DeltaV Digital Automation System Folleto Sistema De Automatizacion Delta V

User Manual: Folleto Sistema-de-Automatizacion-Digital-DeltaV

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DeltaVTM Digital Automation System

System Overview

With continued focus on human centered design, the DeltaV system delivers

significant enhancements that help eliminate unnecessary work processes,

removes the complexity of using the latest technologies and embeds specialized

knowledge–improving your operations, easy.

Page 2–DeltaV System Overview

What you want, when you want it, where you want it.

With the introduction of I/O on

Demand, an unprecedented

amount of field I/O adaptability,

ease-of-integration and plant

availability becomes possible.

Costs and concerns around single

points of failure, marshalled cross-

wiring, power and grounding of

FOUNDATIONTM fieldbus segments,

and late project I/O and process

design change orders can

completely disappear.

Regardless of I/O type–

traditionally wired I/O, FOUNDATION

fieldbus, Profibus DP, DeviceNet,

AS-i bus, or even redundant

wireless–you can add and begin

using the information all natively

and with far less engineering,

design, and field work.

You choose the I/O you need, we

make it easy. I/O on Demand–your

I/O, any type, anytime, anywhere.

Inherent functionality regardless of size.

Process control facilities and

applications certainly come in all

sizes and levels of complexity. To

maximize the return on your

investment, the automation

system should easily scale without

adding complexity.

Part of Emerson's PlantWebTM

architecture, the DeltaVTM system

is built from the ground up for

ultimate scalability. Regardless of

your application’s size, the DeltaV

system keeps the same look and

feel. This reduces administration

and training costs, and optimizes

both initial investment and future

expansions.

From bench top, to pilot plant, to

full production; from 25 I/O points

to over 1 million, your system

adapts to meet your needs. Same

operations experience. Same

maintenance experience. Same

system, scaled to fit. Easy.

DELTAV DIGITAL AUTOMATION SYSTEM

Page 3–DeltaV System Overview

Advanced technologies that are easy to use and maintain.

Plant availability at peak

performance, that’s really the

ultimate goal of any automation

system. Keeping the facility

running in a safe and secure

manner, while optimizing the

production, is what the DeltaV

system with AMS Suite: Intelligent

Device Manager is all about.

All the predictive power of smart

devices is combined with the latest

advanced control technologies to

provide the ultimate in embedded

intelligent control. Whether it’s

the latest in virtualization,

predictive device alerts, adaptive

tuning, or model predictive

control–you have the power of

embedded intelligent control

within an integrated system that’s

easy to use and maintain.

Delivering the power of PlantWeb to every installation.

The DeltaV system has the

commissioning power of AMS

Device Manager included. This

combination connects your

operations with the predictive

intelligence in smart devices–for

greater availability.

The inherent integration of the

DeltaV system extends to batch,

advanced control, change

management, engineering tools,

diagnostics, simulation, and event

and continuous historian.

Emerson provides solutions that

integrate with your plant systems

above, below, and in parallel with

the DeltaV system. And, it is tightly

integrated with:

nSyncadeTM suite which provides

operations management

nAMS Suite which provides

predictive maintenance

nDeltaV SISTM system which

provides an integrated yet

separate safety system

nIntegrated machinery

monitoring.

Designed specifically for your process control applications.

Over the last ten years, commercial

off-the-shelf technologies (COTS)

have provided tremendous

increases in functionality and cost

advantages. The DeltaV system

was the first such system on the

market, and continues to provide

open, proven products to its

process manufacturers.

However, while COTS have given

many advantages, it has also come

with expensive administration and

life-cycle cost requirements. A

better approach is to take

advantage of the cost benefits and

open standards of COTS, but to

add functionality that allows the

equipment to function more like

other parts of the system–plug-

and-play, full lifecycle support

without upgrades, built-in security,

etc. We call this balance “built for

purpose”, and the DeltaV system is

the first automation system to

address this critical need in many

of the most important facets of the

system.

The proven PlantWeb digital plant

architecture helps you detect

operations, process, and equipment

problems before they even occur,

so you can move from reactive to

proactive and profitable plant

operations.

The DeltaV Architecture

Application

Station

Maintenance

Page 4–DeltaV System Overview

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

The DeltaV architecture

provides reliability through

redundancy:

nEthernet network connections

including Virtual I/O Modules (VIM)

nControllers

nSystem power

nField interface power supplies

nDigital HART I/O and classic field

interface cards

nH1 FOUNDATION fieldbus with

integrated power and diagnostics

nProfibus DP Master interface

nModbus RTU/ASCII interface

nSIS logic solvers

nSISNet communications

nBatch Executive

nZone servers

nOPC servers

Digital

Communications

nFOUNDATION fieldbus

nHART

nWirelessHART

nProfibus DP

nDeviceNet

nAS-i bus

nModbus RTU/ASCII/TCP

nEthernet/IP

nOPC classic

nOPC .NET 3.0

Engineering Operations

Page 5–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

The DeltaV system’s unique

flexible field architecture delivers

I/O on demand–providing the I/O

you want, when you want it, where

you want it. It is flexible because

you can now decouple the process

design from the I/O infrastructure

design, to easily incorporate late

process changes into the

automation system.

Electronic Marshalling

made easy

Electronic Marshalling makes

design easier and more forgiving,

because any input value can be

read by any DeltaV controller

regardless of where the wiring

is landed.

DeltaV Electronic Marshalling

eliminates the complexity

associated with marshalling field

wiring in a control system.

Electricians can terminate the field

wires on terminal strips in the

same way they have in the past,

but the cross-wiring from the

marshalling panel to I/O cards has

been eliminated. This greatly

simplifies control cabinet design,

installation, and maintenance.

Installation of Electronic

Marshalling is intuitive and easy,

because it is similar to existing

methods for terminating field

wiring. No special training or

expertise is needed to terminate

wiring on the terminal blocks. An

integrated “knife-edge”

disconnect eliminates the worry

over accidentally induced faults

during hot cutovers and

maintenance.

Increased robustness

Troubleshooting of installation

issues can be done on a channel-

by-channel basis, because

problems are isolated to a single

channel–providing increased

robustness.

Because each analog CHARM

comes fully equipped with the

ability to read HART v7 data,

intelligent field devices can be

monitored and quickly diagnosed

around the clock. In addition HART

data access is quicker with CHARMs

than with traditional I/O cards.

Redundancy ensures reliability:

nRedundant CHARM I/O card

nRedundant communications

between CHARMS and the

CHARM I/O card

nRedundant power between

CHARM I/O card to each CHARM

nRedundant network com-

munications between CHARM

I/O cards and controllers.

Electronic Marshalling

Tight project schedules with

changing requirements during

design and implementation are a

way of life. DeltaV Electronic

Marshalling lets you land field

cabling wherever you want,

regardless of signal type or

control strategy.

With Electronic Marshalling, each

terminal block has a channel

characterization module, or

CHARM, which includes signal

characterization for different types

of I/O. Field wiring of any signal

type can be terminated anywhere

and characterized by the various

CHARMs. A digital communication

bus runs along the terminal strip to

send device signal information to

the top, the redundant CHARM I/O

card, a redundant 96 channel

based multipurpose I/O card,

where I/O conditioning is

completed.

Flexibility to give you the I/O you want, when you want it, where you want it.

Page 6–DeltaV System Overview

CHARM

CHARM Terminal Block

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Late project changes?

No problem.

Every project has late changes that can have

significant impact on cost and schedule. Making

these late changes is now easier, because new

field wiring can be added to cabinets at any time

with no impact on the system architecture.

Integrated CHARMS

nCHARM base plate snaps on rail

nCHARM terminal block snaps

into baseplate

nAuto keying sets terminal block

when first CHARM is inserted

nCHARM secured with locking

mechanism in both operating

and “knife-edge” disconnect

positions

nInsertable/removable under

power in a Zone 2 environment

nSignal fault protection and

circuit protection built in

nSingle channel fault isolation

built in

nCan be mixed with IS CHARMs

using a separate baseplate.

Intrinsically Safe in

hazardous areas

The DeltaV Intrinsically Safe I/O

M-series subsystem provides the

perfect solution for locating I/O in

hazardous areas. The I/O

subsystem connects intrinsically

safe field circuits and field devices

into FM Class I, Division 1, Zone 1,

and Zone 0 hazardous areas for

most standard analog input,

discrete input and discrete

output applications.

With the addition of Intrinsically

Safe CHARMs to the S-series

Electronic Marshalling concept,

field wiring to hazardous areas is

even easier. Field devices located in

FM Class I, Division 1, ATEX or

IECEx Zone 1 or Zone 0 hazardous

areas can now directly be

connected to the flexible IS AI and

IS AO CHARMs, IS DI NAMUR and IS

DO as well to IS RTD and IS

TC CHARMs.

Marshalling Cabinet

CHARM I/O Carrier

(fiber optic or copper ethernet connectors)

CHARM I/O Card

(redundant)

CHARM base plate

(passive rail carrying field power

and communications)

CHARMS

(CHARacterization Module)

Page 7–DeltaV System Overview

Channel Identififier

(separation wall)

Inherently

Integrated

Built for Purpose Services

Traditional I/O is a modular

subsystem that offers flexibility

during installation. It’s designed to

be installed in the field near your

devices. Modularity, protection

keys, and plug-and-play

capabilities make DeltaV

traditional I/O a smart choice for

your process control system.

Traditional I/O is available in two

designs–the established M-series

and the S-series. The S-series

incorporates human-centered

design concepts to improve

usability and robustness with the

same proven technology inside.

The exterior hardware design

delivers easier installation and

improved robustness.

Easy snap-in installation

Installation is easy since I/O is

automatically auto-sensed when

added to the system. No-value

engineering is eliminated.

S-series traditional I/O is equipped

with a snap-in retention system for

quick installation and error-free

maintenance.

A guide prevents bent pins and

cards easily snap in to place.

Carriers snap onto the DIN Rail–no

tools required. Snap-in technology

makes cards easy to install with

tight connections every time and

easy to release with a push of

a button.

