ABB Bailey INFI 90 and NETWORK 90 DCS upgrade to Emerson DeltaV
RoviSys and Emerson Process Management have developed a tightly integrated interface
between the DeltaV and Bailey INFI 90 and NETWORK 90 DCS that will promote future plant upgrades
to DeltaV. The interface is called the DeltaV Connect Bailey (DVC-BLY.)
This allows for easy and extremely user intuitive
replacement of Bailey
operator consoles that may have Y2K issues with NT based DeltaV consoles.
Features of the DVC-BLY include:
- Facilitates use of DeltaV hardware and software on future plant upgrades
- Use standard DeltaV configuration tools
- Replaces Bailey OIU, MCS, OIS and PCView operator consoles
- Interfaces to Bailey Command Series, Network 90 and Infi 90 systems
- Access all standard Bailey exception report types
- Allows general tuning of any Bailey block specification including PID constants
- System health monitoring
- General block output polling
Bailey Communication Interfaces Supported
The DVC-BLY has been designed to support many generations of Bailey communication interfaces. Migrating successful driver code and techniques implemented in another RoviSys product called N90DDE I/O Server, the DVC-BLY provides support for the following Bailey interfaces:
| BaileyDevice | Points | Exception Reports | Control |
|---|---|---|---|
| NSPM01 | 500 | No | No |
| IMSPM01 | 500 | No | No |
| IMCPM02 | 500 | No | No |
| IMCPM03 | 500 | Yes | Yes |
| NCIC01 | 500 | Yes | Yes |
| NCIU01 | 500 | Yes | Yes |
| NCIU02 | 2,500 | Yes | Yes |
| NCIU03 | 10,000 | Yes | Yes |
| NCIU04 | 10,000 | Yes | Yes |
| INPCI01 | 500 | Yes | Yes |
| INPCI02 | 5,000 | Yes | Yes |
| INICI01 | 10,000 | Yes | Yes |
| INICI03 | 30,000 | Yes | Yes |
| INICI12 | 10,000 | Yes | Yes |
The DVC-BLY runs in the NT workstation environment and uses
standard PC COM ports to gain access to the above mentioned Bailey devices.
Redundancy can be utilized if multiple Bailey devices are available. DVC-BLY
does not require any configuration change to the Bailey system.
System Topology
The following diagram gives an overview of the DeltaV replacement console topology.
Replacement costs are lower than purchasing new Y2K compliant Bailey console hardware and software. Additional savings can be realized when replacing Bailey 5000 tag OIU, MCS or OIS by re-using the CIU already built into these console types.
RoviSys Legacy Integration Services
RoviSys is a full service systems integration company so we can be of assistance in a Bailey console replacement project. Using in-house tools and methodologies we can cost effectively translate the Bailey console tag database into the necessary DVC-BLY configuration. Having both Bailey and Emerson Process Management expertise, generation of new or duplication of existing operator graphics is easily accomplished. RoviSys has also developed a set of DeltaV console faceplates that take full advantage of the features of the DVC-BLY blocks. Generation of the various operator graphics include linkage to these faceplates for pop-up control.
Bailey to DeltaV Upgrade System Configuration
The DVC-BLY executes on a NT Workstation running as a DeltaV Application Station and responds as a DeltaV controller. It executes DeltaV function blocks which aids in promoting and enforcing DeltaV concepts and methodologies. Standard DeltaV configuration utilizing Process Explorer and Control Studio are used to setup the DVC-BLY and monitor its operation. Likewise, the standard DeltaV Graphics Studio is used to configure and display operator graphics. A new set of DeltaV function blocks have been developed which are used to configure the DVC-BLY data exchange requirements. These blocks are designed to be extremely intuitive to Bailey users and provide a one for one association to existing Bailey exception reported function blocks. In many instances additional features have been added to the DVC-BLY blocks to augment deficiencies with the corresponding Bailey block. One example is in the area of alarming. The standard Bailey analog block provides for single level alarms. The corresponding DVC-BLY block enhances the Bailey analog block data with two level alarming that is still determined from the alarm levels set within the Bailey configuration. Features such as this extend the basic Bailey data to match methodologies associated with DeltaV without requiring any changes to the existing Bailey setup. The DVC-BLY supports the following Bailey block associations:
| DVC-BLY Block | Bailey Block |
| AIL | Analog Output / Loop AOL (F.C.s 30, 70, 158) |
| AOL | Analog Input / Loop AIL (F.C.s 26, 121) |
| BLK | Any block specification reading and tuning |
| DANG | Data Acquisition Analog DAANG (F.C. 177) |
| DD | Device Driver DD (F.C. 123) |
| DIL | Digital Output / Loop DOL (F.C. 45) |
| DOL | Digital Input / Loop DIL (F.C.s 42, 122) |
| IDB | Interface Definition And Operational Statistics |
| STAT | Any Bailey Module |
| MSDD | Multi-State Device Driver MSDD (F.C. 129) |
| POUT | Any block output |
| RCM | Remote Control Memory RCM (F.C. 62) |
| RMC | Remote Motor Control RMC (F.C. 136) |
| RMSC | Remote Manual Set Constant RMSC (F.C. 68) |
| STN | Station (PID Control loop) STN (F.C.s 21, 22, 23, 80) |
| TXT | Text (F.C. 156) |
