PSS 31H-8J3
Foxboro®
Process Automation
System
Product Specifications
PSS 31H-8J3
Remote Terminal Unit (RTU)
SCD2200 for Oil, Gas, and Water SCADA Applications
NOTE
This is a representative image only.
The Foxboro® SCD2200 is an Intelligent Station Computing Device capable of performing a full range of
control and data acquisition functions in all industrial remote SCADA applications.
SCD2200 OVERVIEW
The SCD2200 is designed to operate remotely in
harsh environments and can be easily configured for
SCADA applications such as:
 Oil and gas production including offshore




platforms
Well monitoring, wet gas, and high level well
control applications
Oil and gas transportation facilities including
pipelines
Water and wastewater treatment plants
Water and heating distribution networks
To match the customer needs, the SCD2200
supports several modular plug-and-play options.
For example, low-density or high-density I/O
modules, redundant CPU, redundant power supplies,
power-integrated backplanes, communication lines,
interfaces to the typical communications media, and
optimized transmission techniques for low speed
data lines are available.
Based on a 166 MHz high performance CPU and
extensive flash memory, the SCD2200 performs a
wide range of control functions, from simple data
acquisition to sophisticated closed-loop algorithms
PSS 31H-8J3
Page 2
through a user-friendly sequence configurator
(graphic and literal programming languages
compliant to IEC 61131-3 & IEC 61499).
The SCD2200 is highly scalable with both powered
(BP-x) and non-powered (BPLN) backplanes. The
smallest SCD2200 configuration is available in a
compact 2-slot integrated-power backplane (BP-2).
Unlike BPLN backplanes, powered backplanes do
not need a power supply (PS-x) module. Therefore,
the BP-x backplanes provide full capacity, that is, all
their slots can be utilized for other modules. BPLN
backplanes are available in the 4, 6, or 12-slot
variations and BP-x backplanes are available in the 2,
4, or 6-slot variations.
SCD2200 can support the 2-slot, 4-slot, 6-slot, or
12-slot variations of these backplanes. The 12-slot
(BPLN) backplane configuration can be further
expanded into racks to a maximum of 64-slots
(modules) per logical node. These SCD2200
configurations are suitable for indoor mounting or
outdoor field mounting when installed within an
IP65/NEMA4 certified enclosure supplied by third
party vendors.
 64 MB RAM with 16 MB FLASH memory (default
9 MB free)
 Up to 5 dual communications modules, high I/O
density cards
 Power supply modules with built-in battery
backup charger, with battery temperature
feedback
 1,500 VRMS isolation for all I/O channels
 DNP3 Master and Slave
 DNP3 Secure Authentication 2.0
 Modbus Master and Slave
 Secure Authentication (Role Based Access
Control)
 Terminal Server
 Integrated-power backplanes
 Combined Digital/Analog IO modules
 P6008 Protocol (Slave only)
 Enhanced event logging and handling with
storage and retrieval capacity of 100,000 events
 Efficient DNP3 event reporting mechanism to
FEATURES
support up to 4 DNP3 Masters
Key features include:
 Low power consumption
SCD2200 TYPICAL FUNCTIONS AND
FUNCTIONAL PROGRAMMING ENVIRONMENT
 High reliability, modularity, and accuracy
Typical functions of the SCD2200 include:
 Redundancy of CPU (optional), power supply,
and communication lines
 Flexible hardware configuration
 Easy plug and play installation
 Default-configuration at power on
 IEC 61131-3 compliant user-friendly sequence
configurator for RTU-resident automatic
sequence and control functions
 32-bit CPU, operating at 166 MHz
 Pulse inputs acquisition, counting, and freezing
 Pulse or permanent digital outputs
 Digital and analog outputs with check-before-
operate security
 Programmable Sequence Control functions
through user-friendly package
 I/O signals driven by local sequences
 Sequence-programs allowing remote
loading/unloading
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Page 3
 Store and Forward communication technique for
time-stamped digital/analog chronological
archives
 Flow calculation (optional): AGA3, AGA7, AGA8,
NX19
 Management of PID algorithms
 Report by Exception scanning
 Broadcast addressing, protocol dependent
 Dial-up, unsolicited, and spontaneous calls from
RTU to control centers on switched telephone
lines
 Interface to a local operator workstation or
diagnostic terminal
 Sequence of Events (SOE) with 1 ms resolution
 Powerful RTU and/or PLC using local and remote
FoxRTU Station Software
The FoxRTU Station software is an integrated
operating environment that combines configuration,
programming, development, and maintenance in one
simple-to-use package. You can view, edit, and
diagnose your SCD2200 solution with a single, highly
intuitive user interface.