I/O cards, terminal interfaces and

terminal blocks have I/O function

keys. This ensures the correct I/O

card is always plugged into its

corresponding terminal block.

All wiring is through the carriers

and terminal blocks so that I/O

cards and system power supplies

can easily be removed without

disconnecting any wires.

The DeltaV system supports a full

range of analog, discrete, digital

bus, thermocouple, and RTD field

devices.

Reliable means available

Reliability and increased system

availability are built in throughout

the rugged DeltaV control

hardware. Redundancy options are

available for:

nControllers

nSystem power

nField interface power

nController Ethernet

communications

nMany classic field interface cards

nH1 FOUNDATION fieldbus

nProfibus DP

nSerial interface.

Online addition of new I/O cards

means your process does not get

interrupted. The DeltaV system

enables you to add system

components including controllers,

I/O cards, field devices and

workstations while the system is

powered and running by

autosensing the new component

without the need of presetting an

address. This enables you to

expand and upgrade your system

on-the-fly with no downtime.

Proven, plug and play–a smart choice for your control system.

Page 8–DeltaV System Overview

S-series I/O interfaces snap to 8-wide I/O carrier with

integrated 24 VDC bussed field power distribution.

Rails slide together

easily and securely.

Redundant controllers with

system power supplies on

2-wide carriers.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

The rugged S-series hardware

includes a venting system that

prevents screws, metal shavings,

and other debris that could short-

circuit electronic components

from entering.

Modular design for

added flexibility

Both the S-series and M-series

traditional I/O hardware can co-

exist in the same DeltaV system

with no trade-offs or

incompatibilities.

The modular design lets you buy

the exact number 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.

Rugged design for use

anywhere

DeltaV control hardware is built

rugged and flexible to mount

almost anywhere. It is designed for

extreme field installation

conditions, including:

nClass 1 Division 2 areas

nCENELEC Zone 2 areas

nISA-71.04-1985 Airborne

Contaminants Class G3.

All DeltaV traditional I/O cards are

rated for extreme operating

temperature ranges of -40 to 70 °C

(-40 to 158 °F). You can mount the

I/O interface carrier in a junction

box in the field, significantly

reducing your equipment

footprint.

Shared remote I/O is available for

Zone 2 installations. Unlike other

remote I/O, DeltaV remote I/O can

be shared among several

controllers for a greater range of

applications and installation

flexibility.

Rugged S-series

hardware addresses

your toughest

applications.

Latched installation delivers

tight connections every time. Guide prevents bent pins

and card snaps in place.

With snap-clamps the

correct tightness is

assured. Cards remain

securely in place.

Screw fastening

eliminated.

No broken cards due

to over-tightening.

Venting system

prevents debris/objects

from entering.

Page 9–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

The DeltaV system is the only

system built from the ground up

to unleash the advantages of

FOUNDATION fieldbus. Not an add-

on, not an afterthought, it’s built

to deliver the project and

operational savings of a digital

plant–easy!

Digital busses

The DeltaV system includes other

popular digital communication

busses such as Profibus DP and

DeviceNet for integration of motor

starters and drives. It also includes

AS-i bus for low-cost, simple

installation of discrete devices

such as push-buttons, on/off

valves, and proximity sensors.

The DeltaV system provides native

support for configuring busses

with no need for third-party

configuration tools. Ethernet I/O

devices are easily connected

through a virtual I/O

module (VIM).

With the DeltaV system you have a

wide variety of digital busses from

which to choose, as well as the

world’s best implementation of

HART and Wireless HART to easily

take advantage of the diagnostics

that HART-based intelligent field

devices provide.

FOUNDATION fieldbus (Ff) devices

deliver predictive alerts,

millisecond data capture, validated

data, field-based control,

diagnostics, and asset information

bi-directionally with the DeltaV

system. DeltaV Ff I/O

communicates digitally with field

devices, increases your

input/output capacity, and

provides access to more

information about your process

than conventional I/O subsystems.

DeltaV Ff I/O enhances device

diagnostics that affect your control

strategy and alert operators to

device malfunctions.

Multi-dropping up to 16 devices

on one port reduces your wiring

expenses substantially. The DeltaV

Ff I/O’s integrated design can

eliminate the need for marshalling

panels–saving you even more.

Easy design, installation,

and commissioning

Fieldbus power conditioners are

integrated in the S-series H1

interface card. This eliminates

difficult segment power design,

installation, and troubleshooting.

The additional cabinet footprint

associated with use of external Ff

segment power supplies

is eliminated.

FOUNDATION fieldbus devices are

auto-sensed when connected to

the control network and

automatically added to your

configuration. As a result, your

engineering and commissioning

efforts are dramatically reduced.

Improved plant

availability

Benefits include upfront

engineering, installation, and

commissioning savings. Of greater

significance are the ongoing

savings in reducing process

variability, improving quality,

increasing throughput and

avoiding upset conditions that can

limit your production capability.

Reliability and increased system

availability are built in throughout

the rugged DeltaV control

hardware. Card redundancy

options are available for serial,

FOUNDATION fieldbus, HART,

Wireless Hart and Profibus DP.

Digital communications deliver predictive diagnostics for improved operations.

Page 10–DeltaV System Overview

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Wireless Field Network

Emerson’s Smart Wireless

solutions provide an interoperable,

adaptive, flexible approach to

wireless. It has been proven in

installations around the globe.

At its heart, a self-organizing

wireless network based on the

globally accepted IEC 62591

(WirelessHART) standard, provides

secure, robust, and reliable

performance.

Reliable

Redundant DeltaV wireless I/O

cards each connected to a Smart

Wireless Field Link, providing a fully

redundant solution for critical

wireless communications that is

reliable enough for control.

The wireless “mesh” continuously

monitors communication paths

for degradation and automatically

improves itself. If an obstruction

occurs, devices will find the best

alternate communication path.

Greater than 99% reliability

is ensured.

Flexible

Many plants are missing important

measurements. Typically, the

measurements and associated

wiring were not easy to add–given

distances, hazardous areas, or path

blockages. WirelessHART devices

and easy DeltaV connectivity open

the path to improved plant

efficiency. AMS Device Manager

with the AMS Wireless SNAP-ONTM

application helps you effectively

plan and monitor your wireless

network for

maximum process

availability. The

DeltaV PID control

algorithm is

specifically designed

to handle

communications

variability from

WirelessHART

instrumentation.

It is ideal for control

applications like level

and temperature

control.

Robust

Redundant DeltaV wireless I/O

cards provide reliable commun-

ications with the self-organizing,

adaptive wireless mesh networks.

Secure

DeltaV wireless field networks

protect valuable information with

multi-tiered, always-on security.

Based on the highly-secure

WirelessHART standard, the

network devices implement

encryption, authentication,

verification, anti-jamming and key

management methods to ensure

that data transmissions are secure.

Wireless Plant Solutions

Smart Wireless solutions for plant-

wide operations provide

standards-based network

infrastructure for easy integration

of all the wireless applications in

your plant, including video,

location tracking, mobile worker

productivity solutions, as well as a

field data backhaul to bring

remote wireless field data to

the system.

Wireless access points provide

Wi-Fi coverage and can even be

implemented in hazardous areas.

Emerson services tie these Wi-Fi

access points with the applications

you need for a total solution—easy.

Extending predictive intelligence more economically where you need it.

Monitor process in tough places.

A North Sea offshore oil and gas producer needed

a better way to measure well casing pressure.

Sudden pressure drops can indicate problems with

a well. Twice daily, operators manually recorded

these pressure readings from this Zone 1

hazardous area. Adding WirelessHART, AMS

Device Manager and pressure transmitters

provided continuous monitoring to spot and

initiate corrective actions sooner.

Page 11–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

Flexibility provides the safety you want, when you want, where you want it.

Page 12–DeltaV System Overview

Safety instrumented systems (SIS)

perform a critical role in providing

safer, more reliable process

operations at your facility. They

also add complexity to your

automation system design,

engineering and maintenance.

And because a safety system is

designed to perform only when an

abnormal situation occurs, it’s

hard to know during day-to-day

operations whether it will perform

reliably when you need it to.

With its proven, IEC 61511-

compliant, separate-but-

integrated architecture, the

DeltaV SIS System increases

visibility for better reliability. And

with the addition of electronic

marshalling and characterization

modules (CHARMs), Emerson

dramatically reduces SIS

complexity.

Electronic marshalling,

SIS CHARMs

Electronic marshalling simplifies

the design, installation, wiring and

commissioning of any SIS project

while at the same time increasing

capacity and reducing footprint.

Based on human centered design

(HCD) principles, the DeltaV SIS

CHARMs logic solver architecture

eliminates the need for

conventional marshalling.

That simplifies both your

installation and

commissioning processes.

The system can be

implemented as a standalone

SIS solution, natively

integrated as part of a DeltaV

installation, or connected to

any DCS. This flexibility can

simplify the design,

implementation, and

operation of any safety

system.

Optimized reliability

Based on industry research,

over 85% of all faults in SIS

applications occur in field

instruments and control

elements. That’s why it’s critical to

consider the entire safety

instrumented function (SIF)–from

sensor, to logic solver, to final

element–as a complete entity.

The DeltaV SIS system helps you to

improve your process safety by

continuously monitoring and

diagnosing the ability of the

sensors, logic solvers, and final

elements to perform on demand as

required. To increase your process

availability, the DeltaV SIS system

detects component failures and

keeps you running when other

systems might shut you down.

The use of digital intelligence and

predictive diagnostics increases

system availability while reducing

life cycle costs by providing:

nHealth diagnostics to detect

device failures

nDevice alerts for quick action

nAutomatic partial stroke testing

nAutomated proof testing

nIntegrated, comprehensive

documentation tools.

Increased visibility into

your process

The DeltaV SIS system’s integrated

architecture meets IEC 61511

requirements for separation of

safety and control—with dedicated

safety hardware, software and

networks; and integrated

configuration, operations, and

maintenance with the DeltaV

Separate control and safety.

Integrated operations, engineering and maintenance.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

system. Yet it provides unmatched

visibility into your process by

enabling direct access to all SIS

information across the entire

safety loop.

