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PanelView 5000 / Logix Integration

Contents

Before you begin ............................................................................................................................................................................... 4

About this lab .................................................................................................................................................................................... 4

Other RSTechED Labs with related content ..................................................................................................................................... 4

Tools & prerequisites ........................................................................................................................................................................ 5

Section 1: Comments, Descriptions and Extended Tag Properties .............................................................. 6

1.1

Descriptions and Rung Comments ............................................................................................................................................. 6

1.2Enabling Tag Extended Properties ............................................................................................................................................. 6

1.3Referencing Min and Max Extended Tag Properties in Your Logic ............................................................................................ 7

1.4Engineering Unit, State1 and State0 properties as Pass-Through properties ............................................................................ 9

1.5Extended Tag Properties in an Array ........................................................................................................................................ 10

1.6Referencing Tag Extended Properties in your HMI (Informational section only) ...................................................................... 12

1.7Extended Tag Properties in Different Programming Languages (Information Section Only) .................................................... 13

1.8Using Pass-Through for Optimized Download / Upload Times ................................................................................................. 14

1.9Section 1 Summary................................................................................................................................................................... 20

Section 2: Alarms ........................................................................................................................................ 21

2.1Working with device-based Alarms and Events (Information Section Only) ............................................................................. 21

2.2Alarm Shelving Setup in Studio 5000 Logix Designer ........................................................................................................... 23

2.3Deploying an Application in Studio 5000 View Designer ....................................................................................................... 25

2.4Shelving Alarms Detailed Steps ............................................................................................................................................. 26

2.5Shelving Alarms Additional Steps .......................................................................................................................................... 30

2.6Adding Alarms ........................................................................................................................................................................... 31

2.7Section 2 Summary................................................................................................................................................................... 34

Section 3: High-Speed HMI Button Control ................................................................................................ 35

3.1.Adding the PanelView 5000 to the I/O Configuration of Logix .................................................................................................. 36

3.2.Adding the HMIBC instruction in Ladder ................................................................................................................................... 37

3.3Configuring the button on the PanelView 5000......................................................................................................................... 37

3.4Deploy the modified project to the PanelView 5000 terminal .................................................................................................... 40

3.5Section 3 Summary................................................................................................................................................................... 41

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Before you begin

From the desktop, open the P5K_Demo.ACD in Studio 5000 Logix Designer

Download the ACD project to the controller designated to your lab station. See your lab station computer monitor for

information on which controller is dedicated to your station.

Perform as much of the lab as possible while online with the controller.

About this lab

Learn about the premier integration between the Logix Family of programmable automation controllers (PAC) and the new

PanelView 5000 industrial automation panels.

This lab is intended to walk you thru the synergy created between these traditionally independent development environments.

Working in tandem, the PanelView 5000 terminal and the Logix controller family provide differentiation that cannot be realized by

other vendors building independent products. This allows the Logix controller to focus on control and the PanelView 5000 to

focus on operator interface to data.

This lab will be focused on Extended tag Properties and the High-speed HMI Button Control. We will also touch on the Alarms

and Events introduced with firmware 16.03 as it is part of the PanelView 5000 HMI Premier Integration to Logix. We will use the

new Studio 5000 Logix Designer (formally RSLogix 5000) and the Studio 5000 View Designer software packages.

This lab is made up of three sections; each concentrating on one major feature. A presentation or a demo is provided prior to

every section. All three sections combined take approximately60minutes to complete (not including presentations).

Other RSTechED Labs with related content

DE01 Rockwell Software Studio 5000 V22 Productivity Features Preview

VZ06 FactoryTalk View Site Edition: Implementing FactoryTalk Alarms and Events

VZ07 Allen-Bradley PanelView 5000: Exploration of the Latest Features

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Tools & prerequisites

Software programs required

The following software is required to complete this lab.

VMware Workstation

Studio 5000 Logix Designer (formally RSLogix 5000)

RSLinx Classic

Studio 5000 View Designer

Hardware devices required

The following hardware is required to complete this lab.

