1
Strong Foundation
Retain Intellectual Property
• Supervisory and Base Regulatory Control
• I/O Modules and Wiring
• Graphics
• Hi Fidelity Simulation Based Training
Renew Infrastructure and Upgrade On Process
2
Fault Tolerant Ethernet
Reduce Footprint
Incremental Upgrades
Create the Future TODAY
3
Virtualization enables Hardware Independence
Improve Operations
Expand and Improve Controls
Experion LCN Now Live!
Virtualized AppliancesRedundant AM, EHBEPLCG (physical only)
Soft HPM Simulator for OpenVEPUniSim Integration
ELCN System Management Enhancements
1H2019
R501, TPN687ELCN Hardware
(Universal Embedded Appliance and MAU)ELCN Bridge
ESVT, EST, ACET, EAPPHM
Physical NIMPhysical AM (non-redundant)
ELCN System Management
February2018
Experion LCN Components
5
Availability Physical Virtual
Experion R501
TPN 687Post Windows
Universal
Embedded
Appliance
Windows Appliance
ELCN Bridge N/A N/A
HM (History Module)
EST (Experion Station TPS)
ESVT (Experion Server TPS)
ACET (Application Control
Environment TPS)
EAPP (Experion Application
Processing Platform)
AM (Application Module)Physical (non-
redundant)
Add Virtual
Add Redundancy
ENIM (Enhanced Network
Interface Module)Physical Virtual
EHB (Experion Hiway Bridge)
EPLCG (Enhanced PLC
Gateway)Physical Only
NG (Network Gateway) After 2019 After 2019
Starting Continuous Innovation Journey6
History Module
Network
Interface
Module
Hiway
Gateway
Application Module
HPM
Logic Manager
Basic Controller
Universal Control Network
Data Hiway
Local Control Network
Experion R501 TPN 687
10
• Virtual/Physical ESVT, EST, EAPP,
ACET, HM
• Physical ENIM and AMC300C300
Safety Manager
TCMI
Control
Firewall
ACE-T
E-APP
Experion
Server-TPS
Level 2 Switch
Experion
Station-TPS
History
Module
Enhanced Network Interface Module
Application Module
EHPM
ELMM
C300 UHIO
Local
Control
Network
Experion LCN Bridge
EHB EPLCG, NG
ELCN Guiding Architectural Principles
• All existing “Customer-created TDC data objects” (checkpoints, button configuration files,
display objects, CL/AM objects, etc) run without recompile, rebuild, or reconstruction
• For any given “Customer-created TDC data object” source file, there will be only one
compiled object file
• Customer experience on similar node types of differing architectures will be the same
• All data on the wire will be in same format, supporting hybrid Coax LCN and ELCN topology
communications
• All data on mass storage will be in same format, supporting consistent data internally and
external to ELCN
11
Experion LCN Capacity
• Capacity of LCN Personality Remains Unchanged- Retain Underlying Execution Timing
- Retain Code
- ELCN has Same Capacity Limitations
• Fixes for Overloaded LCN- EHPM Direct Connection
▪ Convert to HMIWeb Displays
- Move TPN History to Experion History and remove HM used for History
- Move from E-APP OPC collection to ESV-T
- Reduce # of Op Stations (Max 20 ES-T), ▪ Can Still Increase Monitor Area
- C300 direct connect
• ELCN Bridge- ELCN has 8 times the network capacity than what it needs in a fully loaded 96
node system
- Bridging Function doesn’t take much CPU capacity (60% CPU free)
• ELCN Uses Multi-Cast- Must follow FTE Best Practices
- LCN Traffic unchanged when node switched to ELCN
- Isolated to ELCN and LCN Nodes using IGMP snooping
*Internet Group Management Protocol
LCN Load Reduction Using EHPM Experion Integration13
• Convert to HMIWeb Displays