Flexibility to meet your

process needs

The DeltaV SIS system provides a

unique modular, distributed

architecture that is based on a

safety instrumented function

approach to logic solving. The

modular architecture eliminates a

single point of failure, while the

distributed architecture enables

implementation of complex logic

across multiple logic solvers. This

optimum architecture simplifies

change management and enables

the system to be custom fit for SIS

applications.

The DeltaV SIS system is

IEC 61508 certified for use in

SIL 3 applications.

The modular logic solver hardware

scales in sizes of 96 configurable

I/O; therefore, memory and CPU

are added with each logic solver.

For further flexibility, the I/O mix is

configurable and can be located

remotely. And the system can be

as large as your application

requires –30,000 I/O.

Physical separation and

independence

The DeltaV SIS system provides

key safety functionality that is

independent of the DeltaV basic

process control system. Separate

safety hardware features include a

unique logic solver, independent

operating system, and diverse

advanced safety function blocks.

Additionally, the power supply and

communication networks are

dedicated and independent for the

DeltaV SIS hardware. For added

protection, the DeltaV Controller

acts as a firewall between the SIS

logic solvers and the control

network.

Integrated engineering,

operations and maintenance

The DeltaV SIS platform seamlessly

integrates with the DeltaV system

to provide a comprehensive

process safety solution that

leverages your automation

investment.

nIntegrated engineering provides

all of the capabilities that make

the DeltaV system easy. It

eliminates the time wasted to

maintain data mapping and

handshaking between the

control and safety systems.

nIntegrated operations ensure

that personnel are quickly

notified of alarms and can easily

access safety information in a

familiar environment.

nIntegrated AMS Device Manager

provides comprehensive asset

capabilities for SIS components

that are critical to safe

operations.

nIntegrated historian provides

comprehensive event collection

and reporting with time

synchronization.

Reduced engineering

and complexity

The DeltaV SIS advanced function

blocks deliver powerful

functionality out of the box, and

simplify the implementation of

complex SIS applications. A full

pallet of IEC 61508 certified

function blocks is built to the IEC

61131-3 function block standard,

making safety logic development

intuitive and easy. Simple drag-

and-drop configuration process

requires no custom programming.

Simplified configuration with less

complexity reduces your lifecycle

costs and process risks.

Simplified regulatory

compliance

The DeltaV SIS system is built from

the ground up to simplify

regulatory compliance, eliminating

your concerns related to proper

implementation. The engineering

tools enforce good practices, so

special restrictions need not be

considered when configuring the

system. Simplified IEC 61511

compliance is provided by:

nChange management of safety

logic and field device

configuration and calibration

nSecurity management, including

authorization of online trip point

or bypass changes

nSecure write mechanism for

repeat confirmation of online

changes

nAutomatic logging of system

events and diagnostics faults

nAutomated workflow for proof-

testing field devices.

Page 13–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

Process control applications come

in many different sizes and levels of

complexity. It’s critical to have an

architecture built to support this

required scalability, or you end up

with multiple, isolated, difficult-to-

integrate solutions.

Scalability starts at the field device

level. Technologies like

WirelessHART and its self-

organizing wireless

communications help you scale

your instrumentation device by

device, and area by area within

your plant. AMS Device Manager

captures and delivers predictive

diagnostics from all of these

devices, as well as your HART,

FOUNDATION fieldbus and Profibus

DP devices–even across multiple

DeltaV systems.

Scales to fit

The DeltaV architecture scales in

size from as small as 25 I/O. Yet, by

integrating I/O through open

interfaces, scaling to more than

one million I/O is possible. No

matter how small or how large

your application is, the DeltaV

system scales to fit.

DeltaV Zones segment the

systems to ensure flexible

operation and expansions with

enhanced system performance.

Maintenance or commissioning

activities can be performed in each

zone without impacting other

zones. Also, to more easily manage

software upgrades based

on process criticality, each system

can operate using different DeltaV

software revisions, and still share

data across zones.

To meet the challenges of your

process operations, the scalable

DeltaV system expands online,

without redesign, and with the

existing software–no upgrade

required.

Application scalability

The DeltaV system scales in

functionality to provide you with

the tools you need for your process

control application. With a

common set of engineering tools

and a common database, it

provides a single platform and

eliminates the typical headaches

associated with integration. You

have the flexibility to add

advanced control, or batch, or

safety instrumented functions

as needed.

No matter your application’s size,

all hardware components are the

same–the engineering tools are

the same, operations and

maintenance applications are the

same. The result? Less training,

fewer spares, and easier

operations.

Easily fits applications of any size.

Page 14–DeltaV System Overview

Integrating I/O through

open interfaces, more

than one million I/O

can be monitored and

controlled.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Reduce implementation and maintenance costs.

Page 15–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

Virtualization lets you consolidate

computer resources, reduce hard-

ware footprint, increase

availability, and reduce

implementation and maintenance

costs. With the DeltaV system’s

integrated virtualization you can

confidently capture the value of

virtualization with a fully tested

and supported solution.

DeltaV Virtual Studio

DeltaV Virtual Studio makes it easy

to create and maintain virtual

DeltaV systems for development,

testing, training and on-line

production. Virtualization is made

easy using pre-built DeltaV virtual

machine templates and virtual

networks which simplify system

set-up and reduce the risk of

configuration errors.

DeltaV Virtual Studio supports all

DeltaV workstation types

including AMSTM Device Manager

functionality.

DeltaV Virtual control

hardware

For off-line development and test

systems, DeltaV Virtual control

hardware simulation provides an

easy, cost-effective way to

implement and test control

configurations and I/O

assignments in a host computer

without the actual controller

hardware. DeltaV Virtual Control

hardware simulation includes:

nVirtual CHARMs simulation

nVirtual S-series and M-series

controller simulation

DeltaV obsolete server

replacement

This Emerson offering lets you

replace older server hardware used

with legacy DeltaV v9.3 and v10.3

with new server hardware running

DeltaV software in a virtual

machine.

DeltaV Simulate

standalone virtual

machine

The DeltaV Simulate Standalone

Virtual Machine (a.k.a., “simulate

on a stick”) makes it simple to run

DeltaV simulate on your laptop or

desktop computer without any

software installation.

Example for Off-line Virtual Development/Test Systems

Emerson revolutionized the

process control industry with the

introduction of the PlantWeb

architecture, which provides

predictive intelligence through the

use of intelligent field devices.

Now, with embedded intelligent

control, Emerson takes predictive

intelligence a step further. By

embedding learning algorithms

directly into the DeltaV system, it

can systematically apply the

process knowledge it acquires to:

nLocate hidden variability and

under-performing control loops

nMonitor control performance

against model-based

performance benchmarks

nIdentify problems and diagnose

causes such as faulty valves or

process interactions

nPrevent downtime and increase

availability

nReduce variability, increase

quality and throughput

nSustain gains from performance

improvements.

DeltaV embedded intelligent

control provides you a full array of

applications including enhanced

PID control, automatic variability

inspection, tuning, fuzzy logic

control, model predictive control,

and neural networks. Never before

has a control system provided a full

suite of embedded advanced

control applications that enable

you to get the most from your

plant, with the least amount

of effort.

Advanced control–easy

DeltaV embedded intelligent

control enables you to quickly

deploy state-of-the-art control

technologies without the

implementation and maintenance

problems associated with

traditional advanced control

systems. Designed for the average

control system engineer, advanced

control has never been easier.

With embedded intelligent

control, advanced applications can

be implemented with minimal

configuration and maintenance

because all the technology and

tools are inherently integrated

with the DeltaV system. No data

mapping is required. It is not an

add-on, it is part of the

DeltaV system.

DeltaV advanced control

applications are built as part of the

same, easy-to-learn and -use

environment as standard

regulatory control. PID, Fuzzy,

Predict, and Neural function

blocks are all available for you to

drag and drop from the Control

Studio pallet–it’s that easy!

Continuously adapting to changing conditions helps optimize your plant.

Page 16–DeltaV System Overview

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

How do you know if your loops

are under-performing?

Studies have shown that nearly 40% of all

process loops are under-performing. You are

responsible for hundreds of control loops and

instruments and you don’t have the time or the

tools to monitor and maintain them. Your

company is losing millions of dollars each year

due to process variability and poor control

performance. With embedded intelligent

control, the DeltaV system provides you with a

systematic way to automatically monitor,

diagnose, and improve process control

performance.

Page 17–DeltaV System Overview

Intelligent control also makes life

easier for your operators.

More robust control means that

your operators are less likely to

operate in manual mode.

Automatic control with reduced

variability gives your operators less

to worry about, so they can focus

on other important operating

activities.

Reliable information

increases availability

You cannot have sustainable

advanced control unless you have

a strong foundation–built on

healthy devices and reliable field

information. The DeltaV system

uses validated data and equipment

health information from intelligent

field assets to ensure the right

control action is taken, preventing

unwanted shutdowns when an

asset fails.

All DeltaV intelligent control

functions run in the DeltaV

controller, including advanced

control algorithms. This ensures

that critical strategies run in a

rugged, high-speed, optionally

redundant environment.

Online adaptability

Changing process conditions

require a control system to quickly

adapt and take corrective action to

prevent unsafe or sub-optimal

operations. Reliable measure-

ments and intelligent control

strategies provide accurate and

flexible control during changing

process conditions and

market demand.

Intelligent field devices that

provide diagnostic

information ensure the

regulatory and advanced

control algorithms are

working with good data and

that corrective action can be

taken in the case of questionable

or bad data.

The DeltaV system’s embedded

intelligent control provides the

ability to quickly adapt to

changing process conditions and

the flexibility to confidently

respond to changing market

demand. Embedded learning

algorithms identify control

problems and provide continuous

adaptive control to automatically

adapt to changing process

conditions. Model predictive

control and optimization go one

step further to continuously

monitor process and economic

conditions to ensure optimal plant

performance within operating

constraints.

The embedded DeltaV intelligent

control applications are designed

for you to use on a broad array of

control challenges, enabling you to

develop the right control

strategies for your plant, at a

fraction of the traditional cost–

what you want, when you want it,

where you want it.

