FOXBORO FCP280 FCP270 FEM100 P0926HZ P0923LR P0926JM P0926KH P0926JF

FOXBORO FCP280 FCP270 FEM100 P0926HZ P0923LR  P0926JM P0926KH P0926JF
The I/A Series® system DIN rail mounted subsystem allows you to distribute process input/output modules
to strategic points within your plant.

FEATURES
Key features for the DIN rail mounted subsystem are:
 Allows you to locate control processor and field
input/output modules in strategic plant areas
 High performance Fieldbus Modules (FBMs)
 Enclosures to provide various levels of
environmental protection
 Optional redundant power
 Variety of modular mounting configurations
 High performance, high accuracy, fast updates
 Optional Intrinsically Safe baseplates for FBMs
 Reduced component count, for ultra-high
reliability and quality
 Optional redundancy
 Harsh (Class G3 - ISA S71.04) contamination
protection
 Distributed local and/or remote I/O
 Power security and alarming
 Electrical isolation and field device power
 High-speed system communication.
OVERVIEW
The I/A Series system DIN rail mounted subsystem
innovative equipment packaging, together with the
integrated use of Fast Ethernet networks with fiber
optic cable for communication between equipment
domains, permits local or remote distribution of your
process I/O points.
The DIN rail mounted subsystem consists of a full line
of high performance Fieldbus Modules (FBMs), along
with the following integrally designed elements:
 Field Control Processor 280 (FCP280) and Field
Control Processor 270 (FCP270) – Similar in size
to the FBMs, this compact control processor
provides a control interface between the FBMs
and the control network and allows you to locate
the control processor in strategic plant areas.
 Z-Module Control Processor 270 (ZCP270) – In
the Z-module form factor for use with 100 Series
FBM racks, this compact control processor
provides control operations for the FBMs and
allows you to locate the control processor in
strategic plant areas.
 Fieldbus Communications Modules (FCMs) –
Similar in size to the FBMs, these compact
modules provide a communication interface
between the FBMs and the ZCP270 via The
Mesh control network.
 FBI200 Fieldbus Isolator/Filter - Similar in size to
the FBMs, these compact, optional modules,
among other functions, extend the 268 kbps
Module Fieldbus between FCP280s/FCP270s
and 100 Series FBMs up to 1830 m (6000 ft)
over twinaxial cable.
 Modular Baseplates – These provide a
communications backplane and a solid base for
mounting the FBMs, FCMs, or FCP280s allowing
for a variety of remote equipment mounting
configurations.
 Intrinsically Safe Baseplates (ISTA-BPs) –
Compatible with standard modular baseplates,
the ISTA-BPs were co-developed with Pepperl
and Fuchs and provide an Intrinsic Safe solution
for I/A Series 200 Series FBM applications.
 Enclosures – Several basic types provide various
levels of environmental protection and equipment
grouping for the DIN rail mounted equipment.
The DIN rail mounted FBMs provide full support for
analog measurement, digital sensing, and analog or
discrete control capabilities. The FBMs are rugged,
high performance distributed process I/O modules
designed for all process control tasks. Operating in
conjunction with the I/A Series control processor
(FCP280, FCP270, or ZCP270), these FBMs provide
for process management and control of continuous,
batch and discrete control schemes.
HIGH PERFORMANCE, HIGH ACCURACY,
FAST UPDATES
The DIN rail mounted FBMs offer high resolution,
high accuracy, and repeatable design. The Sigma-
Delta, fast integrating converter used on the analog
inputs provides new readings as fast as every 25 ms,
suitable for high-speed regulatory control
applications. The analog inputs use a built-in
configurable moving average filter that efficiently
removes process noise and power line frequencies.
REDUCED COMPONENT COUNT FOR ULTRAHIGH
RELIABILITY AND QUALITY
All logic functions (I/O process, I/O specific logic,
communication processor, and other interconnecting
logic functions) are integrated into a
single Application Specific Integrated Circuit (ASIC).
The use of ASIC:
 Reduces the number of components in the
module
 Reduces the size of the module
 Reduces the heat generated by the module
 Reduces the cost of the module
 Produces a module having ultra-high reliability
and quality.
A single module has an expected availability above
0.999974. [This assumes that the module resides in
a baseplate with redundant power, and a mean time
to repair (MTTR) of two hours.]
An optionally redundant module has an expected
availability above 0.9999964. (This assumes that the
module resides in a baseplate with redundant power,
and a MTTR of two hours.) The redundancy of the
module pair, coupled with the high coverage of faults,
provides a very high subsystem availability time.
OPTIONAL REDUNDANCY
The DIN rail mounted subsystem is optionally
available with total redundancy, for high reliability and
availability. Redundancy is available for; the power
supplies, The Mesh control network, the FCMs, the
FEMs(1)), the FCP280, Modular Fieldbus cables
between baseplates and certain FBM I/O module
types.
RUGGED, INNOVATIVE PACKAGING