1756 ControlLogix Chassis

1756-L75 ControlLogix PAC

1756-EN2TR ControlLogix Ethernet Bridge

Desktop Computer with Studio 5000 View Designer and Studio 5000 Logix Designer

Files required

The following files are required to complete this lab.

VMWare image files for the RSTechED 2013 DE04 virtual machines

ACD project file (PV5K_Demo.ACD) for Studio 5000 Logix Designer

VPD project file (SuperJuice_Complete.VPD) for Studio 5000 View Designer

Tag import CSV file (DE04_Passthrough.CSV) containing Pass-through tag examples

Tag import CSV file (DE04_NoPassthrough.CSV) containing Non Pass-through tag examples

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Section 1:

This sectio

tag properti

1.1 Descr

All commen

the Data, L

a level of c

multiple de

workstation

1.2 Enabl

1. N

2. H

3. S

Comments,

of the lab provi

es.

iptions and R

ts and descripti

gic and I/O me

nvenience whe

elopers adding

s.

ing Tag Exten

avigate to the

ighlight the ta

electEnginee

escriptions

des an overvie

ung Commen

ns (including ta

ory. Logix con

n multiple engin

code to a single

ded Properti

rogram Tag

myDINTand

ring Units, Ma

nd Extended

of whats new

ts

g description a

rollers come wi

ers need acce

project online i

s

in theDE04_

press theExt

x, andMin fro

6 of 44

Tag Properti

ith version 21

d program des

h extended inte

s to the logic o

greatly improv

Program.

nded Propert

m the dropdo

s

of Studio 5000 r

riptions) now r

rnal memory to

in case the AC

ed as comment

ies button in t

n.

elated to Com

side in the cont

support this fea

D project file is l

are maintaine

he tag properti

ents, Descriptio

oller and do no

ure. They also

ost. Workflow o

between conn

es window.

ns and

use

rovide

cted

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4.

1.3 Refer

Lets say y

outside a s

1. A

Today, yo

2. Fi

3.

b

giloEc

Etaaid

nce Extended

into 0 and

ncing Min an

u have to progr

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dd the followin

u cant brow

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ake sure the

tween @Min

hy use the Minves you the optigic, whether it itended Propertntroller / HMI c

tended propertig's extended prcessed in logicportant to pointta and logic m

Properties are

axto 1000.

d Max Exten

am your logic in

his can easily b

g rung to the

e for the Ext

in the progra

rocessor is in

(0) and @Max

and Max Propeon to make a cused in a Limities can be refermmunication a

ies must be useoperties only inwhen the projeout that when emory.

enabled, Exp

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a way to preve

e done using th

E04_MainRo

nded Propert

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Run mode. M

(1000) will ex

ties instead ofange in one pla, greater than oenced from thed is especially

d as an input ophe Tag Propertit is online with txtended tag pro

7 of 44

nd theData

rties in Your

t a critical outp

Limit instructio

tinunder th

ies of a tag, p

nually chang

cute true and

constant or jusce and have thany other inputPanelView 500useful when cre

erand that is noes Pane. You che controller. Yperties are use

roperties and

Logic

t from being en

n with the Min

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lease manual

the value of

energize the

t another tag?t take affect evtype of an instrTerminals. Thiating device fac

t of type BOOLannot remove eou would have tor referenced i

setEnginneri

ergized when t

nd Max Extend

m.

ly type it in a

yDINT. Verif

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sing Extendedry place it is us

uction. Furtheris functionality oeplates.

and you can chxtended properto go offline. It iin logic, they will

g Unitto SE

e input value is

d Properties.

shown belo

y that only val

).

ropertiesed in yourore,ptimizes

nge theies that arealso

l consume

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es

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DdpeEw

uring a downloacumentation aoperties must btended tag protended Tag Pr

ill show an erro

d, the user willd extended tage downloaded,erties for a givperties are not. We will take a

ave the optionproperties. If atherwise the dn tag are usedincluded in thecloser look at t