Preventing hazardous

consequences

By reducing process variability and

adapting to changing conditions,

embedded intelligent control

keeps your process running

smooth and within safe limits. This

helps prevent unwanted

shutdowns or hazardous

consequences that may otherwise

result from abnormal situations

such as process disturbances,

upsets, and unplanned events.

The DeltaV system

outperforms all

others–even for

basic PID control.

PID function

block capability

DeltaV DCS PLC

Inherently

Integrated

Built for Purpose Services

DeltaV PID Control

Intelligent control begins with

robust regulatory control. DeltaV

PID control delivers improved

performance using intelligent

device information and enhanced

PID algorithms. Even for basic PID

control, the DeltaV system has

more capability than other DCSs

and PLCs.

DeltaV InSight

DeltaV software provides the tools

to monitor, analyze and tune

control loops for peak

performance. DeltaV InSight,

inherently integrated into the

system, instantly identifies under-

performing control loops,

enabling you to reduce process

variability and increase the

efficiency of your operation. It can

be used to commission and

automatically tune both PID

and Fuzzy blocks. There is no

setup or configuration required,

because InSight automatically

recognizes function blocks as they

are configured.

DeltaV Adapt

DeltaV Adapt continuously adjusts

PID tuning for optimal control as

process conditions change. In

addition to calculating new

tuning, DeltaV Adapt also

remembers the best tuning from

the last time it was controlling in

the same operating region. And

best of all, DeltaV Adapt can be

applied to any PID loop in the

control system–without control

configuration changes.

DeltaV Fuzzy

DeltaV Fuzzy offers a practical,

field-proven substitute for PID

control for processes that may

benefit from non-linear control

action. Using an embedded fuzzy

logic control algorithm with

automated loop tuning requires

no special expertise in fuzzy logic.

DeltaV Fuzzy is robust and

provides superior performance

over PID control in many cases,

providing faster response to set

point changes or load

disturbances without overshoot.

Benchmark tests have shown loop

performance improvement of 30-

40% over traditional PID.

Optimized loops–all the time.

Page 18–DeltaV System Overview

InSight control performance monitoring.

Apply DeltaV Adapt to any PID loop in the control sys-

tem without control configuration changes.

Fuzzy logic control is implemented just like PID–

with drag-and-drop ease.

PID control in Control Studio.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

DeltaV Predict

Get greater throughput, reduced

variability, and increased

profitability by using DeltaV

Predict and DeltaV PredictPro to

implement multivariable model

predictive control strategies.

DeltaV Predict and PredictPro use

the power of model predictive

control to easily address process

interaction and difficult dynamics.

Since DeltaV Predict and

PredictPro are fully embedded in

the DeltaV system, you can use

pre-engineered components and

function blocks to quickly develop,

validate, test and deploy your

multivariable control strategies.

DeltaV Neural

DeltaV Neural provides a practical

way to create virtual sensors for

measurements previously available

only through the use of lab

analysis or online analyzers. Easy

to understand and use, DeltaV

Neural gives process engineers a

way to produce extremely

accurate results, even

Without prior knowledge of neural

network theory. DeltaV Neural

automatically uses the historical

data provided from embedded

historian, making it easy for you to

quickly train the neural network

and verify the accuracy of the

resulting model.

Deploy virtual sensors with DeltaV

Neural.

DeltaV Predict

implementation

with Function

Blocks.

DeltaV Predict provides

powerful model predictive

control and optimization–

available in every DeltaV system.

Page 19–DeltaV System Overview

Inherently

Integrated

Built for Purpose Services

The DeltaV suite of engineering

tools handles configuration

management, both locally and

remotely, for all aspects of the

DeltaV system and intelligent field

devices. A single, global

configuration database enables

you to coordinate all configuration

activities. Forget about data

mapping between separate

databases or referencing your

process and engineering

information by arcane registers or

numbers. With DeltaV software,

it’s all in one dynamic tag-driven

configuration database:

nControl strategies

nBatch control strategies

nSafety strategies

nProcess graphics

nHistory

nEvents

nChange management

In the DeltaV system, context-

sensitive help takes you right to

the documentation that’s relevant

for the task you are doing. There is

no need to search through books

and manuals. DeltaV Books

Online shows you what you need

to know, when you need it, where

you need it.

DeltaV Explorer

DeltaV Explorer is the primary tool

for system configuration. It

presents the complete system in a

single view and allows direct

access to any item. Similar in

appearance to the Windows

Explorer, it lets you define system

components and view the overall

structure and layout of your

system. The system comes

PlantWeb-ready through tighter

integration with AMS Device

Manager. You can now

commission and configure devices

“out-of-the-box” from DeltaV

Explorer. The DeltaV system is

predominantly configured in place

through interactive dialogs within

DeltaV Explorer.

Easy I/O configuration

DeltaV controllers, I/O, and

FOUNDATION fieldbus devices are

auto-sensed when connected to

the control network and

automatically added to your

configuration. The result is

dramatically reduced engineering

and commissioning time.

Native support for configuring

busses with no need for third

party configuration tools makes it

easy to configure Profibus DP,

DeviceNet, and AS-i bus I/O.

Bulk Edit can be used to speed up

the configuration process and

eliminate tedious tasks.

DeltaV Control Studio

Control Studio lets you graphically

create and modify individual

modules and templates that make

up your control strategies. The

DeltaV system helps you create

and maintain control strategies as

small, modular components

(modules). These modules

become reusable configurations

for control of your process

equipment.

Control Studio treats each module

as a separate entity–allowing you

to focus on a specific module

without affecting other modules

that may be running in the same

controller. Built on IEC 61131-3

control languages, including

function block diagrams,

sequential function charts and

structured text, Control Studio

Page 20–DeltaV System Overview

DeltaV Bulk Edit streamlines your configuration efforts.

Intuitive, fast drag-and-drop engineering.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

provides a drag-and-drop palette

to easily design and document

your control strategies.

Use DeltaV Control Studio to

develop:

nRegulatory control

nAdvanced process control

nBasic logic

nSequential logic.

Display configuration is easy with

pre-defined, modular graphics

such as faceplates, module detail

displays, trends, alarm summaries

and display directories.

Configuration made easy

With an intuitive user interface

based on Microsoft’s Fluent

Interface, you can quickly learn to

develop control strategies using

drag-and-drop configuration. Self-

documenting graphical modules

make it easy to design and

document your control strategies.

Standard product design and pre-

engineered, out-of-the-box

solutions make configuration

inherently easy to learn, use, and

customize.

Unlike hybrid and component-

based automation systems,

operating faceplates and history

collection are built automatically

as you assemble your control

strategies.

DeltaV embedded history

automatically collects historical

continuous and event data for all

modules in an assigned area.

Page 21–DeltaV System Overview

Modules include graphical display

elements to simplify overall display

development.

Control strategies are easily created with

drag-and-drop function blocks.

The DeltaV Explorer graphically displays

your configuration and components.

Eliminate low-value engineering

for quicker start-up.

With the pressure on to get up and running on

schedule, it is more and more important to have a

common set of engineering tools to configure,

calibrate, and commission different types of

equipment. This ensures that you can quickly

complete your tasks in a single interface, without

having to make the same change in multiple

locations.

With the DeltaV Explorer, you can easily design the

control system architecture, including all busses,

without the need to map data between databases

or to use third party configuration tools. The

DeltaV Explorer enables you to configure your I/O

and your field devices in a common interface.

When configuring control logic with DeltaV

Control Studio, it makes no difference whether the

associated I/O comes from FOUNDATION fieldbus,

serial interface, DeviceNet, or traditional I/O. It

simply connects to any I/O, without any special

tools required for different types of I/O.

The DeltaV engineering tools are developed with

ease of use as a primary design criteria. The DeltaV

system is designed to eliminate low-value

engineering to ensure quick configuration, testing,

and commissioning of any process

manufacturing plant.

Inherently

Integrated Built for Purpose Services

Page 22–DeltaV System Overview

Adaptable

The DeltaV system gives you the

flexibility to implement your

system how you want, when you

want, where you want.

Multiple users can concurrently

configure the system and access

the global configuration database

from DeltaV workstations. For very

large or tight deadline projects,

the DeltaV system’s multi-client

architecture provides:

nOff-line configuration

nBulk editing in spreadsheet

mode

nBulk import from third-party

software

nBi-directional communication

with Intergraph’s SmartPlant

Instrumentation (INtools).

The DeltaV modules help you

design your system from the top

down and implement as you go.

With minimal effort, you can

specify loops and field devices,

then quickly complete the

configuration.

Implement portions of the system

on the fly in a modular fashion as

process design and control

requirements become available.

You can finish what you know and

leave other sections to complete

later. Work-in-progress flags

ensure that no items are left

incomplete.

Your configuration can be built

from the bottom up, starting with

I/O and finishing with control

strategies and displays.

With Control Studio On-line, it’s

easy to modify existing strategies

independent of the running

process and simulate them offline.

When you are ready, just install the

changes to the running system

without affecting other control

modules executing in the

controller.

SmartPlant®

Instrumentation

integration

The SmartPlant Instrumentation

(SPI) software from Intergraph

Corporation is used by many

engineers for instrumentation

design. Projects that use SPI can

benefit from the DeltaV data

exchange interface.

The DeltaV system has a bi-

directional interface with SPI that

provides the seamless exchange of

I/O and instrumentation

information between the two

databases. The information that

can be transferred spans

conventional I/O, including HART,

Fieldbus I/O and CHARMS

I/O systems.

The SPI product has been

enhanced to allow DeltaV

definitions for I/O hardware

objects, DeltaV terminology, and

FOUNDATION fieldbus device

definitions to appear directly

in SPI.

Using the DeltaV SPI integration

capabilities significantly reduces

DeltaV and SPI engineering hours

and delivers higher quality project

deliverables because shared data is

entered once. Data conversion or

transfer errors caused by manual

processes are eliminated.

Implement your DeltaV system any way you want.

Simulate control strategies with Control Studio On-line.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Page 23–DeltaV System Overview

Demands on operators continue to

increase as their span of control

increases and as technology

advances create more information

to digest. It’s more critical than

ever to start from the operators’

perspective; to streamline and

focus their view into the process,

especially in abnormal plant

situations.