Figure 1 shows the status of modules in the RTU
slots using FoxRTU Station.
I/O (optional)
Figure 1. Functional Engineering Environment (FoxRTU Station)
PSS 31H-8J3
Page 4
The Security function implemented in the FoxRTU
Station, provides a role-based access control to
restrict the availability of system features only to
authorized users. FoxRTU Station eliminates the
need to change back and forth between software
packages or engage in complicated programming as
you move from module to module.
With its embedded IEC-61131-3 compliant standard,
the system supports:
In addition, pre-programmed function blocks make it
easy to add new capabilities to your SCD2200 RTU
solution.
ARCHITECTURE
The SCD2200 architecture is based on a bus
structure sharing all RTU functional blocks: CPU, I/O
modules, and communication modules supporting
communication line interfaces.
You can easily install or remove each I/O module
through standard DIN 41612 connectors. All
modules are equipped with front-mounted diagnostic
and indication LEDs. The modules are not swappable
but are capable of being configured in a redundant
configuration on the serial backplane.
 Ladder Logic
 Structured Text
 Function Block Diagrams
 Sequential Function Charts
 Instruction Lists
 Flowcharts
Communication Channels
Power Supply
Module
(for BPLN
Backplanes only)
Communication Channels
Secondary
Processor
Processor
Module
Communication
Modules
(Optional)
Dual RS-485 Backplane
Combined IO
Modules
Analog Input
Modules
Digital Input
Modules
Analog Output
Modules
Figure 2. SCD2200 Bus Architecture
Digital Output
Modules
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HARDWARE LAYOUT
The SCD2200 is a modular computing device that
uses a system of similar modules, which plug into a
backplane. There are two types of backplanes.
 Passive (BPLN) backplanes are powered by
Power Supply (PS-xx) modules that need an
external AC or DC power supply.
 Integrated-power (BP-x) backplanes are powered
externally by a 12 V/5 A DC power supply and do
not need a PS-xx power supply.
BPLN backplanes are available in the 4, 6, or 12-slot
variations and BP-x backplanes are available in the 2,
4, or 6-slot variations. You can combine multiple
backplanes with extender cables to form a larger
RTU. However, you can include only one BP-x
backplane (configurable only in the first rack) per
RTU. See Figure 8, Figure 9, Figure 11, and
Figure 12.
 Field replaceable internal lithium battery for easier
maintenance.
 Factory Reset option, on the front of the panel,
allows easy and quick reset without removing the
panel even when it is powered up/running. For
more information, refer
 Upgraded SRAM to 512 KB and SDRAM to
64 MB
The CP-3 module supports both MC-3 and MC-31
modules in a mixed communications environment.
Refer to SCD2200 Hardware User’s Guide
(B0780AE) for more details.
OK
P1
F1
P2
TxD
10ACT
RxD
100 100ACT
RTS
LINK
DCD
COL
10
F2
F3
P3
TxD
10ACT F4
RxD
100ACT F5
RTS
LINK F6
DCD
COL F7
Each rack mounted system that uses BPLN/BP-x
backplanes can operate with either a single CPU
(CP-3 module) or dual CPUs in redundant mode. A
common arrangement for redundancy is to manage
a non- redundant set of I/O modules with:
 Two CPUs for BP-x backplanes
 Two CPUs and two power supplies for BPLN
backplanes
CP-3 MODULE
The 32-bit CPU consists of:
 166 MHz clock speed
 Real-time calendar clock
 One Fixed Ethernet 10/100 Base T Port
 Two optional communication ports supporting a
number of communication interface cards
 AT-HAYES compatible firmware protocol to drive
the modem and the external radio devices
Figure 3. SCD2200 CP-3 CPU Module
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MC-31 OPTIONAL COMMUNICATION MODULE
The MC-31 communication module is an optional
module, which supports many communication line
interfaces. The MC-31 communication module
contains a fixed Ethernet communication port and
two optional communication ports supporting a
number of communication interface cards.
