EMERSON Westinghouse 5X00062G01 I/O module DCS card

EMERSON Westinghouse 5X00062G01 I/O module DCS card

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Fault 5X00062G01 Input and SIL 3 Outputs
A dual architecture configuration shown uses two dual redundant modules for
each stage. The use of two processor modules supplies SIL 3 integrity for the
processor stage (as for the previous example) while the second input module
supplies fault tolerance for the inputs.
A SIL 3 fault tolerant processor and I/O is achieved by dual input and output
module configurations with dual or triple processor modules.The capacity of this controller is increased by adding pairs of I/O modules and
related dual termination assemblies. The subsequent example shows how to
supply 16 inputs and 16 outputs (this could also be 32 inputs if 16 channel input 5X00062G01
modules are used). The outputs shown are digital output modules.A SIL 3 TMR architecture offers the highest level of fault tolerance for an
AADvance controller and consists of triple input modules, triple processors
and dual output modules.
If a failure occurs in an element of a channel, the channel processor will still
supply a satisfactory output which could be voted on because of the coupling
between the channels. This is why the triple modular redundant
implementation has a configuration that is inherently better than a typical
2oo3 voting systemYou can add more groups of three input modules and pairs of output modules 5X00062G01
to increase I/O capacity. For example, a triple modular redundant controller
using 8-channel modules for 16 inputs and 16 outputs could be arranged like
this. For 16 channel TMR input you must use the T9402 16 channel digital input
modules in the same arrangementIt is straightforward to make dual and triple I/O controller architectures. A
system can have a mixed level of redundancy, fault tolerance and safety
integrity levels to meet your business application needs without overspecifying the I/O.An application could readily justify dual I/O for some field circuits, but not for
all. It is easy and economical to configure one controller to offer a solution to
cover both options. Consider a dual processor system that needs 16 inputs and 5X00062G01
16 outputs, half of which must be duplicated and half of which can be simplex.
This can be fulfilled by controller architecture like this.Such is the flexibility of AADvance that a single controller can support mixed
safety integrity levels, for example, if a system needs SIL 3 energize to trip
outputs alongside SIL 2 outputs.
The following example shows how a small a viable controller for mixed
integrity levels can be when built from AADvance modules. There are 16 inputs
(or 32), two duplicated 8 channel inputs (or duplicated 16 channel versions),
and two groups of 8 outputs (one dual, one simplex) for field devices.

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