Human-centered design

Emerson founded the Human

Centered Design Institute and is a

key participant in the Center for

Operator Performance, an

operator-focused, human factors

research consortium whose

members include academics,

engineering and automation

suppliers, and process manu-

facturers. Improved DeltaV

Operate and AMS Suite software

usability emerged out of this

extensive research and human

centered design approach. The

results include easily seen alarms

at a glance, faster abnormal

situation recognition, and intuitive

views of loop deviations.

The operator experience begins

with color-scale graphics, which

provide subdued colors to make

the bright colors associated with

alarms and abnormal conditions

stand out. Based on the ISA S18

alarm standard, operator-centric

alarm help is available to provide

immediate in-context access to

allow response time, probable

cause and operator instruction.

These can include equipment

protection and prediction through

integrated machinery monitoring,

environmental protection,

product quality and process

efficiency.

Fast access

DeltaV Operate gives operators

easy, one-click access to alarm

summaries, faceplates, trends,

display navigation, and on-line

help. Unlike pieced-together

automation solutions, the built-in,

one-click access capability makes

the DeltaV system easy to learn

and use. As a result, operator

training costs are typically reduced

by 50% compared to other

automation solutions.

DeltaV Flexlock provides the

application accessibility that is

appropriate for personnel’s job

function and skill level.

AMS Device Manager provides

detailed alert information from

DeltaV operator faceplates.

Detailed troubleshooting

information is available in the

Audit Trail records and through

applications such as AMS

ValveLinkTM SNAP-ON application.

Easy alarm analysis

DeltaV Analyze, which is based on

the ISA S18 and EEMUA 191 alarm

metric standards, simplifies alarm

analysis. It allows you to quickly

spot which areas and modules

have the most alarms in a given

time period by connecting

embedded historical alarms and

events from the DeltaV Event

Chronicle or Plant Event Historian.

You can also zero in on the types of

recurring alarms and their

frequency to help get to the root

cause and its solution.

DeltaV diagnostics

As a key component of the

PlantWeb digital plant

architecture, DeltaV diagnostics

extend not only to the system

components, but beyond–to

cyber-security and intelligent

device and machinery monitoring

diagnostics with AMS Suite

software. Diagnostics from

FOUNDATION fieldbus, Profibus DP,

DeviceNet, HART, WirelessHART,

and smart switches are easily

incorporated into control

strategies and operator graphics to

reduce abnormal situations and

provide rapid decision support to

normalize the process.

Intuitive view provides situational awareness and better decision support.

Alarms stand out helping operators address and resolve

abnormal situations–easy.

Inherently

Integrated Built for Purpose Services

Increasingly stringent regulations

require manufacturers to provide

comprehensive documentation of

their process. DeltaV

Configuration Audit Trail is a

powerful tool that tracks changes

and manages revision information

for any item in the DeltaV

configuration database, including

Safety Instrumented System (SIS)

items. This application creates and

maintains a configuration change

history for configuration items,

such as modules, SIS modules,

phases, operations, unit

procedures, user accounts, and

operator graphics–simplifying

configuration management and

regulatory compliance.

Easy to track changes

Comprehensive version control of

a configuration item is

automatically tracked and

updated. The new version is time-

stamped and a history comment

can be recorded when the item is

checked back in. Embedded

reporting tools give users the

ability to print configuration

change histories for any item in

the configuration database.

By keeping detailed historical

information on configuration

items, the system automatically

maintains quality data for

regulatory compliance

requirements and trouble-

shooting. Configuration Audit Trail

is tightly integrated with the

DeltaV configuration tools, such as

Explorer, Control Studio, Recipe

Studio and Graphics Configuration.

DeltaV administrative tools allow

the Configuration Audit Trail

database and the DeltaV database

to be backed up together in one

operation. It is also possible to

archive and restore versions of

items in the audit trail database.

Ensure authorized

configuration changes

The DeltaV security system

provides the ability to grant

privileges to individual users.

Items may be checked out for

editing only by approved users.

Ensure compliance

during operation with

Electronic Signatures

To support regulatory compliance

requirements, including FDA 21

CFR Part 11, the DeltaV system

provides comprehensive

electronic signature capability

during process operations. Any

actions taken can be configured to

require a confirmation in which

the user name and password is

needed to execute, as well as an

additional verifying user name and

password if required.

Inherent change management simplifies regulatory compliance.

Configuration Audit Trail and Version Management automatically collects revision information–

viewed in either graphical or text-based formats.

Page 24–DeltaV System Overview

Change management provides

these key benefits:

nTracks configuration changes

nDisplays differences between different

versions of a configuration item

nRolls back an individual item or the

entire database to a prior version

nCreates change management reports

nDisplays version identifiers online for

downloaded configuration items

nLogs recipe authorization before release

to production

nTracks SIS Module download

authorization based on SIL level

nTracks SIS Module testing approval

based on SIL level.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Security is an important element

of any control system especially

today when viruses and other

sophisticated threats are on the

rise. Following the industry

standard defense-in-depth layered

security strategy, the DeltaV built-

in security ensures that you have

the appropriate security measures

installed and implemented. The

DeltaV system provides easy,

flexible, system-wide security

management–right out of

the box.

Built-in security

The DeltaV system was developed

with system security as a key

design criterion. To safeguard your

assets and ensure controlled

access, the DeltaV system delivers

the security capabilities you need

as part of the standard features.

nThe DeltaV control network

architecture inherently creates a

separate control system network

completely segmented from other

networks in the plant, delivering a

protected system from

unauthorized external access.

nThe DeltaV system

automatically applies the latest

operating system hardening

templates to create a more secure

workstation. Hardening disables

unused system services and blocks

access to DVD drives and USB

ports to help prevent the

introduction of viruses and

malware from portable media.

nUsing the integrated DeltaV User

Manager and our role-based

security key, it’s easy to create

users with the appropriate access

to system functions and span of

control in the process. The User

Manager automatically creates the

Windows user as you create the

DeltaV user so coordinating

Windows and DeltaV user security

is never a problem. The DeltaV

roles allow you to easily create

users with “least privilege” to

follow best practice user security

management.

nThe easy-to-implement Emerson

Smart Firewall creates a more

secure system perimeter to help

protect your system from

unauthorized access by people or

applications on external LANs.

nPlug-and-play DeltaV Smart

Switches provide auto port

lockdown from our Smart Switch

Command Center to prevent

unauthorized access to the

network from switch ports.

nThe DeltaV Event Journal tracks

system events, alarms and user

activities to provide tracking and

auditing of security-related events

on the system–including attempts

to connect to locked smart

switches.

nAll DeltaV network devices have

to authenticate as part of system

configuration as they connect to

the system. They must be

recognized as a valid DeltaV device

before they can participate in

control communications on

the network.

nAll routine system maintenance

and troubleshooting is done from

secured DeltaV workstations so

physical access to equipment is

not required. This reduces security

risks, as no unsecured external

equipment is required to service

the system. No open network

ports on field equipment are

necessary, so risk of unauthorized

access is eliminated.

Built-in, flexible, system-wide security safeguards your assets.

Who made that change?

Starting up a large manufacturing facility can be stressful–often

there is too much to do and too little time. An inherent change

management system can help eliminate pressure and improve

productivity. DeltaV system changes are made by authorized

personnel and are automatically tracked and approved as needed.

The result is up-to-date documentation that supports regulatory

compliance requirements. Made a mistake? No problem. The

database can be rolled back to a prior version.

Page 25–DeltaV System Overview

Inherently

Integrated Built for Purpose Services

Page 26–DeltaV System Overview

The seamless integration of AMS

Suite: Intelligent Device Manager

with the DeltaV system enables

your operations and maintenance

teams to easily monitor field

device health status. Plant

personnel can then work together

to resolve potential issues before

they become costly problems.

Only Emerson’s technologies and

the PlantWeb architecture are built

to turn the wealth of intelligent

field device diagnostic data into

focused, actionable information.

AMS Device Manager and DeltaV

software help you move to a

predictive maintenance

environment by giving plant staff a

window into the health of

intelligent field devices.

Based on real-time diagnostics

from intelligent field devices, your

staff can respond quickly and make

informed decisions to prevent

unexpected downtime.

With AMS Device Manager, you

can monitor status and alerts on

drives, instruments, and valves,

troubleshoot from the control

room, perform advanced

diagnostics, manage calibration,

and automatically document

activities with a single application.

Easy-to-use interface

A graphical device dashboard

interface makes diagnostic

information easy to understand.

The interface, powered by EDDL,

provides compelling visualization

to aid in troubleshooting and

support decision-making. These

diagnostics are based on human-

centered design principles for fast,

easy access. In addition, AMS

Device Manager provides

complete asset management

capabilities for HART, FOUNDATION

fieldbus, WirelessHART, Profibus DP

and PA devices–a single user

interface in an integrated

operating environment. And with

the addition of DTM support, you

have freedom to choose the best

device for an application with the

confidence you are getting the

best of that device’s functionality.

Increase plant availability

Predictive maintenance using AMS

Device Manager helps you avoid

unplanned shutdowns and

inefficient practices. Online access

to device diagnostics allows you to

continually monitor devices and to

know immediately if there is a

problem. SNAP-ON applications

like AlertTrack can be used for

email and cell phone notification of

process upsets, helping you to

intercept problems before they

cause major plant upsets.

Proactive maintenance

pre-empts unplanned

downtime

AMS Device Manager provides

adaptability in many ways:

nRemotely access status and

diagnostic information from

connected devices to identify

issues and easily make config-

uration changes or replace a

device.

nAutomatically document device

information including alerts,

configuration changes, and

calibration events using AMS

Device Manager Audit Trail.

nAssociate electronic drawings

and notes with a particular

device quickly and easily.

nSpeed commissioning by

planning and storing your field

device configurations in a single

database. Perform device loop

tests, interlock validations, and

calibrations quickly and

efficiently.

Asset management

improves safety

Online access to critical asset

information eliminates

unnecessary trips to the field and

reduces visits to hazardous

locations. The DeltaV system

passes status and diagnostics to

AMS Device Manager, giving clear

and specific descriptions of faults.