OK
P1
F1
P2
TxD
10ACT
RxD
100 100ACT
RTS
LINK
DCD
COL
10
F2
F3
P3
TxD
10ACT F4
RxD
100ACT F5
RTS
LINK F6
DCD
COL F7
These optional communication cards include:
 OPT D: V.34 PSTN Dial
 OPT F: Serial over optical
 OPT H: Hart Bell 202-1 to 15 devices multi-drop
 OPT I: Isolated serial [RS-232, RS-485, RS-422]
 OPT L: V.23 2/4 wire for leased line and packet
data radio interface support
 OPT R2: Spread Spectrum 900 MHz Australian
version
 OPT R3: Spread Spectrum 2.4 GHz International
version, available on Port 3
 OPT R4: Spread Spectrum 900 MHz US version
 OPT T3: 10/100BaseT Ethernet
The MC-31 communication module requires the
CP-3 module as a pre-requisite module.
Figure 4. MC-31 Communication Module
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INPUT/OUTPUT (I/0) MODULES
The available I/O modules are:
Common characteristics of I/O modules are:
 Analog input modules (AI-10 and AI-10-V)
 HCMOS technology
 Analog output modules (AO-3)
 Optical isolation
 Digital input modules (DI-5 and DI-10)
 Address free
 Digital output modules (DO-1, DO-2, and DO-6)
 Front-mounted diagnostic LED and indication
 Combination Analog/Digital IO Modules (IO-3 and
LED that allow quick disconnect I/O terminations
IO-5)
OK ERR GPS PCON
1
5
9
2
6
10
14
3
7
11
15
4
8
12
16
13
Figure 5. Typical SCD2200 I/O Modules
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POWER SUPPLY MODULES
BACKPLANES
The available power supply modules are:
The backplane hosts all the SCD2200 modules that
make up an RTU. It allows the processor module to
communicate with other modules within the same
RTU. It also distributes power to each module. There
are two types of backplanes:
 PS-12 AC input, 100 to 240 VAC power supply
(without 24 VDC isolated converter)
 PS-22 DC input, 20 to 60 VDC power supply
(without 24 VDC isolated converter)
 PS-12 AC input, 100 to 240 VAC power supply
with 24 VDC isolated converter
 PS-22 DC input, 20 to 60 VDC power supply with
24 VDC isolated converter
You can plug in or plug out the power supply
modules while the RTU backplane is still ON.
However, you must disconnect the input power
supply (AC or DC) on the power supply module while
plugging in or out from the backplane.
Power supply modules are required only for BPLN
backplanes. They are not required for the BP-x
backplanes.
 BPLN (passive) backplanes
 BP-x (integrated-power) backplanes
You can link multiple backplanes together to create
an RTU with up to 64 modules.
Backplanes are designed for surface mounting to
support all of the modules and supplied with
individual mounting brackets.
You can use a special 19-inch rack backplane
mounting bracket to mount any of the following
backplane combinations in a 19-inch rack.
 One 2-slot backplane and one 4-slot backplane
 One or two 4-slot backplanes
 One 6-slot backplane
You can use a set of alternative WINGS rack
mounting brackets to mount a 12-slot backplane in a
19-inch rack.
Figure 6. SCD2200 Power Supply Module
PSS 31H-8J3
Page 9
Passive Backplanes
A BPLN backplane powers its modules using a
Power Supply (PS-xx) module that is connected to
an external AC or DC supply. Therefore, you must
install a PS-xx module in one of its slots to run the
RTU.
