Honeywell Series A - Non-Redundant Fieldbus integrated architecture for CIOM-A FIM

3. Fieldbus Integration With Experion System
3.1. Overview
34 Experion PKS Series A Fieldbus Interface Module User's Guide R400
Honeywell July 2010
Non-Redundant Fieldbus integrated architecture for CIOM-A FIM
The following figure shows a typical non-redundant fieldbus architecture using a CIOM-
A Fieldbus Interface Module (FIM) in a non-redundant C200 Controller and a remote I/O
chassis configuration. The FIM serves as the communication gateway between the
Supervisory ControlNet and/or I/O ControlNet network and the Foundation Fieldbus H1
communications medium. It includes a Remote Termination Panel (RTP) for connecting
and powering up to two fieldbus H1 links.
Ethernet (TCP/IP)
Remote
I/O Chassis
Remote
I/O Chassis
Redundant
Servers
PT
PT
Supervisory ControlNet/Ethernet
I/O ControlNet
I/O ControlNet
Redundant
Controllers
Non-Redundant
Controller
Station
PT
PT
PT
PT
PT
PT
24Vdc
(Optional)
24Vdc
(Optional)
Remote
Termination
Panel
Remote
Terminat io n
Panel
FIM
FIM
H1 Link 1
H1 Link 1
H1 Link 2
H1 Link 2
F Fieldbus OUNDATION Compliant Devices
F Fieldbus OUNDATION
Compliant Devices
24Vdc
Conditioned
24Vdc
Conditioned
24Vdc
Conditioned
24Vdc
Conditioned
Notes :
FIM = Fieldbus Interface Module
Only ControlNet is available as redundant media.
Figure 1 Sample system architecture for non-redundant Fieldbus
integration for CIOM-A FIM.