• Reduce # of Op Stations (Max
20 ES-T),
• Can Still Increase Monitor
Area
• Move TPN History to Experion
History and remove HM used for
History
• Move from E-APP OPC
collection to ESV-T
• C300 direct connect
C300C300
Safety Manager
TCMI
Control
Firewall
ACE-T
E-APP
Experion
Server-TPS
Level 2 Switch
Experion
Station-TPS
History
Module
Enhanced Network Interface Module
Application Module
EHPM
ELMM
C300 UHIO
Local
Control
Network
Experion LCN Bridge
EHB EPLCG, NG
OPM (On Process Migration)
• Same behavior
- Must be Redundant Nodes
- Same Hardware platform
▪ Classic NIM/HG/AM-R/EPLCG to Classic NIM/HG/AM-R/EPLCG
▪ ELCN ENIM/EHB/AM-R/EPLCG to ELCN ENIM/EHB/AM-R/EPLCG
• On Process between different hardware platform
- ESVT pre-501 to ESVT post-R501
- Classic NIM to ENB to Classic ENIM to ELCN ENIM (Physical or Virtual)
- Classic HG to EHB (junction gateway) to EHB simple gateway to ELCN EHB simple gateway
(Physical or Virtual)
• No OPM Currently Planned between ELCN Virtual to and from ELCN Physical
14
OPM (On Process Migration)
• Same behavior
- Must be Redundant Nodes
- Same Hardware platform
▪ Classic NIM/HG/AM-R/EPLCG to Classic NIM/HG/AM-R/EPLCG
▪ ELCN ENIM/EHB/AM-R/EPLCG to ELCN ENIM/EHB/AM-R/EPLCG
• On Process between different hardware platform- More Information in Thursday/Friday
Classes
- ESVT pre-501 to ESVT post-R501
- Classic NIM to ENB to Classic ENIM to ELCN ENIM (Physical or Virtual)
- Classic HG to EHB (junction gateway) to EHB simple gateway to ELCN EHB simple gateway
(Physical or Virtual)
• No On Process between ELCN Virtual to and from ELCN Physical
15
UniSim Integration Coming Soon
16
ESV-T ES-T HM
FTE
AM
UCS TPSIM Server
USO Simulator
SMM
xPM HPM
TRICONEX FSC
TPSIM
EAPP
Virtual OTS Anytime Anywhere
17
ESV-T ES-T HM
FTE
AM
UCS TPSIM Server
USO Simulator
SMM
xPM HPM
TRICONEX FSC
TPSIM
EAPP
Virtual OTS Anytime Anywhere
18
ESV-T ES-T HM
FTE
AM
UCS TPSIM Server
USO Simulator
SMM
xPM HPM
TRICONEX FSC
TPSIM
EAPP
Look Mom No Hardware
• Access with Remote Desktop, Any
time, Anywhere
• Hardware Independence
• Reuse and Improve on Years of
Intellectual Property
19
ELCN Virtualization Benefits
Remove Coax
from control room
New station
connectivity options
Reduction in heat and
noise
Improved Hardware
Sustainability
Future proofing TPS
investment
Simplified System
Management
Higher Availability
Unified Experion LCN Architecture
21
History Module E-APP
EHPM
ACE-T Experion
Server-TPS
C300C300
Control
Firewall
EPLCG, ENIM, AM, AM-R, EHB
C300 UHIO
ELMM
Experion
Station-TPS
ENIM, AM, AM-R, EHB
Safety Manager
TCMI
• Virtual/Physical ESVT, EST, EAPP,
ACET, HM, ENIM, AM, EHB
• Physical EPLCG
New Spare Parts Strategy – Hardware Independence
22
• Install physical or virtual
infrastructure proactively
•On Premise or Cloud
•Ready to Upgrade and
Expand
Universal Embedded Appliance (UEA) Hardware
23
A redundant pair can be
hosted in a single UEA
mounting shelf
MAU Connection (ELCN Bridge Only)
• UEA based ELCN Bridge requires LCN connection, this is done using new MAU Cables
• New smaller MAU Cables are introduced for UEA based ELCN Bridge
- MAU ports are smaller to accommodate connector in back of UEA
▪ Does not need special mounting location for MAU
- One MAU Cable per LCN cable connection
▪ Failure of one MAU Cable will not affect ELCN Bridge connection
24
Old MAU connection
New MAU Cable with smaller connectors
Challenges in Converting EPLCG from LCN to ELCN (Cont.)
