Product Data Sheet
Advanced Unit Management Software
February 2006—Page 1
TM
Advanced Unit Management Software
Q Integrated, multi-state, class-based phase
logic
Q IEC61131-3 sequential function charts,
function block diagramming, and structured
text
Q ISA S88 and NAMUR NE33 standards
Q Unit-relative software support
Q FOUNDATION™ fieldbus functionality
Q Scalable software to meet any need
Introduction
DeltaV Advanced Unit Management software provides
class-based Unit, Equipment, Control modules and
Unit Phases to make developing unit-relative
equipment strategies simple.
IEC 61131-3 control languages can be used to
graphically assemble or modify control strategies using
standard drag-and-drop technology. This makes
learning and using the DeltaV system easy, and it
allows you to improve the process while implementing
your batch process controls.
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 2
TM
Benefits
Integrated, multi-state, class-based phase logic.
Using sequential function charts (SFCs) and a built-in
state transition diagram, you can create batch phase
control using class-based phases. This easy-to-use
structure includes predefined phase states, automatic
state switching, built-in failure monitoring and a preconfigured faceplate to manually control your phases
from the Operator Interface. Recipe management
software also orchestrates the execution of phases
including passing recipe parameters and collecting
history data.
system’s performance. Many functions like override
control, tracking, and state control are built into these
powerful blocks to save you engineering time. Plus,
with fieldbus you get the added bonus of decreased
wiring costs and improved instrument diagnostics.
Scalable software to meet any need. As your needs
grow, the DeltaV automation system is ready to
expand with you. Additional capacity can be added
online while you continue to control your process.
Control Language Typical Usage
IEC61131-3 Control Languages. DeltaV software
supports three IEC61131-3 graphical control
languages so you can always use the tools most
appropriate for the job. Function Block Diagrams
(FBD), Sequential Function Chart (SFC), and
Structured Text (ST) are all available, making control
strategy development both intuitive and easy.
ISA S88 and NAMUR NE33 Standards. These
standards are used throughout the DeltaV system. For
example, both the physical and procedural models are
used as a basis for building batch-related equipment
and sequences. Control modules and process units
can be created and used in conjunction with phases to
carry out a batch process. Phases are executed within
the controller and are tightly integrated with the recipe
management software.
Unit-relative Software Support. Aliasing and
dynamic path reference capabilities are key benefits of
the DeltaV object-oriented batch architecture. By using
the aliasing and dynamic path reference capabilities,
users can create generic phase logic that may be
executed on several different process units. Taking
advantage of these capabilities can dramatically
reduce software design, implementation, test,
validation, and maintenance costs.
FOUNDATION fieldbus functionality. These blocks are
used throughout the DeltaV system. Control strategies
are developed using these standards-based blocks,
which minimize development time and maximize the
Function Block Diagram (FBD)
Monitoring and alarming
Continuous calculations
Analog control (pressure, temperature, flow)
Motor and block valve control
Totalizers
Sequential Function Chart (SFC)
Charging systems
Startup/shutdown control
Batch sequences (fill, mix, heat, dump)
Structured Text (ST)
Advanced math functions
Complex calculations
Interlock condition detection
If-then-else decisions
Looping (WHILE…DO)
Bit manipulations
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 3
TM
Product Description and Specification
The Advanced Unit Management license provides
users with the ability to build class-based units and
phase logic to create unit-relative equipment control
strategies. These licenses may be upgraded online
while you continue to monitor and control your
process.
Both phases and unit modules are fully integrated, with
batch recipes automatically providing execution
control, recipe parameter passing, and history
tracking. Users do not have to map registers or write
custom logic. Operator interfaces and alarm
management are provided as standard features.
Advanced Unit Management control software includes
the ability to display, trend, alarm, and collect history
for values brought in through the controller’s I/O
subsystem using Classic I/O, HART, FOUNDATION
fieldbus, Profibus DP, AS-i bus, DeviceNet and Serial
Interface cards.
Units and phases are integrated into the standard
DeltaV Explorer hierarchy and can be used to organize
the control modules and equipment modules that
make up your system’s database. Following the
S88.01 Physical Model, the database can be
segregated into areas, process cells within an area,
units within a process cell, and modules within a unit.
Phases are included as well. A list of phases that can
run on a given unit appears under that unit in the
hierarchy.
Class-based, multi-state control.
The Advanced Unit Management control software
provides class-based, multi-state phase control in
addition to all of the other DeltaV monitoring, discrete,
sequencing and analog control functions. Each state
(such as running, holding, and aborting) is configured
using standard SFCs, and branching between the
states is fully automatic.
Additionally, the phase logic within each state can be
written generically, using aliases or dynamic
references in place of a standard DeltaV parameter
path. Aliases are resolved at run time based on the
unit module that is executing the phase. Dynamic
references are also resolved at run time and can be
used when the information needed to determine the
parameter path is not available when the phase is
configured.
Area
Process Cell
Unit
Equipment Module
Control Module
Integrated batch equipment.
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 4
TM
Different control languages are optimized for various
tasks, making control strategies simple to configure.
The control languages can be mixed within a single
DeltaV module, and the choice of control languages
(FBD, SFC, and ST) allows you to use the tools most
appropriate for the tasks at hand. All three languages
execute within the controller in their native form
without translation from one language to another. With
these IEC61131-3 graphical control languages, control
strategies are assembled and modified using standard
drag-and-drop technology. Strategy development is
visually intuitive, making it easy for first-time users to
quickly become productive. Context-sensitive, online
help is available for all functions.
Sequential Function Charts enable you to configure
operator-independent time variant actions. An SFC
comprises a series of steps and transitions. Each step
contains a set of actions that affect the process.
Transitions control when processing moves on to the
next step(s). Both single-stream and parallel execution
of logic are supported within SFCs. SFCs can be used
to generate controller based dynamic operator
prompts, which allow the embedding of phase
parameter values in the prompt string.
The DeltaV system uses Function Block Diagrams to
implement continuously executing calculations,
process monitoring, and control strategies. Graphical
“wires” are used to connect the different blocks within
a diagram. Each wire transfers one or more pieces of
data. All communications throughout the DeltaV
system are handled automatically.
PID loop function block diagram
DeltaV function blocks are implemented using the
structure specified by the FOUNDATION fieldbus
standard, but they are also enhanced and extended to
provide greater flexibility in control strategy design.
FOUNDATION fieldbus-compliant function blocks enable
you to take advantage of control in the field. Using
fieldbus also gives you reduced wiring costs and
improved instrument diagnostics.
Executing control in the field using FOUNDATION
fieldbus distributes the control algorithms as close to
the transmitters and final control elements as possible,
thus increasing the integrity of your control loop.
Sequential function chart.
You design control strategies that best meet your
control application requirements. Then, decide
whether the function blocks controlling the process run
in the controller, field devices, or both. The discrete
control functions, as well as graphical control
languages, are also included. Discrete motor and
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 5
TM
discrete valve control provide comprehensive control
strategies that incorporate interlocking, permissives,
field start-stop, hand-off-auto, and state control under
a single easy-to-configure control tag.
Finally, the DeltaV system’s library of pre-engineered
module templates, provided with the Configuration
Suite, enables fast and easy control software
implementation. Using simple drag-and-drop features,
it takes only seconds to create completed loop, motor,
and valve modules. These pre-engineered modules
provide a reliable, proven solution and incorporate all
the alarming and operator interface requirements
under the same tag. However, if they don’t meet all
your requirements, they can be easily modified and
extended. Tracking these additions, as well as
deletions and changes made to any item in the
configuration database, is accomplished with the
Configuration Audit Trail and Version Management
option.
Capacity
The DeltaV system provides the exact level of
monitoring and control functionality your application
requires. The software is also scalable in size. It is
sized according to the number of device signal tags
(DSTs) and SCADA tags that are used in the system.
A DST is any signal used as a measured variable or
controlled output. A SCADA tag is a value brought into
the DeltaV system for monitoring, display, and history
collection.
Classic I/O supports one tag per device. HART,
FOUNDATION fieldbus, and serial communications can
support multiple tags per device. OPC
communications can support multiple tags per server.
System stress tests have proven that the DeltaV
system is capable of providing the capacity and
performance needed to handle applications of any
size. While there are no fixed limits on the number of
phases and units that can be created, these tests
provide recommended guidelines for setting up your
system. The DeltaV system provides the scalable
solution to your process control software requirements.
System Specifications
Hardware
MD or MDPlus Controllers
DeltaV Software
Release > 5.x
Capacity
SCADA Tags
25,000 per workstation
Device Signal Tags
30,000 per system
750 per controller*
*25–-750 in increments of 25
Phases
No Fixed Limit
Tested: 2500 communicating
with a single Batch
Executive
Unit Modules
Phases per Unit
Data Source
No Fixed Limit
Tested: 200 per system
5 per controller
No Fixed Limit
Tested: 100 per unit
Classic I/O (AI, AO, DI, DO)
HART (AI, AO)
FOUNDATION fieldbus
Profibus DP
DeviceNet
ASI Bus
Serial
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 6
TM
Related Products
9 Configuration Software Suite. Configures your
entire DeltaV system.
9 FOUNDATION Fieldbus in the DeltaV System.
Accesses the FOUNDATION fieldbus database using
AMSinside.
9 mimic. Provides process simulation using direct
connection to DeltaV controllers.
9 Monitor and Control Software Functions.
Licensing and functionality of monitor and control
applications.
Related Batch Products
9 Batch Executive. Executes and schedules your
recipes and resources.
9 Batch Historian. Automatically collects and
displays recipe execution data from the DeltaV
Batch Executive and process event data from the
DeltaV Event Chronicle.
9 Batch Operator Interface. Uses operator
graphics to start, monitor, and operate your batch
process.
9 Campaign Manager. Creates and manages a
campaign by specifying the recipe, formula,
equipment, and number of batches that are to be
run within the campaign. An API and a Web
Service are available to enable productionscheduling packages to initiate the creation of
campaigns in the DeltaV system.
9 Configuration Audit Trail. A powerful tool that
collects and monitors revision information for any
item in the DeltaV configuration database
9 Recipe Studio. Configures recipes (with
formulations) and creates the steps for successful
batch production.
9 Recipe Exchange. Provides an open,
programmatic interface to the DeltaV recipe
management system for the import and export of
recipes.
Product Data Sheet
Advanced Unit Management Software
February 2006—Page 7
TM
Ordering Information
Description
Model Number
Advanced Unit Management Software License
3109xxxxx
xxxxx = 25 to 30,000 DSTs
Prerequisites
•
DeltaV MD or MDPlus controller.
•
One ProfessionalPLUS Station is required in the DeltaV system to configure the control software.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2006 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 1
TM
DeltaV I/O Subsystem Carriers
Redundant power/controller pairs
plugged into 2-wide carriers
I/O cards plugged into an
8-wide carrier
Additional I/O
Additional
The DeltaV modular I/O subsystem is easy to install and maintain.
„ Modular design allows flexible installation
Benefits
„ Allows you to expand online
Modular design allows flexible installation. A
T-type DIN rail is all you need to mount the
power/controller carrier into place. The I/O interface
carrier plugs on to the power/controller carrier.
Simply plug your I/O terminal blocks into the carrier.
The DeltaV system’s modular design approach
allows you to add I/O carriers as you need them.
„ Increases I/O density for cabinet-mounted
systems
Introduction
Get your I/O subsystem up and running efficiently
with the DeltaV horizontal- or vertical-mount I/O
carriers. The power/controller contains internal
power buses. You don’t need to use external cabling
to connect the system power supply to the DeltaV
controller and the I/O interface carriers.
The power/controller and I/O carriers are modular.
Purchase only what you need but be assured that as
your system grows you can add plug-and-play
carriers—Easy!
Allows you to expand online. Additional 8-wide
carriers may be added online as desired.
Increases density for cabinet-mounted systems.
Alternatively, if flexibility, increased capacity, and
simple cabinet installation are your goals, use the
vertical-mount solution. Six I/O carriers (384 classic
I/O) fit in one side of a standard 800mm x 600mm x
2200mm cabinet.
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 2
TM
The DeltaV horizontal-mount carriers provide plug-and-play ease for your I/O subsystems.
These vertical carriers also provide plug-and-play ease.
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 3
TM
Product Description and Specification
The I/O interface carrier plugs on to the
power/controller carrier. The power/controller carrier
supplies the system power and communications
between the I/O interfaces and the controller. The
controller processes the I/O interface information.
For the horizontal-mount solution, an additional
power/controller carrier is required for use with
redundant controllers.
Mount your interface carrier on a T-type DIN rail.
The I/O interface carrier includes the connections for
the bulk AC to 24 VDC power supply, I/O interfaces,
and terminal blocks. Each I/O interface carrier is
equipped with a connector that allows an additional
I/O interface carrier to be plugged on to it. Up to 64
I/O interfaces and eight 8-wide I/O interface carriers
are supported by a single I/O subsystem. For the
horizontal-mount solution, a 1-wide local bus cable
enables you to connect 2-wide carriers together. For
the vertical-mount solution, the connector for the
cable is already in place. Both carrier styles can be
used with any DeltaV system, regardless of software
revision level.
Vertical-mount I/O carriers mounted in
a standard-sized cabinet.
With the introduction of DeltaV SIS in the V8
software release, the left one-wide and right onewide dual carrier extenders have two, 44-pin D-Shell
connectors which supports dual cables for a fault
tolerant configuration. The A and B connectors are
in parallel so either port may be used. The Vertical
mount carriers do not support dual cables. DeltaV
SIS cannot be used on Vertical carriers – the new
dual carrier extenders (for horizontal) are a prerequisite for DeltaV SIS.
Front View of Dual Carrier Extenders
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 4
TM
Common Environmental Specifications
Category
Specifications
Storage Temperature
-40 to 85 °C (-40 to 185 °F)
Operating Temperature
-40 to 70 °C (-40 to 158 °F)
Relative humidity
5 to 95% , non-condensing
•
ISA-S71.04-1985 Airborne
Contaminants Class G3
•
Conformal coating
Airborne contaminants
Protection rating
IP 20, NEMA 12
ATEX EEx nA IIC T4
Hazardous area/location
Class I, Div 2, Groups A, B, C, D,
T4 hazardous locations.
Location of field wiring
for 8-wide carrier
CENELEC Zone 0, IIC hazardous area or
Div 1, Group A- D hazardous location
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16 Hz;
0.5 g from 16 to 150 Hz
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 5
TM
The following tables list the specifications for the horizontal 2-wide and 8-wide carriers.
Horizontal 2-Wide Power/Controller Carrier Specifications
Capacity
One system power supply and one controller or
two system power supplies
Dimensions
Centimeters
Height
16.5
6.5
Width
8.4
3.3
Depth
3.1
1.2
Connector to
connector width
9.1
3.6
Inches
Horizontal 8-Wide I/O Carrier Specifications
Capacity
Eight I/O cards and eight terminal blocks
Dimensions
Centimeters
Inches
Height
16.5
6.5
Width
33.6
13.2
Depth
3.1
1.2
Current Rating
Backplane
Bussed field
power bus
8 A max
(supplied to I/O cards)
6.5 A max (supplied to field terminals)
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 6
TM
The following tables list the vertical-mount specifications
Vertical Power/Controller Carrier Specifications
Capacity
Two system power supplies and two controllers or
four system power supplies
Dimensions
Centimeters
Inches
Height
18.0
7.1
Width
18.3
7.2
Depth
4.1
1.6
Vertical I/O Carrier Specifications
Capacity
Eight I/O cards and eight terminal blocks
Dimensions
Centimeters
Inches
Height
56.4
22.2
Width
18.3
7.2
Depth
4.3
1.7
Current Rating
Backplane
Bussed field
power bus (shared
by multiple I/O
card pairs)
15 A max
(supplied to I/O cards)
6.5 A max
(supplied to field terminals)
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 7
TM
Ordering Information
Horizontal-mount
Model Number
8-Wide I/O Interface Carrier with Carrier Shield Bar
VE4050S2K1C0
8-Wide I/O Interface Carrier with Single Carrier Extension Cable and Carrier Shield
Bar
VE4050E1C0
8-Wide I/O Interface Carrier with Dual Carrier Extension Cable and Carrier Shield
Bar
VE4050E2C0
2-Wide Power/Controller Carrier
VE3051C0
2-Wide Power/Controller Carrier with Carrier Extension Cable
VE3051C1
Protective Cover
VE6101
Vertical-mount
Model Number
8-Wide Left-Side Vertical-mount Interface Carrier
VE4055S1C0
8-Wide Left-Side Vertical-mount Interface Carrier with top 2-meter cable to extend
from right-side carrier
VE4055S1C1
8-Wide Right-Side Vertical-mount Interface Carrier
VE4055S2C0
8-Wide Right-Side Vertical-mount Interface Carrier with bottom 1-meter cable to
extend from left-side carrier
VE4055S2C2
4-Wide Top Vertical-mount Power/Controller Carrier
VE3055M1
4-Wide Bottom Vertical-mount Power/Controller Carrier
VE3055M2
Product Data Sheet
DeltaV I/O Subsystem Carriers
May 2005—Page 8
TM
To locate a sales office near you, visit our website at:
http://www.EasyDeltaV.com/
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65 777 8211
31 70 413 6666
1 800 833-8314 or
1 512 832 3774
For large power, water, and wastewater applications contact Westinghouse Process Control at:
http://www.westinghousepc.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65 777 8211
48 22 630 2443
412 963 4000
Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
Classic I/O
May 2006—Page 1
TM
Classic I/O
I/O cards plugged
into an 8-wide carrier
Redundant power supplies
and controllers plugged into
2-wide carriers
Additional I/O
The DeltaV I/O subsystem is easy to install and maintain.
Q Decreases capital equipment costs
Q Decreases installation time and expense
Q Increases productivity
The Classic I/O subsystem includes:
I/O interface carrier (a DIN rail surface mounted)
on which all I/O related components are
installed.
Bulk AC to 24 VDC power supply for field
Introduction
Classic I/O is a modular subsystem that offers
flexibility during installation. It’s designed to be
installed in the field, near your devices. Classic I/O is
equipped with function and field wiring protection
keys to ensure that the correct I/O card is always
plugged into the corresponding terminal block.
Modularity, protection keys, and plug and play
capabilities make DeltaV Classic I/O a smart choice
for your process control system.
devices.
An I/O interface consisting of an I/O card and an
I/O terminal block.
A variety of analog and discrete I/O cards
enclosed in a common form factor that easily
plugs into the I/O interface carrier.
A variety of I/O terminal blocks mounted on the
I/O interface carrier that can be pre-wired before
I/O card installation.
Product Data Sheet
Classic I/O
May 2006—Page 2
TM
Benefits
Decreases capital equipment costs.
Full system modularity. The Classic I/O subsystem
was designed with your investment in mind. All
components are fully modular and may be installable
under power.1 You add I/O interface carriers and I/O
interfaces in groups of 8 channels as you need
them. The modular design enables you to purchase
the exact amount of I/O cards, 8-wide carriers,
power/controllers, and 2-wide carriers you need and
add more DeltaV I/O as your system grows.
Reduced system footprint. The DeltaV system’s
state-of-the-art form factor design of the I/O
components enables you to mount the I/O interface
carrier in a junction box in the field so you
significantly reduce the footprint of your equipment
and increase valuable control room space for other
uses.
Decreases installation time and
expense.
Plug-and-play installation saves money. All
Classic I/O components plug into the I/O interface
carrier. You can install the I/O interface carriers to
manage anticipated growth and postpone the I/O
interfaces until you’re ready to install your additional
field devices.
Phased installation saves time. As soon as you
mount the I/O interface carrier, you’re ready to begin
installing the field devices. I/O terminal blocks plug
directly onto the I/O interface carrier. There is no
need to have the I/O cards installed.
Installation. Save on wiring expenses by installing
Classic I/O in the field, near the actual field devices.
Mounting the controller with the I/O further reduces
your wiring expenditures by eliminating the need for
long runs of multi-cores. The integrated design of
the I/O subsystem can eliminate the need for
marshaling panels. This saves you even more in
your total capital costs.
The provision of in-line fuses and bussed power
saves on installation costs compared with external
fuses and power distribution.
Classic I/O terminal block.
Keys. Classic I/O interfaces and terminal blocks
have I/O function keys. These keys ensure that the
correct I/O card is always plugged into the
corresponding terminal block. It’s incredibly easy to
use and gives you time to do more.
1
Refer to Zone 2 installation instructions (12P2046)
and/or Class 1 Division 2 installation instructions
(12P1293) for details.
This design enables you to initially install Classic I/O
quickly and efficiently. When you need to replace an
I/O card, the function key design ensures that you
Product Data Sheet
Classic I/O
May 2006—Page 3
TM
will always install it correctly. This keying system
provides a safety measure by preventing the wrong
I/O interface’s being installed.
Product Description and Specification
Increases productivity.
A variety of analog and discrete I/O cards is
available to meet your specific requirements. All I/O
cards are enclosed in a common form factor that
plugs into the I/O interface carrier. The housing is
clearly labeled with the enclosed I/O card type.
Clearly visible LEDs on the top of the I/O card
display the power, error, and status to the channels
included in the I/O card.
Real-time, online equipment additions. Online
addition of new I/O interfaces means your process
does not get interrupted. As new equipment is
added, the DeltaV Explorer acknowledges it and
assigns it basic configuration.
I/O Cards
We have met ISA G3 corrosion specifications by the
careful selection of superior electronic components
and the use of conformal coating.
For slow pulse applications (< 125 Hz) any discrete
input card can be used. The most commonly used
discrete input cards for pulse applications are the
discrete input 24 VDC.
If you’re entering the world of smart plants, then you
may be interested in the benefits associated with
HART and FOUNDATION fieldbus I/O. For detailed
information about these products, refer to the
appropriate product data sheet.
A Classic I/O card easily plugs into
an I/O carrier.
Product Data Sheet
Classic I/O
May 2006—Page 4
TM
The following tables list the specifications for the
Classic I/O:
Common Environmental Specifications for all I/O Interfaces
Category
Specifications:
Storage temperature
-40 to 85 °C (-40 to 185 °F)
Operating temperature
0 to 60 °C (32 to 140 °F)
Relative humidity
5 to 95% , non-condensing
•
ISA-S71.04-1985 Airborne
Contaminants Class G3
•
Conformal coating
Airborne contaminants
Protection rating
IP 20, NEMA 12
•
Hazardous area/location*
•
Class 1, Div 2, Groups A, B, C, D, T4
hazardous locations, or
ATEX 3 G IIC T4
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16 Hz;
0.5 g from 16 to 150 Hz
Dimensions
H 10.7 cm (4.2 in.)
W 4.1 cm (1.6 in.)
Depth 10.5 cm (4.1 in.)
*Refer to Zone 2 installation instructions (12P2046) and/or Class 1 Division 2 installation instructions (12P1293)
for information on installing in hazardous areas.
Product Data Sheet
Classic I/O
May 2006—Page 5
TM
Analog I/O Cards
Specifications for AI-Card, 8 channel, 1 to 5 VDC
Number of channels
8
Isolation
Each channel is optically isolated from the system at field to system
isolation = 100 VAC (verified by 1700 VDC factory test)
Nominal signal range (span)
1 to 5 VDC
Full signal range
0.19 to 5.64 VDC, with overrange checking
LocalBus current (12 VDC nominal)
per card
100 mA typical, 150 mA maximum
Field circuit power per card
100 mA (used on card)
Input impedance
2 MΩ
Accuracy over temperature range
0.1% of span
Resolution
16 bits
Repeatability
0.05% of span
Rolloff frequency
-3 dB at 2.7 Hz;
-20.5 dB at ½ the sampling frequency
Calibration
None required
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous locations
ATEX 3 G IIC T4
Field wiring
Class I, Div 2 Groups A, B, C, D, T4 non-incendive2
3
ATEX 3 G IIC T4 -nL
2
Non-incendive field circuits are designed such that under normal operating conditions energy is limited. The circuit is not
capable of igniting the surrounding flammable gas or vapor by opening, shorting or grounding the field wiring.
3
Energy-limited field circuits (-nL) are designed such that any spark or thermal effect produced in test conditions is not
capable of causing ignition of given flammable gas or vapor.
Product Data Sheet
Classic I/O
May 2006—Page 6
TM
Specifications for AI-Card, 8 channel, 4 to 20 mA
Number of channels
8
Isolation
Each channel is optically isolated from the system at field to system
isolation = 100 VAC (verified by 1700 VDC factory test)
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 23 mA, with overrange checking
LocalBus current (12 VDC nominal)
per card
120 mA typical, 150 mA maximum
Field circuit power per card
300 mA maximum at 24 VDC (+10%)
Accuracy over temperature range
0.1% of span
Resolution
16 bits
Repeatability
0.05% of span
Rolloff frequency
-3 dB at 2.7 Hz;
-20.5 dB at ½ the sampling frequency
Calibration
None required
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous locations
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B, C, D, T4
2-wire—non-incendive
4-wire—non-arcing
2-wire— ATEX 3 G IIC T4 -nL
4-wire— ATEX 3 G IIC T4 -nA
Product Data Sheet
Classic I/O
May 2006—Page 7
TM
Specifications for AO Card, 8 channel, 4 to 20 mA
Number of channels
8
Isolation
Each channel is optically isolated from the system at field to system
isolation = 100 VAC (verified by 1700 VDC factory test)
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 23 mA
LocalBus current (12 VDC nominal)
per card
100 mA typical, 150 mA maximum
Field circuit power per card
300 mA maximum
Accuracy over temperature range
0.25% of span
Resolution
12 bits
Output compliance
20 mA at 21.6 VDC supply into 700 Ω load
Calibration
Information stored on card.
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous locations
ATEX 3 G IIC T4
Field wiring
Class I, Div 2, Groups A, B, C, D T4 non-incendive
ATEX 3 G IIC T4 -nL
Product Data Sheet
Classic I/O
May 2006—Page 8
TM
RTD I/O Card
Specifications for RTD Input Card, 8 channel
RTD channels per card
Sensor types
LocalBus power rating
Repeatability
Calibration
Resolution
Wiring
Sensor type
Units
Temperature range
Sensor excitation
Common mode rejection
Common mode impedance
Normal mode rejection rolloff
Frequency
Open RTD response time
Scan time
Environmental conditions
Temperature
Operating
Rate of Change
Storage
Relative humidity
Operating
Storage
8
2 wire, 3 wire, or 4 wire: Resistance, Pt100, Pt200, Pt500, Ni120,
Cu10, user defined
12 VDC, 160 mA
0.05% of span
None required
0.03 Degrees C (16 bit)
3 and 4 wire sensors
100 ohm platinum
200 ohm platinum
10 ohm copper
Custom RTD available
Degrees C
Degrees F
-200 to 870 Degrees C
Constant current source supplied by card
100 dB at 60 Hz
> 10 megohms
100 dB at 50/60 Hz, -20dB at ½ the sampling frequency
1 second
1 second (filtering is appropriate to realize a true 1 second detection
0 to 60 Degrees C
1 degree C per minute without performance degradation
-40 to 85 degrees C
5 to 95% (non-condensing)
5 to 95% (non-condensing)
Hazardous area/location
Class 1, Div 2, Groups A, B,C,D, T4
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B,C,D, T4 non-incendive
ATEX 3 G IIC T4 -nL
Product Data Sheet
Classic I/O
May 2006—Page 9
TM
RTD, ohms Sensor Type Specifications
Sensor Type
Full Scale
Operating Range
25° Reference
Accuracy
Resistance
0 to 2,000 ohms
0 to 2,000 ohms
± 6.2 ohms
± 0.112
ohms/°C
~0.02 ohms
Pt100
-200 to 850°C
-200 to 850°C
± 0.5° C
± 0.018° C/°C
~0.05° C
Pt200
-200 to 850°C
-200 to 850°C
± 0.5° C
± 0.012° C/°C
~0.05° C
Pt500
-200 to 850°C
-200 to 850°C
± 3.5° C
± 0.063° C/°C
~0.18° C
Ni120
-70 to 300°C
70 to 300°C
± 0.2° C
± 0.006° C/°C
~0.02° C
Cu10
-30 to 140°C
-30 to 140°C
± 1.0° C
± 0.157° C/°C
~0.23° C
User defined
0 to 1000 ohms
0 to 1000 ohms
± 0.4 ohms
± 0.009
ohms/°C
~0.05 ohms
Temperature
Drift
Resolution
Product Data Sheet
Classic I/O
May 2006—Page 10
TM
Thermocouple/ Millivolt I/O Card
Specifications for Thermocouple Input Card, 8 channel
Thermocouple or millivolt channels per card
8
Resolution
16 bit
Isolation
Each channel is optically isolated from the system and factory tested to
1400 VDC. Channels 1, 2, 3, and 4 are isolated from channels 5, 6, 7, and 8
(verified by 1400 VDC factory test). Thermocouples attached to channels 1,
2, 3, and 4 are not electrically isolated and should be within + 0.7 VDC of
each other. Thermocouples attached to channels 5, 6, 7, and 8 are not
electrically isolated and should be within + 0.7 VDC of each other.