These backplanes provide a flexible solution for
creating medium- to large-scale RTUs of any desired
configuration. The available variants are:
Figure 7. Empty 12-Slot Backplane
 4 BPLN (4-slot backplane)
 6 BPLN (6-slot backplane)
CHOICE OF
I/O MODULE
CHOICE OF
I/O MODULE
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I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
12 POSITION BACKPLANE
P0924BC
Figure 8. BPLN Backplane Module Layouts
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
6 POSITION BACKPLANE
P0924BB
CHOICE OF
I/O MODULE
CHOICE OF
I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
POWER SUPPLY
MODULE
4 POSITION BACKPLANE
P0924BA
RTU PROCESSOR
MODULE - R22xxxxxxxxx
POWER SUPPLY
MODULE
CHOICE OF
I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
POWER SUPPLY
MODULE
 12 BPLN (12-slot backplane)
CHOICE OF
I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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12 POSITION BACKPLANE
P0924BC
Figure 9. Large RTU with BPLN Backplanes
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
P0924BE = 0.5 m
P0924BF = 1.0 m
12 POSITION BACKPLANE
P0924BC
P0924BE = 0.5 m
P0924BF = 1.0 m
CHOICE OF
I/O MODULE
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I/O MODULE
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I/O MODULE
RTU PROCESSOR
MODULE - R22xxxxxxxxx
CHOICE OF
I/O MODULE
CHOICE OF
I/O MODULE
POWER SUPPLY
MODULE
POWER SUPPLY
MODULE
POWER SUPPLY
MODULE
PSS 31H-8J3
Page 10
LARGE RTU
UP TO 64 I/O MODULES ON ONE RTU
PSS 31H-8J3
Page 11
Integrated-power Backplanes
Though the BP-x backplanes serve the same
purpose as the BPLN backplanes, they do not
require a PS-xx module to power the other
connected modules. These backplanes have an
integrated 5 V power supply and require only an
external 12 V DC power source. They have a
switchable auxiliary 12 V output to power extra
circuits and indicate the status of the power rail.
These backplanes have limited expansion and
configuration capabilities and are mainly aimed at
small-scale, low-cost RTUs. The available variants
with integrated 5 V power supply are:
 BP-2 (2-slot backplane)
 BP-4 (4-slot backplane)
 BP-6 (6-slot backplane)
2 POSITION BACKPLANE
P0928NF
10-16 VDC
5A
4 POSITION BACKPLANE
P0928NG
Figure 11. BP-x Backplane Module Layouts
6 POSITION BACKPLANE
P0928NH
CHOICE OF
I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
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I/O MODULE
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I/O MODULE
RTU PROCESSOR
MODULE - R22xxxxxxxxx
10-16 VDC
5A
COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
COMMUNICATION
MODULE - R23xxxxxxxxx
10-16 VDC
5A
RTU PROCESSOR
MODULE - R22xxxxxxxxx
Figure 10. Empty 2-Slot Backplane
PS-12: Mains 100–240 V, 50-60 Hz or 96-300 VDC; 1.5 A
PS-22: Mains 20-60 VDC; 4.5 A
Figure 12. Possible RTUs Using a BP-x Backplane
PS-12: Mains 100–240 V, 50-60 Hz or 96-300 VDC; 1.5 A
PS-22: Mains 20-60 VDC; 4.5 A
CHOICE OF
I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
12 POSITION BACKPLANE
P0924BC
12 POSITION BACKPLANE
P0924BC
P0924BE = 0.5 m
P0924BF = 1.0 m
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I/O MODULE
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I/O MODULE
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COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
P0924BE = 0.5 m
P0924BF = 1.0 m
ONE BP-X BACKPLANE
P0928NF/P0928NG/P0928NH
P0924BE = 0.5 m
P0924BF = 1.0 m
CHOICE OF
I/O MODULE
PS-12: Mains 100–240 V, 50-60 Hz or 96-300 VDC; 1.5 A
PS-22: Mains 20-60 VDC; 4.5 A
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I/O MODULE
BPLN BACKPLANE
P0924BB/P0924BC
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I/O MODULE
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I/O MODULE
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PS-12: Mains 100–240 V, 50-60 Hz or 96-300 VDC; 1.5 A