8 of 44

o select whethy extended tagwnload will notithin an HMI aownload, the eis concept late

r or not to dowproperty is usecomplete. Theplication. If thtended tag proin this section.

load all projectd in logic, all extsame concept aproject documperty reference

ended tagpplies whenntation andon the HMI

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1.4 Engin

1. N

2. H

3. E

t

4. S

Sdp

5. T

Tpp

eering Unit,

avigate to the

ighlightthe t

nable allExte

Position,S

elect themyB

yBOOL. Wha

ate0, State1, anot explicitly poperties values

he user is allo

ngineering U

e pass-througoperties by mass-through pro

tate1 and Sta

program tags i

g myBOOLali

ded Properti

ate0to Open

OLaliastag.

are the defau

d Engineeringrovide State0, Sare displayed.

ed to overwrit

itsof myBO

properties willually entering terties will be di

te0 propertie

n theDE04_P

asand note th

sfor the prog

d andState

The tagmyB

lt values used

nit are considetate1, and Engi

e a pass-throu

Laliasto Ali

e grayed out.e desired valu

scussed later in

9 of 44

as Pass-Thr

ogram.

at extended ta

ram scope tag

to Closed.

OOLaliashas

forEnginneri

red pass-througeering Unit pro

gh property if

s-Position.

s stated aboveinto the applicthis section.

ough properti

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calledmyBO

already been

g Unit,State

h properties. Thperties for an ali

desired. Lets

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re NOT enabl

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configured as

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is means thatias tag, the bas

try this by cha

rite the pass thronal considerati

d.

Enginnering

n alias for

henever youtag

nging the

oughons on

Unit

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1.5 Exten

1. L

2. N

3. C

4.

Fi

5. N

el

a

6. N

ded Tag Prop

cate the DIN

xtended Prop

avigate toDE

hange the Lim

yDINTArray[

inalizeall pro

avigate back t

ementmyDIN

d 5000 for M

avigate toDE

erties in an A

array tag call

ertiesfor the

4_MainRouti

it instruction o

].@Maxas th

ram edits. Not

myDINTArr

TArray[2]and

x).

4_MainRouti

rray

dmyDINTAr

ase tag ONL

e.

the rung add

Low Limita

e what values

y in the DE04

explicitly provi

e.

10 of 44

ayin the Pro

and set the

ed previously

dHigh Limit.

are used in th

Program tag

ide different Mi

ram Tags ofD

into 0 and

o that it uses

.

limit instructi

,enableExte

in and Max pr

E04_Program

axto 1000.

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onLow Limit

ded Properti

perty values (

and enable

[2].@Minand

ndHigh Lim

esfor the arra

e.g. 1000 for

t.

in

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7.

8. C

9. Fi

Eelth

hat is the limit

hange the Lim

yDINTArray[

inalizeall pro

tended Propertement. In thise element.

instruction no

it instruction o

].@Maxas th

ram edits. Not

ies on an arrayase, the array e

using forLo

the rung add

Low Limita

e what values

apply to all arraxtended propert

11 of 44

w LimitandH

ed previously

dHigh Limit.

are used in th

elements exceies are overridd

igh Limit?

o that it uses

.

limit instructi

pt when specifien by the exten

myDINTArray

onLow Limit

d on an individded properties

[3].@Minand

ndHigh Lim

al arraypecified on

t.

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1.6 Refer

When the

Max, Engi

B

UEFu

AcH

NE

ncing Tag E

anelView 50

eering Unit, T

eing able to ref

DT structure istended Tag Prrthermore, becdate rate by th

s stated previountroller, unlessMI faceplates wiemory.