Sensor type
mV
Low level voltage source
B, E, J, K, N, R, S, T, uncharacterized
Thermocouple
LocalBus power rating
12 VDC, 350 mA
Repeatability
0.05% of span
Rolloff frequency
mV
-25 dB at 50/60 Hz, -20 dB at ½ the sample frequency
–100 at 50/60 Hz, -200 dB at ½ the sample frequency
Thermocouple
Calibration
None required
Units
Degrees C
Degrees F
Millivolt range
-100 to 100 mV
Cold junction compensation
Integral terminal block with cold junction compensation. Also, one input
channel may be configured to use external cold junction compensation
Common mode rejection
100 dB at 60 Hz
Common mode impedance
> 10 megohms
Normal mode rejection
60 dB at 60 Hz
Open thermocouple response time
1 second
Open circuit detection
Yes
Product Data Sheet
Classic I/O
May 2006—Page 11
TM
Specifications for Thermocouple Input Card, 8 channel
Scan time
1 second (filtering is appropriate to realize a true 1 second detection
Environmental conditions
Temperature
0 to 60 degrees C
1 Degree C per minute without performance degradation
-40 to 85 degrees C
Operating
Rate of change
Storage
Relative humidity
5 to 95% (non-condensing)
5 to 95% (non-condensing)
Operating
Storage
Hazardous area/location
Class 1, Div 2, Groups A, B, C , D, T4 hazardous location
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B, C, D, T4 non-incendive
ATEX 3 G IIC T4 -nL
Thermocouple Sensor Type Specifications
Sensor Type
Full Scale
Operating Range
-100 to 100 mV
25°
Temperature Drift Resolution
Reference
Accuracy
Uncharacterized
(no linearization,
no cold junction
compensation.)
-100 to 100 mV
0.1 mV
± 0.002 mV/ °C
~ 0.003mV
B
250 to 1810° C
500 to 1810° C
± 2.4° C
± 0.056 ° C/ °C
~ 0.18° C
E
-200 to 1000° C
-200 to 1000° C
± 0.6° C
± 0.008° C/ °C
~ 0.07° C
J
-210 to 1200° C
-190 to 1200° C
± 0.8° C
± 0.011° C/ °C
~ 0.05° C
K
-270 to 1372° C
-200 to 1372° C
± 0.5° C
± 0.016° C/ °C
~ 0.18° C
N
-270 to 1300° C
-190 to 1300° C
± 1.0° C
± 0.007° C/ °C
~ 0.10° C
R
-50 to 1768° C
-50 to 1768° C
± 2.1° C
± 0.013° C/ °C
~ 0.14° C
S
-50 to 1768° C
-40 to 1768° C
± 2.2° C
± 0.067° C/ °C
~ 0.24° C
T
-270 to 400° C
-200 to 400° C
± 0.7° C
± 0.001° C/ °C
~ 0.04° C
Product Data Sheet
Classic I/O
May 2006—Page 12
TM
mV Sensor Type Specifications
Sensor Type
Full Scale
Operating
Range
25°
Reference
Accuracy
Temperature
Drift
Resolution
Low-level voltage
-100 to 100 mV
-100 to 100 mV
0.1 mV
0.002 mV/° C
~ 0.003 mV°
source
Isolated Input I/O Card
Specifications for Isolated Input Card,4 channel4
Number of channels
4
Isolation CAN/CSA-C22.2
No.1010.1-925
Installation Cat II, Pollution degree 2
Channel to system - 600 VAC double insulation
Channel to channel - 600 V basic insulation
Each channel is optically isolated from the system and factory tested
to 5000 VDC.
Each channel is optically isolated from each other and factory tested
to 3100 VDC.
Dielectric strength
Channel to system - 3700 V RMS
Channel to channel - 2200 V RMS
ADC Resolution
16 bit
-3dB Filter Frequency
2.7 Hz
DC/50/60 Hz Common Mode Rejection
120 dB
Input Impedance
10 M
Thermocouple Sensor Types
B, E, J, K, N, R, S, T, Uncharacterized
RTD Sensor Types
4
5
PT100, PT200, Ni120, Cu10, Resistance, User defined
mV and V ranges
Refer to following Tables.
Input type mix
Independently configurable
Ambient temperature
-40° to 70°C
Calibration
None required
Mounting
Assigned slot of I/O carrier
LocalBus power rating
12 VDC, 350 mA, no field power required
DeltaV version 7.3 is required for this card.
Warning: When hazardous live voltages are present on a channel, adjacent channel wiring must be inaccessible.
Product Data Sheet
Classic I/O
May 2006—Page 13
TM
Isolated Input Card, Thermocouple and MilliVolt Input Specifications
Item
Specification
Linearization error
0.003% Full Scale
Cold Junction Compensation Accuracy
1.0°C
Cold Junction Compensation types
Off, local, remote
Cold Junction Compensation range
-40 to 85°C
Temperature scale
ITS90
Open circuit detection (Thermocouple only)
0.4 mA DC
Detection time
1 second
Isolated Input Thermocouple Sensor Type Specifications
Sensor Types
25°C Reference
Accuracy
Temperature
Drift
B
0.8° C
0.116 ° C/ °C
E
0.6° C
J
Nominal
Resolution
Full Scale
Operating
Range
0.09° C
250 to 1810° C
500 to 1810° C
0.004° C/ °C
0.05° C
-200 to 1000° C
-200 to 1000° C
0.6° C
0.005° C/ °C
0.06° C
-210 to 1200° C
-190 to 1200° C
K
0.7° C
.013° C/ °C
0.05° C
-270 to 1372° C
-200 to 1372° C
N
0.8° C
.015° C/ °C
0.05° C
-270 to 1300° C
-190 to 1300° C
R
0.9° C
.083° C/ °C
0.06° C
-50 to 1768° C
0 to 1768° C
S
0.9° C
.095° C/ °C
0.08° C
-50 to 1768° C
0 to 1768° C
T
0.3° C
.025° C/ °C
0.04° C
-270 to 400° C
-200 to 400° C
0.05 mV
.0003 mV/ °C
.0031 mV
-100 to 100 mV
-100 to 100 mV
Uncharacterized
no linearization or
CJC
Product Data Sheet
Classic I/O
May 2006—Page 14
TM
Isolated Input Card, RTD, ohms Input Specifications
Item
Specification
Measurement configurations
2, 3, and 4 wire
Excitation current
100 µA DC
Temperature scale
ITS90
Open sensor detection time
1 second
Short circuit detection time
1 second
Pt 100 and Pt 200 alpha
0.00385
Isolated Input Card, RTD, ohms Input Range Specifications
Sensor Type
Pt100
25°C
Reference
Accuracy
± 0.5° C
Temperature Drift
Resolution
Sensor Input
Range
± 0.018° C/°C
0.05° C
-200 to 850° C
Pt200
± 0.5° C
± 0.012° C/°C
0.05° C
-200 to 850° C
Ni120
± 0.2° C
± 0.006° C/°C
0.02° C
-70 to 300° C
Cu10
± 1.0° C
± 0.076° C/°C
0.23° C
-30 to 140° C
Resistance
± 0.5 ohms
± 0.018 ohms/°C
0.02 ohms
1 to 1000 ohm
Product Data Sheet
Classic I/O
May 2006—Page 15
TM
Isolated Input Card, Voltage Input Range Specifications
Sensor Type Sensor Range
0-5V
0-5V
0 - 10 V
0 - 10 V
1-5V
25°C
Reference
Accuracy
± 0.005 V
Temperature Drift
Maximum
Resolution
± 0.0002 V° C
0.00009 V
± 0.010 V
± 0.0004 V° C
0.00016 V
1-5V
± 0.0005 V
± 0.0002 V° C
0.00009 V
1V
±1V
± 0.0025 V
± 0.0002 V° C
0.00015 V
5V
±5V
± 0.005 V
± 0.0002 V° C
0.00017 V
10 V
± 10 V
± 0.010 V
± 0.0004 V° C
0.0003 V
Product Data Sheet
Classic I/O
May 2006—Page 16
TM
High-Density Discrete I/O Cards
Specifications for DI Card, 32 channel, 24 VDC, Dry Contact
6
Number of channels
32
Isolation
Each channel is optically isolated from the system
at 250 VAC (No channel-to-channel isolation)
Detection level for On
> 2 mA
Detection level for Off
< 0.25 mA
Input impedance
5K ohm (approximate)
LocalBus current (12 VDC nominal) per
card
50 mA typical,
Field circuit power per card
150 mA at 24 VDC
Return
Uses common return
Terminal block
32-screw termination block
Hazardous areas/location
Class 1 Div 2, Groups A, B, C, D, T4 hazardous location
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B, C, D, T4 non-arcing6
ATEX 3 G IIC T4 -nA7
75 mA maximum
Non-arcing field circuits are designed so that ignition does not occur during normal operation.
Non-sparking circuits (-nA) are designed to minimize the risk of occurrence of arcs, sparks, or hot spots capable of creating
ignition hazards during normal operation. Normal operation excludes the removal or insertion of field wiring with circuits
energized.
7
Product Data Sheet
Classic I/O
May 2006—Page 17
TM
Specifications for DO Card, 32 channel, 24 VDC, High Side
Number of channels
32
Isolation
Each channel is optically isolated from the system
at 250 VAC (No channel-to-channel isolation)
Output range
24 VDC ± 10%
Output rating
100 mA per channel
Off-state leakage
0.1 mA maximum
LocalBus current (12 VDC nominal)
per card
100 mA typical,
Field circuit power per card
3.2 A at 24 VDC per I/O interface
Return
Uses common return
Terminal block
32-screw termination block
Hazardous area/location
Field wiring
150 mA maximum
Class 1, Div 2, Groups A, B, C, D, T4 hazardous location
ATEX 3 G IIC T4
Class 1, Div 2, Groups A, B, C, D, T4 non-arcing
ATEX 3 G IIC T4 -nA
Product Data Sheet
Classic I/O
May 2006—Page 18
TM
Discrete I/O Cards
Specifications for DI Card, 8 channel, 24 VDC, Dry Contact
Number of channels
8
Isolation
Each channel is optically isolated from the system
at 250 VAC
Detection level for On
> 2.2 mA
Detection level for Off
< 1 mA
Output Impedance
5 KΩ (approximate)
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
40 mA at 24 VDC
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous location
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B, C, D, T4 non-incendive
ATEX 3 G IIC T4 -nL
100 mA maximum
Specifications for DI Card, 8 channel, 24 VDC, Isolated
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC and
from other channels at 150 VAC
Detection level for On
> 10 VDC
Detection level for Off
< 5 VDC
Input impedance
5 mA at 24 V
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
None
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous location
ATEX 3 G IIC T4
Field wiring
Class 1, Div 2, Groups A, B, C, D, T4 non-arcing
ATEX 3 G IIC T4 -nA
100 mA maximum
Product Data Sheet
Classic I/O
May 2006—Page 19
TM
Specifications for DI Card, 8 channel, 120 VAC, Isolated
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC and
from other channels at 150 VAC
Detection level for On
84 to 130 VAC
Detection level for Off
0 to 34 VAC
Input load (contact cleaning)
2 mA at 120 VAC
Input Impedance
60 KΩ
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
None
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous location
Field wiring
Class 1, Div 2, IIC T4 non-arcing
100 mA maximum
Product Data Sheet
Classic I/O
May 2006—Page 20
TM
Specifications for DI Card, 8 channel, 120 VAC, Dry Contact
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC
Detection level for On
> 1.4 mA
Detection level for Off
< 0.56 mA
Output Impedance
60 KΩ
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
15 mA at 120 VAC
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous location
Field wiring
Class 1, Div 2 IIC T4 non-arcing
100 mA maximum
Specifications for DI Card, 8 channel, 230 VAC, Isolated
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC
Detection level for On
168 to 250 VAC
Detection level for Off
0 to 68 VAC
Input load (contact cleaning)
1 mA at 230 VAC
Input impedance
238 KΩ
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
None
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A. B, C, D T4 hazardous location
Field wiring
Class 1, Div 2 IIC T4 non-arcing
100 mA maximum
Product Data Sheet
Classic I/O
May 2006—Page 21
TM
Specifications for DI Card, 8 channel, 230 VAC, Dry Contact
Number of channels
8
Isolation
Each channel is optically isolated from the system and from other
channels at 250 VAC
Detection level for On
> 0.71 mA
Detection level for Off
< 0.28 mA
Output impedance
238 KΩ
LocalBus current (12 VDC nominal)
per card
75 mA typical,
Field circuit power per card
7 mA at 230 VAC
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous location
Field wiring
Class 1, Div 2 IIC T4 non-arcing
100 mA maximum
Product Data Sheet
Classic I/O
May 2006—Page 22
TM
Specifications for DO Card, 8 channel, 120/230 VAC, Isolated
Number of channels
8
Isolation
Each channel is optically isolated from system at 250 VAC and from
other channels at 150 VAC
Output range
20 to 250 VAC
Output rating
1.0 A continuous per channel;
2.0 A maximum per card up to 60 C° (140 F°)
3.0 A maximum per card up to 50 C° (122 F°)
Off state leakage
2 mA maximum at 120 VAC
4 mA maximum at 230 VAC
LocalBus current (12 VDC nominal)
per card
100 mA typical,
Field circuit power per card
None
Configurable channel types:
Output
150 mA maximum
Discrete output
Output stays in last state submitted by the controller.
Momentary output
Output is active for a pre-configured time period (100 ms to 100 s).
Continuous pulse output
Output is active as a percentage of a pre-configured base time
period (100 ms to 100 s). Resolution = 5 ms
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous location
Field wiring
Class 1, Div 2 IIC T4 non-arcing
Product Data Sheet
Classic I/O
May 2006—Page 23
TM
Specifications for DO Card, 8 channel, 120/230 VAC, High Side8
8
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC
Output range
20 to 250 VAC
Output rating
1.0 A continuous per channel;
2.0 A maximum per card up to 60 C° (140 F°)
3.0 A maximum per card up to 50 C° (122 F°)
Off state leakage
2 mA maximum at 120 VAC
4 mA maximum at 230 VAC
LocalBus current (12 VDC nominal)
per card
100 mA typical,
Field circuit power per card
3.0 A at 120 VAC or 230 VAC
Configurable channel types:
Output
150 mA maximum
Discrete output
Output stays in last state submitted by the controller
Momentary output
Output is active for a pre-configured time period (100 ms to 100 s).
Continuous pulse output
Output is active as a percentage of a pre-configured base time
period (100 ms to 100 s). Resolution = 5 ms
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D T4 hazardous location
Field wiring
Class 1, Div 2 IIC T4 non-arcing
High-side means the output signal is switched on the positive leg. Switching on the positive leg avoids current in field
wiring when there is no output signal.
Product Data Sheet
Classic I/O
May 2006—Page 24
TM
Specifications for DO Card, 8 channel, 24 VDC, Isolated
Number of channels
8
Isolation
Each channel is optically isolated from the system at 250 VAC and
from other channels at 150 VAC
Output range
2 VDC to 60 VDC
Output rating
1.5 A
Off state leakage
1.2 mA maximum
LocalBus current (12 VDC nominal)
per card
100 mA typical,
Field circuit power per card
None
Configurable Channel Types:
Output
150 mA maximum
Discrete output
Output stays in last state submitted by the controller.
Momentary output
Output is active for a pre-configured time period (100 ms to 100 s).
Continuous pulse output
Output is active as a percentage of a pre-configured base time
period (100 ms to 100 s). Resolution = 5 ms
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous locations
ATEX 3 G IIC T4
Field wiring
Class I, Div 2 Groups A, B, C, D, T4 non-arcing
ATEX 3 G IIC T4 -nA
Product Data Sheet
Classic I/O
May 2006—Page 25
TM
Specifications for DO Card, 8 channel, 24 VDC, High Side
Number of channels
8
Isolation
Each channel is optically isolated from the system at 100 VAC
Output range
2 VDC to 60 VDC
Output rating
1.0 A continuous per channel;
3.0 A maximum per I/O Interface
Off state leakage
1.2 mA maximum
LocalBus current (12 VDC nominal)
per card
100 mA typical,
Field circuit power per card
3.0 A at 24 VDC per I/O Interface
Configurable channel types:
Output
150 mA maximum
Discrete output
Output stays in last state submitted by the controller.
Momentary output
Output is active for a pre-configured time period (100 ms to 100 s).
Continuous pulse output
Output is active as a percentage of a pre-configured base time
period (100 ms to 100 s). Resolution = 5 ms
Optional fuse
2.0 A
Hazardous area/location
Class 1, Div 2, Groups A, B, C, D, T4 hazardous locations
ATEX 3 G IIC T4
Field wiring
Class I, Div 2 Groups A, B, C, D, T4 non-arcing
ATEX 3 G IIC T4 -nA
Product Data Sheet
Classic I/O
May 2006—Page 26
TM
I/O Terminal Blocks
A variety of I/O terminal blocks is available to meet
specific functionality and environmental
requirements. I/O terminal blocks and I/O cards used
together are equipped with function and field wiring
protection keys to ensure that only the I/O card and
I/O terminal block that match functionally can be
plugged into each other.
The terminal block keys can be preset to speed
installation. For field devices that are located in an
intrinsically safe zone, or discrete field devices that
require more than the maximum specified current,
standard mass terminated interfaces are provided
with 10-, 16-, or 24-pin connections to allow mass
termination cable connection to intermediary panels.
The systems integrator usually installs these panels.
The low-level signals are conducted over 0.093 mm²
(28 AWG) ribbon cable or round instrument cable.
For field devices requiring external power, the 4-wire
I/O terminal block is available. This particular I/O
terminal block is used in conjunction with the AI, 420 mA card.
Function
keys
24 pin
10 pin
16 pin
Standard mass terminated interfaces.
Product Data Sheet
Classic I/O
May 2006—Page 27
TM
The following tables list specifications for I/O and mass termination blocks:
Specifications for I/O Terminal Blocks
Voltage rating
Varies for card type
Maximum current
Varies for card type
Hazardous
area/location
•
•
Class 1, Div 2, Groups A, B, C, D
T4 hazardous locations
ATEX 3 G IIC T4
Specifications for Mass Terminal Blocks
Models
10-pin mass termination block
16-pin mass termination block
24-pin mass termination block
Maximum current
1 A per I/O Channel (16-pin)
1 A per cable (10-pin, 24-pin)
Voltage rating
30 VDC between non-connected
signals
Maximum cable length
4 m. (13.1 ft.)
Key position
Set the key position based on I/O card
type.
Factory settings:
10-pin: B6
16-pin: A1
24-pin: A3
Hazardous
area/location
•
•
Class 1, Div 2, Groups A, B, C, D
T4 hazardous locations
ATEX 3 G IIC T4
Product Data Sheet
Classic I/O
May 2006—Page 28
TM
Options
The table below lists Classic I/O and terminal block compatibility:
I/O Card – Terminal Block Compatibility
I/O Card
I/O Card Keying
Recommended I/O
Terminal Block
Optional I/O
Terminal Block
AI, 8-channel, 4–20 mA
A1
I/O terminal block
AI, 8-channel, 1–5 VDC
AO, 8-channel,4–20 mA
A3
A4
4-wire I/O terminal block
I/O terminal block
Isolated Input Card
C2
DI, 8-channel, 24 VDC,
Isolated
DI, 8-channel, 24 VDC,
dry contact
B2
Isolated Input Terminal
Block
I/O terminal block
Fused I/O terminal block 4-wire I/O
terminal block 16-pin mass termination
block (2-wire connection)
24-pin mass termination block
Fused I/O terminal block 16-pin mass
termination block
NA
B1
Fused I/O terminal block
DI, 8-channel, 120 VAC,
isolated
DI, 8-channel, 120 VAC,
dry contact
DI, 8-channel, 230 VAC,
isolated
DI, 8-channel, 230 VAC,
dry contact
DO, 8-channel, 120
VAC/230 VAC, isolated
DO, 8-channel, 120
VAC/230 VAC, high side
DO, 8-channel, 24 VDC,
isolated
DO, 8-Channel, 24 VDC,
High Side
E4
I/O terminal block
Fused I/O terminal block 16-pin mass
termination block
I/O terminal block
16-pin mass termination block
Fused I/O terminal block
E1
Fused I/O terminal block
I/O terminal block
E5
I/O terminal block
Fused I/O terminal block
E2
Fused I/O terminal block
I/O terminal block
F4
I/O terminal block
Fused I/O terminal block
F1
Fused I/O terminal block
I/O terminal block
B5
I/O terminal block
B6
Fused I/O terminal block
Fused I/O terminal block 16-pin mass
termination block
I/O terminal block
10-pin mass termination block
16-pin mass termination block
Product Data Sheet
Classic I/O
May 2006—Page 29
TM
Ordering Information
Model Number
Description
VE4001S2T1B1
Discrete Input Card: 8 Channels, 24Vdc, Isolated, Standard I/O Termination Block
VE4001S2T1B2
Discrete Input Card: 8 Channels, 24Vdc, Isolated, Fused I/O Termination Block
VE4001S2T1B3
Discrete Input Card: 8 Channels, 24Vdc, Isolated, 16-Pin Mass I/O Termination Block
VE4001S2T2B1
Discrete Input Card: 8 Channels, 24Vdc, Dry Contact, I/O Termination Block
VE4001S2T2B2
Discrete Input Card: 8 Channels, 24Vdc, Dry Contact, Fused I/O Termination Block
VE4001S2T2B3
Discrete Input Card: 8 Channels, 24Vdc, Dry Contact, 16-Pin Mass I/O Termination Block
VE4001S2T2B4
Discrete Input Card: 32 Channels, 24 Vdc, Dry Contact, Termination Block
VE4001S3T1B1
Discrete Input Card: 8 Channels, 120Vac, Isolated, I/O Termination Block
VE4001S3T1B2
Discrete Input Card: 8 Channels, 120Vac, Isolated, Fused I/O Termination Block
VE4001S3T2B1
Discrete Input Card: 8 Channels, 120Vac, Dry Contact, I/O Termination Block
VE4001S3T2B2
Discrete Input Card: 8 Channels, 120Vac, Dry Contact, Fused I/O Termination Block
VE4001S4T1B1
Discrete Input Card: 8 Channels, 230Vac, Isolated, I/O Termination Block
VE4001S4T1B2
Discrete Input Card: 8 Channels, 230Vac, Isolated, Fused I/O Termination Block
VE4001S4T2B1
Discrete Input Card: 8 Channels, 230Vac, Dry Contact, I/O Termination Block
VE4001S4T2B2
Discrete Input Card: 8 Channels, 230Vac, Dry Contact, Fused I/O Termination Block
VE4002S1T1B1
Discrete Output Card: 8 Channels 24Vdc, Isolated, I/O Termination Block
VE4002S1T1B2
Discrete Output Card: 8 Channels 24Vdc, Isolated, Fused I/O Termination Block
VE4002S1T1B3
Discrete Output Card: 8 Channels 24Vdc, Isolated, 16-Pin Mass I/O Termination Block
VE4002S1T2B1
Discrete Output Card: 8 Channels 24Vdc, High Side, I/O Termination Block
VE4002S1T2B2
Discrete Output Card: 8 Channels 24Vdc, High Side, Fused I/O Termination Block
Product Data Sheet
Classic I/O
May 2006—Page 30
TM
Ordering Information (continued)
VE4002S1T1B1
Discrete Output Card: 8 Channels 24Vdc, Isolated, I/O Termination Block
VE4002S1T1B2
Discrete Output Card: 8 Channels 24Vdc, Isolated, Fused I/O Termination Block
VE4002S1T1B3
Discrete Output Card: 8 Channels 24Vdc, Isolated, 16-Pin Mass I/O Termination Block
VE4002S1T2B1
Discrete Output Card: 8 Channels 24Vdc, High Side, I/O Termination Block
VE4002S1T2B2
Discrete Output Card: 8 Channels 24Vdc, High Side, Fused I/O Termination Block
VE4002S1T2B3
Discrete Output Card: 8 Channels 24Vdc, High Side, 16-Pin Mass I/O Termination Block
VE4002S1T2B4
Discrete Output Card: 8 Channels 24Vdc, High Side, 10-Pin Mass I/O Termination Block
VE4002S1T2B5
Discrete Output Card, 32 Channels, 24Vdc, High Side, I/O Termination Block
VE4002S2T1B1
Discrete Output Card: 8 Channels 115/230Vac, Isolated, I/O Termination Block
VE4002S2T1B2
Discrete Output Card: 8 Channels 115/230Vac, Isolated, Fused I/O Termination Block
VE4002S2T2B1
Discrete Output Card: 8 Channels 115/230Vac, High Side, I/O Termination Block
VE4002S2T2B2
Discrete Output Card: 8 Channels 115/230Vac, High Side, Fused I/O Termination Block
VE4003S2B1
Analog Input Card: 8 Channels 4-20 mA, HART, I/O Termination Block
VE4003S2B2
Analog Input Card: 8 Channels 4-20 mA, HART, Fused I/O Termination Block
VE4003S2B3
Analog Input Card: 8 Channels 4-20 mA, HART, 4-wire I/O Termination Block
VE4003S2B4
Analog Input Card: 8 Channels 4-20 mA, HART, 16-Pin Mass I/O Termination Block
VE4003S3B3
Analog Input Card: 8 Channels 1-5 Vdc, 4-wire I/O Termination Block
VE4003S3B4
Analog Input Card: 8 Channels 1-5 Vdc, 16-Pin Mass I/O Termination Block
VE4003S3B5
Analog Input Card: 8 Channels 1-5 Vdc, 24-Pin Mass I/O Termination Block
VE4003S4B1
Analog Input Card: 8 Channels, mV Ranges, I/O Termination Block
VE4003S5B1
Analog Input Card: 8 Channels Thermocouple, CJC Termination Block
Product Data Sheet
Classic I/O
May 2006—Page 31
TM
Ordering Information (continued)
VE4003S6B1
Analog Input Card: 8 Channels RTD, RTD Termination Block
VE4003S7B1
Isolated Input Card , 4 Isolated Channels for T/C, RTD, mv, or volts; Isolated Input terminal
Block
VE4005S2B1
Analog Output Card: 8 Channels 4-20 mA, HART, I/O Termination Block
VE4005S2B2
Analog Output Card: 8 Channels 4-20 mA, HART, Fused I/O Termination Block
VE4005S2B3
Analog Output Card: 8 Channels 4-20 mA, HART, 16-Pin Mass I/O Termination Block
Prerequisites
DeltaV version 7.3 is required for 4-channel isolated card.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
Asia Pacific:
Europe, Middle East:
North America, Latin America:
…or call us at:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2006 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson Process
Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for informational
purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees, express or implied,
regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions, which are available on
request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 1
TM
DeltaV Control Network Hardware
The standards-based, high-performance DeltaV Control Network is easy to install and maintain.
„ Easy to use
„ Scalable and cost-effective
„ Flexible
„ Redundant
Introduction
Your control network is the backbone of your
system. The DeltaV Control Network is a standard
Ethernet network dedicated to the DeltaV system.
You interconnect the DeltaV workstations and the
controllers using the Control Network.
The Control Network is a dual-speed 10/100BaseT
network. CAT 5 screened (ScTP) twisted-pair cable
connects each node to the hub or switch.