When maintenance functions are

performed, records are

automatically produced and

logged in the Audit Trail. The

documentation step is done

simultaneously and accurately to

give a complete history of your

device maintenance records,

reducing maintenance costs over

typical paper-based systems.

Asset Management allows you to

operate with confidence.

Depend on the performance and reliability of your critical production assets.

EDDL-based device dashboard screens apply a graphical

indication of device condition.

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Page 27–DeltaV System Overview

As much as 50% of machinery

malfunctions occur because of

process changes or process

conditions. Without real-time

feedback, operators lack the

visibility to see the effects of their

actions or effects of the process on

these critical machines. Without

healthy machines, efficiency

suffers, production is at risk and

unplanned shutdowns occur.

When operators have visibility of

the health of these high-stakes

assets, they can make process

adjustments and reduce process

disruptions. Real-time integration

of machinery information in the

DeltaV system delivers actionable

information to operations staff.

Eliminate complex and

expensive integration

With most control systems,

integration of machinery health

information using MODBUS may

require as many as 2400 steps for

24 vibration channels to complete

the integration process–not to

mention the discovery process to

determine vibration and process

automation systems are

implemented.

Save hundreds of man-hours and

gain a more complete, error-free

integration of machinery

information when you use the CSI

6500 Machinery Health Monitor

with your DeltaV system. You will

gain integrated prediction,

protection, and performance

monitoring that is pre-engineered

with automatic sensor health and

automatic synchronization of

alarm limits in the DeltaV system.

Emerson’s technologies

streamline integration in three

easy steps: scan, configure, and

import. From AMS Suite and the

CSI 6500, asset parameters are

scanned and then imported to the

DeltaV system.

The entire process

is completed in

10 minutes.

Build operator graphics

fast

I/O and control modules are

automatically configured in the

DeltaV system. Function blocks

are automatically created in

control studio allowing custom

rules for plant-specific abnormal

situation scenarios. Machinery

health faceplate templates and

dynamos are pre-built and ready

for operator graphics. What once

required custom programming is

now a drag-and-drop process to

quickly build a machinery health

operator interface.

Out-of-the-box

machinery health

warnings for operators

After the integration process,

simply launch DeltaV Operate and

if any machinery health alarms

occur, they are automatically

displayed in the alarm banner. Pre-

configured instrumentation

alarms provide instrumentation

health feedback. If alarm limits are

changed in the machinery

protection system, these limits are

automatically replicated in the

DeltaV system.

Through easy integration of the

CSI 6500 with DeltaV, real-time

machinery health feedback is

provided to operators.

Comprehensive protection, plant-

wide prediction, and performance

monitoring integrated with

process control gives confidence

that your mechanical equipment is

truly operating reliably.

Fast, easy integration delivers real-time feedback on Machinery Health.

The easy integration process delivers real-time feedback

so operators can see the effects of their actions on

machinery health.

Inherently

Integrated Built for Purpose Services

Ready access to continuous and

event historical information from

your process is critical to

operating, analyzing, and

optimizing your process. This

collected information needs to

extend beyond the control system

boundaries down to the intelligent

field devices, which are much

closer to the process and have a

higher resolution view of

the process.

Continuous Historian

The Continuous Historian is a

database designed for historical

storage, retrieval, and integration

into the DeltaV system, as well as

open access from the system. It

captures analog, discrete, and text

data and stores it for future

analysis.

As an Emerson Process

Management product, the DeltaV

Continuous Historian was

designed to support the PlantWeb

architecture and provide a data

repository for the information

available in intelligent field devices.

The DeltaV Continuous Historian

captures the value, timestamp,

and status or validity of the

information from these intelligent

field devices. You can make better

decisions with this high

fidelity data.

Instead of being a layered

application afterthought, the

DeltaV Continuous Historian is

embedded in the system and can

easily scale from 250 to 30,000

historical items. Since it’s fully

integrated with the DeltaV

system, it’s easy to start collecting

information and maintain it. No

data mapping or non-value

engineering is required.

DeltaV regulatory and advanced

control applications including

model predictive control and

neural networks use the historical

information and its associated

status. For higher availability and

robustness, these applications can

automatically detect when the

item status is not good, alerting

the operator or application that

data is suspect.

Event Chronicle

The Event Chronicle captures all

system events, such as operator

changes, control module

installations, alarms, sequence of

events and changes in device

status. For each event, information

such as who made a change and

when the change occurred

is recorded.

The DeltaV system is designed to

capture data values and their

associated time stamps at the

lowest possible level in the system,

providing you with a more

accurate picture of the alarms and

events as they occur. The Event

Chronicle receives these time

stamps and events and makes

them available to the operator for

easy viewing and troubleshooting.

Multiple Event Chronicles can be

used in the DeltaV system to

collect events from different plant

areas or from the same plant areas

for added data availability and

High resolution, high fidelity historical data helps optimize your process.

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robustness. Since the events are

time stamped in the DeltaV

controller, multiple Event

Chronicles will always have

consistent time stamps.

Plantwide Event

Historian

Beyond the boundaries of your

DeltaV system, the Plantwide

Event Historian captures and

displays event data such as alarms,

operator actions, system events,

and sequences of events from

DeltaV and third-party automation

systems throughout the

entire plant.

History View Software

Suite

The DeltaV History View Software

Suite is the window into your

operation’s continuous, event, and

batch data. It provides easy access

to real-time and historical trend

monitoring–with seamless

movement between the two. A

single view integrates real-time

and historical data, including

continuous and event data.

Process engineers can more easily

see how user changes have

impacted the process through

these views of real-time and

historical data. Embedded

historical trends are available in

DeltaV Operate that enable

operators to quickly scan the

direction and magnitude of

process changes before

taking action.

History Analysis

History Analysis is a web-based

historian client application that

allows you to view DeltaV

historical data from any computer

running Microsoft Internet

Explorer–from anywhere in the

world. History Analysis has access

to DeltaV historical batch,

continuous, and event data, and it

integrates the DeltaV historical

data in a single, easy-to-use client

application. History Analysis also

provides an intuitive data search

engine to make it easy for users to

find just the right data. Once the

data is found and evaluated, you

can save the data view or export

the data for further analysis.

DeltaV Reporter

The DeltaV system comes with

DeltaV Reporter–an Excel-based

historical data reporting and

analysis tool available on any

workstation. Use DeltaV Reporter

to populate a spreadsheet with

historical process and event data.

Once in the spreadsheet, use the

power of Excel to view, analyze,

and create reports on the data.

DeltaV Reporter also enables you

to easily add historical data

collected from outside the DeltaV

system, such as laboratory data.

This historical data includes status

information, is saved in the

historical database, and is available

for viewing and reporting with the

rest of the continuous data.

Historical data anywhere

With the DeltaV OPC History

Server, OPC Event Server, OPC .NET

and History Web Service, you can

extend the wealth of historical

data to other data historians such

as OSIsoft’s PI and web service-

based client applications. Using

these industry standard interfaces,

the DeltaV system can deliver

information to other systems,

applications or users on the plant

local area network or across the

Internet. Through an intuitive web

browser-based client, powerful

local history clients and easy-to-

use and secure historical data

interfaces, the DeltaV system

enables your experts to quickly

identify optimization oppor-

tunities or issues to resolve.

History Analysis provides an intuitive data search

engine making it easy to find just the right data.

Page 29–DeltaV System Overview

Inherently

Integrated Built for Purpose Services

The DeltaV system architecture is

based on the ISA88 Batch

Standard. Whether it is the

physical model, procedural model,

or easy-to-use class-based

configuration—the DeltaV system

is “built-for-batch.”

Like the rest of the DeltaV system,

DeltaV Batch fully supports

compliance with the FDA’s 21 CFR

Part 11 requirements with recipe

and campaign management,

batch history, automatic version

control and change management,

and electronic signature support.

DeltaV Batch is a complete suite

of products supporting all

components of the ISA88 Control

Activity Model. All batch control

logic for a unit, including phases, is

executed in the DeltaV controllers.

The same intuitive, drag-and-drop

user interface used throughout the

system makes it easy to configure

your recipes. Batch data is entered

once into the same common

global system database–no data

mapping is needed.

The Batch Executive is the batch

engine which coordinates all batch

processing activity, creates

detailed batch history records and

schedules recipes and resources.

Recipe Studio is a powerful yet

simple-to-use application for

graphically configuring recipes

and formulas for successful batch

production.

The Campaign Manager creates

and manages campaigns by

specifying the recipe, formula,

equipment, and number of

batches that are to be run within

the campaign. A web service

enables external applications to

programmatically interact with

the Campaign Manager.

The Batch Historian automatically

collects and displays recipe

execution data from the DeltaV

Batch Executive and process

management event data from the

DeltaV Event Chronicle. The

History Analysis application

enables web-based access to

recipe event and continuous

historian information for anyone,

anywhere.

Recipe Exchange provides an

open, programmatic interface to

the DeltaV recipe management

system. Recipe Exchange is based

on an XML schema that provides

the ability to use web services to

import and export DeltaV recipes.

Batch Analytics detects faults and

predicts end-of-batch quality in

real time using multi-variate

models based on historical batch

data. Operations is presented with

reasons for deviations so that they

can take action before a batch

requires rework or lost.

Easier batch operations

From recipe scheduling to real-

time fault detection and end of

batch quality prediction; from

simple sequencing to multi-stream

formulations; from operator

prompts to automatic unit

selection, the DeltaV system makes

your batch operations easy.

DeltaV Batch is inherently

integrated with the DeltaV system.

In DeltaV Operate, your operators

have easy access to all batch

information in a single, integrated

environment. And batch records

are automatically collected for easy

regulatory compliance.

DeltaV Batch provides batch

standard compliance out of the

Totally integrated batch enables flexibility for agile manufacturing.

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box because the ISA88 batch

hierarchy is built into the

DeltaV system.

When used with Emerson’s

Syncade Smart Operations

Management suite, DeltaV Batch

offers a comprehensive operations

management solution to optimize

work processes plant-wide.