PS-22: Mains 20-60 VDC; 4.5 A
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I/O MODULE
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I/O MODULE
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POWER SUPPLY
MODULE
10-16 VDC
5A
POWER SUPPLY
MODULE
ONE BP-X BACKPLANE
P0928NF/P0928NG/P0928NH
P0924BE = 0.5 m
P0924BF = 1.0 m
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I/O MODULE
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I/O MODULE
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SAMPLE RTU COMBINATION
WITH BP-X AND BPLN BACKPLANES
POWER SUPPLY
MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
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I/O MODULE
COMMUNICATION
MODULE - R23xxxxxxxxx
RTU PROCESSOR
MODULE - R22xxxxxxxxx
10-16 VDC
5A
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I/O MODULE
POWER SUPPLY
MODULE
PSS 31H-8J3
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LARGE RTU
UP TO 64 I/O MODULES ON ONE RTU
PSS 31H-8J3
Page 13
F U N C T I O N A L S P E C I F I C AT I O N S
CP-3 Module
PROCESSOR
ARM9 processor operating at 166 MHz
64 MB SDRAM
16 MB Flash
512 KB of battery backed CMOS static RAM.
Real Time Clock
10/100 Mbits/s Ethernet Interface
2 optional ports for communication options
MC-31 Module
ETHERNET COMMUNICATIONS
10/100BaseT
PPP Dial via D option
OPTIONAL COMMUNICATIONS BOARDS FOR
CP-3 OR MC31 MODULE
OPT D: V.34 PSTN Dial
OPT F: Serial over optical
OPT H: Hart Bell 202 - 1 to 15 devices multidrop
OPT I: Isolated serial (RS-232,RS-485, RS-422)
OPT L: V.23 2/4 wire for leased line and packet
data radio interface support
OPT R2:Spread Spectrum 900 MHz Australian
version
OPT R3:Spread Spectrum 2.4 GHz International
version, available on Port 3
OPT R4: Spread Spectrum 900 MHz US version
OPT T3: 10/100BaseT Ethernet (CP3 or MC31
only)
Communication
Modbus protocol interface (RS-232-C/RS-485,
ASCII and binary and Modbus TCP)
DNP3 master and slave interface (RS-232-C/
RS-485, RS-422, TCP/IP, and UDP) with
DNP3 Secure Authentication 2.0
P6008 protocol interface (RS-232-C/RS-485,
ASCII and binary)
Terminal Server
Five serial communication modules each with two
ports either RS-232-C and/or RS-485
interface [Max 17 ports]
Asynchronous communication
Automatic dialing/answer in switched network
mode
Master/slave RTUs dial
Transmission rate from 300 to 115 kbps
I/O Modules
AI-10
8 Channel Analog Inputs
5 kV field to logic isolation
0 to 20 mA; 4 to 20 mA current signals
[Software Select]
+/- 2.5 V, +/-5 V, and +/-10 V bipolar voltage
ranges [Software Select]
16-bit resolution
0.1% accuracy @ 25°C
1 ms per channel internal scanning to filter
out noise more effectively
Allows voltage and/or current inputs through
the Jumpers
Consumes less power
AO-3
4 Channel Analog Outputs with Open Loop
Detection
0 to 20 mA; 4 to 20 mA outputs
12-bit digital-to-analog converter resolution
0.2% accuracy @ 25°C
3 kV Isolation
DI-5
16 Channel Digital Inputs / 4 counters
One common per eight channels
1.5 kV isolation
Isolated Output to power inputs
16-bit Pulse Counting on Channels 1 - 4
Frequency Counting:
Channels 1 and 2 - 10 KHz maximum
Channels 3 and 4 - 255 Hz maximum
Positive or Negative Polarity Inputs
PSS 31H-8J3
Page 14
F U N C T I O N A L S PE CI F I C AT I O N S ( C O N T I N U E D )
DI-10
16 Channel Digital Inputs / Counters
Opt-isolated inputs for 24 VDC contacts,
3 kV Isolation
Opt-isolated pulse inputs for 24 VDC
contacts
16-bit/counter resolution:
All channels at 10 KHz resolution
Also supports AC inputs (20 to 125 VAC) and
DC inputs (+6 to 130 VDC)
Input voltage thresholds are now compatible
with IEC 61131-2 Type 1 and Type 3.