The DeltaV system supports a specific set of
network hubs and switches for the DeltaV Control
Network (see the ordering information included in
this document for details of the specific control
network devices we support.)
Benefits
Plug-and-play components. You can expand the
network easily; just plug in another workstation or
controller and it is recognized by the system.
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 2
TM
Standard compliance. Network components are
compliant with standards such as IEEE, EMC and
CSA.
Installation under power. You can install and
remove nodes under power. Hubs and switches
make a convenient attachment point for new nodes:
no breaking of existing cables or failover issues in a
redundant system.
Network diagnostics. On the managed switches
you can use software diagnostics to verify proper
communication-line health. The LEDs on each
individual hub/switch provide health status
information.
Off-the-shelf products. DeltaV systems use the
highest-quality third-party products to ensure
reliability.
Scalable in small increments. The DeltaV system
provides a package with very low initial cost. You
are able to expand the system readily and
economically by adding hardware incrementally to
your system. Further, the Control Software comes
with different sizing and functionality options tailored
to your needs.
Fast communication. The hub is used for electrical
connectivity of the networked system. It is a passive
device that is invisible to network nodes. The switch
is an active device and provides higher performance
than the hub. It is also invisible to network nodes.
Redundant. The Control Network is a fully
redundant communication network. Nodes may also
be connected using a simplex network but this is not
a recommend practice.
Control Network connections
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 3
TM
Product Description and
Specification
The DeltaV Control Network is configured in a star
topology. Other network configurations are not
supported.
Hubs and Switches
The Control Network can use one or more Ethernet
hubs or switches for communications connections.
To be supported by Emerson Process Management,
the DeltaV control network must be set up using the
network equipment listed in the ordering section (or
using the 3COM equipment previously sold by
Emerson Process Management).
Wiring
The maximum Control Network cable length from
the hub/switch to a node is 100m (330 ft). For longer
distances, use a fiber-optic solution.
A workstation, a hub, and a controller can be
connected with 10BaseT Ethernet. If a switch is
used, they can be connected using 10/100BaseT
Ethernet.
A workstation contains two Ethernet interface ports,
providing a simplex or redundant 10BaseT or
100BaseT connection to the Control Network.
The MD controller provides a redundant 10/100
BaseT (8-pin RJ45) port. Controllers prior to the MD
run 10BaseT Ethernet.
Ethernet Cable
The DeltaV system requires the use of Category 5
screened (ScTP) cable for the 10/100BaseT dualspeed network.
Fiber-optic Wiring
Because fiber-optic cables do not conduct electricity,
they should be used in connections between
buildings or in plant areas where electromagnetic
interference is present. For more information on
wiring, please see the DeltaV Network Hardware
Configuration whitepaper.
Fiber-optic cabling should also be used where wire
runs are longer than 100 meters (330 ft).
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 4
TM
Ordering Information
10/100 Unmanaged Switches
When ordering, please make sure to use the model number for destination country. The appropriate electrical
connectors will be selected for compatibility with local power requirements.
Note
The switches in this section are low port density, unmanaged switches intended for use in smaller DeltaV
systems containing up to 12-15 network devices. They are offered to replace the network hubs that are no longer
available. For larger systems, please use the managed switches in the next section. It is possible to use these
Allied Telesyn switches in the same network as the Cisco switches and any existing 3COM devices. (For detailed
technical information please see www.alliedtelesyn.com). This unit comes with a rack mount kit and can be
installed on 19” rack rails.
The Fiber-optic to Copper Ethernet switch was developed for use on class 1 remote I/O to provide a currentlimited fiber-optic link to IS-classed areas. It can also be used as an unmanaged switch on the DeltaV
communications network for connections between controllers and DeltaV workstations.
VE6019 Fiber-optic to Copper Ethernet Switch
Description
Ports
Power
Cabling
Front panel LEDs
Environmental
Dimensions (WxHxD)
Weight
Protection Class
EMC:
Safety:
ATEX:
FM:
NAMUR
Specifications
4 x10/100BASE-TX, Twisted-pair cable, RJ45 connector, auto-crossing, autonegotiation
1 x 100BASE –FX, Multi-mode cable, MT-RJ connector
Operating voltage 24VDC (18 to 32VDC)
Current consumption 24 VDC 250mA max
Redundant power connections
Twisted pair (TP) 0-100 m
Muiltmode fiber (MM) 62.5.125 µm 0-2000m
11dB link budget at 1300 nm
A=4 dB/km, 3dB reserve, B= 500MHz x km
Power, link status, collision/duplex and speed
Operating temp -40 to +70 oC
Storage Temp -40 to +85 oC
ISA 74.04 G3 Airborne contaminates
35mm x 100mm x 114mm
Mounting DIN rail 35MM
206g
IP20
EN 61326 with Class A emissions, Annex A immunity
CSA-C22.2 No 1010.1-92
EN 50021:1999 Zone 2, fiber port IS
Draft IEC 60079-28:2005 Part 28 (Protection of equipment and transmission
systems using optical radiation)
3611 Class1 Div2, Class 1 Zone 2
NE21
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 5
TM
Description
Model Number
Fiber-optic to Copper Ethernet Switch
VE6019
8-Port 10/100BASE-TX Ethernet Switch
VE6017F0P1
North American power cord
VE6017F0P2
United Kingdom power cord
Allied Telesyn AT-FS708 switch
VE6017F0P3
European power cord
VE6017F0P4
Australian power cord
8-Port 10/100BASE-TX Ethernet Switch
(with 100BASE-FX port supports up to 2KM of fiber.)
VE6017F1P1
North American power cord
VE6017F1P2
United Kingdom power cord
VE6017F1P3
European power cord
Allied Telesyn AT-FS 709FC
VE6017F1P4
Australian power cord
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 6
TM
10/100 Managed Switches
The Cisco managed switches listed below are intended for use in larger DeltaV networks (greater than 15 nodes)
and in any DeltaV network where a managed switch network is desired. These switches can be installed on a
DeltaV system containing SMC switches or existing 3COM switches.
DeltaV supports only a specific version of Cisco switch software, depending on the switch type. DeltaV requires a
specific configuration of the switch that is different from the Cisco default configuration. All Cisco switches
shipped from Emerson have the correct software version installed and have been pre-configured per our
specifications. Any switch supplied by others must have the software version changed to our supported version
and configured per the instructions in DeltaV Books Online to be supported by Emerson Process Management.
Note
The Catalyst® 2950- 24 is a 1-rack unit (RU) stackable** switch providing 24 10/100 ports. It comes with a rack
mount kit.
The Catalyst® 2950C- 24 is a 1-rack unit (RU) stackable** switch providing 24 10/100 ports and two fixed
100BASE-FX uplink ports. It comes with a rack mount kit.
Description
24-Port 10/100BASE-TX Fast Ethernet Switch
Model Number
VE6012P1
North American power cord
VE6012P2
United Kingdom power cord
Catalyst 2950-24 - Cisco Software version supported
12.1-13.EA1c*
24-Port 10/100BASE-TX Fast Ethernet Switch
with two 100BASE-FX MTRJ uplinks
VE6012P3
European power cord
VE6012P4
Australian power cord
VE6013P1
North American power cord
VE6013P2
United Kingdom power cord
Catalyst 2950C – Cisco software version supported
12.1-13.EA1c*
VE6013P3
European power cord
VE6013P4
Australian power cord
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 7
TM
10/100 Managed Switches (continued)
Description
24-Port 100BASE-FX Fiber-Optic Switch
Model Number
VE6014P1
North American power cord
VE6014P2
United Kingdom power cord
Catalyst 3550 24 FX SMI – Cisco software version
supported 12.1-13.EA1c*
8-Port 10/100BASE-TX Fast Ethernet Switch with one
100BASE-FX port
VE6014P3
European power cord
VE6014P4
Australian power cord
VE6015P1
North American power cord
VE6015P2
United Kingdom power cord
Catalyst 2940
VE6015P3
European power cord
VE6015P4
Australian power cord
Note
The 3550 switch is going end-of-life in May 2006. The replacement switch is the Catalyst 3750-24FS –VE6018
listed below. The Catalyst® 3550 24 FX SMI is a 1-rack unit (RU) stackable**, multilayer switch providing 24
100BASE-FX multimode fiber ports (the 2 GBIC-based Gigabit Ethernet ports are unpopulated and are not
supported with the DeltaV system). It comes with a rack mount kit.
The Catalyst® 2940 switch is a small, standalone, managed switch with eight Fast Ethernet ports and a single
integrated Fast Ethernet FX Fiber uplink (the 1000Base-X slot is not supported in the DeltaV system). The
switches are designed to be used outside the wiring closet in the end-user workspace with easy wall or underthe-desk mounting. (The unit is not designed for 19” rack mounting—it requires a shelf or other mounting
arrangement if rack mounting is required.) An optional cable guard is available from Cisco to secure the Ethernet
cables and switch.
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 8
TM
10/100/1000 (Gigabit) Managed Switches
The DeltaV system supports gigabit connections only between switches. Connections between
workstations and controllers are still 100MB.
The Cisco 3750 series Gigabit Switches
Description
24-Port 100Base-FX Fiber-Optic Switch with 2
1-Gigabit Interface Converter Ethernet ports
Model Number
VE6018P1
North American power cord
VE6018P2
United Kingdom power cord
VE6018P3
European power cord
Catalyst 3750-24FS –Cisco software version supported
12.2.(25)SEB2
24-Port 10/100Base-TX Fast Ethernet Switch with 2
slots for Gigabit Transceivers
VE6018P4
Australian power cord
VE6021P1
North American power cord
VE6021P2
United Kingdom power cord
VE6021P3
European power cord
Cisco 3750-24-TS-S
12-Slot Gigabit Switch
Requires any combination of Cisco transceiver
modules listed below plugged into slots.
VE6021P4
Australian power cord
VE6022P1
North American power cord
VE6022P2
United Kingdom power cord
VE6022P3
European power cord
Cisco 3750G12S-S
VE6022P4
Australian power cord
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 9
TM
10/100/1000 (Gigabit) Transceivers
1000BASE-T small form-factor pluggable transceiver with RJ-45 connector
Description
Model Number
Gigabit Transceiver Module
Up to 550 meter of fiber-optic cable.
VE6023
Cisco GLC-SX-MM
Gigabit Transceiver Module
Up to 10 kilometers of fiber-optic cable
VE6024
Cisco GLC-LH-SM
Gigabit Transceiver Module
Up to 100 meters of copper cable.
VE6025
Cisco GLC-T
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 10
TM
Hubs
This hub is offered for use in very small DeltaV systems of 3-5 nodes, usually a demo or training system. If it is
used in a system installed in an operating facility, special installation is required to properly connect the CAT5
cable shield to a ground bar because this device does not ground cable shields via the power cord ground. These
hubs can be mixed with SMC, Cisco or existing 3COM network devices.
Description
Model Number
8 port 10Base-T Hub
VE6001P1
(3Com® OfficeConnect® Ethernet Hub 8)
Cabling
Description
MTRJ-MRTJ Fiber-Optic Crossover Cable for Cisco
switches; 3 feet long
Model Number
VE6104
Picture unavailable
Note
The Fiber-optic crossover cable is used to connect the VE6014 switch to the fiber port on the VE6013 or VE6015.
The VE6014 has no Cu ports and must connect through a device with fiber and Cu ports.
Product Data Sheet
DeltaV Control Network Hardware
April 2006—Page 11
TM
* Versions are correct as of the latest revision of this document but are subject to change without notice. If
switches are supplied by others, they must have their software versions flashed to the supported version and they
must be configured specifically for use with the DeltaV system per the instructions in our documentation. Please
confirm latest supported software versions with your DeltaV sales office before providing equipment not
purchased from Emerson Process Management.
** These units are “stacked” by using standard CAT5 or Fiber MTRJ cables on the front panel connections. A
single 100MB connection provides sufficient bandwidth to interconnect these switches in a DeltaV system. DeltaV
supports Cisco EtherChannel connections if more bandwidth is desired. Note that “stacking” these devices
reduces the available front panel connections by one port for each “stacked” connection.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
(c) 1996-2006 Fisher-Rosemount Systems, Inc. All rights reserved
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or
guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms
and conditions, which are available on request. We reserve the right to modify or improve the design or specification of such products at any time
without notice.
Product Data Sheet
DeltaV Operate
March 2006—Page 1
TM
DeltaV Operate
You can easily manage your process with DeltaV Operate.
„ Powerful operator interface, optionally up to
four monitors
„ Alarms prioritized by user
„ Secure, standard operating desktop
„ Intuitive graphics configuration
Introduction
Are you tired of cryptic display configuration? Do you
want to operate your process control system with a
user-friendly interface that has full-function graphics,
real-time and historical trending capabilities, process
alarms prioritized by the user, and system-wide, built
in security?
Use the standard operating desktop or modify it to fit
your specific operational philosophies and work
preferences. Take advantage of single-click access
to graphics, directories, and other applications.
Display configuration is simply a mouse click away.
Use standard tools such as cut, copy, paste, and
drag-and-drop to easily configure your displays.
DeltaV Operate can run on a DeltaV workstation
connected directly or remotely to the DeltaV system.
Also includes full display configuration capability.
Benefits
Powerful operator interface. DeltaV Operate
provides a powerful environment for process
operation, with built-in features for easy information
access. Whether you are viewing the highest-priority
Product Data Sheet
DeltaV Operate
March 2006—Page 2
TM
alarm, the next display, or detailed module
information, common operator navigation is
consistent and intuitive. Standard faceplates and
detail displays provide a consistent operating
philosophy for all modules.
High-resolution graphics allow extensive detail and
flexibility in the way information is displayed. This
easy-to-use system enables you to creatively
present your important process control information.
Alarms prioritized by user. Alarm prioritization,
presentation and management focuses the operator
on the most important alarms. The alarm banner
provides constant visibility and access to the
highest-priority alarms.
The DeltaV system provides built-in alarm
summaries, providing complete alarm information,
organized by priority. Operators can view all alarms
or alarms for a specific unit or area. Operators can
easily focus on the most important alarms.
DeltaV Operate supports one or two screens as
standard, and optionally up to four screens for
monitoring your process graphics.
Plant photographs create intuitive, life-like operator displays
Standard operating desktop. These leading-edge
operator display products include a standard
operating desktop specific for process operations.
They offer context-sensitive navigation with one-click
access for the most important operator tasks.
Process security is critical to any control system.
The DeltaV system provides built-in security based
on user and plant areas.
You can use the predefined DeltaV capabilities or
easily customize the operator display products to fit
your operational philosophies and work preferences.
Up to four monitors increase your operational view
with the DeltaV Four-Monitor Workstation option
Product Data Sheet
DeltaV Operate
March 2006—Page 3
TM
Product Description and Specification
DeltaV Operate incorporates Active X technology
and Visual Basic for Applications (VBA) as the
display scripting language. It can run on a DeltaV
workstation connected directly or remotely to the
DeltaV system.
Since no one knows how to operate your plant better
than you do, DeltaV also is fully modifiable to match
your plant. This includes everything, from graphics
such as alarm summaries and faceplates, to the
standard desktop and user security.
The product provides a complete set of high
performance tools: operator graphics, sophisticated
alarm management and presentation, real-time and
historical trending and online context-sensitive help.
The product also includes full display configuration
capability. User-specific security ensures that only
authorized operators can make process changes or
access specific information.
With the appropriate system licenses, operators can
add and operate batches, as well as view batch
status from DeltaV Operate. Operators can also
enter comments and answer prompts related to
active batches.
DeltaV Operate is specifically designed for process
control applications. This includes a pre-defined
operating desktop for single, dual and optionally up
to four monitor workstations and operator navigation
for alarms, graphics and faceplates.
Predefined
motor detail
display
DeltaV Operate provides electronic signature
verification for your critical parameters, addressing
to the requirements of 21 CFR Part 11. The
parameters that require electronic signature are
defined with the control module, thus consistent
electronic signature policies are applied to the
parameter, regardless of the operator display being
used.
Predefined
motor faceplate
Predefined faceplates and detail displays provide a consistent, powerful operator interface.
Product Data Sheet
DeltaV Operate
March 2006—Page 4
TM
View executing
control strategies
in Control Studio
Online
Control Studio Online is one of a wide range of related DeltaV products available to expand your operators’ capabilities.
Operator Graphics. DeltaV Operate includes
powerful graphics capability. All control system
information is readily available for display. Based on
process conditions, virtually any graphic element
can have visually dynamic characteristics, including
color, size, and movement. Graphics for DeltaV
Operate are configured from within DeltaV Operate.
You can even use scanned plant images to help
operator easily identify with the process being
operated. Then add dynamic information—easy!
Each control module has pre-engineered pop-up
faceplates, trends, and detail displays. The
predefined process graphics buttons provide easy
access to this information. Historical trends can be
embedded within the graphics. You can also directly
view the module’s executing control strategy with
Control Studio Online or with History View by
selecting pre-defined buttons when these related
DeltaV products are on the workstation.
DeltaV graphics support powerful display
calculations. You can compare values, perform math
functions, etc., within the graphics.
Sound can be fully integrated with your graphics to
make the graphics more intuitive to operators. For
example, a message describing the graphic could
be played when the graphic is first accessed.
Alarms. The alarm banner displays, in descending
order, the five highest-priority alarms. You can view
the process graphic associated with the control
module in alarm by a single click of the alarm button.
Alarms are also displayed on faceplates, process
graphics and alarm summaries. The alarm
summaries show all active alarms for the operator,
all alarms for an area or all alarms for a unit. Alarms
are organized by alarm priority.
Although many alarms may be present in your
system, only the alarms within an operator’s area of
responsibility are shown. This means that the
operator is not distracted by alarms from other areas
of the plant. However, if an operator with different
responsibilities logs on, the alarm banner
automatically adjusts for this new operator.
Alarms are prioritized, managed, and timestamped
at the source (e.g., a controller). This ensures that
Product Data Sheet
DeltaV Operate
March 2006—Page 5
TM
an alarm is displayed with the same priority,
acknowledgment status, and timestamp across
multiple workstations. Each module can have
unlimited standard and user-defined alarms.
User-defined alarms can be easily created. These
alarms can be a combination of other alarms and
process conditions. Unlike other control systems,
which require an expert system to achieve smart
alarms, these come built into the DeltaV system.
You can even dynamically change alarm priorities,
enable or disable alarms, as your process requires.
Alarm presentation is consistent across all Operator
Stations. All alarms of the same priority are
displayed identically throughout the system. Alarm
priority characteristics are defined globally for the
system with the DeltaV Explorer.
For example, all high-priority alarms may be red,
blink when unacknowledged, and produce the same
horn sound.
Horn acknowledgement is managed for all
workstations. When the horn is silenced at one
workstation, all other workstations sounding the horn
for the same reason are also silenced.
Trending. One or more historical and real-time
trends can be embedded right in the process
graphics, with the appropriate system license.
The trend button on a faceplate displays a historical
trend specifically for the control module you have
selected. Historical trends can be accessed through
History View.
View
overview of
alarms by
Access to the highest-priority alarms by area provides instant operator focus on critical areas.
Product Data Sheet
DeltaV Operate
March 2006—Page 6
TM
Toolbar
Main Display
Embedded
Historical
Trend
Alarm Banner
Standard Operating Desktop allows you to focus on the operator displays.
Standard Operating Desktop. The DeltaV
operating desktop is specifically designed for the
critical needs of process automation. The operating
desktop is divided into three predesigned sections:
Button Toolbar. Located at the top of the screen,
the toolbar provides single-click access to important
graphic displays, directories, and other applications.
The toolbar offers several predefined buttons. You
can add, delete, or modify these predefined buttons
and layout.
Main Display. The center of the screen is the
primary working area featuring the process graphics.
These graphics range from typical process line
graphics to artistically rendered plant graphics—
even photographs of the plant.
Alarm Banner. The bottom of the screen is
dedicated to the alarm banner. The alarm banner
displays the five highest-priority alarms based on the
operator currently logged on. By simply selecting an
alarm, the operator goes directly to the process
graphic and the faceplate is automatically displayed.
Security and Span of Control. Individual users can
have specific privileges that determine which
functions (e.g., operate and debug) they are allowed
to perform and which parameters they are allowed to
change. These user privileges can have a defined
span of control, enabling the privileges to be tailored
to certain plant areas.
Each Operator Station can be limited to certain plant
areas for viewing and operating. This security
feature can be defined for an individual station, as
well as for specific users. Use the DeltaV exclusive
Flexlock to ensure that operators remain dedicated
to monitoring, troubleshooting, and maintaining the
process according to plant operating philosophies.
Display configuration. DeltaV Operate display
configuration is included.
Product Data Sheet
DeltaV Operate
March 2006—Page 7
TM
DeltaV Operate is one application used for both
operation and display configuration.
Display configuration is intuitive and designed for
process control. Display configuration is loaded with
predefined functionality such as faceplates, trends,
alarm summaries, display directories, and detail
displays. You can focus on building the right
displays, instead of creating custom operator
interface designs and layouts.
However, you can also use these pre-defined
displays to easily customize them to fit your
requirements. For example, perhaps you would like
to have alarm summary information as part of your
process graphic. Simply open the DeltaV alarm
summary, copy the appropriate display links and
paste them into the new display.
DeltaV software has been designed to allow you to
"break apart" the standard displays so that you can
easily build displays most appropriate for your plant.
Dynamos simplify display configuration
You don’t need to know the physical location of a
module or perform any database mapping to use the
module information in a graphics display. All you
need to know is the name of the module, and you
can simply browse the system for that loop, much
like browsing for files on your PC.
Browse inside a
display group
and edit its
properties
Configure DeltaV Operate using intuitive dialogs and tree structure.
Product Data Sheet
DeltaV Operate
March 2006—Page 8
TM
Operation-related Products
9
To enhance your Operator Display Product, the
following applications may be added.
9
9
9
9
9
9
9
9
9
9
9
9
9
9
Batch Operator Interface. Use operator
graphics to start, monitor, and operate your
batch process.
Control Studio Online. Graphically monitors
and troubleshoots running control strategies at
the click of a button.
DeltaV Continuous Historian. Collect, store,
and easily retrieve continuous historical data.
9
9
9
DeltaV Inspect. An advanced processmonitoring system that instantly identifies underperforming loops.
9
DeltaV Operate for PROVOX. PROVOX points
integrated into process graphics.
9
DeltaV Remote Access Service. Remotely
locate operator workstations.
MPC Operate and MPC OperatePro. Easily
operate multivariable model predictive control
strategies executing in DeltaV MPC function
blocks.
Touchscreen. Allows you to simply touch the
screen to easily manage your process with the
intuitive DeltaV Operator Touchscreen interface.
Configuration-related Products
DeltaV Four-Monitor Workstation. DeltaV
Operate support of up to four screens to monitor
your process.
DeltaV Operate for RS3. RS3 blocks integrated
into process graphics.
History View Suite. Monitor your plant’s
continuous, event and batch data—historically
and in real time.
Configuration Studio Edit. Add full
configuration capabilities to the maintenance
capabilities.
Configuration Audit Trail. Add audit trail
capabilities to display configuration.
Recipe Studio. Configures recipes (with
formulations) and creates the steps for
successful batch production.
Third-party-related applications
9
Sytech Report Manager. From Sytech, delivers
process reports when and where you need
them.
DeltaV Remote Client. Locate full function
operator capabilities remotely from the DeltaV
control Network
Related DeltaV Products
DeltaV Tune. Easily tune your closed-loop
process control based on either PID and fuzzy
control algorithms.
The following related DeltaV products enhance your
system. These may be added to a separate
workstation, depending on the workstation type.
Diagnostics. Instantaneously checks out the
health of your DeltaV system.
9
Event Chronicle. Captures and stores events—
such as alarms and operator changes.
9
Excel Add-in. Accesses any online data and
brings it into your copy of Excel.
9
FlexConnect Solutions. Include additional
DeltaV Operate faceplates and detail displays
for a variety of legacy control systems.
9
DeltaV Analyze. Allows you a view of your
alarms and events graphically using the web.
DeltaV Web Server. Allows you a view of your
process using the web
OPC Pager. Keeps a 24-hour eye on your
critical values and notifies you when the values
meet your alert criteria.
PlantWeb Messenger. Notify personnel or
applications with e-mail, pagers or XML on
critical events.
Product Data Sheet
DeltaV Operate
March 2006—Page 9
TM
Ordering Information
Description
Model Number
Operations Software Add-on
VE2126Sxxxx
Where xxxx represents the DeltaV Operations Software Add-on DST size and xxxx varies from 100 to 30,000
DSTs.
Prerequisites
•
•
One ProfessionalPLUS Station is required for each DeltaV system.
DeltaV Operate (Operations Software Add-on) must be loaded onto a workstation. A variety of hardware is
available to meet your specific requirements. Call your local sales office for details.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2006 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 1
TM
DeltaV Operate for PROVOX
You can easily manage your process with PROVOX Operator Console Data Server and DeltaV Operate.
Q
Redundant Console Data Servers Available
Q
Intuitive graphics configuration
Q
Single operator interface to both PROVOX and
DeltaV
Q
Console Resident Points
Q
Q
Powerful operator interface
Provides an easy replacement for PROVUE and
OWP consoles
Q
Alarms prioritized by user
Q
Q
Secure, standard operating desktop
Reduced cost to migrate operator interface from
PROVUE or OWP to DeltaV Operate with iFix
graphics
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 2
TM
Introduction
Interoperability and Console
Replacement
Emerson Process Management’s long-standing
excellence in providing operator interface solutions
continues with DeltaV Operate for PROVOX. The
PROVOX Operator Console Data Server and DeltaV
Operate can interoperate to provide a replacement
console for PROVUE and OWP consoles. DeltaV
Operate for PROVOX can also provide a single
operator interface for both PROVOX and DeltaV
systems.
DeltaV Operate for PROVOX can display operating
information from the PROVOX Operator Console
Data Server to the client workstations running
DeltaV Operate.
Robust, scalable and secure
The PROVOX Operator Console Data Server and
DeltaV Operate can work together to bring a new
industry-leading operator interface to your plant,
providing new ease to the operators using robust
Windows functionality. The familiar global standard
for office management is now setting global
standards for operations control of both PROVOX
and DeltaV systems. That means your operators can
quickly learn to operate the world’s most powerful,
dependable process management systems in a
compact, intuitive PC environment. From this
graphically-rich platform, DeltaV Operate for
PROVOX displays operating information from the
PROVOX Operator Console Data Server to the
client workstations running DeltaV Operate.
The PROVOX Operator Console Data Server is
scalable from 500 points to 2000 points in 500 point
increments, and from 2000 to 10,000 points in 1000
point increments, and you can connect up to six
different single- or dual-headed workstations
concurrently. The Data Server is designed with the
years of operator interface experience found in the
previous PROVOX operator consoles – Operator
WorkPlace and PROVUE Consoles. This legacy of
experience provides the security you need in the
operator interface for your plant.
POC has excellent server redundancy, which allows
all the workstations of a failed server to switchover to
the backup server.
Run your process control system using DeltaV
Operate for PROVOX. Use the standard operating
desktop or modify it to fit your specific operational
philosophies and work preferences. Take advantage
of single-click access to graphics, directories, and
other applications.
Powerful operator interface. DeltaV Operate for
PROVOX provides a powerful environment for
process operation, with built-in features for easy
information access. Whether you are viewing the
highest-priority alarm, the next display, or detailed
module information, common operator navigation is
consistent and intuitive. Standard faceplates and
detail displays provide a consistent operating
philosophy for all modules.
High-resolution graphics allow extensive detail and
flexibility in the way information is displayed. This
easy-to-use system enables you to creatively
present your important process control information.
Server Redundancy. Server redundancy provides
connections to both primary and secondary Console
Data Servers. If a problem occurs on the primary
Console Data Server the Console Workstation can
switch to the secondary server. The switchover can
be manual or automatic. The server redundancy also
provides console-resident point redundancy for
DCD, Accumulation, and Integrity points, with a
warm standby for Activity points.