• There are 6 different configurations of PLC attachment associated with PLCG/EPLCG
- The two protocols required some separate handling (especially for LCN module redundancy)
- Redundancy also added variety to the configuration of the EPLCG
- The result is that customers could have any one or a combination of up to 6 configuration types
25
EPLCG Upgrade Options
Upgrade Factors Experion
LCN xPLCG
Experion
SCADA
EHPM SIM or
ELMM
C300 with PCDI
Retain Existing LCN
Point Structure
X X –Requires
some re-
engineering
Upgrade of 3rd Party
Device Changed to
Modbus TCP/IP
X – requires
additional
Serial
Modbus
converter
X –New Point
Structure
X –Requires
some re-
engineering
X –New Point
Structure
Upgrade while Serial
Connection Still
Exists
X X-Requires
some re-
engineering
26
Many Use Cases for Retention of LCN Point Structure – minimal engineering
• Safety System
• AM Relationship
Unified Experion LCN Architecture
27
History Module E-APP
EHPM
ACE-T Experion
Server-TPS
C300C300
Control
Firewall
EPLCG, ENIM, AM, AM-R, EHB
C300 UHIO
ELMM
Experion
Station-TPS
ENIM, AM, AM-R, EHB
Safety Manager
TCMI
• Virtual/Physical ESVT, EST, EAPP,
ACET, HM, ENIM, AM, EHB
• Physical EPLCG
New Rear Termination Module Description
28
PORT
PORT
R ED
P OR
T / J UMP ER
S PO
RT 1 P
ORT
2
F TE-A F T E
-B IN TER
-L INK
PORT
PORT
RED
POR
T / JU MP
E RS
POR
T 1 PO
R T 2
FTE-A F TE-B IN T
ER- LIN
K
Redundancy Cable
Modbus Configuration Jumper Cable
FTE Connections
FTE Connections
PowerCords
Existing Customer Connections
Three Headed9 Pin D Sub to 25 pin D SubConnectors
Micro
Migration Planning
• Determine the desired location for the ELCN Bridge UEA modules
• Locate ELCN Bridge Nodes and Appliance nodes so that the front-panel displays are readable
• Determine the sequence of the nodes which are to be migrated
- Controller Level (Level 1) migration path
- Level 2 TPS Nodes migration path
• Identify the nodes that need to be shut down and removed/relocated prior to performing the disassembly procedure
- Follow appropriate procedures to shut down the applicable nodes before proceeding with any disassembly
• Very Important:
- For ELCN:
▪ Virtualization planning
▪ FTE Switch Configuration planning
29
Migration Planning
• Determine the desired location for the ELCN Bridge UEA modules
• Locate ELCN Bridge Nodes and Appliance nodes so that the front-panel displays are readable
• Determine the sequence of the nodes which are to be migrated
- Controller Level (Level 1) migration path
- Level 2 TPS Nodes migration path
• Identify the nodes that need to be shut down and removed/relocated prior to performing the disassembly procedure
- Follow appropriate procedures to shut down the applicable nodes before proceeding with any disassembly
• Very Important:
- For ELCN:
▪ Virtualization planning
▪ FTE Switch Configuration planning
30
Training Classes
• Secure Network Planning: Best Practices for Experion
and ELCN Virtual Migrations, Jay Gustin,Honeywell
• Strengthening and Leveraging your Core by
Upgrading to Experion LCN and EHPM, Steven Roby,
Honeywell
31
https://www.honeywellprocess.com/en-US/training/Pages/default.aspx