Description
RH926JF | FOXBORO | Standard 200 Series Baseplates
Product Description
https://paresource.schneider-electric.com/iaseries/pss/31h2/31h2sbasplt.pdf
These standard 200 Series baseplates support distributed control for both small and large systems and specifically support the following Foxboro Evo™ system modules:
Field Control Processor 280 (FCP280) faulttolerant or non-fault-tolerant
Field Device Controller 280 (FDC280) faulttolerant or non-fault-tolerant
Field Control Processor 270 (FCP270) faulttolerant or non-fault-tolerant
Field Communications Modules (FCM100Et and FCM100E) and other FCMs
Fieldbus Expansion Modules (FEM100E)
Fieldbus Isolator/Filter Modules (FBI200/FBI100)
Standard Fieldbus Modules (FBMs) and 100 Series FBMs connection.
The standard FBM-supporting 200 Series baseplates enable overall system installation functionality by providing unit increments of 2, 4, and 8 FBM positions in combination with vertical and horizontal mounting.

P0926JF
Product parameter
For FBM-supporting baseplates:
• 2, 4, and 8 module positions in combination with vertical and horizontal mounting
• Field connection for I/O termination assemblies, redundant adapters and module identifiers for each module
• DIP switch for identification of certain Modular Baseplates
• Adding additional 200 Series baseplates without removing the system from service (requires redundant bus)
For FCP280/FCP270, FDC280, and FCM100Et baseplates support:
• Connection for optional GPS time strobe. All non-FDC280 modules require splitters/terminators for time strobe connections. FDC280 baseplates support direct connection.
All baseplates except the FDC280 baseplate (RH101KF) support:
• Connection to the 2 Mbps Module Fieldbus for the Standard Fieldbus Modules, or to a 268 Kbps Fieldbus for the 100 Series FBMs
• Splitters/terminators for A/B Fieldbus
• Backwards compatibility with existing I/O subsystems allowing for future expansion without additional interface hardware
Primary and secondary 24 V dc power and communications connections
Keyed positions dedicated to individual CP-type modules such as the FCP280, FDC280, or FCM/FBM only, depending on the baseplate type
Passive backplane to increase system reliability
Application field
The letterbug for the FCP280s and FDC280s is a soft letterbug entered via the buttons on the module’s faceplate. The letterbug for the FCP270s,
FCM100Ets and FCM100Es is a soft letterbug entered using the I/A Series Letterbug Configurator.
The letterbug string for a particular FBM when used with FCMs is established from these three factors:
The first four characters of the FCM10E, FCM10Ef, FCM100Et, or FCM100E letterbug.
The number of the FBM baseplate in the group, as set by means of the baseplate Identification (I.D.) DIP switches on each baseplate (see Figure 4).
Baseplates should be assumed to have this switch unless otherwise specified in the sections below.
The physical position (1-8) of the module on the baseplate.
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