Alarms prioritized by user. Alarm prioritization,
presentation and management helps to focus the
operator on the most important alarms. The
PROVOX and DeltaV alarm banners provide
constant visibility and access to the highest-priority
alarms. And, provided the alarm schemes for both
the PROVOX and the DeltaV systems are
configured similarly, DeltaV Operate for PROVOX
can provide a single alarm banner for all alarms.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 3
TM
The DeltaV and PROVOX systems provide built-in
alarm summaries, providing complete alarm
information, organized by priority. Operators can
view all alarms or alarms for a specific unit or area.
Operators can easily focus on the most important
alarms.
Activity Processing Add-in (Optional)
The Activity Point provides batch processing
capability to the Console Data Server as a consoleresident point. This point provides processing for up
to 32 Activities that are downloaded from the
configuration software and is compatible with
activities that run on Operator Workplace and
PROVUE consoles. Redundancy is provided in the
form of a warm standby.
Standard operating desktop. This leading-edge
operator display product includes a standard
operating desktop specific for process operations.
They offer context-sensitive navigation with one-click
access for the most important operator tasks.
Process security is critical to any control system.
The DeltaV and PROVOX systems provide built-in
security based on user and plant areas.
You can use the predefined capabilities or easily
customize the operator display products to fit your
operational philosophies and work preferences.
Benefits
Windows functionality; proven PROVOX
and DeltaV power.
DeltaV Operate for PROVOX is compatible with all
existing PROVOX highway devices and DeltaV
devices for easy retrofit to existing systems.
Operators can use additional compatible products
without losing critical views of process control
graphics through a multiple-window environment.
Plant photographs create intuitive, life-like operator displays
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 4
TM
Open. Improve process consistency and availability
by enabling exceptional information integration from
the field to the boardroom. By opening the process
to a wide variety of users, you promote process
improvements. For example, with the proper
privileges, a manager can review trend, alarm or
event data and look for ways to improve the process.
Or track problems and find solutions with easy
access to historical events information. PROVOX
Operator Console saves PROVOX events and
alarms in files on the server. You don’t lose event
journals to one-time printouts. And because the
event log is in simple text files, you can analyze the
information using off-the-shelf applications like Excel
or Access. Or use the optional Event Journal
software to analyze this information right on the
console workstation—quickly and easily.
Secure. Protect processes and investments with
safe, effective tools that support an open
environment. Password security and user
authorization protect the process from inappropriate
changes. By setting user privileges, the engineer
defines the plant area operators work within, what
group they occupy, and which applications they can
use. Privileges are set for predefined groups operate,
tune, access, lock and download. Automatic startup
saves valuable time after a shutdown. A robust set
of client/server communication services helps
maintain high system integrity. If communication
between server and workstation is lost, the system
will automatically try to reconnect and inform the
operator if the re-connection is unsuccessful.
Easy. Increase productivity by using powerful tools
in a flexible graphical process control environment.
Online display editing—a key new feature—lets you
modify graphics and faceplates simply and quickly
without the need for downloads from ENVOX. New
graphics are immediately available for use. Menudriven applications—all with a common look and
feel—simplify configuration. Throughout DeltaV
Operate for PROVOX environment menus, forms,
and dialogs guide you through display-building,
trend setup, and operation. You’re just a few clicks
away from almost anywhere in the process. For example,
a click lets you view and address alarms. A few clicks will
adjust the fill rate of a tank. And smart alarm navigation
allows operators to view and resolve active alarms
immediately. On-line help provides relevant information
when you need it. A combination of context-sensitive and
menu-driven help guides you through tasks such as
configuration, building graphics, and addressing alarm
issues. There is also context- and menu- driven help
specifically designed to help operators learn and
manipulate the console. Since these are written in
standard Windows help format, you can easily add your
own plant/process-specific help information. With a single
button click and a quick search, the operator can find online help, ranging from how to operate the console to
specifics on how to operate your process. The PROVOX
Instrument Area (IA) application enhances efficiency.
Operators use only one standardized window to modify
process operation. The IA contains all the controls the
operator needs, from changing setpoints to closing a
valve, to tuning a loop. A single click on the Instrument
Area toolbar brings up the familiar detailed display
parameters (DDP) for operator inspection. With the proper
security you can modify the DDP values from this screen.
An easy toggle moves between the remote and local DDP
lists.
Real-time trending. The PROVOX Operator Console
trend application can collect trend data for up to 1200
different point tag attributes from any point in the
database. Data collection rates range from 2 seconds to 8
minutes and can store a full 72 hours of data for trended
variables. Existing trend sets from ENVOX can be
imported into this new database. The new trend viewer
window can show up to 6 traces on the same screen. The
window can pan across the full 72 hours of data collected
and trend traces can easily be added as needed for new
operations.
Graphics. DeltaV Operate for PROVOX lets you
customize your displays by importing bitmaps or scanned
high-resolution images. Standard, pre-configured graphic
dynamos have embedded script language and logic
capability. This gives you built-in coordinated display
management and dynamic symbol definition. All PROVOX
information is available for viewing on any process
graphics. No special database mapping is necessary. You
needn't know the physical location of a module to use its
information in a graphics display. All you need is the point
name—or just part of it. Then simply browse the system
for that point—like you’d search for a file on your PC.
Alarms. To provide a safe and effective process, the
Operate displays—in priority order—the most critical plant
alarms listed in the alarm banner at the bottom of the
screen. This alarm banner is always on top of other
windows. The console’s advanced alarm management
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 5
TM
includes the PROVOX standard Plant Management Area
(PMA) and Plant Process Area (PPA) functionality. These
easily manage the operator’s span of control and
automatically filter out inappropriate process alarms. To
address your particular needs, alarm annunciation can be
visual, audible, or both. The alarm banner provides direct
access to this dynamic alarm listing. Selecting a specific
alarm event calls up the point-specific Instrument Area
and direct display access for operator action.
providing a plant data view for plant managers and
process engineers. DeltaV Operate for PROVOX provides
network connections to a plant operations database for
use by non-operators. Management and engineering
users can view plant information easily, right from their
offices, using any Windows NT-based platform (NT
initially, with Windows XP in following release) that meets
our performance specifications. Password protection
provides security, which prevents view-only users from
making changes to plant operations.
Operator Console highlights.
• Uses Windows XP-based, common commercial
hardware (initial release on Windows NT).
• Accepts existing OWP database downloads from
ENVOX databases.
• Uses new graphics editor with PROVOX-specific
commands and functions for viewing and editing
process graphic displays.
• Has browser-based, point-and-click placement of
dynamic data into graphics.
• Supports all remote, targeted OWP/PROVUE point
types.
• Console-resident points, including Activity, DCD,
Single-bit Discrete, Accumulation, and EPCI points.
• Supports process graphic displays with trend
windows, instrument areas, and Event Journal
windows.
• Provides span-of-control for operators to fit typical
PROVOX applications. The console workstations
allow multiple operators to control the process from
a single set of console electronics.
• Compatible with all existing PROVOX highway
devices (at LCON reporting or greater) for easy
retrofit to existing systems.
• Allows operators to run additional applications
without losing critical views of process control
graphics through a multiple-window environment.
System enhancement—management data connection.
Many customers are looking for a low-cost method of
For installed PROVOX systems or for adding new
DeltaV systems. If you’re choosing a DeltaV system for
the first time to enhance your PROVOX system, you’ll find
DeltaV Operate for PROVOX provides robust, full console
functionality that helps you maximize the power of
DeltaV’s best-in-class process control and real-time
information access. And if you’re already using PROVOX,
DeltaV Operate for PROVOX will help you manage the
process better, easier—with all the functionality you’ve
come to expect and rely on, such as Plant Management
Areas (PMA), Plant Process Areas (PPA), Alarm
Management, and all the existing PROVOX point types.
DeltaV Operate for PROVOX is completely compatible
with your existing PROVOX system configurations, so no
database reconfiguration is required.
Migration never made more sense. Evolution is the
process by which we adapt to changing demands and
environments—moving toward smarter, stronger, faster,
better performance. Evolution has kept PROVOX the
industry’s leading process control system for over a
decade. Today, with the process control industry migrating
toward the Windows standard, engineering and
configuration costs are dropping dramatically. The
interoperability and migration of DeltaV Operate for
PROVOX with new and existing PROVOX devices lets
you realize these cost reductions now, while maximizing
the return on your investment over many, many years of
system life.
The next, best step to increased plant productivity.
DeltaV Operate for PROVOX is the next step along the
critical migratory path of the PROVOX system. Because
today’s evolving technologies and economic demands
stand still for no one. And inertia is the worst enemy to
your productivity. The good news is: DeltaV Operate for
PROVOX makes your migration easier—by reducing your
cost with off-the-shelf components, with reduced operator
learning curve, and with reduced engineering and
configuration costs.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 6
TM
Easier control for increased productivity starts today.
For more information on how DeltaV Operate for PROVOX
can help you manage your process better, contact your
local Emerson representative or sales office today. View
our web site at http://www.frsystems.com for the office
nearest you.
Product Description and Specification
9
DeltaV Operate for PROVOX. Incorporates
Active X technology and Visual Basic for
Applications (VBA) as the display scripting
language. DeltaV Operate for PROVOX also
includes full display configuration capability. For
use with the DeltaV system, the workstation can
be connected directly or remotely to the DeltaV
system.
DeltaV Operate for PROVOX features client-server
architecture. The PROVOX Operator Console Data
Server communicates with the controllers, and
serves the controller point data to the DeltaV
Operate workstations. The workstations provide a
complete set of high performance tools: operator
graphics, sophisticated alarm management and
presentation, real-time trending and online contextsensitive help. User-specific security ensures that
only authorized operators can make process
changes or access specific information.
The workstation software provided in DeltaV Operate
for PROVOX is the same software as found in DeltaV
Operate. This allows an operator to monitor and
control a plant area controlled by PROVOX
controllers, and to monitor and control a plant area
controlled by DeltaV controllers. Data from the
DeltaV system and the PROVOX system can be
shown on the same display!
DeltaV Operate for PROVOX provides a complete set
of high performance tools: operator graphics,
sophisticated alarm management and presentation,
real-time trending and online context-sensitive help.
User-specific security ensures that only authorized
operators can make process changes or access
specific information.
DeltaV Operate for PROVOX is specifically designed
for process control applications. This includes a predefined operating desktop for both single- and dualmonitor workstations and operator navigation for
alarms, graphics and faceplates.
Since no one knows how to operate your plant better
than you do, DeltaV Operate for PROVOX also is fully
modifiable to match your plant. This includes
everything, from graphics such as alarm summaries
and faceplates, to the standard desktop and user
security.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 7
TM
Discrete control
faceplate
Predefined
discrete control
detail display
Predefined faceplates and detail displays provide a consistent, powerful operator interface.
Operator Graphics. DeltaV Operate for PROVOX
includes a powerful graphics capability. All control
system information is readily available for display.
Based on process conditions, virtually any graphic
element can have visually dynamic characteristics,
including color, size, and movement. Graphics are
configured from within DeltaV Operate for PROVOX.
You can even use scanned plant images to help
operator easily identify with the process being
operated. Then add dynamic information—easy!
Each PROVOX point and DeltaV control module has
pre-engineered pop-up faceplates, trends, and detail
displays. The predefined process graphics buttons
provide easy access to this information. You can
also directly view the DeltaV control module’s
executing control strategy with Control Studio
Online or history with History View by selecting
pre-defined buttons when these related DeltaV
products are on the workstation
The display graphics support powerful display
calculations. You can compare values, perform math
functions, etc., within the graphics.
Sound can be fully integrated with your graphics to
make the graphics more intuitive to operators. For
example, a message describing the graphic could be
played when the graphic is first accessed.
Alarms. The PROVOX alarm banner displays - in
descending order - the five highest-priority alarms.
The DeltaV alarm banner displays the five highestpriority alarms from the DeltaV system. You can
view the process graphic associated with the DeltaV
control module or the PROVOX point in alarm by a
single click of the alarm button. You can optionally
set up the DeltaV Operate workstation to display a
single alarm banner for alarms from both PROVOX
and DeltaV systems, providing that the alarm
schemes for both systems are configured in a similar
manner.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 8
TM
Alarms are also displayed on faceplates, process
graphics and alarm summaries. The alarm
summaries show all active alarms for the operator,
all alarms for an area or all alarms for a unit. Alarms
are organized by alarm priority.
Although many alarms may be present in your
system, only the alarms within an operator’s area of
responsibility are shown. This means that the
operator is not distracted by alarms from other areas
of the plant. However, if an operator with different
responsibilities logs on, the alarm banner
automatically adjusts for this new operator.
Alarms are prioritized, managed, and time-stamped
at the proper location for the system (e.g., a
controller for DeltaV, PROVOX Operator Console
Data Server for PROVOX). This ensures that an
alarm is displayed with the same priority,
acknowledgment status, and timestamp across
multiple workstations. Each DeltaV control module
can have unlimited standard and user-defined
alarms.
User-defined alarms can be easily created. These
alarms can be a combination of other alarms and
process conditions. Unlike other control systems,
which require an expert system to achieve smart
alarms, these come built into DeltaV Operate for
PROVOX.
You can even dynamically change alarm priorities or
enable or disable alarms, as your process requires.
Alarm presentation is consistent across all Operator
Stations. All alarms of the same priority are
displayed identically throughout the system. Alarm
priority characteristics are defined globally for the
system with the DeltaV Explorer or ENVOX Server.
For example, all high-priority alarms may be red,
blink when unacknowledged, and produce the same
horn sound.
Horn acknowledgement is managed for all
workstations. When the horn is silenced at one
workstation, all other workstations sounding the horn
for the same reason are also silenced.
Trending. One or more real-time trends can be
embedded right in the process graphics. The DeltaV
system and the PROVOX system support real-time
and historical trends.
The trend button on a faceplate displays a historical
trend specifically for the control module you have
selected. Historical trends can be accessed through
History View.
View alarm
overview by
time or priority
Access to the highest-priority alarms by area provides instant operator focus on critical areas.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 9
TM
Toolbar
Main Display
Alarm Banner
Standard Operating Desktop allows you to focus on the operator displays.
Standard Operating Desktop. The operating
desktop is specifically designed for the critical needs
of process automation. The operating desktop is
divided into three pre-designed sections:
Button Toolbar. Located at the top of the screen,
the toolbar provides single-click access to important
graphic displays, directories, and other applications.
The toolbar offers several predefined buttons. You
can add, delete, or modify these predefined buttons
and layout.
Main Display. The center of the screen is the
primary working area featuring the process graphics.
These graphics range from typical process line
graphics to artistically rendered plant graphics—
even photographs of the plant.
Alarm Banner. The bottom of the screen is
dedicated to the alarm banner. The alarm banner
displays the five highest-priority alarms based on the
operator currently logged on. By simply selecting an
alarm, the operator goes directly to the process
graphic and the faceplate is automatically displayed.
Security and Span of Control. Individual users can
have specific privileges that determine which
functions (e.g., operate and debug) they are allowed
to perform and which parameters they are allowed to
change. These user privileges can have a defined
span of control, enabling the privileges to be tailored
to certain plant areas.
Each DeltaV Operate for PROVOX station can be
limited to certain plant areas for viewing and
operating. This security feature can be defined for
an individual station, as well as for specific users.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 10
TM
Use the FRS exclusive Flexlock to ensure that
operators remain dedicated to monitoring,
troubleshooting, and maintaining the process
according to plant operating philosophies.
.
Display configuration. DeltaV Operate for PROVOX is
one application used for both operation and display
configuration.
DeltaV Operate software has been designed to allow
Display configuration is intuitive and designed for
process control. Display configuration is loaded with
predefined functionality such as faceplates, trends,
alarm summaries, display directories, and detail
displays. You can focus on building the right
displays, as an alternative to the operator interface
design and layout.
you to "break apart" the standard displays so that
you can easily build displays most appropriate for
your plant.
You can use these pre-defined displays or easily
customize them to fit your requirements. For
example, perhaps you would like to have alarm
summary information as part of your process
graphic. Simply open the alarm summary, copy the
appropriate display links and paste them into the
new display.
Graphics Studio configures Operator Interface displays
You don’t need to know the physical location of a
module or point or perform any database mapping to
use the module information in a graphics display. All
you need to know is the tag name of the module or
point, and you can simply browse the system for that
loop, much like browsing for files on your PC.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 11
TM
Browse inside a
display group and
edit its properties
Configure DeltaV Operate using intuitive dialogs and tree structure.
Products Included
Related Products
9
The following related product enhance your
system
DeltaV Operate. Can run on a DeltaV operator
station or a DeltaV ProfessionalPlus station
connected to the POC Data Server, or
connected directly or remotely to the DeltaV
system. DeltaV Operate for PROVOX also includes
full display configuration capability.
Third-party Application Options
9
9
OPC Server. Allows you to serve data from your
process to OPC Clients on your ethernet
network.
Prerequisites
•
One ProfessionalPLUS Station is required for
each system (can be used with multiple Data
Servers).
•
The DeltaV Operator Workstation product must
be loaded onto a workstation. A variety of
hardware is available to meet your specific
requirements. Call local sales office for details
PI Data Link. From OSI, accesses historical
data and brings it into your copy of Excel.
Product Data Sheet
DeltaV Operate for PROVOX
November 2005—Page 12
TM
Ordering Information
DeltaV Operate for PROVOX consists of the PROVOX Operator Console Data Server and DeltaV Operator
Workstation Software with an appropriate workstation hardware selection. The order entry numbers for the POC
Data Server and the Operator Workstation Software are shown below.
Description
Model Number
DeltaV Operate for PROVOX Data Server Software
for DeltaV v7.1 (NT)
FSDVP301-1 (with options)
DeltaV Operate for PROVOX Data Server Software
for DeltaV v7.2 (XP)
FSDVP301-2 (with options)
DeltaV Operate for PROVOX Data Server Software
for DeltaV v7.3 (XP)
FSDVP301-3 (with options)
DeltaV Operate for PROVOX Hardware Pack
(without server PC) – US (110 V) – Highway II
FSDVP301-HW1
DeltaV Operate for PROVOX Hardware Pack
(without server PC) – EMA (230 V) – Highway II
FSDVP301-HW2
DeltaV Operate
VE2104S0100
PC Hardware (server and workstation)
See Sales Wizard for Series VE2056 through
VE2060 and VE2071 through VE2073 servers and
VE2061 through VE2070 workstations. All
workstations must have three network cards.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
Device Interface Card
November 2003—Page 1
TM
DeviceNet Interface Card
The DeltaV DeviceNet Interface Cards provide the solutions for interfacing to discrete actuators and sensors.
Q Offers freedom to choose appropriate bus
for application
Q Supports standard device-level busses
Q Reduces wiring costs
Q Features native controller level interface
Q Able to mix and match bus technologies to
meet application requirements
Introduction
The DeltaV DeviceNet interface is a field-proven
interface for discrete actuators and sensors. It is
easy to install, reliable, and simple to use.
High data throughput, simple installation, good
diagnostic capabilities and error-free proven
transmission technology make the DeltaV DeviceNet
a good interface solution for complex devices.
Benefits
Offers freedom to choose appropriate bus for
application. The DeltaV system supports sensor,
device, and fieldbus technologies. Choose the most
efficient and effective DeltaV interface for your
needs, based on your operating philosophy and
plant constraints.
Supports standard device-level busses. The
DeltaV system gives a seamless interface with
CENELEC or IEC standard device busses. Our
support of standards ensures your freedom to use
the devices you prefer.
Reduces wiring costs. The DeltaV DeviceNet
interface decreases the number of wiring diagrams
and cable and clamp labeling needed. The modular
designs reduce network creation time. And, it takes
less time to install and test the DeviceNet than
Classic I/O for the equivalent number of discrete
signals.
Product Data Sheet
Device Interface Card
November 2003—Page 2
TM
Features native controller-level interface. DeltaV
DeviceNet cards communicate directly to the
controller, without the need for a serial interface and
other intermediate converters. This greatly simplifies
the configuration and maintenance. You can rely on
DeltaV DeviceNet cards to provide real-time,
consistently accurate inputs and outputs. As the
network of field devices grows, maintenance
remains constant.
Able to mix and match bus technologies to meet
application requirements. The DeltaV system
makes it easy to configure and activate the devices.
For devices not in the library, users can add devices
and customize signal labeling according to specific
plant standards.
DeviceNet, AS-i bus, Profibus DP, FOUNDATION
fieldbus, HART, and traditional I/O can be easily
intermixed on an I/O card basis on the same DeltaV
controller. The same configuration, diagnostic, and
operator interface techniques are used to configure
the system.
Product Description and Specification
The DeltaV DeviceNet card uses standard
DeviceNet cabling. The interface is based on the
master/slave principle. Sixty-one slaves may run on
a cable.
One DeviceNet segment is supported on a single
interface. Temperature and certification
specifications are the same as other DeltaV I/O.
The DeviceNet transmission technology is easy to
install. The bus structure permits addition and
removal of stations or step-by-step commissioning of
the system without influencing the other stations.
Future expansions have no effect on stations
already in operation.
Transmission speeds between 125 kbit/sec and 500
kbit/sec can be selected. One unique transmission
speed is selected for all devices on the bus when
the system is commissioned.
It should be noted that signals connected to the
controller through the DeviceNet interface are not as
fast as signals that are directly wired to DeltaV
discrete I/O cards.
Although each signal brought into the controller via
DeviceNet counts as a DST, and is handled in the
same manner as directly connected I/O in the
control strategy, the effect of device communication
failure and recovery must be taken into account.
DeviceNet devices may also support diagnostic
information, which is made available in the
Diagnostics explorer, and as such does not
consume a DST. The number of DSTs per
connected device can vary from 4 to several
hundred. A motor starter, for example, may
consume 4 to 5 DSTs, and a remote I/O island will
consume as many DSTs as there are I/O
connections. Performance of the DeviceNet
segment will be a function of the number of devices
connected and the baud rate; typically, an additional
80—100mS latency will be introduced rather than
directly connecting the signal.
Product Data Sheet
Device Interface Card
November 2003—Page 3
TM
DeviceNet transmission speeds and cable lengths
Baud rate
(kbit/sec)
125
250
500
Distance/segment
500m
250m
100m
Common Environmental Specifications for all I/O Carriers and Power/Controller Interfaces
Series 1 Card
Category
Series 2 Card**
Specifications:
Storage Temperature
-40 to 85 °C (-40 to 185 °F)
-40 to 85 °C (-40 to 185 °F)
Operating Temperature
0 to 55 °C (32 to 131 °F)
-40° C to 70° C (-40° to 158° F)
Relative humidity
5 to 95% , non-condensing
5 to 95% , non-condensing
•
ISA-S71.04-1985 Airborne
Contaminants Class G3
•
ISA-S71.04-1985 Airborne
Contaminants Class G3
•
Conformal coating
•
Conformal coating
Airborne contaminants
Protection rating
IP 20, NEMA 12
IP 20, NEMA 12
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A, B, C, D,
T4
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A, B, C, D,
T4
Shock
10 g ½-sine wave for 11 ms
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16
Hz;
0.5 g from 16 to 150 Hz
1 mm peak-to-peak from 5 to 16
Hz;
0.5 g from 16 to 150 Hz
Hazardous area/location*
*Refer to Zone 2 installation instructions (12P2046) and/or Class 1 Division 2 installation instructions (12P1293)
for information on installing in hazardous areas.
**Series 2 card complies with NAMUR NE21 per DeltaV Digital Automation System NAMUR NE21 Installation
Instructions 12P2822.
Product Data Sheet
Device Interface Card
November 2003—Page 4
TM
DeviceNet Interface Specifications
Number of ports
1
DeviceNet Slave
A DeviceNet slave is a peripheral device (I/O device,
drive, HMI, valve, etc.) that collects input information
and sends output information to the master. There
are also devices that supply only input or only output
information.
The amount of input and output information depends
on the device type.
Only slave devices that support polling may be used.
The DeltaV DeviceNet card (master) cyclically reads
the input information from the slaves and cyclically
writes the output information to the slaves. In
addition to cyclic user data transmission, DeviceNet
provides powerful functions for diagnostics and
configuration.
EDS Files
A EDS file is used to identify a DeviceNet device.
(master or slave). It contains data making it possible
to have manufacturer-independent configuration
tools. Typical information in an EDS file is vendor
information, device identification, and configuration
and diagnostic parameter information. An EDS file
must be available for every DeviceNet slave. The
DeltaV system uses the information in the EDS file
to set up the communications to the slave device.
The EDS can be imported into the DeltaV system to
add the new slave to the library.
Product Data Sheet
Device Interface Card
November 2003—Page 5
TM
Ordering Information
Description
DeviceNet Interface Card
Model Number
VE4016
Prerequisites
•
DeltaV version 6.1
•
MD or later controller
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
FOUNDATION Fieldbus I/O Redundancy
June 2004—Page 1
TM
FOUNDATION™ Fieldbus I/O Redundancy
Use DeltaV state-of-the-art FOUNDATION fieldbus redundant I/O for your process control system.
Q Increases input/output
Q Takes advantage of all smart device
capabilities
If you want an efficient, economical, and secure
process control system, use DeltaV FOUNDATION
fieldbus redundant I/O. It greatly enhances device
diagnostics that affect your control strategy and
alerts operators to device malfunctions.
Q Automatic switchover
FOUNDATION fieldbus I/O modular design offers
flexibility during installation. It’s designed to be
installed in the field, close to your devices.
FOUNDATION fieldbus is equipped with function and
field-wiring protection keys to ensure that the correct
I/O card is always plugged into the corresponding
terminal block. Modularity, protection keys, and
increased input/output capacity make FOUNDATION
fieldbus I/O a smart choice for your process control
system.
Introduction
Benefits
Are you looking for an efficient, yet robust, I/O
subsystem? FOUNDATION fieldbus redundant I/O is a
modular subsystem that communicates digitally with
field devices, increases your input/output capacity,
and gives you access to more information about
your process than conventional I/O subsystems.
Increases input/output. Use FOUNDATION fieldbus
I/O instead of Classic I/O to increase information
flow. Take advantage of FOUNDATION fieldbus digital
communications to access additional information
from your smart devices. Get more information over
one wire than over multiple wires with Classic I/O.
Q Facilitates multi-drop 16 devices on one port
Q Features secure uninterrupted control
Q Provides third-party device support
Q Autosense of redundant I/O
Product Data Sheet
FOUNDATION Fieldbus I/O Redundancy
June 2004—Page 2
TM
Takes advantage of all smart device capabilities.
Increase your ability to communicate with your
devices using DeltaV FOUNDATION fieldbus I/O. Field
device status is updated continuously using
FOUNDATION fieldbus I/O. For multi-variable devices,
all process variables are available on the single
fieldbus connection.
Facilitates multi-drop 16 devices on one port.
Save on wiring expenditures by installing
FOUNDATION fieldbus I/O in the field, close to the
actual field devices.1 Mounting the controller with
the I/O further reduces your wiring costs by
eliminating the need for long runs of multi-cores.
Multi-dropping up to 16 devices on one port reduces
your wiring expenses substantially. The integrated
design of the FOUNDATION fieldbus I/O can eliminate
the need for marshaling panels. This saves you
even more.
Features secure uninterrupted control. A DeltaV
system offers back-up link active schedule (LAS) to
ensure secure control when upgrading a card or in
the case of card failure. LAS control is automatically
transferred to the backup device when upgrading or
experiencing card failure. Control is automatically
transferred back to the H1 Interface Card when the
system detects a new card. This process requires no
user interaction.
Provides third-party device support. The DeltaV
system provides third-party device support for
devices that have successfully passed rigorous
testing by Emerson Process Management. This
testing ensures reliability and safety and allows you
to benefit from the open fieldbus architecture when
selecting field devices. The tables listing the
supported fieldbus devices follow on page 3.
Autosense of redundancy. DeltaV autosenses
redundant I/O which greatly simplifies the task of
adding redundancy to the system. The redundant
pair of cards are treated as one card in the system
tools.
Automatic Switchover. Should a primary I/O card
fail, the system automatically switches to the
"standby" card without user intervention. The
1
Refer to Zone 2 installation instructions (12P2046)
and/or Class 1 Division 2 installation instructions
(12P1293) for details.
operator is given clear notification of a switchover at
the operator display.
