
PSS 21H-1B2 B3
Page 8
SPEC 200 MICRO Control Interfacing
For migration of SPEC 200 MICRO control to
I/A
Series systems, the Control Processor 30
interfaces via a single or redundant I/A Series
Fieldbus with the SPEC 200 MICRO Control
Integrator subsystem. This subsystem consists of
individual Control Integrators, and Fieldbus Isolators
attached within the SPEC 200 MICRO rack (NCM or
SPEC 200 2ANU).
Control is via the software resident in the Control
Integrator and in the SPEC 200 MICRO I/O
Equipment Control Blocks (ECBs) operating at the
CP level.
Figure 9 illustrates a typical configuration
with multiple Control Integrators in the SPEC 200
MICRO subsystem. (Refer to PSS 21H-7R2 B3
SPEC
200 MICRO Control Integrators for additional
information.)
Control Processor 30 Upgrade
Upgrading a Control Processor 10, Tank
Processor
10, or Display Processor 10 to a CP30
involves:
• Replacing the existing Control Processor with a
CP30
• Upgrading the software license
• Modifying the System Configurator to identify the
CP30
• Loading existing compounds to the CP30
Figure 9.
Twinaxial Fieldbus SPEC 200 MICRO Control Subsystem Interface Configuration (Typical Configuration)
CONTROL
PROCESSOR
30**
MSFBI*
TCA
TO/FROM
PROCESS DEVICE(S)
TERMINATING
RESISTOR
FIELDBUS*
ABBREVATIONS:
TCA = Termination Cable Assembly
MSFBI = SPEC 200 MICRO Single Fieldbus Isolator
* OPTIONALLY REDUNDANT
** OPTIONALLY FAULT-TOLERANT
N = UP TO 24 CARDS
CONTROL
INTEGRATOR N
CONTROL
INTEGRATOR 1
SPEC 200 MICRO
NCM RACK 1
MSFBI*
TO/FROM
PROCESS DEVICE(S)
N = UP TO 24 CARDS
CONTROL
INTEGRATOR N
CONTROL
INTEGRATOR 1
SPEC 200 MICRO
NCM RACK 2
TERMINATING
RESISTOR
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