Reliability is built in

Every batch is run as a separate

process in the Batch Executive. As

a result, batch failure is isolated

from impacting other batches.

DeltaV Batch provides redundancy

at all levels of execution–reducing

process shutdowns and

eliminating risk of lost batches.

Online upgrades are supported for

systems with redundancy, thus

minimizing the impact on

production, and making it easy to

stay current with the latest

technology available.

Redundancy is available for the

DeltaV controller, Batch Executive,

and Campaign Manager, providing

robustness for unit, process, and

recipe execution.

Flexibility for agile

manufacturing

During recipe execution, DeltaV

Batch provides flexibility for agile

manufacturing to meet real-time

demands and captures

comprehensive records for

regulatory compliance. Class-

based configuration and recipe

management deliver repeatability.

DeltaV Batch enables recipe

changes and equipment selections

on-the-fly. Support for dynamic

unit selection, automatic unit

selection, unit aliasing, and

equipment trains delivers:

nbetter support for flexible

manufacturing

nimproved process equipment

failure handling

nreduced risk of equipment

selection errors.

Know when, where and

why changes are made

To meet your regulatory

compliance requirements, the

DeltaV system integrates change

management into your process

automation. This Configuration

Audit Trail provides a complete

version-to-version comparison,

including not only what changed,

but who made the change, when,

where and why.

DeltaV function-based security

lets you control who can perform

batch tasks in the system.

Examples include restricting

operator access to modify recipe

parameter values and starting/

stopping batches and recipes.

DeltaV Batch incorporates

electronic signatures into your

batch processing to support

regulatory compliance

requirements, including FDA 21

CFR Part 11. Any and all actions

taken can be configured to require

a confirm mechanism. A user’s

name and password, along with a

verifying user’s name and

password, if required, are needed

to execute the action.

Facility expansion required to

meet urgent product demand.

A large life science manufacturer needs to

expand an existing facility to meet the urgent

demand for a vaccine. By adding onto the

existing DeltaV system and using the reusable,

standards-based software modules of DeltaV

Batch, the engineers can easily configure the

added equipment– saving precious time.

Additionally, complete redundancy of the

system, from control to recipe level, gives the

manufacturer a robust system that will not

cause process shutdowns. End result: faster

product to market.

An integrated engineering and operations environment

makes it easy to control your batch processes.

Page 31–DeltaV System Overview

Inherently

Integrated Built for Purpose Services

The seamless integration of

Syncade suite with the DeltaV

system provides a comprehensive

operations management solution

that optimizes work processes and

increases productivity, plant-wide.

By using the latest technology and

adhering to industry standards,

Syncade Smart Operations

Management suite provides a

modular, manufacturing IT

solution to increase manufacturing

performance by managing

resources, optimizing operations,

integrating information,

simplifying regulatory compliance,

and improving material logistics

management.

Resource Management

reduces variability

Syncade suite helps you effectively

manage resources and allows you

to do more with less. By

scheduling and tracking

equipment usage, Syncade suite

can increase manufacturing

capacity. It can reduce waste and

rework by optimizing material

usage and eliminating the use of

outdated material. Syncade suite

replaces paper equipment records

with electronic logbooks that

guide operators through manual

processes and enable easy access

to support documents– resulting

in improved productivity.

Additionally, personnel training

and qualifications can be verified in

real time to ensure proper

authorization.

Optimized Operations

improves efficiency

Syncade suite manages workflow

across plant functions to assure

“right-first-time” production.

Coordinating manual and

automated processes enables your

plant personnel to make the most

of their time. Syncade suite

provides a single recipe /

procedures that adheres to ISA88 /

ISA95 standards–reducing

engineering efforts by enabling

modular, reusable software

libraries. Forced electronic

procedures or work instructions

that guide the operator and

provide access to reference

documentation (such as SOPs and

MSDS) can eliminate errors and

ensure that accurate data is

collected and omissions are

flagged during production.

Integrated information

supports better decisions

Many manufacturing facilities use

numerous systems that don’t

often communicate with each

other, resulting in an inefficient use

of time and resources.

Smart Data. Smart Decisions with SyncadeTM Suite.

Recipe Authoring provides a quick way to create

integrated orders and recipes–using standardized

libraries, modular building block construction and

drag-and-drop design tools.

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Syncade suite enables easy

communication between business

and manufacturing systems. It

helps improve productivity by

enabling interdependent activities

to be effectively synchronized

while eliminating duplicate efforts

or manual data entry. By validating

data and putting it in relative

context for consumption by users

and other applications, Syncade

suite creates the information for

collaboration and improved

decision-making. Syncade suite

can automatically create

manufacturing orders with

automated downloads from the

enterprise resource planning (ERP)

system. Using Syncade suite as a

single engine tool to gather all

your data needs from the

manufacturing process, you can

streamline your process and

improve productivity.

Syncade suite is easy to use,

integrate and maintain because

it’s built on industry standard OPC

and .NET-based web services.

Syncade suite synchronizes your

key business and plant floor

systems for total knowledge

management.

Quality and Compliance

simplifies document

management and reduces

errors

Efficiently managing documents

saves time and money.

Documentation is a necessity of

effective operations and includes

many types of documents. These

documents support a wide array of

audiences, such as operations,

maintenance, and quality, and

convey various types of

information, such as production

records, SOPs, order forms, and lab

reports. The development, change

management, and approval of

documentation can be inefficient

and time consuming.

Syncade suite provides

comprehensive document

management including online

storage, change control, review

and approval routing, version

management, and archiving. In

addition, user groups and

privileges provide security to

ensure proper access and

authorization.

Movement management

optimizes storage tank

and terminal operations

Increasing tank farm and terminal

agility in the face of constant

customer and operational changes

can significantly improve terminal

and tank farm revenue and profits.

Eliminating potential problems

before they can contaminate

refined products is key. Procecure

errors like routing material

through the wrong pipe or not

setting a line-up correctly or even

completing a proper line flush

unnecessarily can all negatively

impact the product and inevitably

will time and money to recover.

Syncade suite provides a flexible,

integrated logistics solution for

marine, rail, and truck terminals.

These include real-time planning

and scheduling tools, route

selection optimization, integrated

inventory reconciliation, and

comprehensive reporting /

auditing of all custody transfer

activity.

Missed information can result

in lost or reworked batches.

The batch is complete. The records are

collected. Then it becomes obvious that data

is missing from the batch record. If only

operations became aware of this omission

before the batch progressed to the next step!

Syncade suite enables comprehensive

production records to be generated in real

time–flagging omissions or inaccurate data

during processing, as well as enabling review

by exception. This functionality speeds batch

release time and improves manufacturing

performance.

Page 33–DeltaV System Overview

Inherently

Integrated Built for Purpose Services

At the heart of your production

process is your process auto-

mation system. Its ability to easily

connect up, down, and sideways

with other systems and appli-

cations is critical for providing an

information-sharing, collaborative

environment. The DeltaV system

provides many data integration

options with its open, inter-

operable standards-based

technologies such as serial, OPC

Classic, OPC .NET 3.0, high-speed

Ethernet, SQL, XML and

web services.

Ethernet and serial

device connectivity

Simplifying integration with your

plant subsystems, the DeltaV

virtual I/O module (VIM) connects

through Ethernet using Modbus

TCP and Ethernet/IP protocols.

With redundancy, this external

data can be robustly integrated

into your control strategies.

Making integration easy,

Ethernet device configuration

may be bulk loaded into DeltaV

control strategies to reduce

engineering efforts.

Serial communications using

MODBUS RTU/ASCII protocols also

makes integration with other

systems easy, by connecting your

legacy DCSs and PLCs to the

DeltaV system.

OPC and OPC .NET 3.0

Open and interoperable OPC

communications have served the

process industries well for over a

decade as a way to connect servers

of data with a multitude of

valuable clients. This standard

supports real-time and historical

data access as well as alarm/event

data access. Cyber-security

concerns and increased use of

firewalls around the automation

system’s perimeter have created

problems with network distributed

OPC communications –until now.

OPC .NET 3.0 (formerly known as

Express Interface (Xi)) is a new data

communications interface

developed by diverse process

automation suppliers to meet

customer needs for a secure,

reliable and standard way to

exchange data between the

automation system and the

enterprise. OPC connectivity

provides secure, robust, firewall-

friendly data access to real-time

and historical process data, as well

as real-time alarm and event data.

To ease migration to OPC .NET

from current OPC classic systems,

OPC .NET can directly interface to

existing OPC Data Access, OPC

Historical Data Access and OPC

Alarms & Events clients and servers

to deliver a secure data

communication path even on

legacy systems. In addition,

OPC .NET provides process

manufacturers a migration path to

the OPC Unified Architecture (UA)

as needed. OPC .NET is based on

Windows Communication

Foundation (WCF), the latest

communications technology from

Microsoft, enabling both fast and

efficient data communications

between Windows-based clients

Streamlining collaboration for greater production efficiency.

Lost changes? Enter it once

and be done.

Your EPC is using Intergraph’s SmartPlant

Instrumentation (SPI) software to design your

large projects. In the past you have been able to

import the I/O configuration from the SPI tool,

automatically configuring your DCS with the

same I/O layout. However, without bi-

directional communication, any changes made

to the I/O design on the DCS side cannot be re-

incorporated into the SPI database without

manual effort.

Synchronizing the configuration after changes

are made to the DCS configuration means that

two tasks must be performed, one in each

system, likely by two different people. This

creates significant coordination costs and often

results in quality problems when errors are

made or changes are lost.

Now with DeltaV XML-based bi-directional SPI-

integration, data exchange and

synchronization in both directions is

accomplished with only a few clicks of the

mouse. You can enter it once and be done.

It’s that easy!

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and servers, as well as secure and

reliable data communications

through firewalls and to non-

Windows systems.

OPC .NET also facilitates the

development of visually stunning

client applications using Windows

Presentation Foundation (WPF),

Microsoft’s next generation user-

interface development platform.