Additional Benefits
Increase your process control system’s level of
sophistication using FOUNDATION fieldbus I/O. You
are already aware of the increased input/output
capabilities and improved communication with your
smart devices. Now go one step further and use
AMSinside with your FOUNDATION fieldbus I/O—from
the control room. Using AMSinside, access all of
your process information from the FOUNDATION
fieldbus device database to configure, monitor, and
troubleshoot all your smart devices.
Using AMSinside you can access status and
diagnostic data from smart devices and monitor their
performance. Increase product quality and minimize
unplanned downtime with this dynamic application.
Improve the productivity and profitability of your
process control system.
Fieldbus devices not manufactured by Emerson
Process Management divisions are categorized as
third-party devices. The DeltaV system provides
third-party device support for devices that have
successfully passed rigorous testing by Emerson
Process Management and are registered by the
Fieldbus Foundation. This allows you to benefit from
the open fieldbus architecture when selecting field
devices.
Product Data Sheet
FOUNDATION Fieldbus I/O Redundancy
June 2004—Page 3
TM
Product Description and Specification
The active and standby I/O cards are connected to
the field at the redundant terminal block. When a
fault is detected, the system automatically switches
to the backup I/O card. The reliability rating of the
terminal block is greater than the high reliability of
the I/O cards.
The controller scans each card of a redundant pair.
Incremental controller loading is a function of the
number of redundant cards. In addition the
redundant cards have dedicated communication
between the pair and the backup card monitors the
health of the active card
Configuration of redundancy is not required as the
DeltaV system automatically recognizes the
redundant pair of cards and assigns a device signal
tag (DST) to the channels on the primary card.
Switchover time for redundant I/O is minimal, and
the process will be undisturbed.
An alarm on the integrity error for the primary notifies
the operator of a switchover. The backup card is
also monitored for integrity alarms. Events that can
cause a switchover include.
•
Hardware failure within the active card.
•
Communications failure between the active
card and the controller.
•
Removal of the active card from the carrier.
•
Detection of a fault in the field wiring
A switchover may also be initiated from the
diagnostics explorer, and the health and status of
both cards and their channels are available in the
diagnostics explorer.
The system automatically commissions a new
standby card. In safe areas, failed cards can be
replaced under power. In hazardous areas, appropriate installation procedures must be followed.
Foundation Fieldbus I/O Redundancy is available in
localized-language versions beginning with version
6.2.
The Redundant FOUNDATION fieldbus I/O subsystem
includes:
H1 card
fieldbus power supply
fieldbus junction block
fieldbus terminator
fieldbus power conditioner.
The I/O card is enclosed in a DeltaV-designed
common form factor that plugs into the I/O interface
carrier. The housing is clearly labeled with the
enclosed I/O card type. Clearly visible LEDs on the
top of the I/O card display the power, error, and
status to the two channels included in the I/O card.
The Fieldbus I/O Card meets ISA G3 corrosion
specifications by using superior electronic
components and conformal coating. For details on
other components, refer to the Foundation Fieldbus
I/O product data sheet.
Product Data Sheet
FOUNDATION Fieldbus I/O Redundancy
June 2004—Page 4
TM
Specifications for H1 card, 2 channel, FOUNDATION Fieldbus
Number of channels
2
Number of field devices:
16 per port (dependent on device power
consumption – an IS requirement)
Number of Ff function blocks
64 per card
Isolation
Each channel is isolated from the system at field to system
isolation = 100 VAC (verified by 1700 VDC factory test)
Nominal signal range (span)
Fieldbus FOUNDATION IEC 61158-2
Localbus current per card (12 VDC
nominal)
200 mA typical, 300 mA maximum
Field circuit power per card
Provided externally
Standards
IEC 1158 data link layer
Airborne contaminants
Hazardous area/location*
1) I/O interfaces
•
ISA-S71.04-1985 Airborne Contaminants Class G3
•
Conformal coating
CENELEC Zone 2 IIC T4 hazardous area or Class, I Div 2,
Groups A, B. C. D T4 hazardous locations.
2) Field circuits
*Refer to Zone 2 installation instructions (12P2046) and/or Class 1 Division 2 installation instructions (12P1293)
for information on installing in hazardous areas.
Product Data Sheet
FOUNDATION Fieldbus I/O Redundancy
June 2004—Page 5
TM
Ordering Information
Description
Model Number
H1 Fieldbus Card
VE4037 PO
Prerequisites
•
A fieldbus power supply is required for each bus segment.
•
Each fieldbus segment must be terminated at both ends. A fieldbus brick and terminator for each segment are
recommended.
•
DeltaV version 6.0 or later
•
DeltaV MD Controller
•
Series 2 I/O cards are required for redundancy.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2004 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
Fieldbus H1 Carrier
November 2003—Page 1
TM
Fieldbus H1 Carrier
The DeltaV Fieldbus H1 Carrier is your field-mounted fieldbus I/O carrier solution.
Q Mixes conventional and fieldbus devices on
same segment
Q Uses DeltaV Classic I/O cards on a fieldbus
segment
Q Reduces wiring costs
Introduction
Benefits
Mixes conventional and fieldbus devices on
same segment. For signals or measurements not
available on fieldbus, connect your conventional
devices to DeltaV Classic I/O cards in the DeltaV
Smart Carrier and obtain the benefits of the DeltaV
plantweb architecture. The DeltaV system
automatically knows that a new device has been
added to the fieldbus segment and seamlessly
activates the new device.
It is now possible to connect your field-mounted
discrete I/O to your fieldbus segment and take
advantage of the substantial reduction in wiring and
associated costs that are typical of the fieldbus
architecture. The Fieldbus H1 Carrier is programmed
to accept DeltaV Classic I/O discrete signals and
transmit the signals over the fieldbus segment to the
controller. Now you have control in the field or in the
controller for your non-fieldbus devices.
Uses DeltaV Classic I/O cards on a fieldbus
segment. The Fieldbus H1 Carrier uses DeltaV
Classic I/O cards, the same DeltaV Classic I/O cards
that are used in the rest of your system. This
ensures easy maintenance and reduces inventory.
Currently the Fieldbus H1 Carrier handles one 8channel DI card and one 8-channel DO card. Others
will soon follow.
Use the DeltaV Fieldbus H1 Carrier as remote I/O to
bring in 16 signals on one segment, thereby greatly
reducing costs.
Reduces wiring costs. Take advantage of the
substantial reduction in wiring and associated costs
that are typical of the PlantWeb architecture for your
conventional signals.
Product Data Sheet
Fieldbus H1 Carrier
November 2003—Page 2
TM
Product Description and Specification
The 8-channel DeltaV Classic I/O card uses bussed
field power. In this release, slot 1 supports any 8channel DI card and slot 2 supports any DO card. In
subsequent releases, all other DeltaV Classic I/O
cards will be supported. A multi-channel function
block inside the Smart Carrier brings the 8 channels
to one function block.
The Fieldbus H1 Carrier can be DIN-rail mounted or
panel mounted. Wiring is easy because the fieldbus
segment and the bussed carrier power are on
removable connectors.
The DeltaV Fieldbus H1 Carrier is a 2-wide carrier
that comes with or without an enclosure. All DeltaV
Classic I/O cards are enclosed in a common form
factor that easily plugs into the SMART carrier.
Clearly visible LEDs on the top of the I/O card
display the power, error, and status of the 8
channels.
Common Environmental Specifications for all I/O Carriers and Power/Controller
Interfaces
Category
Specifications:
Storage Temperature
-40 to 85 °C (-40 to 185 °F)
Operating Temperature
-40 to 70 °C (-40 to 158 °F)
Relative humidity
5 to 95% , non-condensing
•
ISA-S71.04-1985 Airborne Contaminants Class G3
•
Conformal coating
Airborne contaminants
Protection rating
Hazardous area/location
IP 20, NEMA 12
ATEX EEx nA IIC T4
Class 1, Div. 2, Groups A, B, C, D, T4
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16 Hz;
0.5 g from 16 to 150 Hz
Product Data Sheet
Fieldbus H1 Carrier
November 2003—Page 3
TM
Ordering Information
Description
Model Number
Fieldbus H1 Carrier with enclosure
VE4052M1
Fieldbus H1 Carrier without enclosure
VE4052M0
Prerequisites
•
DeltaV version 4.2 or later
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
HART I/O
March 2004—Page 1
TM
HART I/O
HART input and output interfaces
plugged into an 8-wide carrier
The modular HART I/O is easy to install and maintain
Q Accesses multivariable instruments
Benefits
Q Takes advantage of smart device
capabilities
Accesses multivariable instruments. Reduce
capital and labor costs using HART instead of
Classic I/O by increasing information flow four- to
eight-fold. For example, a Coriolis mass flow meter
can measure mass flow, temperature, density, and
volume flow, but a HART output channel can read
back information such as the actual valve position
without the need for additional wiring. Using Classic
I/O you would need to wire each of these signals
individually,
Q Increases accuracy by eliminating A/D and
D/A errors
Q Features modular design
Introduction
HART I/O communicates digitally with field devices,
increases your input/output capacity, and gives you
access to more information about your process than
conventional I/O subsystems. It greatly enhances
device diagnostics that affect your control strategy
and alerts operators to device malfunctions.
HART I/O modular design offers unique flexibility
during installation. It’s designed to be installed in the
field, close to your devices. Hart I/O is equipped with
function and field wiring protection keys to ensure
that the correct I/O card is always plugged into the
corresponding terminal block. Modularity, protection
keys, and increased input/output capacity make the
HART I/O a smart choice for your process control
system.
Takes advantage of smart device capabilities.
Increase your ability to communicate with field
devices using DeltaV HART I/O. Field device status
is updated every three seconds using HART I/O.
You can have complete trust in your signal, knowing
that HART I/O is in constant communication with
your smart devices.
Use the additional HART I/O information from the
devices in a control strategy for trending and
alarming just like signals from Classic I/O.
The HART output card is able to pass advanced
valve diagnostics into an optional software package,
Valvelink, where performance details can be
determined and compared with historical
Product Data Sheet
HART I/O
March 2004—Page 2
TM
performance. Early diagnosis of valve problems
allows preventive maintenance as required, rather
than on a scheduled basis.
Increases accuracy by eliminating A/D and D/A
errors. By using the digital signal from the device
you can achieve greater accuracy because the A/D
converter in the I/O card and the D/A converter in
the device are bypassed.
Features modular design. HART I/O was designed
with your investment in mind. All components are
fully modular and may be installed under power. You
add I/O interface carriers and I/O interfaces in
groups of 8 channels, as you need them.
The plug-and-play design, together with the function
and field keys, keeps installation simple and
efficient. When you need to replace an I/O card, the
function key design ensures that you will always
install it correctly.
Your wiring costs will decrease substantially
because HART I/O can be installed in the field, close
to the actual field devices. Remote mounting the
controller with the I/O further reduces your wiring
expenditures by eliminating the need for long runs of
multi-cores. The integrated design of the HART I/O
can eliminate the need for marshaling panels. This
saves you even more.
Additional Benefits
Increase your process control system’s level of
sophistication using HART I/O. You’re already aware
of the increased input/output capabilities and
improved communication with your smart devices.
Now go one step further and use AMS with your
HART I/O. AMS software allows you to configure,
calibrate, diagnose, and troubleshoot your smart
field devices from the control room using AMS with
HART I/O. See the AMSinside HART product data
sheet for more information.
Increase product quality and minimize unplanned
downtime with this dynamic application, while
improving the productivity and profitability of your
process.
We have met ISA G3 corrosion specifications by the
careful selection of superior electronic components
and the use of conformal coating.
Product Description and Specification
A variety of analog and discrete I/O cards is
available to meet your specific requirements. All I/O
cards are enclosed in the common form factor that
plugs into the I/O interface carrier. The housing is
clearly labeled with the enclosed I/O card type.
Clearly visible LEDs on the top of the I/O card
display the power, error, and status to the 8
channels included in the I/O card.
The HART I/O includes:
Analog Input HART
Analog Input 16 channel HART
Analog Output HART
For leading-edge I/O system technology, DeltaV
offers the FOUNDATION fieldbus I/O subsystem. For
detailed information, please refer to the FOUNDATION
fieldbus product data sheet.
The DeltaV system provides the capability to
interface with HART devices. The HART information
is communicated digitally and is very helpful for
device diagnostics. This information can be used in
the DeltaV system to affect control strategy or to
alert operators to a transmitter malfunction. AMS
software gives you access to additional capabilities,
such as managing the device calibration, advanced
diagnostics, and assigning device tags.
For more information on HART, refer to the DeltaV
HART Capabilities whitepaper.
Product Data Sheet
HART I/O
March 2004—Page 3
TM
The following tables list HART analog I/O channel
values:
The HART analog input channel provides the
following values for display purposes or a control
strategy.
Type
HART Status
Raw 4 to 20 mA signal
Not applied
Hybrid 4 to 20 mA signal
Applied
HART dynamic
variables
Digital signal applied
Primary
Engineering units
Secondary
Engineering units
Tertiary
Engineering units
Fourth
Engineering units
I/O card initialization. When an AI-HART card is
plugged in, it assumes that all channels are only
analog. When you configure the card, you can set
the channel to HART analog input or output. The
card tests for an open circuit. If no open circuit is
detected, the card sends out HART command 0
followed by command 59.
Controller function block channel initialization.
The DeltaV controller performs HART channel
initialization. As soon as the controller is notified that
an AI-HART card configuration is complete, it sends
a command to each HART channel.
If an AI function block is linked to a HART channel
field value parameter, it sends scaling information
the first time it executes to the HART instrument for
its analog output signal. At this time, the HART
instrument sets a bit saying that it has changed its
configuration to the new values. The controller
sends a HART command to read the range and
units information. Another command clears the
change flag in the instrument.
Other scenarios that affect link initialization are:
The HART analog output channel provides the
following values for display purposes or a control
strategy.
HART dynamic
variables
•
Connecting a hand-held device to a field
instrument to change its scale values. The
controller detects this change in the instrument
and sends a command to read the new
values.
•
Changing values in an AI function block during
loop tuning. These changes are sent to the
HART instrument.
•
Specifying high-level precision range values,
but with some HART instruments they are
unable to suppport that precision. The
controller sends a command to detect the
actual range value the instrument is using.
Digital signal applied
Primary
Engineering units
Secondary
Engineering units
Tertiary
Engineering units
Fourth
Engineering units
Slot 0
Engineering units
Slot 1
Engineering units
Slot 2
Engineering units
Slot 3
Engineering units
The DeltaV system also offers Classic I/O for
communicating with non-smart field devices and for
discrete I/O. Please refer to the Classic I/O product
data sheet for detailed information.
Product Data Sheet
HART I/O
March 2004—Page 4
TM
.
The following tables list the specifications for HART I/O:
Common Environmental Specifications HART I/O Interface
Category
Specifications
Storage Temperature
-40 to 85 °C (-40 to 185 °F)
Operating Temperature
0 to 60 °C (32 to 140 °F)
Relative humidity
5 to 95% , non-condensing
Airborne contaminants
Protection rating
•
ISA-S71.04-1985 Airborne Contaminants Class G3
•
Conformal coating
IP 20, NEMA 12
AI 2-2ire—ATEX II 3G EEx nL IIC T4
Hazardous area/location
AI 4-wire—ATEX II 3G EEx nA Iic T4
AO—ATEX II 3G EEx nL IIC T4
Class I, Div 2, Groups A,B,C,D T4 hazardous locations
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16 Hz;
0.5 g from 16 to 150 Hz
H 10.7 cm (4.2 in.)
Dimensions
W 4.1 cm (1.6 in.)
Depth 10.5 cm (4.1 in.)
A HART I/O card installed in a carrier.
Product Data Sheet
HART I/O
March 2004—Page 5
TM
Specifications for HART AI-Card, 4 to 20 mA
Number of channels
8
Isolation
Each channel is optically isolated from the system at
Field-to system isolation = 100 VAC (verified by
1700 VDC factory test)
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 23 mA, with overrange checking
LocalBus current (12 VDC nominal) per Card
120 mA typical, 150 mA maximum
Field circuit power per Card
300 mA maximum at 24 VDC
Accuracy over temperature range
0.1% of span
Resolution
16 bits
Repeatability
0.05% of span
Rolloff frequency
-3 dB at 2.7 Hz;
-20.5 dB at ½ the sampling frequency
Calibration
None required
Communications support
HART pass-through request/response
HART variable reporting
Field device status reporting
Hart Scan Time
600 – 800 mS (typical) per enabled channel
Optional fuse
2.0 A
Product Data Sheet
HART I/O
March 2004—Page 6
TM
Specifications for HART AI-Card 16 channel , 4 to 20 mA1
1
Number of channels
16
Isolation
Each channel is optically isolated from the system at
Field-to system isolation = 100 VAC (verified by
1500 VDC factory test)
Nominal signal range (span)
4 to 20 mA
Full signal range
2 to 22 mA, with overrange checking
LocalBus current (12 VDC nominal) per Card
85 mA typical, 150 mA maximum
Field circuit power per Card
600 mA maximum at 24 VDC
Accuracy over temperature range
0.2% of span
Resolution
16 bits
Repeatability
0.05% of span
Rolloff frequency
-3 dB at 2.7 Hz;
-20.5 dB at ½ the sampling frequency
Calibration
None required
Communications support
HART pass-through request/response
HART variable reporting
Field device status reporting
Hart Scan Time
600 – 800 mS (typical) per enabled channel
DeltaV version 7.3 is required for this card.
Product Data Sheet
HART I/O
March 2004—Page 7
TM
Specifications for HART AO Card, 8 channel, 4 to 20 mA
Number of channels
8
Isolation
Each channel is optically isolated from the system at
100 VAC
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 23 mA
LocalBus current (12 VDC nominal) per Card
120 mA typical, 150 mA maximum
Field circuit power per Card
300 mA maximum
Accuracy over temperature range
0.25% of span
Resolution
14 bits
Output compliance
20 mA at 21.6 VDC supply into 700 Ω load
Calibration
Information stored on card.
Communications support
HART pass-through request/response
HART variable reporting
Field device status reporting
Hart Scan Time
600 – 800 mS (typical) per enabled channel
Optional fuse
2.0 A
Product Data Sheet
HART I/O
March 2004—Page 8
TM
Options
The HART I/O subsystem may be ordered with various terminal blocks. The following table lists HART I/O card
and terminal block compatibility:
HART I/O Card – Terminal Block Compatibility
I/O Card
I/O Card Keying
Recommended I/O
Terminal Block
Optional I/O
Terminal Block
HART AI, 8-Channel,
4–20 mA
A1
I/O terminal block
Fused I/O terminal block
4-wire I/O terminal block
16-pin mass termination
block (2-wire connection)
HART AI 16 Channel,
4 – 20 mA
A2
16 ch Analog terminal
block
NA
HART AO, 8-Channel,
4–20 mA
A4
I/O terminal block
Fused I/O terminal block
16-pin mass termination
block
Product Data Sheet
HART I/O
March 2004—Page 9
TM
The following table lists the devices supported by DeltaV HART I/O:
Company
Device
Brooks
0a02 (3809 OR 38XX OR MT
3800 Series Metal)
Brooks
Tri-20 OR 9900 Smart Oval OR
Smart Electronic Register
Probar rev 4
Probar UC rev 3
Probar UC rev 4
DVC5000
9701
9712
9739
2081CT
2081pH
3081-81C
3081-81pH
54pH/ORP
Ht 3081FG
OPM2000R Opacity
Oxmiter 4000
WC3000
1151
2088
2090
3044
3051
3095c
3095mv
3144
3244
3244MV
3750 APEX
644
8712
8732
8800
Model 333 Tri-loop
Dieterich Standard
Dieterich Standard
Dieterich Standard
Fisher Controls, Marshalltown
Micro Motion Inc.
Micro Motion Inc.
Micro Motion Inc.
Rosemount Analytical, Irvine
Rosemount Analytical, Irvine
Rosemount Analytical, Irvine
Rosemount Analytical, Irvine
Rosemount Analytical, Irvine
Rosemount Analytical, Irvine
Rosemount Analytical, Orrville
Rosemount Analytical, Orrville
Rosemount Analytical, Orville
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Rosemount Inc.
Product Data Sheet
HART I/O
March 2004—Page 10
TM
Ordering Information
Description
Model Number
AI, 8 Ch, 4-20 mA, HART, I/O Term Block
VE4003S2B1
AI, 8 Ch, 4-20 mA, HART, Fused I/O Term Block
VE4003S2B2
AI, 8 Ch, 4-20 mA, HART, 4-wire I/O Term Block
VE4003S2B3
AI, 8 Ch, 4-20 mA, HART, 16-Pin Mass I/O Term Block
VE4003S2B4
AI 16 Ch, 4-20 mA Hart , I/O Term Block
VE4003S2B6
AO, 8 Ch, 4-20 mA, HART, I/O Term Block
VE4005S2B1
AO, 8 Ch, 4-20 mA, HART, Fused I/O Term Block
VE4005S2B2
AO, 8 Ch, 4-20 mA, HART, 16-Pin Mass I/O Term Block
VE4005S2B3
Prerequisites
DeltaV version 7.3 is required for the 16-channel AI card.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 1
TM
DeltaV Intrinsically Safe I/O
DeltaV Intrinsically Safe I/O makes your I.S. installations easy and compact.
Q Features full system modularity
Benefits
Q Reduces system footprint
Features full system modularity. The I.S. I/O
subsystem was designed to optimize your
automation investment. All components are fully
modular and installable under power. You add I/O
interface carriers and I/O interfaces in groups of 8
channels, as you need them. The modular design
enables you to buy the exact amount of I/O cards
and power/controllers that you need. Add more
DeltaV I/O as your system grows.
Q Decreases installation time and expense
Introduction
Running I/O in hazardous areas is always
precarious. Now there’s DeltaV Intrinsically Safe
Input/Output (I.S. I/O) to put an end to this
precarious situation. DeltaV I.S. I/O is a distributed
I/O system capable of withstanding Class I Division
2 and IEC Zone II environmental conditions. The I.S.
I/O subsystem connects field circuits and field
devices to the DeltaV system. Intrinsically safe field
circuits and field devices can enter Class I Division
1, Zone 1, and Zone 0. The DeltaV I.S. I/O supports
industry-standard AI, AO, DI, and DO, applications.
Reduces system footprint. The state-of-the-art
form factor design of the DeltaV I/O components
enables you to mount the I/O interface carrier in a
junction box in the field. You significantly reduce the
footprint of your equipment and free up valuable
control room space for other uses.
Decreases installation time and expense. Save
on wiring expenses by installing I.S. I/O in the field,
close to the actual field devices. Mounting the
controller with the I/O further reduces your wiring
expenditures by eliminating the need for long runs of
multi-cores. The integrated design of the I/O
subsystem can eliminate the need for marshaling
panels. This saves you even more.
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 2
TM
Additional Benefits
Product Description and Specifications
Plug-and-play installation saves money. We
talked to customers like you to find out what you
wanted in an I/O system. We designed and
produced exactly what you wanted. The I.S. I/O
subsystem is easy to use. All I.S. I/O components
plug into the I/O interface carrier. You can install the
I/O interface carriers to manage anticipated growth,
without purchasing the I/O interfaces until you’re
ready to install your additional field devices.
A variety of analog and discrete I/O cards is
available to meet your specific requirements. All I/O
cards are enclosed in a common form factor that
plugs into the I/O interface carrier. The housing is
clearly labeled with the I/O card type. Clearly visible
LEDs on the top of the I/O card display the power,
error, and status to the channels included in the I/O
card. (It is important to note that, when connecting
standard I/O carriers to I.S.I.O. carriers, more
standard I.O. carriers may not be added after I.S.
carriers—the I.S.I.O. carriers must always be
mounted last in line.)
Phased installation saves time. Mount the I/O
interface carrier and you are ready to begin installing
the field devices. I/O terminal blocks plug directly
onto the I/O interface carrier—there’s no need to
have the I/O cards installed.
Easy to use. I.S. I/O interfaces and terminal blocks
have I/O function keys. These keys ensure that the
correct I/O card is always plugged into the
corresponding terminal block—easy!
This fail-safe design enables you to initially install
I.S. I/O quickly and efficiently. When you need to
replace an I/O card the function key design ensures
that you will always install it correctly. DeltaV I.S.
I/O—easy to install and maintain.
Real-time, online equipment additions. Online
addition of new I/O interfaces means your process
does not get interrupted. As new equipment is
added, DeltaV Explorer acknowledges it and
assigns it basic configuration.
If you’re looking to enter the world of smart plants,
then you may be interested in the benefits
associated with HART and FOUNDATION fieldbus I/O.
For detailed information about these products,
please refer to the appropriate product data sheet.
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 3
TM
Common Environmental Specifications for all I/O Interfaces
Category
Specifications
Storage temperature
-40 to 85 °C
(-40 to 185 °F)
Operating temperature
0 to 60 °C
(32 to 140 °F)
Relative humidity
5 to 95% , non-condensing
•
ISA-S71.04-1985 Airborne Contaminants Class G3
•
Conformal coating
Airborne contaminants
Protection rating
Hazardous area/location
1)
2)
I/O Interfaces
Field circuits
IP 20, NEMA 12
1)
2)
CENELEC Zone 2 IIC T4 hazardous area or Class I, Div 2, Groups A. B,
C, D T4 hazardous locations.
CENELEC Zone 0, IIC hazardous area or Class 1, Div 1, Groups
A,B,C,D hazardous locations
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from
5 to 16 Hz;
0.5 g from
16 to 150 Hz
H 10.7 cm
(4.2 in.)
Dimensions
W 4.1 cm (1.6 in.)
Depth 10.5 cm (4.1 in.)
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 4
TM
Intrinsically Safe Analog I/O Cards
Specifications for DeltaV I.S. I/O AI, 4 to 20 mA with HART
Number of channels
8
Isolation
•
LocalBus to any channel
•
Between channels
•
I. S. Channel to non-I. S. LocalBus
•
•
•
Nominal signal range (span)
4 to 20 mA
Full signal range
2 to 22 mA,
LocalBus current (12 VDC nominal) per card
600 mA
Line fault detection
short circuit current
open circuit current
>21.5 mA
< 0.5 mA
Resolution
16 bits
Calibration
None required
Optional loop disconnect
Yes
Voltage to transmitter @ 20 mA
15 V (min)
Temperature stability
±0.006% of span per °C
60 VAC
None
250 VAC
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 5
TM
Specifications for DeltaV I.S. I/O AO, 4 to 20 mA
Number of channels
8
Isolation
•
LocalBus to any channel
•
Between channels
•
I. S. channel to non-I. S. LocalBus
•
•
•
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 22 mA,
LocalBus current (12 VDC nominal) per
card
630 mA (typical)
Open circuit detection threshold
0.7 mA ± 0.2 mA
Resolution
12 bits
Calibration
None required
Optional loop disconnect
Yes
Voltage to load
13 V (min) @ 20 mA
Load resistance
450 Ω max.
Temperature stability
±0.006% of span per °C
60 VAC
None
250 VAC
Specifications for DeltaV I.S. I/O AO, 4 to 20 mA with HART
Specifications to be determined. Call local sales office for details.
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 6
TM
Intrinsically Safe Discrete I/O Cards
Specifications for DeltaV I.S. I/O DI
Number of channels
16
Isolation
•
LocalBus to any channel
•
Between channels
•
I. S. Channel to non-I. S. LocalBus
60 VAC
None
250 VAC
Detection level for On
> 2.1 mA
Detection level for Off
< 1.2 mA
Output Impedance
100 Ω @ >6 mA (wetting current)
LocalBus current (12 VDC nominal) per card
350 mA
Switching hysteresis
200 μA nominal
Applicable specifications
NAMUR, DIN 19234
Voltage applied to sensor
7.0 to 9.0 V from 1 kΩ ± 10%
Line fault detection
•
short circuit
•
< 100Ω
•
open circuit
•
> 50 kΩ
Maximum input frequency in pulse counting mode
20 Hz
Minimum pulse width detected
45 ms
Optional loop disconnect
No
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 7
TM
Specifications for DeltaV I.S. I/O DO
Number of channels
4
Isolation
•
LocalBus to any channel
•
Between channels
•
I. S. Channel to non-I. S. LocalBus
•
•
•
Output range
22 V
11 V @ 45 mA load
25 V maximum
Off state leakage
N/A
LocalBus current (12 VDC nominal)
per card
560 mA
Field circuit power per card
None
Configurable channel types:
Output
60 VAC
None
250 VAC
Discrete Output
Output stays in last state submitted by the controller.