DO-1
8 Channel Digital Outputs
SPDT/SPST relays contacts
5A @ 30 VDC output (maximum) for each
contact
Check-before-operate, protocol dependent
DO-2
16 Channel Digital Outputs
SPDT/SPST relays contacts
5 A @ 30 VDC output (maximum) for each
contact
Check-before-operate, protocol dependent
DO- 6
16 Channel Relay Driver
Open drain N-FET outputs
Rated load 70 mA per channel, 30 VDC
maximum
IO-3
Multi - IO Module
AI: 4 x (0 to 20 mA; 4 to 20 mA; 0 to 5 V;
1 to 5 V) inputs
DI: 4 x (1 kV Isolated) inputs
AO: 1 x (0 to 20 mA; 4 to 20 mA) outputs
DO: 4 x SPST contacts outputs
IO-5
Multi - IO Module
AI: 4 x (0 to 20 mA; 4 to 20 mA; 0 to 5 V;
1 to 5 V) inputs
DI: 4 x (5 kV Isolated, sinking) inputs
AO: 1 x (0 to 20 mA; 4 to 20 mA) outputs
DO: 4 x (3 kV Isolated, solid state, sinking)
outputs
Power Supply Modules
PS-12 AC INPUT POWER SUPPLY
90 to 260 VAC input, from 48 to 62 Hz, with
battery charger providing 12 VDC floating
connection
Also supports 96 to 340 VDC
Supplies 5A of output current to a 5V backplane
Total output power is linearly derated to 30 W
from +65°C to +85°C (derating factor is 1.5 W/°C
above +65°C)
5 VDC output is linearly derated to 4.0 A from
+60°C to +85°C (derating factor is 40 mA/°C
above +60°C)
24 VDC output is linearly derated to 100 mA from
+70°C to +85°C (derating factor is 10 mA/°C
above +70°C)
PS-22 DC INPUT POWER SUPPLY
24 VDC input, positive/negative/floating
grounded, with battery charger providing 12 VDC
floating connection
5 VDC output is linearly derated to 4.0 A from
+60°C to +85°C (derating factor is 40 mA/°C
above +60°C)
24 VDC output is linearly derated to 100 mA from
+70°C to +85°C (derating factor is 10 mA/°C
above +70°C)
ISOLATION TESTS PERFORMED
High voltage isolation
Common mode:
1,500 V - single pulse 1.2 μs/50 μs
Differential mode:
1,500 V - single pulse 1.2 μs/50 μs
Isolation resistance
> 100 M
PSS 31H-8J3
Page 15
Regulatory Compliance
ELECTROMAGNETIC COMPATIBILITY (EMC)
European EMC Directive 2014/30/EU
Meets: EN61326-1:2013 Class A Emissions
and Industrial Immunity Levels
PRODUCT SAFETY
NRTL Certified compliant to UL 60950-1 and
CSA C22.2 No. 60950-1
Low Voltage Directive 2014/35/EU
Meets EN60950-1:2013
To obtain details on product safety, contact
the Invensys sales team.
M O D U L E E N V I R O N M E N TAL S P E C I F I C AT I O N S
Operating
TEMPERATURE
-40 to +85°C (-40 to +185°F)
For modules:
BPLN-12, BPLN-4, BPLN-6, BP-6, BP-4,
BP-2, PS-12-C, PS-22-C, PS-12-0,
PS-22-0, AI-10-1, AI-10-V, DI-5, DI-10,
DO-1, DO-6, AO-3, IO-5, CP-3, MC-31,
COM I, COM H, COM T3, and COM L
-20 to +70°C (-4 to +158°F)
For modules:
DO-2, IO-3, COM D, COM F, COM R2,
COM R3, and COM R4
RELATIVE HUMIDITY
5 to 95% (noncondensing) at 40°C (104°F)
ALTITUDE
0 to 2,000 m (0 to 6562 ft)
Storage
TEMPERATURE
-40 to +85°C (-40 to +185°F)
RELATIVE HUMIDITY
5 to 95% (noncondensing) at 40°C (104°F)
Vibration
5.0 m/s2 (0.5 g) from 5 to 500 Hz
P H Y S I C A L S P E C I F I C AT I O N S
Modules
MOUNTING
Mount onto a modular backplane.
WEIGHT
284 g (10 oz) approximate
454 g (16 oz) approximate (Power Supply only)
DIMENSIONS
HEIGHT
174 mm (6.9 in)
WIDTH
35 mm (1.4 in)
DEPTH
156 mm (6.1 in)
Backplanes
Backplanes are designed for surface mounting and
include mounting brackets (2 pieces).
 Mounting brackets are used to mount any of the
following in a 19-inch rack:
•
One 6-slot backplane (6 BPLN or BP-6)
•
Two 4-slot backplanes (4 BPLN or BP-4)
•
One 2-slot backplane (BP-2) and one 4-slot
backplane (4 BPLN)
 Wing rack brackets are used to mount the
12-slot backplane (12 BPLN) in a 19-inch rack.