OTE: If any tagtended Tag Pr

tended Prop

0 HMI termin

ag Description

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ot required for tperties configu

ause ExtendedPanelView 50

sly in the lab, ththey are refereill result in redu

extended propeoperties chec

rties in your

ls are release

and Tag Nam

Tag Properties

he basic Min, Med for a tag willag Properties0. They are onle extended tagced in logic. Wed communicat

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12 of 44

HMI (Info rmat

, we will be a

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in the PanelVie

ax, Description,be read by theo not change oread when aroperties will n

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,

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1.7 Exten

1. E

r

2.

U

ded Tag Prop

xtended Prop

utine.

e can also us

DT member in

erties in Diffe

rties also wor

the extended

the example

rent Program

within a Func

properties in

elow.

13 of 44

ming Langua

tion Block Dia

tructured Tex

ges (Informati

ram. Here is

t. We are usin

ion Section O

n example of

g the Extende

nly)

a Function Blo

Properties of

ck

a

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1.8 Using

This secti

upload an

When Pass

1.

S

2.

3.

D

4. C

Pass-Throug

n will cover h

download ti

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ave the ACD fi

o offline with t

pen the contr

isplay checkb

lick on Tools

h for Optimiz

w using pass-t

es.

lay is utilized

le.

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ller properties

xes are chec

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hrough for pro

window and n

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14 of 44

/ Upload Tim

ect document

vigate to the

ld be checke

Comments

s

ation and exte

roject tab. M

by default.

nded tag prop

ake sure both

rties can opti

Pass-Through

ize

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5. N

6. N

7. E

8. E

avigate to the

avigate to the

xamine the m

y100DINTs.

xpand the my

C:\Lab Files\L

DE04_Progra

yStructureXX

Structure1_P

ogix folder an

Tags.

Passthrough

ssthrought

15 of 44

d select the D

tags. Each

g.

E04_Passthr

f the 10 struc

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ugh.csvfile.

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how the ded. This indiciption has bescription fro

ion will be p

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d

h.

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9. I

st

a

10. L

n

t

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the Controll

ructure my10

d the UDT de

ok at the des

cessary. Th

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finition.

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amount of ti

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mize the UDT

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ns in the UDT

sed.

the current p

e it takes for t

16 of 44

Data Types

window and

assthrough.D

definition are

ogram with p

he program to

User-Defin

ove it so you

int001. Exp

assed throug

ss-through en

finish the dow

dfolder and o

an view the b

nd the descrip

to the progra

abled. Begin

nload process.

pen the UDT

th the progra

tion column if

tags. The g

download an

. Record the ti

tags

ray

d

me.

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P

T

e

T

Td

T

M

ass-Through D

is shows a goohen a user doeists in the UDT

e pass-througain settings:

e Show Passscriptions defin

e Append To

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isplay:

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configuration c

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Base Tag Des

on.

w the pass-throefine a tag desc

n be found in t

erties check befinition.

ription check

17 of 44

ugh feature worription when cr

e controller pro

ox will ensure t

box will append

ks with UDTs wating a tag, it wi

perties on the

at the tag and

the UDT descri

ithin the Logix eill inherit the de

roject tab. The

ll members will

iption to the beg

nvironment.cription that

e are two

inherit the

inning of the

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When Pass

13. N

14. E

15.

C

16. N

17. E

t

18. E

19.

L

n

s

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avigate to the

nsure theEdit

lick on Tools

avigate to the

xamine the m

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18 of 44

ete all 10 of th

Comments

d select the D

ghtags. Ea

tag.

oPassthroug

on. Each stru

tion from the

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7/24/2019 DE04 Panel View 5000

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19 of 44

20. We are now going to download the current program with pass-through disabled. Begin a download and

keep track of the amount of time it takes for the program to finish the download process. Record the time.

You should notice a 20% 30% increase in download time when pass-through is not utilized.

Designing your application to use pass-through will enhance upload / download times.

21. Delete all 10 of the myStructureXX_NoPassthroughtags.

What happens to Project Documentation during a download?