Momentary Output
Output is active for a pre-configured time period (100 ms to 100 s).
Continuous Pulse Output
Output is active as a percentage of a pre-configured base time period
(100 ms to 100 s). Resolution = 5 ms
Minimum output voltage
22 V (open circuit)
Maximum output voltage
25 V
Current limit per channel
45 mA (min)
Output supply ripple
<0.5% of output (peak to peak)
Line fault detection
•
short circuit
•
<15 Ω
•
open circuit
•
>13 kΩ
Optional loop disconnect
Yes
11 V at 45 mA
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 8
TM
Intrinsically Safe Power Supply
The intrinsically safe power supply accepts 24 VDC power and converts it to 12 VDC to power the DeltaV I.S. I/O
cards. The number of I/O cards that can be powered by a single Intrinsically Safe Power Supply depends on the
I. S. I/O card type. Optional power supply redundancy is supported by adding power supplies at a rate of n + 1.
The following table gives the specifications for the DeltaV I.S. I/O Power Supply.
I.S. I/O Power Supply Specifications
Input voltage
18.5 36 VDC
Output current
5A
Output voltage
12 VDC ± 5%
Input protection
Internally fused, non-replaceable
Input/output isolation
250 V ac rms (tested at 1,500 V ac rms)
Input connection
2 part screw terminal, each duplicated
Cable size
2.5 mm2
Overvoltage protection
Output protected at 110% to 120%
Operating temperature
-
•
optimum orientation (full load)
•
0 to 55°C
(32 to 131 °F)
•
worst case orientation
•
0 to 50°C
(32 to 122 °F)
Storage temperature
-40 to +85 °C
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
ISA-S71.04-1985 airborne contaminants class G2
Shock
10 g, 11 ms pulse width, to BS EN 60 068-2-27
Vibration
2 g @ 10-100 Hz to BS IN60 068-2-6 and BS 2011 part 2.1
Mounting
(-40 to 185 °F)
On either slot of 2-wide power/controller carrier
LED Indicators:
Green – DC Power
Input DC power is applied and internal fuse/diode is sound.
External connectors:
Primary power
DC input, 3-wire
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 9
TM
LocalBus Isolator
The DeltaV LocalBus Isolator protects the I.S. I/O from fault voltages from AC main power supplies. The LocalBus
Isolator also links intrinsically safe I/O with non-intrinsically-safe. I/O. The following table gives the specifications
for the DeltaV LocalBus Isolator.
LocalBus Isolator Specifications
Dimensions
Centimeters
Height
11.0
4.3
Width
4.2
1.7
Depth
16.0
6.2
Weight
250 grams
Inches
8.7 oz
Carriers
All DeltaV I.S. I/O cards are contained in modular 8-wide carriers. Connect the carriers in the most efficient
configuration for your plant. The carriers have multi-pin connectors to ensure that I.S. I/O is never connected to
non-I.S. I/O.
Power supplies for I.S. I/O modules using field wiring have their own modular carriers. These carriers connect
between the I/O carriers.
Use a LocalBus isolator to connect I.S. I/O with non-I.S. field wiring. The LocalBus isolator resides on its own
carrier.
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 10
TM
A carrier environmental specification table and 8-wide carrier, power supply carrier, and LocalBus isolator carrier
specification tables follow:
Common Environmental Specifications for all Carriers
Category
Specifications:
Relative humidity
5 to 95% RH, non-condensing
Airborne contaminants
ISA-S71.04-1985 Airborne Contaminants
Class G2
Protection rating
IP 20, NEMA 12
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 to 16 Hz;
0.5 g from 16 to 150 Hz
Hazardous
area/location
CENELEC Zone 2 IIC T4 hazardous areas or
Class I, Div 2, Groups A, B, C, D T4
hazardous locations.
•
Factory Mutual Research Co., Class I Div
2, Groups A-D hazardous locations.
•
EN 50 014: 1992 electrical apparatus for
potentially explosive atmospheres, general
requirements.
•
EN 50 020: 1995 Electrical apparatus for
potentially explosive atmospheres,
intrinsically safe “i”.
•
EC directive 94/9/EC (ATEX 100A)
Applicable standards
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 11
TM
Carrier Specifications
8-Wide I.S. I/O Carrier Specifications
Capacity
Dimensions
Eight I/O cards and eight terminal blocks
Centimeters
Inches
Height
16.5
6.5
Width
33.6
13.2
Depth
3.1
1.2
I.S. I/O Power Supply Carrier Specifications
Capacity
One I.S. power supply
Dimensions
Centimeters
Height
16.5
6.5
Width
8.4
3.3
Depth
3.1
1.2
Connector to
connector width
9.1
3.6
Inches
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 12
TM
LocalBus Isolator Carrier Specifications
Capacity
One LocalBus Isolator
Dimensions
Centimeters
Height
16.5
6.5
Width
8.4
3.3
Depth
3.1
1.2
Mounting method
Flat panel or DIN-rail
DIN-rail types
Top hat, 3.5 x 0.75
1.37 x 0.3 (EN 50 022)
or 3.5 x 1.5
1.38 x 0.6
or G-section to EN 50 022
Inches
Electrical
LocalBus
connectors
48-pin DIN 41612
Connector to
connector width
9.1
3.6
Product Data Sheet
DeltaV Intrinsically Safe I/O
November 2003—Page 13
TM
Ordering Information
Description
Model Number
8-channel AI, 4-20 mA with HART
with I/O term block
with loop disconnect term block
VE4012S2B1
VE4012S2B2
8-channel AI, 4-20 mA
with I/O term block
with loop disconnect term block
Call local sales office for availability
8-channel AO, 4-20 mA with HART
with I/O term block
with loop disconnect term blocK
Call local sales office for availability
8-channel AO, 4-20 mA
with I/O term block
with loop disconnect term block
VE4013S1B1
VE4013S1B2
16-channel DI, switch/proximity detector
VE4010B1
4-channel, DO, solenoid driver, IIC Gas Groups
with I/O term block
with loop disconnect term block
VE4011B1
VE4011B2
8-wide carrier
without carrier extension cable
with carrier extension cable
VE4060C0
VE4060C1
24 VDC input I/O module supply and carrier
VE5010
LocalBus isolator and carrier
VE4070
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV MD Controller
November 2003—Page 1
TM
DeltaV MD Controller
MD Controller
The DeltaV Controller and the DeltaV I/O subsystem make rapid installation easy.
Q Increases productivity
Benefits
Q Easy-to-use
Increases productivity
Faster. The MD Controller is more than 400% faster
Q Has the flexibility to meet your needs
Introduction
MD Controller provides communication and control
between the field devices and the other nodes on the
control network. Control strategies and system
configurations created on earlier DeltaV systems can
be used with this powerful controller. The MD
Controller provides all the features and functions of the
M5 Plus Controller, with plenty of memory for large
batch and other memory-intensive applications.
Note: The MD Controller is required for using all the
new features in v6.x and v7.x releases, such as
Redundant I/O, Device Alerts, DeviceNet, DeltaV
Interface for PROVOX I/O, DeltaV Interface for RS3
I/O, Model Predictive Control etc.
The control languages executed in the controllers are
described in the Control Software product data sheet.
than the M5 Plus Controller--and has a 10x
communication speed increase to 100MB/second. The
results are lower CPU utilization and higher capacity
for control strategies.
The MD controller is recommended for Batch, SOE,
and advanced control applications.
Self-addressing. The controller is unique in its ability
to automatically identify itself to the DeltaV control
network. When the controller is powered up, it is
automatically assigned a unique address—no dip
switches, no configuring—just plug and play!
Self-locating. A controller’s physical location is easy
to find. LEDs on the face of the controller can be made
to flash, providing a strong visual clue.
Automatic I/O detection. The controller can identify
all I/O interface channels located on the subsystem.
As soon as an I/O interface is plugged in, the
controller knows the general characteristics of the field
devices managed by that I/O interface. This reduces
the no value engineering associated with
configuration—easy!
Product Data Sheet
DeltaV MD Controller
November 2003—Page 2
TM
Easy to use
Has the flexibility to meet your needs
Total control. The controller manages all control
activities for the I/O interface channels. It also
manages all communication functions for the
communications network. Time tamping, alarming, and
trend objects are also managed within the controller.
The controller executes your control strategy.
Information from an input channel is received, control
strategy applied, and data sent to an output channel
within 100 ms.
Data protection. Each time you install data in a
DeltaV controller, the installation information is
automatically saved. Likewise, when users make
online configuration changes to a controller, the
system stores these changes as well. This way, the
system always retains a complete record of all the
data that has been installed in the controller and any
online changes that have been made.
Cold restart. This feature ensures that in case of
power failure, the controller will restart without manual
intervention and without any other device present on
the network. Now, you don’t have to reboot from the
workstation. Simply set the restart state of the
controller to current conditions.
The MD Controller.
Note: To prevent process disruption during a short
power loss, an uninterruptible power supply (UPS) is
available for the controller.
Advanced operations. The MD Controller is
equipped to handle the DeltaV Batch option, as well as
Advanced Control functions.
For memory-intensive applications such as Batch, you
can create complex control schemes without the risk
of running out of memory. This option is recommended
for users performing a lot of supervisory or batch
control layered over process control.
You can also use advanced control function such as
Neural and Model Predictive Control on the MD
controller.
Data passthrough. The controller is equipped with
the ability to pass smart HART information from field
devices to any workstation node in the control
network. This means you can take advantage of
applications, such as Asset Management Solutions,
that enable you to remotely manage the HART
information contained in your HART or FOUNDATION
fieldbus-equipped devices.
Prepares you for the future. As your system grows,
you can expand your software license to increase the
number of device signal tags (DSTs) allocated to the
DeltaV controller. Begin with 50 and expand to 750
DSTs. Control strategy complexity and control module
scan rates determine overall controller performance
and application size. A redundant controller may be
added to back up an MD Controller online. The
standby controller comes online automatically, with a
bumpless transition. For more information, refer to the
I/O Redundancy product data sheet.
Mounting. This plug-and-play system structure
provides modular system growth with a single
controller and can be mounted in a Class 1, Div 2 or
ATEX Zone II environment.1 Refer to the System
Power Supplies and I/O Subsystem Carriers product
data sheets for additional information.
1
Refer to Zone 2 installation instructions (12P2046)
and/or Class 1 Division 2 installation instructions
(12P1293) for details.
Product Data Sheet
DeltaV MD Controller
November 2003—Page 3
TM
Specifications for the MD Controller
Power requirement
Supplied by System Power Supply through 2-wide
Power/Controller Carrier
Fuse protection
3.0 A, non-replaceable fuses
Power dissipation
5.0 W typical, 7.0 W maximum
Environmental specifications:
Operating temperature
0 to 60 °C (32 to 140 °F)
Storage temperature
-40 to 85 ° C (-40 to 185°F)
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
•
ISA-S71.04-1985 Airborne Contaminants
Class G3
•
Conformal coating
Shock (normal operating conditions)
•
Hazardous area/location
Refer to Zone 2 installation instructions (12P2046) and/or
Class 1 Division 2 installation instructions (12P1293) for
information on installing in hazardous areas.
Vibration (operative limit)
10 g ½-sine wave for 11 ms
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A, B, C, D, T4
1 mm peak-to-peak from 5 Hz to 16 Hz,
0.5 g from 16 Hz to 150 Hz
User Memory
MD Controller
14 MB
LED Indicators:
ON Status
Green – Power
Indicates DC power is applied.
Red – Error
Indicates an error condition.
Green – Active
Indicates that the controller is operating as the
primary controller.
Green – Standby
Indicates that the controller is operating as a
backup controller (reserved for future use).
Yellow flashing – Pri. CN
Indicates valid primary control network
communication.
Yellow, flashing – Sec. CN
Indicates valid secondary control network
communication.
All except Power flashing
Visual identification of controller initiated from user
interface software by ping command.
All except Power flashing, alternating even and odd
Firmware upgrade in progress.
Mounting
On right slot of power/controller carrier.
External connections:
Primary Control Network
8-pin RJ-45 connector
Redundant Control Network
8-pin RJ-45 connector
Product Data Sheet
DeltaV MD Controller
November 2003—Page 4
TM
Ordering Information
Description
Model Number
MD Controller
VE3005x
Prerequisites
•
For each controller you will need to select the mounting carrier. Please refer to the I/O Carrier product data
sheet for details.
•
Each controller requires a dedicated system power supply. Please refer to the Power Supplies product data
sheet for details.
•
Software release 5.2 or later.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
Asia Pacific:
…or call us at:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2004 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV MD Plus Controller
January 2005—Page 1
TM
DeltaV MD Plus Controller
The DeltaV Controller and the DeltaV I/O subsystem make rapid installation easy.
Q Increases productivity
Benefits
Q Easy to use
Increases productivity
Faster. The MD Plus Controller is more than 400%
Q Has the flexibility to meet your needs
Introduction
The MD Plus Controller provides communication and
control between the field devices and the other nodes
on the control network. Control strategies and system
configurations created on earlier DeltaV systems can
be used with this powerful controller. The MD Plus
Controller provides all the features and functions of the
M5 Plus Controller, with plenty of memory for large
batch and other memory-intensive applications.
Note: The MD or MD Plus Controller is required for
using all the new features introduced in v6.x and v7.x
releases: Redundant I/O, Device Alerts, DeviceNet,
DeltaV Interface for PROVOX I/O, DeltaV Interface for
RS3 I/O, Model Predictive Control etc.
Note: DeltaV version 8.1 or later is a prerequisite
for the MD Plus Controller.
The control languages executed in the controllers are
described in the Control Software product data sheet.
faster than the M5 Plus Controller—and has a 10x
communication speed increase to 100MB/second. The
results are lower CPU utilization and higher capacity
for control strategies.
Self-addressing. The controller is unique in its ability
to automatically identify itself to the DeltaV control
network. When the controller is powered up, it is
automatically assigned a unique address—no dip
switches, no configuring—just plug and play!
Self-locating. A controller’s physical location is easy
to find. LEDs on the face of the controller can be made
to flash, providing a strong visual clue.
Automatic I/O detection. The controller can identify
all I/O interface channels located on the subsystem.
As soon as an I/O interface is plugged in, the
controller knows the general characteristics of the field
devices managed by that I/O interface. This reduces
the no value engineering associated with
configuration—easy!
Product Data Sheet
DeltaV MD Plus Controller
January 2005—Page 2
TM
Easy to use
Total control. The controller manages all control
activities for the I/O interface channels. It also
manages all communication functions for the
communications network. Time tamping, alarming, and
trend objects are also managed within the controller.
The controller executes your control strategy.
Information from an input channel is received, control
strategy applied, and data sent to an output channel
within 100 ms.
Data protection. Each time you install data in a
DeltaV controller, the installation information is
automatically saved. Likewise, when users make
online configuration changes to a controller, the
system stores these changes as well. This way, the
system always retains a complete record of all the
data that has been installed in the controller and any
online changes that have been made.
Cold restart. This feature ensures that in case of
power failure, the controller will restart without manual
intervention and without any other device present on
the network. Now, you don’t have to reboot from the
workstation. Simply set the restart state of the
controller to current conditions.
Note: To prevent process disruption during a short
power loss, an uninterruptible power supply (UPS) is
available for the controller.
Has the flexibility to meet your needs
Advanced operations. The MD Plus Controller is
equipped to handle the DeltaV Batch option, as well as
advanced control functions.
For memory-intensive applications such as Batch, you
can create complex control schemes without the risk
of running out of memory. This option is recommended
for users performing a lot of supervisory or batch
control layered over process control.
You can also use advanced control function such as
Neural and Model Predictive Control on the MD Plus
controller.
Data passthrough. The controller is equipped with
the ability to pass smart HART information from field
devices to any workstation node in the control
network. This means you can take advantage of
applications, such as Asset Management Solutions,
that enable you to remotely manage the HART
information contained in your HART or FOUNDATION
fieldbus-equipped devices.
Prepares you for the future. As your system grows,
you can expand your software license to increase the
number of device signal tags (DSTs) allocated to the
DeltaV controller. Begin with 50 and expand to 750
DSTs. Control strategy complexity and control module
scan rates determine overall controller performance
and application size. A redundant controller may be
added to back up an MD Plus Controller online. The
standby controller comes online automatically, with a
bumpless transition. For more information, refer to the
I/O Redundancy product data sheet.
Mounting. This plug-and-play system structure
provides modular system growth with a single
controller and can be mounted in a Class 1, Div 2 or
ATEX Zone II environment.1 Refer to the System
Power Supplies and I/O Subsystem Carriers product
data sheets for additional information.
The MD Plus Controller
1
Refer to Zone 2 installation instructions (12P2046)
and/or Class 1 Division 2 installation instructions
(12P1293) for details.
Product Data Sheet
DeltaV MD Plus Controller
January 2005—Page 3
TM
Specifications for the MD Plus Controller
Power requirement
Supplied by System Power Supply through 2-wide
Power/Controller Carrier
Fuse protection
3.0 A, non-replaceable fuses
Power dissipation
5.0 W typical, 7.0 W maximum
Environmental specifications:
Operating temperature
-40° to 70° C (-40° to 158° F)
Storage temperature
-40° to 85° C (-40° to 185° F)
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
•
ISA-S71.04-1985 Airborne Contaminants
Class G3
•
Conformal coating
Shock (normal operating conditions)
•
Hazardous area/location
Refer to Zone 2 installation instructions (12P2046) and/or
Class 1 Division 2 installation instructions (12P1293) for
information on installing in hazardous areas.
Vibration (operative limit)
10 g ½-sine wave for 11 ms
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A, B, C, D, T4
1 mm peak-to-peak from 5 Hz to 16 Hz,
0.5 g from 16 Hz to 150 Hz
User Memory
MD-PLUS Controller
48 MB
LED Indicators:
ON Status
Green – Power
Indicates DC power is applied.
Red – Error
Indicates an error condition.
Green – Active
Indicates that the controller is operating as the
primary controller.
Green – Standby
Indicates that the controller is operating as a
backup controller (reserved for future use).
Yellow flashing – Pri. CN
Indicates valid primary control network
communication.
Yellow, flashing – Sec. CN
Indicates valid secondary control network
communication.
All except Power flashing
Visual identification of controller initiated from user
interface software by ping command.
All except Power flashing, alternating even and odd
Firmware upgrade in progress.
Mounting
On right slot of power/controller carrier.
External connections:
Primary Control Network
8-pin RJ-45 connector
Redundant Control Network
8-pin RJ-45 connector
Product Data Sheet
DeltaV MD Plus Controller
January 2005—Page 4
TM
Ordering Information
Description
Model Number
MD-PLUS Controller
VE3006
Prerequisites
•
For each controller you will need to select the mounting carrier. Please refer to the I/O Carrier product data
sheet for details.
•
Each controller requires a dedicated system power supply. Please refer to the Power Supplies product data
sheet for details.
•
Software release 8.1 or later.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
Asia Pacific:
…or call us at:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
Monitor and Control Software
February 2006—Page 1
TM
Monitor and Control Software
Q IEC61131-3 languages
Q Built-in FOUNDATION fieldbus technology
Q Control in the field, controller, or both
Q Scalable software meets any needs
Q Integrates multi-vendor real-time data into
your DeltaV system
Q Performs calculations on data from external
sources
Q Features protecting and hiding of control
strategies
gives you all this and more. Choose from IEC61131-3
control languages and FOUNDATION Fieldbus function
blocks to design your monitoring and control
strategies.
Need to consolidate your PLC, legacy systems, and
gauging systems into a single operator interface?
OPC may be used to tear down the barriers between
your legacy control systems and your DeltaV system.
The DeltaV system provides you with a real-time
database where you can store third-party data for use
anywhere within the DeltaV system. You can display,
trend, alarm and even use it in control strategies.
What’s more, you choose the location that is best for
integrating the data into the DeltaV system, the
workstation or the controller.
Q Features class-based configuration
Q Features advanced unit management
Q Features advanced control
Introduction
Are you looking for a control system that allows you to
use standard control languages and functions? Do you
want to use different control languages that are
appropriate for the control task within the same
strategy? Do you want a control system that permits
you to design where and how you perform monitoring
and control, rather than forcing you to fit within the
constraints of a fixed architecture? A DeltaV system
This document details the monitoring and control
functions supported by a DeltaV system. These
functions can run on DeltaV Application Stations and
controllers and many of the function blocks may be
assigned to run within FOUNDATION Fieldbus devices.
Benefits
Uses IEC61131-3 control languages. A DeltaV
system supports three languages, so you can always
use the tools most appropriate for the job. Function
Block Diagrams (FBD), Sequential Function Charts
(SFC), and Structured Text (ST) are all available,
making control strategy development both intuitive and
easy.
Product Data Sheet
Monitor and Control Software
February 2006—Page 2
TM
Built-in FOUNDATION fieldbus functionality. These
function blocks are used throughout the DeltaV
system. Control strategies are developed, using these
standards-based blocks that minimize development
time and maximize the system’s performance. Many
functions (like override control, tracking, and state
control) are built into these powerful blocks. Plus, with
Fieldbus, you get decreased wiring costs and
improved instrument diagnostics.
Control in the field, controller, or both. Design
control strategies to meet your application
requirements. Then decide where each block
executes: in the controller, in the field devices, or both.
Scalable software meets any needs. As your needs
grow, your DeltaV system is ready to expand with you.
Additional capacity and even additional control
functionality can be added online while you continue to
control your process. Your entire configuration
remains intact; you simply add to existing control
strategies with the newly available functions or
configure new control modules to take advantage of
higher capacity.
Integrates multi-vendor data. Bring data into your
DeltaV system for control, display, and historical
purposes. When executing in the controller, the
monitoring software uses Classic I/O, HART,
FOUNDATION Fieldbus, PROFIBUS DP, AS-i bus,
DeviceNet and serial interfaces to access data.
Running in workstations, OPC technology provides
Data Acquisition control software with fast connections
and data transfers to and from any system.
Performs calculations on data from external
sources. Now you can put the data from an existing
system to work for you in the DeltaV system. All
DeltaV applications can access and use the external
data as if it were native DeltaV data. And because you
can execute function blocks directly in the workstation,
you can really put this external data to work for you.
Features protecting and hiding of control
strategies. Access to library items like module
templates and class definitions can be restricted by to
enforce project standards. The internal structure of
modules can be hidden to protect intellectual property.
Features class-based configuration. Build module
class definitions for commonly used control (e.g.
motors, valves) and equipment (e.g. valve header)
modules. All modules that are created from a definition
inherit changes that are made to the definition.
Features advanced unit management (AUM). Use
powerful DeltaV unit modules and aliasing to write
generic logic in control and equipment modules. This
will simplify configuration management where there
are similar equipment units or trains. Refer to the
Advanced Unit Management product data sheet for
further details.
Features advanced control. Use DeltaV Fuzzy to
improve performance of non-linear or noisy loops. The
optional DeltaV Tune makes adjusting the Fuzzy rules
and PID parameters a snap. Simply run the tuning
wizard and your loop is optimized. For more
demanding process control requirements, you can use
Model Predictive Control or DeltaV Neural. Refer to
the Advanced Control product data sheets for details.
Product Description and Specification
DeltaV Monitoring and Control Software uses standard
IEC61131-3 control languages, as well as FOUNDATION
Fieldbus function blocks to support strategy
development. These strategies may be graphically
assembled and modified using standard drag-anddrop techniques. Strategy development is visually
intuitive, making it easy for first-time users to quickly
become productive. Context-sensitive, online help is
available for all functions. The IEC61131-3 control
languages include Function Block Diagramming
(FBD), Sequential Function Charts (SFC), and
Structured Text (ST). Typical uses of each language
are listed on page 3.
Product Data Sheet
Monitor and Control Software
February 2006—Page 3
TM
Control Language Typical Usages
Function Block Diagram (FBD)
Monitoring and alarming
Continuous calculations
Analog control (pressure, temperature, flow)
Motor and block valve control
Totalizers
Sequential Function Chart (SFC)
Charging systems
Startup/shutdown control
Batch sequences (fill, mix, heat, dump)
Structured Text (ST)
Advanced math functions
Complex calculations
Interlock condition detection
If-then-else decisions
Looping
Bit manipulations
Function Block Diagrams
Your DeltaV system uses Function Block Diagrams to
implement continuously executing calculations,
process monitoring, and control strategies. Graphical
“wires” are used to connect the different blocks within
a diagram. Each wire transfers one or more pieces of
data. All communications throughout the DeltaV
system are handled automatically. DeltaV function
blocks are implemented using the structure specified
by the FOUNDATION Fieldbus standard, but they are
also enhanced to provide greater flexibility in control
strategy design. FOUNDATION Fieldbus-compliant
Function Blocks enable you to take advantage of
control in the field. You design control strategies that
best meet your control application requirements. Then,
decide whether the function blocks controlling the
process run in the controller, field devices, or both.
Sequential Function Charts
This language enables you to configure operatorindependent time-variant actions. SFCs are best at
controlling strategies with multiple states. They can be
used for sequencing and simple batch applications.
An SFC comprises a series of steps and transitions.
Each step contains a set of actions that affect the
process. Transitions determine when processing
moves on to the next step(s). Both single-stream and
parallel execution of logic is supported within SFCs.
Structured Text
With structured text you can write sophisticated
calculations using a wide array of algebraic and
trigonometric functions and operators. In addition, you
can build complex logic expressions using condtional
and iterative structures.
Data Acquisition
Display, trend, alarm, and use third-party data as if it
were native DeltaV data. Now you can put the data
from an existing system to work for you in a DeltaV
system. All DeltaV applications can access and use
the external data as if it were native DeltaV data. The
data can be used on any DeltaV workstation. It can
also be integrated into control strategies, consolidated
into reports, historized, and much more. Whether your
application uses the workstation’s OPC server or the
controller’s I/O subsystem—once accessed, the realtime database makes the data immediately available
throughout the DeltaV system. In runtime, the
exception reporting mechanism moves the data to the
appropriate system application. The global
configuration database makes management and use
of this data easy.
Product Data Sheet
Monitor and Control Software
February 2006—Page 4
TM
Section 1: Function Blocks
Math Blocks
Absolute*
Provides the absolute value of an integer or floating point input
Add*
Sums the values of two to sixteen inputs and generates an output value.
Arithmetic*
Provides standard algorithms for : Flow Compensation Linear, Flow Compensation Square Root, Flow
Compensation Approximate, Btu Flow, Traditional Multiply and Divide, Average, Summer, Fourth
Order Polynomial, and Simple HTG Compensate Level
Comparator*
Compares two values for the conditions ‘greater than’, ‘less than’, ‘equal’, ‘not equal’, and generates
an output for each comparison (GT, LT, EQ, NEQ). It also checks whether the primary input is within
the range defined by two inputs.
Divide*
Divides one input value by another input value and generates an output value.
Integrator*
Integrates one or two variables over time. The block compares the integrated or accumulated value to pretrip and trip limits and generates discrete output signals when the limits are reached.
Multiply*
Multiplies two to sixteen inputs and generates an output value.
Subtract*
Subtracts one input value from another input value and generates an output value.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 5
TM
Input/Output Blocks
Alarm Detection*
Creates a set of standard alarms (HI_HI, HI, LO, LO_LO) on any system parameter. AI and PID blocks
have this function built-in.
Analog Input*
Accesses a single analog measurement value and status from an I/O channel. The input value can be
a transmitter’s 4-20mA signal, the digitally communicated FOUNDATION Fieldbus block, or the digitally
communicated primary or non-primary variable from a HART transmitter.
Analog Output*
Assigns an analog output value to a field device through a specified I/O channel or Fieldbus device.
Discrete Input*
Accesses a single discrete measurement value and status from a two-state field device and makes the
processed physical input available to other function blocks.