SQL

Connecting upwards with

transactional, planning-based

systems often requires SQL

database connectivity. DeltaV

alarms, events, and batch history

data are stored in an

SQL-server database

and available to

applications like

operations

management systems,

enterprise planning

systems and other

decision support

systems requiring

access to information

from the process.

This well-known, well-

proven, easily-

adaptable standard

supports the data

requirements for your

workflow processes.

Web Services

Many process manufacturers want

to integrate their control and

business systems to more

efficiently run their organization,

but existing solutions may not be

flexible or secure enough to meet

the demands of these systems.

Service Oriented Architecture

(SOA) provides a way to address

these requirements. It’s a

standards-based design approach

to create an integrated IT

infrastructure and agile, loosely

coupled dynamic applications

capable of rapidly responding to

changing business needs.

Web services use specific

standards and language protocols

to execute an SOA approach. The

DeltaV system provides an SOA

approach to ISA95 Level 3 and

Level 4 data integration with

DeltaV Web Services for batch

recipe creation and batch

execution scheduling data. The

DeltaV SOA Gateway with DeltaV

Web Services provides a highly-

secure, authenticated means of

communications between the

DeltaV system and plant planning

and execution applications.

The DeltaV OPC .NET interface provides a

secure, firewall-friendly data communi-

cations path between the DeltaV system

and the enterprise.

Page 35–DeltaV System Overview

Inherently

Integrated Built for Purpose Services

For more than ten years,

commercial off-the-shelf (COTS)

technologies have provided

tremendous increases in

functionality and cost advantages

to end-users of today’s automation

systems. The DeltaV system was

the first of this kind and continues

to provide open, proven products

to its user base.

However, while COTS has provided

many advantages, it has also come

with a price–increased adminis-

tration and life-cycle costs

requirements. A better approach is

to take advantage of the cost

benefits and open standards of

COTS, but to add functionality that

allows the equipment to function

much more like other parts of the

system (plug-and-play capability,

full life-cycle support without

upgrades, security built in, etc.)

We call this balance “built for

purpose”, and the DeltaV system is

the first automation system to

address this critical need in many

of the most important facets of

the system.

Built for security

To help you address challenges

created by using COTS, security is

integrated throughout the DeltaV

system architecture. DeltaV Smart

Switches are treated as DeltaV

switches and are fully

preconfigured for purpose. Alerts

and diagnostics from these devices

are integrated with other

maintenance alerts so your

maintenance staff, not your IT

staff, can quickly address any issues.

DeltaV Smart Switches come

completely preconfigured to plug

and play in the DeltaV network

with no additional configuration or

trouble-shooting required. To

prevent physical intrusion on the

control network, you can

automatically lock down unused

switch ports with a single

mouse click.

A perimeter firewall is an

important security element that

protects your control system from

security risks from outside the

control network. The Emerson

Smart Firewall provides a built-for-

purpose, easy-to-implement

firewall that allows plant

operations to implement and

manage their system perimeter

security without the need for

firewall or security expertise.

On your control network, DeltaV

Controller Firewalls provide an

additional layer of protection for

further protection of your

control hardware.

Security extends up to the

enterprise applications through

OPC .NET and web services

providing two-way, authenticated

communications for historical

process data control, and

advanced control data, alarms and

events, and batch-based

information. Unlike other

automation systems, the data

includes status information from

the intelligent field devices.

Instead of wondering if critical

business decision-making

information coming from the

automation system is accurate–

the quality of the data comes

along with the data.

AMS Device Manager integrates

with the DeltaV software to

provide common security and

confidence in the operation of your

field assets.

Designed for ease of use in your most demanding applications.

Page 36–DeltaV System Overview

The Emerson Smart Firewall protects the DeltaV system

with an easy-to-use perimeter defense solution.

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Page 37–DeltaV System Overview

Built for you

DeltaV engineering applications

organize the functions in ribbon

bars, which consolidate functions

by logical task and are fully

customizable. Productivity

enhancing tooltips and fast keys

streamline your configuration

efforts. Because time is precious,

this technology helps focus

process engineers on high-value

activities like control strategy

improvements instead of keyboard

data entry.

The DeltaV system has led the way

in easy-to-use engineering

applications to simplify project

execution and ongoing

maintenance. Whether your

application is continuous, batch, or

process safety-related, this

common set of engineering

applications provides the

simplicity and flexibility for your

most demanding applications.

The DeltaV system built

for process control

The DeltaV system enables you to

quickly deploy state-of-the-art

intelligent control to improve your

process plant performance,

without the aid of costly outside

experts. DeltaV hardware

components are plug-and-play.

You plug them in and they are

auto-sensed and recognized by

the system. Software

configuration is drag-and-drop,

with automatic process control

functionality delivered out of the

box. With the DeltaV system, you

install your system hardware,

connect everything together,

configure the logic and everything

works–easy!

Built for busses

The DeltaV digital automation

system is the only system built

from the ground up to unleash the

advantages of digital fieldbus

communications. Not an add-on,

not an afterthought, it’s built to

deliver the project and operational

savings of a digital plant–easy!

Built for batch

The DeltaV system provides an

architecture that is based on the

ISA 88 batch standard. Whether it

is the physical model, procedural

model, or easy-to-use class-based

configuration, the DeltaV system is

“built for batch” –easy!

Inherently

Integrated Built for Purpose Services

To complement our industry-

leading technology, Emerson

offers services that enable you to

improve your financial results by

unlocking the true potential of

your process operations and

assets. Day after day, year after

year, Emerson’s industry experts

have been helping companies like

yours improve business

performance and protect their

automation investment with an

array of services from opportunity

assessment through design,

project execution, commissioning,

maintenance, performance

improvement and training. This

expertise is supported by more

than 30 years of process industry

experience and thousands of

customers worldwide.

Opportunity Assessment

Services

Opportunity Assessment Services

help you identify potential areas of

process or plant improvement; and

identify and select the best

solution to generate operational

benefits and high financial return.

Having deep automation expertise

and extensive industry experience,

Emerson’s consultants are

committed to learning and

understanding your requirements

to develop the conceptual design

and master automation plan that

will produce lasting business

results. Working with your experts,

our consultants will help prepare a

financial justification for the

chosen solution. Engaging

Emerson consultants improves the

probability of obtaining

project approval.

Project Execution

Services

Helping you capitalize on business

opportunities, Emerson’s project

services provide the resources,

knowledge, techniques and tools

to reduce project risk, lower costs

and shorten your overall

project schedule.

Emerson provides detailed project

plans that identify all instrument,

control, and system activities, with

each activity assigned to the best

resource — blending and

coordinating on-site activities with

remote engineering.

Emerson uses our Project

Management Office

(PMO) standards and processes to

increase engineering efficiency,

drive execution excellence, and

enable global consistency.

Emerson can be as involved as you

need in delivering a project–from

small instrumentation upgrades to

full main automation contractor

(MAC) engagements. We also have

services available to transition

from project implementation to

operations and provide any

support required after the project

is complete.

Delivering global services expertise and execution capabilities.

Page 38–DeltaV System Overview

I/O on Demand Ultimate Scalability Embedded

Intelligent Control

Lifecycle Services

Emerson helps you maximize

business value and operational

investment over the lifecycle of

your system through availability,

sustainability and performance

improvement services. Through

our global network of local and

factory specialists, we deliver on

the promise of improving your

competitive advantage and

bottom line business results. We

recognize that lifecycle support

needs vary from one customer to

another in both services activity

content and time commitment,

and that you make investments

over the system lifecycle for three

basic reasons:

Essential Services keep your plant

operating safely, reliably and

economically each and every day.

Activities are designed to help you

achieve the desired level of

certainty for system uptime.

Standard Services are those that

are necessary for achieving on-

going, predictable, proven and

measurable operational results

with no surprises and an end goal

of performance improvement

over time.

Advanced Services are there to

offer the full advantage of a

trusted partner working with you

to deliver a competitive

advantage, innovative

technologies and solutions that

drive business results.

Because every customer has

different support needs, we

created our Lifecycle Services

program to be flexible, allowing

you to choose the coverage that

meets your plant and staff’s

particular needs. Emerson will

work with you to build a

customized program for one year

or multiple years that fits just right

based on your plant’s unique

operating history, maintenance

requirements, control system

configuration, performance

improvement needs, staff

experience, manpower levels and

budgetary constraints.

Guardian Support is the core

element of our support program.

The Guardian service module is

designed to help you proactively

achieve peak availability,

sustainability and performance on

your system investment through

critical service and support

information. Guardian

consolidates and securely delivers

personalized, real-time service

intelligence tailored specifically to

your system architecture, assets

and use. Guardian provides a

single-point source of critical

services and system information to

help you effectively manage your

DeltaV system throughout

its lifecycle.

Training

To ensure you maximize value

from your automation investment,

Emerson Process Management’s

Educational Services offers training

programs designed for ongoing

education and development of

operators, engineers, technicians,

and maintenance personnel.

Courses provide vital hands-on

experience and build practical

skills. Training can be delivered at a

regional training center, customer

site, on-line Virtual Classroom, or

web-based eLearning. Additionally,

training for plant operators is

offered through a suite of operator

training options.

To address your specific learning

objectives and business needs, our

global network of certified training

staff can assess workforce skills

and knowledge with

recommended training solutions.

Visit

www.EmersonProcess.com/Education

to view the catalog of available

courses.

Page 39–DeltaV System Overview

Emerson’s Virtual Classroom delivers an affordable, live,

interactive, instructor-led training experience that saves

time and travel.

Inherently

Integrated

Built for Purpose Services

Emerson Process Management

1100 W. Louis Henna Blvd., Building One

Round Rock, TX 78681-7430

www.EmersonProcess.com/DeltaV

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 warranties or guarantees, express or implied, regarding the products or services

described herein or their use or applicability. All sales are governed by our software licensing agreement and terms and

conditions, which are available upon request. We reserve the right to modify or improve the designs or specifications of our

product and services at any time without notice.

© 2013 Emerson Process Management. All rights reserved. The Emerson logo is a trademark and service mark of Emerson

Electric Co.

For Emerson Process Management trademarks and service marks, go to www.emersonprocess.com/home/news/resources/marks.pdf.

All other marks are the property of their respective owners.

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