During a download, all project documentation and extended tag property lists are packed into a database thatlives on extended memory in the controller. Each comment, description, and extended tag property list for all

AOIs, UDTs, rungs, programs, and tags will be entered into in the project documentation database as eachelement is downloaded to the controller. As the number of project documentation items increase, the size ofthe project documentation database will increase as well as the total number of database entries.

Pass-Through

This is probably the single most important optimization technique that can be utilized to minimize downloadand upload times when project documentation is included. Since Pass-Through Display can only be used

with arrays and UDTs, it is important to organize as many tags as possible into these two groups. ThePass-Through Display setting allows project documentation pertaining to arrays and UDTs to be defined inthe base tag or definition.

When using arrays, the base tag description and extended tag properties list will be propagated to allmembers of the array. If certain tags in the array must have a unique description or extended tag propertieslist, it can be changed in the tag editor. Any manual changes in project documentation to members of anarray will take priority over the Pass-Through Display information.

When using UDTs, the data type definition description and extended tag properties list will be propagated toall tags of that data type. Similarly to arrays, if certain members (tags) of a UDT must have a uniquedescription or extended tag properties list, it can be changed in the tag editor. Any manual changes inproject documentation to members in a user defined tag will take priority over the Pass-Through Displayinformation.

Pass-Through Display allows the description and extended tag properties list to be entered into the projectdocumentation database one time, regardless of how many members are in the array or how many userdefined tag instances exist. If Pass-Through Display was not implemented, every tag and member wouldhave a separate entry in the project documentation database. Using Pass-Through Display wheneverpossible will greatly improve upload and download time performance.

Rung Comments:

Rung comments can have an impact on upload and download times. As the total number of rung commentsincrease, so will the number of project documentation database entries. Studio 5000 Logix Designer doesan excellent job compressing rung comments. With that in mind, it is better to have a smaller number oflarge rung comments as opposed to a large number of small rung comments. Since each comment willrequire an entry in the project documentation database, better performance can be achieved by consolidatingas many rung comments as possible into one or several large rung comment(s).

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20 of 44

1.9 Section 1 Summary

You learned

How to configure Extended Tag Properties

How to use Extended Tag Properties in Logic

How Extended Tag Properties will optimize HMI faceplate development

How project documentation is downloaded and stored in the controller.

How to use Pass-Through Display to optimize Project Documentation

You have finished Section 1 of the lab. Please do not continue unto Section 2 until after the instructor demonstration.

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21 of 44

Section 2: Alarms

The PanelView 5000 terminal allows you to subscribe to Logix-based Device Alarms configured in Studio 5000 Logix

Designer. This feature is referred to as FactoryTalk Alarms and Events. It has been available since ControlLogix firmware

version 16 and was limited to the FactoryTalk View Site Edition HMI software package. The PanelView 5000 terminals will

support FactoryTalk Alarms and Events. The Logix-based alarm instructions are used to monitor and control alarm conditions.

These instructions will integrate alarming between PanelView 5000 applications and Logix controllers. Studio 5000 View

Designer has two alarm tables to view the alarms, Alarm Summary and Alarm Manager. In this lab, we will primarily be focused

on exploring the Logix based alarm instructions and the Alarm Manager screen.

2.1 Working with device-based Alarms and Events (Information Section Only)

Digital (ALMD)

A digital alarm (ALMD instruction) is configured to monitor its input for one of the following alarm conditions:

the input value equal to one

the input value equal to zero

When the alarm condition is true, the alarm enters the In Alarmstate. When the alarm condition is false, the alarm enters the

Normalor Out of Alarmstate.