Discrete Output*
Takes a binary setpoint and writes it to a specified I/O channel to produce an output signal.
Fieldbus Multiple Discrete Input
Accesses a DI card on the H1 carrier device and makes the individual channels available as in an 8-bit
integer output.
Fieldbus Multiple Discrete Output
Takes an 8-bit integer and writes it to the individual channels of a DO card on the H1 carrier device.
Fieldbus Multiplexed Analog Input
Used to connect to higher density Fieldbus transmitters
Pulse Input*
Converts the rate parameter on the Pulse Input card to a value in engineering units.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 6
TM
Timer and Counter Blocks
Counter*
Generates a discrete output value of True (1) when the count reaches a specified trip value. The block
functions as an increment or decrement counter.
Off-delay Timer*
Delays the transfer of a False (0) discrete input value to the output by a specified time period.
On-delay Timer*
Delays the transfer of a True (1) discrete input value to the output by a specified time period.
Retentive Timer*
Generates a True (1) discrete output after the input has been True for a specified time period. When
the reset input is set True, the elapsed time and the output value are reset.
Timed Pulse*
Generates a True (1) discrete output for specified time duration when the input makes a positive
(False-to-True) transition. The output remains True even when the input returns to its initial discrete
value; it returns to its original False value only when the output is True longer than the specified time
duration.
Date Time Event*
Generates a pulse at a preset date and time or at preset time intervals
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 7
TM
Logic Blocks
Action*
Evaluates a single structured text expression when the input value is True. Mathematical functions,
logical operators, and constants may be used in the expression.
AND*
Generates a discrete output value based on the logical AND of two to sixteen discrete inputs.
Bi-directional Edge Trigger*
Generates a True (1) discrete pulse output when the discrete input makes a positive (0-to-1, False-toTrue) or a negative (1-to-0, True-to-False) transition since the last execution of the block. If there has
been no transition, the discrete output of the block is False.
Boolean Fan Input*
Generates a discrete output based on the weighted binary sum, binary coded decimal (BCD)
representation, transition state, or logical OR of 1 to 16 discrete inputs.
Boolean Fan Output*
Decodes a binary weighted floating point input to individual bits and generates a discrete output value
for each bit (as many as sixteen outputs).
Condition*
Evaluates a single structured text expression and generates a discrete output value when the
expression is evaluated True (1) for longer than a specified time period.
Device Control
Provides setpoint control for multi-state discrete devices, such as motors, pumps, and block valves.
Multiplexer*
Selects one input value from up to 16 input values and places it at the output.
Negative Edge Trigger*
Generates a True (1) discrete pulse output when the discrete input makes a negative (1-to-0, True-toFalse) transition since the last execution of the block. If there has been no transition (or a positive
transition), the discrete output of the block is False (0).
NOT*
Logically inverts a discrete input signal and generates a discrete output value. When the input is True
(1), the output is False (0). When the input is False, the output is True.
Product Data Sheet
Monitor and Control Software
February 2006—Page 8
TM
Logic Blocks (continued)
OR*
Generates a discrete output value based on the logical OR of 2 to 16 discrete inputs. When one or
more of the inputs is True (1), the output is set True (1).
Positive Edge Trigger*
Generates a True (1) discrete pulse output when the discrete input makes a positive (0-to-1, False-toTrue) transition since the last execution of the block. If there has been no transition (or a negative
transition), the discrete output of the block is False (0).
Reset/Set Flip-flop*
Generates a discrete output value based on NOR logic of Reset and Set inputs. If the Reset input is
False (0) and the Set input is True (1), the output is True. The output remains True regardless of the
Set value until the Reset value is True. When Reset becomes True, the output is False.
Set/Reset Flip-flop*
Generates a discrete output value based on NAND logic of Set and Reset inputs. When the Reset
input is False (0) and the Set input is True (1), the output is True. The output remains True until the
Reset input is True and the Set input is False. When the Reset input is True, the output is equal to the
Set input.
Transfer*
Selects one of two analog input signals and transfers the selected input to the output after a specified
time. The transfer from one input to another is smoothed with a linear ramp.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 9
TM
Analog Control Blocks
Bias/Gain
Provides adjustable gain capability by computing an output value from a bias setpoint, an input, and a
gain value.
Calc*
Allows you to specify an expression that determines the block’s output. Mathematical functions, logical
operators, constants, parameter references, and I/O reference values may be used in the expression.
Expressions are written using IEC 61131-3 Structured Text. See section 3 for Structured Text details.
Control Selector
Selects one of three control signals to perform override control to a PID function block.
Deadtime*
Introduces a pure time delay in the value and status used in a signal path between two function blocks.
Fieldbus Input Selector Extended
Selects the first good, minimum, maximum, middle, or average of up to eight input signals. Supports
operator-selected, mode, and signal disable.
Filter*
Applies an equation to filter changes in the input signal and generates a smooth output signal.
Input Selector*
Selects the first good, minimum, maximum, middle, or average of up to four input signals. Supports
operator-selected, mode, and signal disable.
Lead/Lag*
Provides dynamic compensation for an input value. The block can apply a lead time function, a lag time
function, or a combination of the two. A specified gain is applied to the compensated value and the value is
high/low-limited based on the block mode.
Limit*
Limits an input value between two reference values.
Manual Loader
Allows the block output to be set by an operator.
Product Data Sheet
Monitor and Control Software
February 2006—Page 10
TM
Analog Control Blocks (continued)
PID
Combines all the necessary logic to perform analog input channel processing, proportional-integralderivative (PID) control, and analog output channel processing within one function block.
Ramp*
Creates a ramping output signal to increase or decrease a variable toward a specified target value at a
defined rate.
Rate Limit*
Limits the rate of change of the output value to specified limits. Also provides the derivative of the input
signal.
Ratio
Applies an adjustable ratio setpoint to achieve a desired input/output relationship.
Scaler*
Provides scaling and dimensional consistency between two values of different engineering units. The
block converts the input value to the specified scale and generates an output value.
Signal Characterizer*
Characterizes or approximates any function that defines an input/output relationship. The function is
defined by configuring as many as twenty X, Y coordinates. The block interpolates an output value for
a given input value using the curve defined by the configured coordinates. Two separate analog input
signals can be processed simultaneously to give two corresponding separate output values using the
same defined curve.
Signal Generator*
Produces an output signal used to simulate a process signal.
Signal Selector*
Selects the maximum, minimum, or average of as many as sixteen input values and places it at the
output.
Splitter
Takes a single input and calculates two outputs based on specified coordinate values.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 11
TM
Advanced Control Blocks
Fuzzy Logic
Easy to use alternative to PID control. Useful in non-linear and noisy processes. Also very suited to
handling unmeasured disturbances.
Inspect*
Monitors plant area control performance statistics for viewing, trending and history collection. Also
provides for programmatic enable/disable of performance monitoring based on equipment or unit state.
Model Predictive Control* (basic and professional)
Model Predictive constrained multi-variable controller for processes with, interacting variables, difficult
dynamics, multiple constraints, and throughput optimization.
Related Blocks
MPC Process Simulator*
Allows the process to be simulated to verify the model.
MPC Input Reference*
Easily connect input parameters (controlled variables, disturbance variables, and constraint
variables) from multiple loops in a single MPC strategy. Useful for implementing MPC in a
supervisory fashion.
MPC Output Reference*
Easily connect output parameters (manipulated variables) from multiple loops in a single MPC
strategy. Useful for implementing MPC in a supervisory fashion.
Neural Network*
Build virtual sensors for on-line qualitative property estimation. Use anywhere samples are taken for
analysis, or in place of or back-up to continuous analyzers.
Related Blocks
Lab Entry*
Allows operator input of offline laboratory analysis results to be used in training the neural
network. Sample time and test results are easily logged right from the operator interface.
Diagnostic*
The Diagnostic function block provides a method to monitor device alerts from non-fieldbus assets.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 12
TM
Energy and Metering Blocks
Isentropic Expansion*
Calculates the final enthalpy for isentropic expansion of steam to a given pressure for given entropy. If
the entropy-pressure point lies in the two-phase region, the combined enthalpy of steam and water for
constant entropy is provided. Steam quality (% moisture) and steam temperature are also calculated.
Saturated Steam Properties*
Calculates steam enthalpy, entropy, specific volume and pressure for saturation conditions specified by
a given temperature.
Saturated Temperature*
Calculates steam temperature at saturation give steam pressure.
Steam Density Ratio*
Calculates the square root of the ratio of steam density to the density of steam at the calibration
conditions of the flow meter.
Steam Properties*
Calculates steam enthalpy, entropy and specific volume for a give gauge pressure and a given
temperature.
Water Enthalpy*
Calculates enthalpy of water for a specified temperature.
Water Entropy*
Calculates entropy of water for a specified temperature.
Flow Metering in SI units*
Calculates mass flow, volumetric flow and energy flow for orifice and turbine meters.
Flow Metering in US units*
Calculates mass flow, volumetric flow and energy flow for orifice and turbine meters.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 13
TM
Special Items
Custom Block Tool*
Adds various block types
Composite Block*
A grouping of individual function blocks. Composites can be of the
Embedded type.
Linked or
Module Block*
A block on the diagram that represents another module within the system. It allows
connection of parameters between this module and the referenced module.
direct
Physical Block Tool
Used to add Foundation Fieldbus blocks directly to the diagram instead of adding a standard I/O block
and then converting it.
Input Parameter*
A value from another function block, a sequential function chart (SFC), or a field device supplied to a
module for use in execution.
Internal Read Parameter*
A value used within a module that supplies an output for connection to I/O or other module parameters.
Internal Write Parameter*
A value used within a module that supplies an input for connection to I/O or other module parameters.
Output Parameter*
A value calculated or triggered by the module and sent to other diagrams or field devices.
*Allowed to run in a workstation-based controller
Product Data Sheet
Monitor and Control Software
February 2006—Page 14
TM
Section 2: Sequence Function Chart Tools
Icon
SFC Tools
Input Parameter
A value from another function block, a sequential function chart (SFC), or a field device supplied to a
module for use in execution. Automatically available when the Module Block is used on another
module’s diagram.
Internal Read Parameter
A value used within a module that supplies an output for connection to I/O or other module parameters.
Internal Write Parameter
A value used within a module that supplies an input for connection to I/O or other module parameters.
Output Parameter
A value calculated or triggered by the module and sent to other function blocks, SFC’s, or field devices.
Automatically available when the Module Block is used on another module’s diagram.
Step
An element of an SFC that contains a set of actions. The actions define the rules and the behavior of
the step. The step manages the execution of the actions they contain.
Termination
A transition that specifies a condition that represents a logical end to a sequence.
Transition
An element of a SFC that allows the sequence to proceed from one step to the next if a transition
condition is met. A transition condition is the result of evaluating a Boolean expression.
Sequence
A number of steps and transitions linked together.
Product Data Sheet
Monitor and Control Software
February 2006—Page 15
TM
Section 3: Structured Text Instructions
The DeltaV system uses IEC 61131-3 Structured
Text to create custom functions. The language
uses operators, functions, statements and
operands in expressions. The Action, Condition,
Calc blocks and SFCs use expressions. Any
system parameter may be referenced by these
expressions.
Functions
Math
ABS (x)
EXP
Exponential of x
Raise x to the power of y
FRACT (x)
Fractional part of a number
LOG (x)
Description
Operator
Absolute value of x
EXPT (x, y)
LN (x)
Operators
Description
Natural logarithm of x
Log base 10 of x
LOG2 (x, y)
Log base y of x
-
Unary minus
MAX (x, y)
Maximum of x and y
+
Unary plus
MIN (x, y)
Minimum of x and y
! , NOT
Logical NOT
ROUND (x)
~
Bitwise NOT
SQRT (x)
OR
Logical OR
XOR
Logical Exclusive OR
AND
Logical AND
|
Bitwise OR
^
Bitwise XOR
&
Bitwise AND
=
Equality
!= , <> , ~=
Inequality
<
Less than
>
Greater than
<=
Less than or equal to
>=
Greater than or equal to
+
Add
+
String concatenation
–
Subtract
*
Multiply
/
Divide
MOD , %
Modulus (remainder)
**
Raise to power
?:
Conditional evaluation
TRUNC (x)
Round x to the nearest float
Square root of x
Floor function
Trig
ACOS (x)
Description
Arc cosine of x
ASIN
Arc sine of x
ATAN
Arc tangent of x
COS
Cosine of x
SIN(x)
TAN (x)
Sine of x
Tangent of x
Bitwise
ROL(x,y) /
ROTL(x,y)
Description
Rotate x to the left by y positions
ROTL16(i,n)
Rotate i to the left by n bits for a 16
bit integer
ROR(x,y) /
ROTR(x,y)
Rotate x to the right by y positions
ROTR16(i,n)
Rotate i to the right by n bits for a
16 bit integer
SHL(x,y)
Shift x left by y positions, no carry
SHR(x,y)
Shift x right by y positions, no carry
ASR16(i,n)
Arithmetic shift right n bits by I
positions for a 16 bit integer
STBT(i,b,n)
Set bit n in integer i to boolean
value b
Product Data Sheet
Monitor and Control Software
February 2006—Page 16
TM
Time
Description
Operands
time_to_str
converts a time value to a time
string
•
Named set constants in the form
“SetName:ValueName.”
str_to_time
converts a time string to a time
value
•
Inputs are floating-point-with-status data types that
may be wired to function block parameter
connectors or used in expressions.
•
Outputs are floating-point-with-status data types
that may be wired from function block parameter
connectors or written from action expressions.
•
Input device signal tags (DSTs) are references to
signals and also contain signal status data.
•
Constants- predefined, unchangeable values in
expressions. These constants let you test values
against DeltaV system values without having to
know their internal representations. The DeltaV
system supports the constants listed below:
Miscellaneous.
EUP(e,p0,p100)
Description
Conversion from
engineering units to
percent
PEU(p,p0,p100)
Conversion from
percent to engineering
units
Option Explicit
Forces all local
variables to require
explicit declaration
Logevent(x)
Logs the event string
specified
Selstr(n,s1,s2,s3,s4,s5)
Returns the nth string.
Sysstat(x)
Download, Power fail,
and switchover event
flags
Basepath(path_string)
Returns the base
portion of a path
string.
Statements
Statement
Description
;
End of statement separator
:=
Assignment
If…Then…
Conditional execution
Else…End_if
While...Do…
Looping function
End_While
Exit
Exits the innermost While loop
Var…End_var
Declare variables
Option Explicit
Force variables to be declared
REM
Single line comment
(*…*)
Comment (multi-line)
Constant
Description
GOOD
Good status
BAD
Bad status
TRUE
Boolean True
FALSE
Boolean False
UNC
Uncertain status
LIMITED CONSTANT
Limited constant status
LIMITED HIGH
Limited High status
LIMITED LOW
Limited Low status
AUTO
Automatic mode
CAS
Cascade mode
IMAN
Initializing Manual mode
LO
Local Override mode
MAN
Manual mode
OS
Out of Service mode
RCAS
Remote Cascade mode
ROUT
Remote Out mode
Product Data Sheet
Monitor and Control Software
February 2006—Page 17
TM
Capacity
Related Products
Your DeltaV system provides the exact monitoring
and control functions your application requires. The
software is also scalable in size. The system is sized
according to the number of device signal tags
(DSTs) and SCADA tags. A DST is any signal used
as a measured variable or controlled output. A
SCADA tag is a value brought into the DeltaV
system for monitoring, display, alarming and history
collection.
9 Redundancy. Controller redundancy provides
Classic I/O supports only one signal per device.
HART, FOUNDATION Fieldbus, PROFIBUS DP, ASi
bus and serial communications can support multiple
signals per device. OPC communications can
support multiple tags per server.
System Specifications
Hardware
MDPLUS, MD Controllers
DeltaV software
Release: >= 7.3
Capacity
SCADA tags
25000 per workstation
Device signal tags
30000 per system
Data source
Classic I/O (AI, AO, DI, DO)
HART (AI, AO)
FOUNDATION Fieldbus
PROFIBUS DP, AS-i bus,
DeviceNet, Serial, OPC
you with added reliability for critical applications.
9 DeltaV Tune. This lets you determine the right
tuning parameters for your PID and fuzzy loops,
all at the touch of a button.
9 DeltaV Fuzzy. For difficult-to-control loops,
fuzzy logic technology enables more robust
control than standard PID algorithms. It
improves loop performance by providing faster,
tighter control with minimal overshoot and
settling time. Fuzzy logic is ideal for controlling
non-linear process loops, as well as improving
control of simple loops.
9 DeltaV Neural. Provide a continuous indication
of lab analysis of difficult measurements.
9 DeltaV Inspect. An advanced process
monitoring system that instantly identifies underperforming loops.
9 DeltaV Predict. Obtain greater process
throughput to maintain plant operation at
measurable operating constraints.
9 DeltaV Simulate. Development environment
including simulation on a PC.
9 Mimic. This is tie-back and dynamic simulation
software integrated with your DeltaV
configuration. Simulates the controller’s I/O
without requiring any modifications to your
control strategies.
9 Model Predictive Control (refer to the following
third-party product data sheet):
• HYSYS Operator Traning System
• HYSYS.Plant
• Intelligent Performance Monitoring
• Multivariable Statistical Process Control]
• Real Time Optimization
Product Data Sheet
Monitor and Control Software
February 2006—Page 18
TM
Ordering Information
Controller function licensing is based on the number and type of I/O connected. The license limits are
enforced on a system-wide basis and not on a per controller basis. For details, refer to the Controller
Licensing white paper.
License Type
Model Number
License Size (DSTs)
DI
VE3111S xxxxx
xxxxx = 00025 to 30000
DO
VE3112S xxxxx
xxxxx = 00025 to 30000
AI
VE3113S xxxxx
xxxxx = 00025 to 30000
AO
VE3114S xxxxx
xxxxx = 00025 to 30000
License Type
Model Number
License Size (DSTs)
ProfessionalPLUS Station
VE2101S xxxxx
xxxxx = 00025 to 30000
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2006 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or
guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms
and conditions, which are available on request. We reserve the right to modify or improve the design or specification of such products at any time
without notice.
age 1
TM
The DeltaV power supplies are modular, easy to install, and secure.
Easy to use
Flexible and cost-effective
Secure
Power—your system won’t operate without it. DeltaV
power supplies offer you the most efficient and
reliable power solution for your money.
The DeltaV power supply suite provides power to the
system electronics and to the field. This is all the
power required for your DeltaV system.
Benefits
Easy to use. The system power supplies are plugand-play components. They fit into either position on
the 2-wide power/controller carrier. This carrier
contains internal power buses, eliminating the need
for external cabling to connect the system power
supply to the DeltaV controller and I/O interfaces. The
carrier mounts easily onto a T-type DIN rail—easy!
Flexible and cost-effective. The DeltaV power
supply suite is modular. Add power to the field,
controller and I/O subsystems as you need it. The
power supplies’ load-sharing capabilities enable you
to add more power or provide power redundancy to
your system.
age 2
TM
Secure. Your I/O is always accurate because the I/O
subsystem and controller always receive a consistent
and accurate 12- or 5-VDC power supply. The power
supplies are compliant with EMC and CSA standards;
there is immediate notification of power failure; and
system and field power provisions are completely
isolated.
! !
"
#
!
!
$
Plug-and play components. The system power
supply components fit into either position on the 2wide power/controller carrier. This interchangeability
means you can expand or replace power
components. Just pull out one power supply
1
component and snap in the other.
Rail mounted. Power supply installation is simple.
Mount the 2-wide power/controller carrier into place
on a T-type DIN rail. Then plug the system power
supplies into the carrier.
Internal power bus. The 2-wide power/controller
carrier contains internal power buses. You don’t need
to use external cabling to connect the system power
supply to the DeltaV controller and the I/O interface
carriers.
Accurate output. The system power supplies accept
a wide range of power inputs and translate the inputs
into accurate power output.
Field power distribution to I/O interfaces. If
multiple I/O modules in the same I/O subsystem need
the same VDC to the field, you can wire the I/O
modules together, creating a single power connection
to the I/O interface carrier.
Power redundancy. DeltaV system power supplies
can be redundant at 1-to-N versus 1-to-1 in other
systems. This provides an economical solution to
creating system redundancy.
No power overload. Distribution prevents power
overloading on the I/O and 2-wide power/controller
carriers. No more than 8 A can be carried on the
backplane to the controller and the I/O subsystem.
Standard compliance. The power supplies are
compliant with EMC and CSA standards. Their design
meets the new European “power factor correction”
standards.
No power degradation. The power supplies provide
consistent power to the system and the field devices.
No de-rating to the power supplies occurs when the
temperature is within defined specifications.
Immediate notification of power failure. Internal
relay outputs change status and alert the user if the
incoming voltage fails or if the system power supply
fails. Also, the LED on the power supply housing
displays the power status.
Modular power. You know your power requirements
today, but what about the future? Lay a solid
foundation now and build on it later. A modular power
structure allows you to simply snap on additional
power to the field, controller, and I/O subsystems.
You can add 2-wide power/controller carriers as you
need them and install additional system power
supplies.
System and field power isolation. The system and
field power provisions are completely isolated. For
example, if the Bulk AC to 24 VDC power supply
providing power to the field fails, the system power
supply (AC/DC) is unaffected.
1
Power supply removal. You don’t need to unscrew
connections to remove the system power supplies.
Simply unplug the connectors.
Refer to Zone 2 installation instructions (12P2046) and/or
Class 1 Division 2 installation instructions (12P1293) for
details.
age 3
TM
! !
The system power supply directs DC power to the controller and I/O subsystem. It resides on either slot of the 2-wide
power/controller carrier. Power is isolated from the field. Refer to Zone 2 installation instructions (12P2046) and/or Class 1
Division 2 installation instructions (12P1293) for information on installing in hazardous areas.
Description
Input
Inrush (soft start)
Output power
Output voltages
Input protection
Overvoltage protection
AC/DC System Power Supply Specifications
100 VAC to 264 VAC, 47 Hz to 63 Hz, single-phase
35 A peak maximum for one cycle or less at 230 VAC input
25 W total at 60 °C
+12 VDC at 2.1 A maximum
+5 VDC at 2.0 A maximum
+3.3 VDC at 0.5 A maximum
Combined 5 VDC and 3.3 VDC output = 10 W maximum
Internally fused, non-replaceable
Output protected at 110 to 120%
Hold-up time
Operating temperature
Output: remains within 5% of nominal at full load and 155 VAC input for 20 ms
Storage temperature
-40 to 70 °C (-40 to 158 °F)
5 to 95%, non-condensing
ISA-S71.04 - 1985 Airborne Contaminants Class G2
Class I, Div. II approval
10 g ½-sine wave for 11 ms
1 mm peak-to-peak from 5 Hz to 16 Hz, 0.5 g from 16 Hz to 150 Hz
On either slot of 2-wide power/controller carrier
Relative humidity
Airborne contaminants
Hazardous areas
Shock
Vibration
Mounting
LED indicators
Green—AC power
Red—Error
External connectors:
Primary power
Alarm contact
0 to 60° C (32 to 140 °F) without derating
Input AC power is applied and internal fuse is sound
Outputs are not within ±4% of nominal (normal conditions).
AC input: 3-wire
2-wire normally open relay; relay is closed when outputs are within ±4% of
nominal; 2.0 A at 30 VDC, 2.0 A at 250 VAC
age 4
TM
&
' " "
% "
&
! !
"%
" " &
$
"
&
age 5
TM
24/12 VDC System Power Supply
&
&&
&
#
!
$
Description
Input
"
"
% "
"
&
&
$(
"
$
24/12 VDC System Power Supply Specifications
11.4 to 12.6 (12 VDC Input)
20.4 to 28.8 (24 VDC Input)
Inrush (soft start)
12 A peak maximum for 5 ms over 12 VDC input range (excluding 12 VDC passthrough
output)
20 A peak maximum for 5 ms over 24 VDC input range (including 12 VDC output)
Output Power Rating -40-60C
+12 VDC at 13 A (12 VDC Input)
+12 VDC at 4.5 A (24 VDC Input)
+5 VDC at 2.0 A
+3.3 VDC at 2.0 A
10 W total for combined outputs of 5 VDC and 3.3 VDC
Output Power Rating -40-70C
+12 VDC at 10 A (12 VDC Input)
+12 VDC at 3.0 A (24 VDC Input)
+5 VDC at 2.0 A
+3.3 VDC at 2.0 A
10 W total for combined outputs of 5 VDC and 3.3 VDC
Input protection
Internally fused, non-replaceable
Overvoltage protection
Output protected at 110% to 120%
Hold-up time
Output: remains within 5% of nominal at full load and minimum input voltage for 5 ms
(excluding 12 VDC current with 12 VDC input)
Operating temperature
-40 to 60 °C (-40 to 140°F) without de-rating
-40 to 70 °C (-40 to 158°F) with de-rating
Storage temperature
-40 to 70 °C (-40 to 158 °F)
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
ISA-S71.04-1985 airborne contaminants class G3
Shock
10 g ½-sine wave for 11 ms
Vibration
1 mm peak-to-peak from 5 Hz to 16 Hz, 0.5 g from 16 Hz to 150 Hz
Mounting
On either slot of 2-wide power/controller carrier
LED Indicators:
Green—DC Power
Input DC power is applied and internal fuse/diode is sound.
Red—Error
The +5 VDC and +3.3 VDC outputs are out of tolerance.
External connectors:
Primary power
DC input, 2-wire
Alarm contact
2-wire normally open relay; relay is closed when 3.3 and 5 VDC outputs are within ±4% of
nominal; 2.0 A at 30 VDC, 2.0 at 250 VAC
Environmental Rating:
FM Class 1 Div 2; Cenelec Zone 2 A, B, C, D T4 Hazardous locations
ATEX 3 G IIC T4 -nC
age 6
TM
Bulk Power Supplies
The 24 V bulk power supply provides a centralized power supply and distributes power to system power supplies
and also can provide power for field devices. The DeltaV bulk AC to 24 VDC power supply comes in a 300 W
version. It converts 120/230 VAC power to 24 VDC power. The 24 VDC power provides power to the field devices
via power distribution.
Description
DIN-rail Mounted Bulk AC to 24 VDC Power Supply Specifications
!
0
0
(
(
&
. "%
'
"5
0
&
(
&
)
,)./*
#$, !
#$, !
#$ 2 #
#
2
6 7
6 %
$+:
(
, 1!
- 1!
&
!
*+
!
,#
!
*#-./
%
$
+$
4
+
7
6
3
2 & "
,# !
4 28 " "
"
"*
"
%
3
3
9./3
&
$
& "
$
"
&
' " " &
&
" "
)
(
!
$
"
"
*
$;4
&
!
$
$
(
" "
<
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
ISA-S71.04-1985 airborne contaminants class G3
Shock
MIL-STD-810D Method 516.3, Procedure III
Vibration
MIL-STD-810D Method 514.3, Category 1, Procedure I
Approvals
CSA certified to C22.2 No. 60-950
FM 3611
ATEX cat 3 EN50021
NE21
CE EN61326
ATEX II 3G EexnC IIC T4
Dimensions
/
.
2 43
= " 2 43
2 43
=
(5
)$ &
#$ &
$,&
,$
2 $) $3
2+$ $3
2#$ $3
2 $--> $3
"
age 7
TM
The 12 V bulk power supply provides a centralized power supply and distributes power to system power supplies.
The DeltaV bulk AC to 12 VDC power supply comes in a 177 W version. It converts 120/230 VAC power to 12
VDC power. The 12 VDC power provides power to the controllers and I/O cards
Description
DIN-rail Mounted Bulk AC to 12 VDC Power Supply Specifications
!
0
0
(
(
&
. "%
'
"5
0
&
(
&
)
,)./*
$) !
$) !
)$, 2
#
2
6 7
6 %
$+:
(
, 1!
- 1!
&
!
*+
!
,#
!
*#-./
%
$
+$
4
+
7
6
3
2 & "
,# !
4 28 " "
"
"*
"
%
3
3
9./3
&
$
& "
$
"
&
' " " &
&
" "
)
(
!
