that OPC90 is communicating with. It supports COM port expansion
cards and virtual COM port software. Setup is easy. Configure a MUXCIU block for
each PC COM port you want to respond as a CIU. Attach the PC running DBDOC, WinCAD
or Composer software to that port with a NULL modem serial cable.
The MUXCIU block has recently been enhanced to allow virtual connections with software
products that have been updated to use the OPC90VPort API interface. This eliminates
the need to hook up a serial cable or configure virtual serial ports. G.Michaels
has updated their DBDOC product to use this API.
If your OPC client software does not already have OPC90 running, execute it manually
or set it up to run as a service with the "Startup In Runtime" option enabled. Setup
is complete and you have saved a ton of money by sharing existing CIU hardware!
* The GMCL company takes advantage of this great standard feature of OPC90 with
their DBDOC software system. DBDOC allows safe view only real time access of ABB
Bailey logic values by any plant personnel. RoviSys invites you to check out DBDOC
at the GMCL website www.gmcl.com.
The OPC90 Server demo is fully functional; it uses all blocks and talks to any Bailey
device. The demo runs in two-hour resettable increments. It does not recognize hardware
or software licensing and therefore cannot be used to upgrade existing purchased
software installations. Purchasing our annual OPC90 Server Maintenance includes
easy updating to the most current release.
OPC Information and Training
Need more information on OPC or training? Visit
this independent download site for our OPC products.