Analog (ALMA)

An analog alarm (ALMA instruction) can be configured to monitor for two types of alarm conditions:

Level

Rate of Change

Level Alarmsmonitor an input for alarm conditions that go In Alarmwhen the input value goes above or below predefined

limits. When defining a level alarm, you can configure up to four alarm level conditions each with limits (sometimes called

thresholds), a severity and alarm message. The supported alarm conditions are:

High High (HIHI)

High (HI)

Low (LO)

Low Low (LOLO)

Rate of Changealarms monitor an input for alarm conditions that go In Alarmwhen the input value changes faster or slower

than predefined limits. When defining a rate of change alarm, you can configure up to two rate of change conditions each with

limits, a severity, and an alarm message. The supported alarm conditions are:

Rate of Change Positive (ROC_POS)

Rate of Change Negative (ROC_NEG)

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Advantages o f alarming ins tructions in the control ler

Alarm instructions are programmed only once, reducing programming effort and errors.

Alarm conditions are detected more quickly.

HMI tags are not required, reducing overhead and device tag mapping errors.

Alarms are managed, processed, and preserved by controllers, even if the HMI goes down.

Data polling is eliminated, which reduces network overhead and controller processing and improves overall system

performance.

Timestamps on alarm conditions are much more accurate, because they are applied in the controller, and not delayed until

they reach the HMI software.

Follows ISA 18 Alarm recommendations.

What is Shelving?

You can shelve an alarm for a piece of equipment in your system that is currently under maintenance.Shelving an alarm prevents notification of new state changes. Alarms are shelved for the shelve duration asdefined in the controller. Un-shelving an alarm resumes the notification of new state changes.

A shelved alarm:

- Can still become In Alarm (but the event that makes the alarm In Alarm does not appear in the AlarmSummary).

- Remains unacknowledged until you acknowledge it. Therefore, even if an alarm configured to requireacknowledgment becomes active while shelved, it does not transition to the Active state.

- Appears in the Alarm Summary, only if the shelved alarm is unacknowledged.

- Appears in the Alarm Manager.

Why is shelving important?

Shelving is essential for helping plant operators address higher priority alarms efficiently and effectively byallowing the user to temporarily hide lower priority alarms.

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5. C

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32 of 44

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10.

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33 of 44

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34 of 44

19. You should see the level alarms for the analog alarm you just created.

Its that easy to add alarms to a running system!

2.7 Section 2 Summary

You learned

PanelView 5000 displays incorporate Logix based alarming!

Many of the benefits of Alarms and Events can now be realized in the PanelView 5000 displays.

Differences between the Alarm Summary and the Alarm Manager.

The benefits of alarm shelving.

The ease of adding or changing alarms in a runtime environment.

You have finished Section 2 of the lab. Please do not continue unto Section 3 until after the instructor demonstration.

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35 of 44

Section 3: High-Speed HMI Button Control

Manual operator actions that were used for positioning mechanical devices (for things such as axis jogs, or linear actuator

movements) require better performance than was available on the traditional HMI. This required most machine builders to add a

physical hard wired button for these operations below/next to the operator interface panels adding cost and reducing flexibility.

Because of the tight integration between Logix controllers and the PanelView 5000 product, this system delivers operator actions

with a fast, highly consistent round trip time.

The HMIBC instruction is a high-speed output control that behaves like the Examine On (XIC) instruction. This instruction

provides the ability for an operator that is interacting with a PanelView 5000 Human Machine Interface (HMI) to initiate machine

control operations, such as jogging a motor or enabling a valve. This is done while maintaininga fast, accurate, and

deterministic response. The HMIBC instruction providesbuilt -in communications diagnosticsthat permit the instruction to

automatically reset itself should the communications from the controlling HMI become unavailable. Furthermore, multiple

PanelView 5000 panels can control the same HMIBC instruction.

The HMI Button Control (HMIBC) instruction is available in Ladder Logic, Function Block and Structured Text.

Each HMI device that is interacting with an HMIBC instruction can be in one of three states:

Idle - A button that is associated with the HMIBC tag on this HMI device is not currently being pressed. The HMI device has a

valid connection to the controller.

Triggered A button that is associated with the HMIBC tag on this HMI device is being pressed. The HMI device has a valid

connection to the controller.

Connection Faulted - The HMI device does not have a valid connection to the controller. (The button state is unknown.)

You are ready to start with this section of the lab.