PSS 31H-8J3
Page 16
BPLN BACKPLANES
Configurations
Support 4, 6, or 12-slot configurations
Can link multiple backplanes with up to 64
modules
Dimensions
HEIGHT
176 mm (6.9 in)
BP-X BACKPLANES
Configurations
Support 2, 4, or 6-slot configurations
One BP-x backplane per RTU, can link
multiple BPLN backplanes with up to 64
modules
Dimensions
HEIGHT
WIDTH
176 mm (6.9 in)
4-slot 194 mm (7.6 in)
6-slot 266 mm (10.5 in)
12-slot 482 mm (19.0 in)
WIDTH
DEPTH
2-slot 122 mm (4.8 in)
4-slot 194 mm (7.6 in)
6-slot 266 mm (10.5 in)
22 mm (0.9 in)
DEPTH
22 mm (0.9 in)
DIMENSIONS - NOMINAL
Side view
Module
Module
Front view
Backplane
Figure 13. Module Mounted on a Backplane
PSS 31H-8J3
Page 17
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 14. 4-Slot Passive Backplane
PSS 31H-8J3
Page 18
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 15. 6-Slot Passive Backplane
PSS 31H-8J3
Page 19
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 16. 12-Slot Passive Backplane
PSS 31H-8J3
Page 20
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 17. 2-Slot Integrated-power Backplane
PSS 31H-8J3
Page 21
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 18. 4-Slot Integrated-power Backplane
PSS 31H-8J3
Page 22
D I M E N S I O N S - N O M I N A L ( C O N T I N U E D)
Figure 19. 6-Slot Integrated-power Backplane
OR D E R I N G I N F O RM AT I ON
Part
Number
Description
HW
Version
Number
Operating
Temperature
Range
R22
CP-3: SCD2200 Model RTU Processor Module
2.3.A
-40°C to +85°C
R23
MC-31: SCD2200 Model RTU Communications Module
2.3.A
-40°C to +85°C
P0924AC
Communication option D board for CP-3/MC-31; V34
38.4 kbps dialup modem
1.1
-20°C to +70°C
P0924AD
Communication option F board for CP-3/MC-31; Fiber
optic - ST connectors - 115 Kbps, option port 2/3 & LP-1
1.0
-20°C to +70°C
P0924AE
Communication option H board for CP-3/MC-31; HART
Interface (Limited functionality-refer to specification)
1.2.A
-40°C to +85°C
P0924AF
Communication option I board for CP-3/MC-31; isolated
RS232/422/485
1.0.A
-40°C to +85°C
P0924AH
Communication option L board for CP-3/MC-31; 2/4-wire
V.23 interface, 1200 bps
1.2.A
-40°C to +85°C
PSS 31H-8J3
Page 23
Part
Number
Description
HW
Version
Number
Operating
Temperature
Range
P0924AJ
Communication option R2 (Australia) board for
CP-3/MC-31; Spread Spectrum 900MHz Australian
version
2.1
-20°C to +70°C
P0924AK
Communication option R3 (US) board for CP-3/MC-31;
Spread Spectrum 2.4GHz International version
2.1
-20°C to +70°C
P0924AL
Communication option R4 (INT) board for CP-3/MC-31;
Spread Spectrum 900MHz US version
2.1
-20°C to +70°C
P0924XX
Communication option T3 board for CP-3/MC-31;
Ethernet; RJ-45 - 10/100 Mbit (New)
1.2.A
-40°C to +85°C
P0924XU
PS-12-0: Power supply (100-240 VAC input) includes
monitoring processor
1.5.A
-40°C to +85°C
P0924XV
PS-22-0: Power supply (20-60 VDC input) includes
monitoring processor
1.5.A
-40°C to +85°C
P0928CR
PS-12-C: Power supply (100-240 VAC input) with auxiliary
24 V
1.5.A
-40°C to +85°C
P0928CS
PS-22-C: Power supply (20-60 VDC Input) with auxiliary
24 V
1.5.A
-40°C to +85°C
P0924AS
