Integration with catalyst make the process more efficient than the PLC mode

1. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 1
Safety Bus
Serial Bus
AMS
OPC Bus
OPC
Engineering Bus
ENGIN.
SOE Bus
SOE.
SIS Integration Is Messy
OPs

2. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 2
Integration With DCS
 Integration with DCS must be easier, cheaper and less risky
– Don’t want to use OPC
• OPC Mirror
• Mapping of points
• Redundant Servers
• 3rd party software is risky
• documentation and testing of interface is eliminated
• failure mode of solution
– Don’t want to use Modbus
• hardware and software is a pain as stated above
 Other desires
– Eliminate SOE integration; time synch, etc
– Eliminate Overall Alarms Management System
– Eliminate Separate Engineering Know-how and workstations
– Lower inventory costs – fewer parts
– Fewer parts to maintain
– Easier/faster training
– Simplified maintenance
3

3. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 3
Flexible Architecture
 Be able to spread over a wide geographical area
without a high entry price at each location
 Be able to expand on-line
 Be able to have large applications or small
applications with the same components

4. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 4
Ease Of Use
 Make it easy to deploy a SIS safely
– not very easy with many current suppliers
– make it easy to deploy
– minimize system maintenance
 Make Regulatory Compliance Easy
– Equipment to be certified to IEC 61508
– make it easy for me to follow IEC 61511

5. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 5
What is Required is
“Integrated yet Separate”
SIS DCS
?
Customers want “Integrated”
IEC61511 specifies “Separate”

6. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 6
Strategy
 Build a SIS that takes advantage of digital
communications to increase diagnostic coverage
 Extend PlantWeb Technologies to SIS (Device
Alerts, AMS Diagnostics etc)
 Monitor the entire loop – from measurement to
final element
 Use Industry Standard Protocols
 Deliver the “Integrated yet Separate” requirement

7. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 7
Digital Communications have great
potential
 Safer than systems of the past due to knowledge
of the health of the field devices using smart
digital protocols
HEALTH

8. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 8
Technology Adoption
Ref: Geoffrey Moore Inside the Tornado’, 1995
betamax

9. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 9
HART or FIELDBUS First?
All will use
HART
= will adopt
DCS Community
not all will
do Ff
DCS Community
most will use
HART
SIS Community
few will do
Ff
SIS Community

10. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 10
HART or FIELDBUS First?
All will use
HART
= will adopt
DCS Community
not all will
do Ff
DCS Community
most will use
HART
SIS Community
few will do
Ff
SIS Community

11. One Step Beyond, Sales Training, Emerson Confidential 2003, Slide 11
Requirements For SIS
 Safety
 Availability
 TUV SIL approval
 Be unchanged when DeltaV
upgrades
 Must consider health of field
devices
 Must be easy to deploy and
maintain
 Easy integration with DeltaV
 Common Look and Feel for
Engineering with DeltaV
 Configuration using CEM (Same
as design documentation)
 Mix Safety and Process in same
location
 Support for H1
 Cost position must competitive with
major player offerings
 Use same security database as
DeltaV
 Transparent connection to DeltaV
HMI
Requirements Desires