$
"
"
*
$;4
&
!
$
$
(
" "
<
Relative humidity
5 to 95%, non-condensing
Airborne contaminants
ISA-S71.04-1985 airborne contaminants class G3
Shock
MIL-STD-810D Method 516.3, Procedure III
Vibration
MIL-STD-810D Method 514.3, Category 1, Procedure I
Approvals
CSA certified to C22.2 No. 60-950
FM 3611
ATEX cat 3 EN50021
NE21
CE EN61326
ATEX II 3G EexnC IIC T4
Dimensions
/
.
2 43
= " 2 43
2 43
=
(5
)$ &
#$ &
$,&
,$
2 $) $3
2+$ $3
2#$ $3
2 $--> $3
"
age 8
TM
Bulk power supply illustrating wiring connections and electrical certifications
age 9
TM
System Power Supplies
One AC/DC system power supply is sufficient for
many small DeltaV installations. The power supply
provides 1.25 A. This is enough for:
•
8 discrete I/O cards
•
8 analog I/O cards
•
4 serial I/O cards
•
4 Series 2 H1 cards
One 12/24-volt system power supply is required for
medium to large DeltaV installations. A second
power supply would be required to provide
redundancy.
Using Multiple Bulk Power Supplies
The DIN rail mounted bulk AC to 24 VDC and bulk AC to 12 VDC power supplies can be used in systems
requiring load sharing as well as redundancy. The DIN rail-mounted bulk power supplies have an integrated ORing diode. If the DIN rail-mounted bulk power supply is used in a system that requires redundancy or load sharing,
connect the SHARE terminals on the top of the power supplies as shown in the installation manual.
Connecting the DIN Rail-Mounted Bulk Power Supply for Redundancy or Load Sharing
The following table shows the current provided to the system based on the number of DIN rail-mounted Bulk
Power Supplies (AC to 12 and 24 VDC) and whether simplex or redundant power is used in the configuration.
Bulk Power Provided to the System
Number of Bulk Power Supplies
(AC to 24 VDC and AC to 12 VDC)
System Current Provided by System Current Provided by Redundant
Simplex Power
Power
1
12 A
N/A
2
24 A
12 A
3
36 A
24 A
4
48 A
36 A
5
-
48 A
age 10
TM
Description
Model Number
115/220 VAC AC to DC System Power Supply
VE5001
24/12 VDC System Power Supply
VE5008
DIN-rail Mounted Bulk AC to 24 VDC Power Supply
VE5011
DIN-rail Mounted Bulk AC to 12 VDC Power Supply
VE5012
Bulk 24 VDC to 12 VDC Power Supply
VE5005
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
Asia Pacific:
Europe, Middle East:
North America, Latin America:
…or call us at:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 1
TM
Serial Interface Series 2
Serial Interface
The DeltaV Serial Interface provides a connection between the DeltaV system and other devices..
Q
Provides seamless information interface
added online while the rest of the controller I/O is
powered up and in use.1
Q
Plug-and-play easy to use
Benefits
Q
Extends the life of existing equipment
Introduction
The Serial Interface provides a connection between
the DeltaV system and devices that support a serial
protocol, such as Modbus or Allen Bradley’s Data
Highway Plus.
The Serial Interface is supplied with Modbus
software drivers pre-loaded. Plug your Serial
Interface into any available slot in the I/O interface
carrier, connect the third-party device, power up and
play. Like all DeltaV I/O, the Serial Interface may be
Provides seamless information interface. Using
the Serial Interface with the DeltaV system, you gain
an extended view of your entire plant. All serial
information is readily available for display at the
Operator Interface.
When connected to a PLC, DeltaV software may
pass supervisory information to the PLC facilitating
the coordination of control strategies across
systems.
1
Refer to Zone 2 installation instructions (12P2046) and/or
Class 1 Division 2 installation instructions (12P1293) for
details.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 2
TM
Plug-and-play easy to use. Plug-and-play
installation saves money. The Serial Interface works
just like other DeltaV I/O interfaces. It fits into any
available slot on the controller I/O carrier. There are
no dipswitches. Just plug it in!
The DeltaV controller auto-senses the Serial
Interface and presents the configuration options.
Online help makes this interface a snap to configure.
After a simple point-and-click configuration exercise,
your integrated solution is up and running.
Extends the life of existing equipment. Enhance
existing capabilities—don't replace them. Many
plants have a variety of devices already installed.
With the Serial Interface you are able to effectively
interface a DeltaV system with existing PLCs or
other serial devices. This means that you can layer
the state-of-the-art process control offered by a
DeltaV system on to the devices you already have in
place.
Product Description and Specification
The Serial Interface consists of a serial card
(KJ3003X1-BA1) and a terminal block. The card
contains two serial communications ports that
support RS232 and RS422/485 half duplex, or
RS422/485 full duplex signals. These ports are
individually configurable and support data rates up
to 115 KBaud.
The card has the common DeltaV form factor,
allowing it to be plugged into any available slot in the
I/O interface carrier. The card is clearly labeled with
the interface type. LEDs, located on the front of the
card, show the power, error, and port status of the
interface at a glance.
The standard Modbus protocol includes the Serial
Interface, the Modbus RTU, and ASCII
communications protocol as defined in the Modicon
Modbus Protocol Reference Manual dated March
1992 (PI-MBUS-300 REV D). Each Serial Interface
port may be configured as either a master or slave
device.
The serial card supports the following features using
the Modbus protocol:
ƒ
Reading input data from Modbus coils, input
status, holding registers and normal input
registers.
ƒ
Writing output data to coils and holding
registers.
ƒ
Output data can be written in single coil, register
mode, or complete data set mode. This output
mode is a configurable parameter.
ƒ
Input data can be read in as a complete data
set, providing the best performance.
The serial card supports the input and/or output of
16 different data sets per serial port, for a total of 32
data sets per Serial Interface.
When data values come into the DeltaV system
through a serial card, each data set that lands on
one module counts as one DST. Each data set can
hold up to 100 data values. Therefore, if you have
100 data values in a data set that comes in on one
module, it counts as only one DST. If you have the
same 100 values in a data set that comes into six
modules, you will have six DSTs. In both cases, you
can alarm and control any of the 100 values and the
DST count will remain the same. The maximum
number of DSTs supported per card in the DeltaV
Serial Interface is 500.
Both Modbus RTU and Modbus ASCII
communications modes are supported by standard
Modbus protocol.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 3
TM
Other Protocols Supported
The DeltaV serial module can support other serial
driver protocols downloaded directly into the serial
card. Custom drivers available from Emerson
Process Management for the DeltaV serial module
include:
•
•
•
•
•
•
•
•
AGA3 Gas Flow Calculators
AGA8 Gas Flow Calculators
Allen-Bradley Data Highway Plus
Control Technique Drive (Modbus)
Mettler O-082 Weight Scale
Modbus Redundancy
Moore Products LIL
RMV9000MVCU3 Controller
•
•
•
•
•
•
•
Rotork Pakscan
Satorious MP-8 Weight Scale
Satorious xBPI Weight Scale
Siemens 3964R
Spartan DeltaV Metering Program
Turnbull TCS6000
Brooks Instruments Petrocount Ratio
Management System
Emerson Process Management has a long history of
developing new custom serial driver protocols for its
other control systems. Call your local sales office for
availability of these drivers and any driver not listed
above.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 4
TM
Modbus Function Codes Supported
The Serial Interface uses the following Modbus communications protocol function codes to read and write values
to and from the Modbus device when acting as a Modbus master device.
Modbus Function Codes Supported
Code
Meaning
Description
1
Read coil dtatus
Obtain current status (on/off) of a group of logic coils
2
Read input status
Obtain current status (on/off) of a group of discrete inputs
3
Read holding registers
Obtain current binary value of one or more holding registers
4
Read input registers
Obtain current binary value of one or more input registers
5
Force single coil
Force logic coil to a state of ON or OFF
6
Preset single register
Write a single binary value into a holding register
Diagnostics
Sub-function 2 is used to retrieve the Diagnostic Register of a
PLC
Force multiple coils
Forces a series of consecutive logic coils to defined ON or
OFF states
16
Preset multiple
registers
Writes specific binary values into a series of consecutive
holding registers
17
Report slave ID
Used to obtain the run (on/off) state of a PLC
8
15
For detailed information on the Modbus communications protocol and specific communications function codes
refer to the Modicon Modbus Protocol Reference Guide dated March 1992 (PI-MBUS-300 REV D).
Product Data Sheet
Serial Interface Series 2
February 2006—Page 5
TM
Serial Interface Specifications
2
Number of serial ports
2
Number of data sets per Serial
Interface card
32 (16 per port)
Number of Device Signal Tags per
Serial Interface
500 maximum (total of both ports)
Number of device signal tags per
Serial Interface port
500 maximum2
Port types
RS232, RS422/485 half duplex, RS 422/485 full duplex
(configurable with the DeltaV Explorer)
Isolation
Each port is isolated from the system and from the other. These
ports must be externally grounded.
Baud rate
300, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200
Parity
Even, Odd, None
Data bits
7 or 8
Stop bits
1 or 2
Retry count
0 – 255
Message time out
100 – 25,500 msec. (100 msec. Increments)
Transmit delay
0 – 25,500 msec. (100 msec. Increments)
Send outputs on startup
In the DeltaV Explorer, the user is able to indicate whether or not
outputs should be sent on interface initialization.
Note that the total capacity of the Serial Interface Card can be used with a single port. This provides maximum flexibility for
project needs.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 6
TM
Environmental Specifications
Storage temperature
-40 to 85 °C (-40 to 185 °F)
Operating temperature
-40 to 70 °C (-32 to 140 °F)
Relative humidity
5 to 95% , non-condensing
Airborne contaminants
ISA-S71.04-1985 Airborne Contaminants Class G3
Hazardous area/location*
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A, B, C, D, T4.
Protection rating
IP 20
Shock
10 g ½-sine wave for 11 ms
Vibration
3 mm peak-to-peak from 5 to 13 Hz; 0.5 g from 13 to 150 Hz
*Refer to Zone 2 installation instructions (12P2046) and/or Class 1 Division 2 installation instructions (12P1293)
for information on installing in hazardous areas.
Product Data Sheet
Serial Interface Series 2
February 2006—Page 7
TM
Ordering Information
The DeltaV Serial Interface ships from the factory with Modbus drivers pre-installed.
Drivers other than Modbus must be purchased separately and then downloaded into the Serial Interface.
Users must purchase a Serial Interface port-license to activate each port on the Serial Interface, regardless of
what protocol they are using on the serial card.
Description
Model Number
Serial Interface, 2-ports, terminal block
VE4006P2
Serial Interface port license
VE4102
Prerequisites
•
DeltaV version 3.0 or later software.
•
DeltaV MD or MD+ controller.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2006 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 1
TM
DeltaV Zone 1 Remote I/O
Unlike any other remote I/O solution, DeltaV shared remote I/O connects with any DeltaV controller for maximum installation
flexibility.
Q Shared remote I/O for maximum flexibility
Benefits
Q Easy plug-and-play installation
Shared Remote I/O. Unlike other remote I/O, DeltaV
Zone 1 Remote I/O can be shared amongst several
DeltaV controllers for a greater range of applications
and installation flexibility.
Q Easy to use
Introduction
DeltaV Zone 1 Remote I/O scanners provide
communication and control between the field devices
and the other nodes on the control network. Control
strategies and system configurations can be used with
the DeltaV system’s powerful controllers with I/O
residing either local to the controller or on a remote I/O
scanner.
Easy plug-and-play installation. DeltaV Zone 1
Remote I/O automatically identifies itself to the control
network, saving the usual no-value engineering work
that other automation systems require. Additionally,
I/O cards are recognized as they are inserted into the
remote I/O subsystem.
Easy to use. Like the regular I/O in your DeltaV
system, the DeltaV controller manages all activities for
your Zone 1 Remote I/O.
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 2
TM
Product Description and Specification
The DeltaV Zone 1 Remote I/O delivers big savings in
the installation process. The compact, modular design
allows you to cost-effectively meet your process
needs.
data from the I/O channels cannot be used in a control
strategy, if it is a requirement to use Hart data in a
control strategy then local I/O to the controller must be
utilized.
Easy plug-and-play installation
Shared remote I/O for maximum flexibility
I/O Targeting. The Zone 1 Remote I/O scanner can
share controllers by supporting the targeting of Classic
I/O or Hart I/O cards to controllers on a per card basis.
For example, a card can be owned by a controller,
with different I/O cards owned by different controller.
Up to four controllers can be targeted by a single
Remote I/O scanner.
Each DeltaV controller can have up to 16 Remote I/O
scanners associated with it.
The DeltaV system may have up to 60 remote I/O
scanners. The scanners communicate on the same
ethernet network as the controllers and workstations.
Data Passthrough. The controller is equipped with
the ability to pass smart HART® information from field
devices to any workstation node in the control
network.
This means you can take advantage of applications,
such as AMS™ Suite: Intelligent Device Manager that
enable you to remotely manage the HART information
contained in your HART equipped devices.
Mounting. This plug-and-play system structure
provides modular system growth with a single
controller and is designed for remote mounting in a
Class 1, Div 2 or ATEX Zone 1 environment has been
approved.
I/O Capacity. The Zone 1 Remote I/O scanner
supports one carrier (4 cards) of either Classic I/O or
Hart I/O. Redundant I/O is NOT supported. The Hart
Self-Addressing. The Zone 1 Remote I/O scanner is
unique in its ability to automatically identify itself to the
DeltaV control network. When the Zone 1 Remote I/O
scanner is powered up, it is automatically assigned a
unique address—no dip switches, no configuring—just
plug and play!
Self-Locating. A Zone 1 Remote I/O scanner’s
physical location is easy to find. LEDs on the face of
the controller can be made to flash, providing a strong
visual clue.
Automatic I/O Detection. The Zone 1 Remote I/O
scanner can identify all I/O interface channels located
on the subsystem. As soon as an I/O interface is
plugged in, the scanner knows the general
characteristics of the field devices managed by that
I/O interface. This reduces the “no value engineering”
associated with configuration—easy!
Easy to use
Total Control. The controller manages all control
activities for the I/O interface channels. It also
manages all communication functions for the
communications network. Time stamping, alarming,
and trend objects are also managed within the
controller. The controller executes your control
strategy. Information from an input channel is on a
Zone 1 Remote I/O scanner received, control strategy
applied, and data is sent to an output channel on Zone
1 Remote I/O scanner within 200 ms.
.
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 3
TM
Power Supply
Item
Specification
Input power requirements
+24 VDC (-15% - +20%) @ 3 A max
Output power rating
+ 8 VDC + 10% @ 580 mA, safety limited to < 10 V
Mounting
Slot labeled power supply on the carrier
CPU
Item
Specification
Input power requirements
+26VDC @ 0.8 A
Output power requirements
5 VDC @ 1.6A (for I/O cards)
Mounting
Slot labeled CPU on the carrier
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 4
TM
Analog I/O Card
The Zone 1 Analog I/O card provides eight I.S. 2-wire 4-20 mA HART input channels and four I.S. 4-20 mA HART
output channels.
Item
Specification
Number of channels
Eight
Channel-to-channel isolation
None
2-Wire Field circuit current limit per channel
30 mA maximum
Voltage to transmitter @ 20mA
15.0 V minimum
Nominal signal range
4 to 20 mA
Full scale signal range
1 to 22 mA
Line fault detection:
•
Short circuit
>22.25 mA
•
Open circuit
<0.75 mA
Resolution
15 bits
Repeatability
0.05% of span
Accuracy over temperature range
•
0 to 60 degrees C
0.1% of span
•
-20 to 70 degrees C
0.15% of span
Accuracy over EMC conditions
1.0% of span
Calibration
Factory software calibration. No further calibration
required.
Communications support
•
HART pass-through request/response
•
HART variable report
•
Field device status report
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 5
TM
HART Analog Output Channel Specifications
Item
Specification
Number of channels
Four
Channel-to-channel isolation
None
Nominal signal range (span)
4 to 20 mA
Full signal range
1 to 22 mA
Voltage to load
15 V minimum @ 20 mA
Load resistance
750 ohm maximum
Open circuit detection threshold
0.75 mA + 0.25 mA
Channel readback error threshold
+ 5% of span
Resolution
14 bits
Accuracy over temperature range
•
0 to 60 degrees C
0.25% of span
•
-20 to 70 degrees C
0.3% of span
Accuracy over EMC conditions
2.5% of span
Calibration
Factory software calibration. No further calibration
required.
Communications support
•
HART pass-through request/response
•
HART variable report
•
Field device status report
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 6
TM
Discrete Input/Output Card
The Zone 1 discrete I/O card provides sixteen I.S. dry contact input channels (the first two channels can support
pulse count) and eight I.S. high-side output channels.
Discrete Input Channel Specifications
Item
Specification
Number of channels
Sixteen
Channel-to-channel isolation
None
Detection level for On
> 2.1 mA
Detection level for Off
< 1.2 mA
Voltage applied to sensor
8.0 VDC +/-10% from 1 K ohm
Line fault detection:
•
Short circuit
< 200 ohm
•
Open circuit
> 40 K ohm
Pulse Count Input Frequency (channels 1 and 2 only)
10 KHz maximum (40 usec minimum pulse width)
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 7
TM
Discrete Output Channel Specifications
Item
Specification
Number of channels
Eight
Channel-to-channel isolation
None
Output range
•
26 V (open circuit typical)
•
27.4 VDC (open circuit maximum)
•
15 V at 30 mA (typical)
Output current rating
30 mA
Off state leakage
0.5 mA maximum
Current limit per channel
30 mA +/-10% nominal
Line fault detection:
•
Short circuit
< 100 ohm
•
Open circuit
> 25 K ohm
Line Fault Detection
The I.S. discrete output high-side channels have line fault detection that can be enabled on a channel-by-channel
basis as a configuration item. When line fault detection is enabled, the card detects open and short line fault
conditions by performing an internal readback of the output to verify its value in both on and off states. The card
tests the opposite state of its current value by temporarily changing the output to that value, performing the
internal readback, then returning the output to its configured output value. The pulses to the opposite state are
never greater than 400 μSec. High-speed inputs that connect to a discrete output channel with line fault enabled
must consider these pulses in the input software scheme.
Note: Total cable capacitance of less than 30nF is acceptable. Line fault detection does not work with large
inductive or capacitive loads and must be disabled under these conditions.
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 8
TM
Ordering Information
Description
Model Number
Carrier Assembly for up to 4 Zone 1 Remote I/O Cards
(Includes Carrier, CPU Card and Power Supply)
VE4251
Analog I/O Card for Zone 1 Remote I/O
VE4201
Discrete I/O Card for Zone 1 Remote I/O
VE4202
1-Port Fiber/4-Port Copper Switch
VE6019
The Carrier, CPU Card and Power Supply can be ordered
separately for spare/replacement:
•
Carrier
KJ7001X1-BA1
•
CPU Card
KJ7012X1-BA1
•
Power Supply
KJ7011X1-BA1
Product Data Sheet
DeltaV Zone 1 Remote I/O
May 2005—Page 9
TM
Prerequisites
•
For each Zone 1 Remote I/O scanner you will need to select the mounting carrier. This is done by ordering
the VE4251 part number.
•
Each Zone 1 Remote I/O scanner requires a power feed rated for a Zone 1 area to maintain the safety
certification when mounted in Hazardous area. If mounted in general purpose area, then regular 24V DC
power may be used.
•
Each Zone 1 Remote I/O scanner requires an energy limited fiber optic connection (or two if redundant
communications are used) if mounted in Zone 1. A standard 100Mb fiber optic switch will work, but does
not provide the necessary safety requirements. Use the VE6019 fiber switch to provide the necessary
energy limiting.
•
Each Zone 1 Remote I/O scanner requires a dedicated power supply.
•
Zone 1 Remote I/O is supported in the DeltaV v8.1 release and above.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
Asia Pacific:
Europe, Middle East:
North America, Latin America:
…or call us at:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or guarantees,
express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions,
which are available on request. We reserve the right to modify or improve the design or specification of such products at any time without notice.
Product Data Sheet
DeltaV Zone 2 Remote I/O
August 2005—Page 1
TM
DeltaV Zone 2 Remote I/O
Zone 2 Remote I/O Scanner
Unlike any other remote I/O solution, DeltaV shared remote I/O connects with any DeltaV controller for maximum
installation flexibility.
„ Shared remote I/O for maximum flexibility
Benefits
„ Easy plug-and-play installation
Shared remote I/O. Unlike other remote I/O, DeltaV
Zone 2 Remote I/O can be shared amongst several
DeltaV controllers for a greater range of applications
and installation flexibility.
„ Easy to use
Introduction
DeltaV Zone 2 Remote I/O scanners provide
communication and control between the field devices
and the other nodes on the control network. Control
strategies and system configurations can be used with
the DeltaV system’s powerful controllers with I/O
residing either local to the controller, or on a remote
I/O scanner.
Easy plug-and-play installation. DeltaV Zone 2
Remote I/O automatically identifies itself to the control
network, saving the usual no-value engineering work
that other automation systems require. Additionally,
I/O cards are recognized as they are inserted into the
remote I/O subsystem.
Easy to use. Like the regular I/O in your DeltaV
system, the DeltaV controller manages all activities for
your Zone 2 Remote I/O.
Product Data Sheet
DeltaV Zone 2 Remote I/O
August 2005—Page 2
TM
Product Description and Specification
The DeltaV Zone 2 Remote I/O delivers big savings in
the installation process. The compact, modular design
allows you to cost-effectively meet your process
needs.
Shared remote I/O for maximum flexibility
I/O Targeting. The Zone 2 Remote I/O scanner
supports targeting of either Classic I/O or HART I/O
cards to controllers on a per card basis. For example,
a card can be owned by a controller, with different I/O
cards owned by different controller, with the limit that a
Remote I/O scanner can support 4 controllers
maximum.
Each DeltaV controller can have up to 16 Remote I/O
scanners associated with it.
The DeltaV system may have up to 60 remote I/O
scanners. The scanners communicate on the same
ethernet network as the controllers and workstations.
The primary port supports 10/100 MB communication,
and the secondary supports 10 MB only.
Data Passthrough. The controller is equipped with
the ability to pass smart HART® information from field
devices to any workstation node in the control
network.
This means you can take advantage of applications,
such as AMS™ Suite: Intelligent Device Manager that
enable you to remotely manage the HART information
contained in your HART equipped devices.
Mounting. This plug-and-play system structure
provides modular system growth with a single
controller and is designed for remote mounting in a
Class 1, Div 2 or ATEX Zone II environment has been
approved. Refer to the System Power Supplies and
I/O Subsystem Carriers product data sheets for
additional information.
I/O Types and Capacity. The Zone 2 Remote I/O
scanner supports one carrier (8 cards) of either
Classic I/O or Hart I/O. Any of the Classic or Hart I/O
cards may be utilized. The Hart data from the I/O
channels cannot be used in a control strategy, if it is a
requirement to use Hart data in a control strategy then
local I/O to the controller must be utilized.
The following card types are not initially supported with
Zone 2 remote I/O:- Redundant I/O, Sequence of
Events I/O, FOUNDATION fieldbus, Profibus DP,
DeviceNet, AS-I, Serial.
Easy plug-and-play installation
Self-Addressing. The Zone 2 Remote I/O scanner is
unique in its ability to automatically identify itself to the
DeltaV control network. When the Zone 2 Remote I/O
scanner is powered up, it is automatically assigned a
unique address—no dip switches, no configuring—just
plug and play!
Self-Locating. A Zone 2 Remote I/O scanner’s
physical location is easy to find. LEDs on the face of
the controller can be made to flash, providing a strong
visual clue.
Automatic I/O Detection. The Zone 2 Remote I/O
scanner can identify all I/O interface channels located
on the subsystem. As soon as an I/O interface is
plugged in, the scanner knows the general
characteristics of the field devices managed by that
I/O interface. This reduces the “no-value engineering”
associated with configuration—easy!
Easy to use
Total Control. The controller(s) manages all control
activities for the I/O interface channels. It also
manages all communication functions for the
communications network. Time stamping, alarming,
and trend objects are also managed within the
controller(s). The controller(s) executes your control
strategy. Information from an input channel on a Zone
2 Remote I/O scanner is received, control strategy
applied, and data is sent to an output channel on Zone
2 Remote I/O scanner within 200 ms -assuming a 100
ms scan time for the I/O.
Product Data Sheet
DeltaV Zone 2 Remote I/O
August 2005—Page 3
TM
Specifications for the Zone 2 Remote I/O scanner
Power requirement
Maximum current
Fuse protection
Power dissipation
Supplied by System Power Supply through 2-wide
Power/Controller Carrier
2.0 A
3.0 A, non-replaceable fuses
4.0 W typical, 5.4 W maximum
Environmental specifications:
•
•
•
•
Operating temperature
Storage temperature
Relative humidity
Airborne contaminants
•
•
Shock (normal operating conditions)
Vibration (operative limit)
Hazardous area/location
Refer to Zone 2 installation instructions (12P2046)
and/or Class 1 Division 2 installation instructions
(12P1293) for information on installing in hazardous
areas.
-40 to 70 °
-40 to 85 ° C (-40 to 185°F)
5 to 95%, non-condensing
ISA-S71.04-1985 Airborne Contaminants Class G3
Conformal coating
10 g ½-sine wave for 11 ms
1 mm peak-to-peak from 5 Hz to 16 Hz,
0.5 g from 16 Hz to 150 Hz
ATEX EEx nA IIC T4
Class 1, Div 2, Groups A,B,C,D, T4 hazardous
location
LED Indicators:
ON Status
•
•
•
Green – Power
Red – Error
Yellow flashing – Pri. CN
Indicates DC power is applied.
Indicates an error condition.
Indicates valid primary control network
communication.
•
Yellow, flashing – Sec. CN
•
All except Power flashing
•
All except Power flashing, alternating even and
odd
Mounting
Indicates valid secondary control network
communication
Visual identification of Zone 2 Remote I/O scanner
initiated from user interface software by ping
command.
Firmware upgrade in progress.
On right slot of power/controller carrier.
External connections:
•
•
Primary Control Network
Redundant Control Network
8-pin RJ-45 connector
8-pin RJ-45 connector
Product Data Sheet
DeltaV Zone 2 Remote I/O
August 2005—Page 4
TM
Ordering Information
Description
Model Number
Zone 2 Remote I/O scanner
VE4021
Prerequisites
•
For each Zone 2 Remote I/O scanner you will need to select the mounting carrier. Please refer to the I/O
Carrier product data sheet for details. Use model VE4050S2K1C0 8-Wide I/O Interface Carrier with Carrier
Shield Bar for the I/O cards, and model VE3051C0 2-Wide Power/Controller Carrier for the scanner and
associated power supply
•
Each Zone 2 Remote I/O scanner requires a dedicated system power supply. Please refer to the Power
Supplies product data sheet for details. Use model VE5008 24/12 VDC DC to DC System power supply.
•
Zone 2 Remote I/O is supported in the DeltaV v8.1 release and above.
•
Zone 2 Remote I/O supports Classic and HART I/O. Refer to the Classic I/O product data sheet, or to the
HART I/O product data sheet for details of the supported cards.
To locate a sales office near you, visit our website at:
www.EasyDeltaV.com/reach
…or call us at:
Asia Pacific:
Europe, Middle East:
North America, Latin America:
65.777.8211
41.41.768.6111
+1 800.833.8314 or
+1 512.832.3774
For large power, water, and wastewater applications contact Power and Water Solutions at:
www.emersonprocess-powerwater.com
…or call us at:
Asia Pacific:
Europe, Middle East, Africa:
North America, Latin America:
65.777.8211
48.22.630.2443
+1 412.963.4000
©Fisher-Rosemount Systems, Inc. 1996—2005 All rights reserved.
DeltaV, the DeltaV design, SureService, the SureService design, SureNet, the SureNet design, and PlantWeb are marks of one of the Emerson
Process Management group of companies. All other marks are property of their respective owners. The contents of this publication are presented for
informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warrantees or
guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms
and conditions, which are available on request. We reserve the right to modify or improve the design or specification of such products at any time
without notice.