AI-10-1: I/O Module - 8 analog inputs
2.2.A
-40°C to +85°C
P0924UM
AI-10-V: Analog Input - 8 channel, Voltage Mode
2.2.A
-40°C to +85°C
P0924CV
AO-3: Analog Output - 4 channel, 12 bit resolution with
open circuit detection
1.2.A
-40°C to +85°C
P0924AU
DI-10: Digital Input - 16 channel (6-130 VDC, 20-260 VAC)
4.3.A
-40°C to +85°C
P0924AV
DO-1: Digital Output - 8 channel (N.O. & N.C. contacts)
2.3.A
-40°C to +85°C
P0924AW
DO-2: I/O Module - 16 Single Pole/Normally Open, relay
outputs
2.2
-20°C to +70°C
P0924AX
DO-6: I/O Module -16 digital, relay driver (open drain)
outputs
1.2.A
-40°C to +85°C
P0924AY
IO-3: I/O Module - 4 analog inputs, 4 digital inputs, 4 relay
outputs,1 analog output
1.3
-20°C to +70°C
P0924XW
IO-5: Combinational Analog/Digital I/O Module - 4 sinking
solid state outputs, 4 digital inputs, 4 analog inputs, 1
analog output with open line detection
1.3A
-40°C to +85°C
P0924CJ
DI-5: Digital Input - 16 channel (12-24 VDC)
1.6.A
-40°C to +85°C
P0924BA
4 BPLN: 4 slot backplane
3.2
-40°C to +85°C
P0924BB
6 BPLN: 6 slot backplane
3.2
-40°C to +85°C
P0924BC
12 BPLN: 12 slot backplane
3.2
-40°C to +85°C
PSS 31H-8J3
Page 24
Part
Number
P0928NF
HW
Version
Number
Description
BP-2: 2-slot backplane with integrated power supply
1.5.A
Operating
Temperature
Range
-40°C to +85°C
P0928NG
BP-4: 4-slot backplane with integrated power supply
1.5.A
-40°C to +85°C
P0928NH
BP-6: 6-slot backplane with integrated power supply
1.5.A
-40°C to +85°C
P0924BD
19" rack wings for BA-12 (suit 19" rack mounting)
0
-40°C to +85°C
P0924CD
Bracket for mounting BA-40/BA-6 in 19” rack for
SCD2200
0
-40°C to +85°C
P0924BE
Baseplate Connection Cable - 0.5 m
N/A
-40°C to +85°C
P0924BF
Baseplate Connection Cable - 1.0 m
N/A
-40°C to +85°C
P0924BG
Interrack 6 way Power Cable - 0.6 m
N/A
-40°C to +85°C
P0924BH
Interrack 6 way Power Cable - 1.1 m
N/A
-40°C to +85°C
P0924BJ
Cable to connect SS wireless card to yagi antenna
N/A
-20°C to +70°C
P0924BK
PC/Serial Port adapter for I and S options
N/A
0°C to +70°C
K0201BU
FoxRTU Station Media Kit for 64 points - (c/w USB
Dongle and 2m Ethernet x-over cable)
N/A
N/A
K0201BX
FoxRTU Station with ISaGRAF 5 - 256 points - (c/w USB
Dongle and 2m Ethernet x-over cable)
N/A
N/A
K0201BY
FoxRTU Station with ISaGRAF 5 - 1024 points - (c/w USB
Dongle and 2m Ethernet x-over cable)
N/A
N/A
K0201BZ
FoxRTU Station with ISaGRAF 5 - Unlimited points - (c/w
USB Dongle and 2m Ethernet x-over cable)
N/A
N/A
K0201CA
FoxRTU Station Media Kit for maintenance personnel
N/A
N/A
Invensys Systems, Inc
10900 Equity Drive
Houston, TX 77041
United States of America
http://www.invensys.com
Global Customer Support
Inside U.S.: 1-866-746-6477
Outside U.S.: 1-508-549-2424
Website: https://support.ips.invensys.com
Copyright 2015 Invensys Systems, Inc.
All rights reserved.
Invensys is now part of Schneider Electric.
Schneider Electric, Invensys, Foxboro, and Foxboro Evo
are trademarks owned by Schneider Electric SE, its
subsidiaries and affiliates.
All other trademarks are the property of their respective
owners.
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