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3.1.Addin

To function,

that need t

1. M

2.

Y

3. S

4. R

5. S

6. P

7. E

8. C

9.

C

10. R

11. P

12. E

13. C

14. C

g the PanelVi

the Logix contr

interact with th

aximizeStudi

ou should alre

croll down in t

ight-Clickon

electDiscove

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lick YESwhen

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ight-click on t

ress theCreat

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lick YESwhen

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oller's I/O config

e HMIBC instru

o 5000 Logi

ady be online

eController

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Modules

ebutton next

r the module

prompted to c

le Discovery

he Ethernet n

e button next

r the PanelVi

prompted to c

le Discovery

e I/O Configu

uration must in

tion.

Designer.

ith the control

rganizerso

plane

o the Etherne

nd pressOK.

reate the mod

indow.

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o thePanelVi

w 5500 displa

reate the mod

window.

36 of 44

ation of Logi

lude all of the

ller. If not, do

ou can see th

module that i

ule online.

e module you

ew 5500 12

and pressO

ule online.

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anelView 5000

so now.

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ouch display.

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our lab station

nd selectDisc

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.

over Modules

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.

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3.2.Addin

1. A

2. Fi

3. S

3.3 Confi

Additionallyassociated

1. M

2. N

g the HMIBC

dd the followin

inalizeall of t

ave the applic

uring the bu

, the applicationith the HMIBC

aximizethe

avigate to the

instruction in

g rung to the

e edits in the

tion.

ton on the Pa

created for eacinstructions tha

tudio 5000

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rogram.

nelView 5000

h PanelView 50are to be contr

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rertab in the

37 of 44

outine under t

00 HMI must inolled.

rsoftware.

ottom left cor

heDE04_Pro

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er of you win

ram .

ons configured

ow.

o reference the tags

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3. F

s

4. R

o

5.

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rom theProje

reen for editin

ight-click on t

n release. Yo

cate thePro

t Explorer, e

g.

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u may need to

ertieswindo

pandDE04fo

button and se

scroll down o

on the right.

38 of 44

lder and doubl

lect Button B

the screen to

e click onDE0

haviorLo

locate the gre

4_HMIBCto

gix HMIBC se

en button.

pen the HMIB

t to 1 on pres

s, 0

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6. C

7.

N

8. T

9. S

lick on the Bro

ote that the ta

he Events tab

avethe chang

wse button [

browser auto

under Properti

es.

]as shown be

-filtered all tag

es should now

39 of 44

low to open th

s with HMIBC

be configured

e Tag Browser

as a data type

as shown bel

.

. Double-click

w

onmyHSJ.

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3.4 Deplo

1. F

a

2. I

3.

4. M

5. D

6. I

Nc

y the modifie

rom the main

plication.

the Deploy R

nce the wizar

inimizeStudi

ouble-Click th

the window t

ote: The final prnfiguration scr

d project to th

enu in theSt

ntime Applica

is complete

5000 View

PV5000Clie

at appears, v

oduct will run thens.

e PanelView

dio 5000 V

tion window, c

ith all green c

Designer usin

tToolUser.ex

rify the IP add

project autom

40 of 44

000 terminal

iew Designer,

lick on theDe

eckmarks, cli

g the control b

icon on the

ress is 192.16

tically after de

, go toComm

loybutton hi

kClose.

uttons in the u

esktop

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loyment and co

nications

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pper right of th

kReboot.

ntain a full set o

Deploy

.

e window

f terminal

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7. M

8. If

9.

10.

TD

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c

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possi

the H

NOTE:

value

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ith the green

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displayed on t

eview:

e HMIBC instrachine control,terminism. Fuset itself should

n 3 Summar

rned

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o 5000 Logi

line with the c

w 5000termi

eed jog buttonoutine.

utton pressed

stop the nee

be even mor

button.

does not sho

e gauge is up

ction is a high-such as joggingrthermore,builtthe communica

he PanelView 5

he HMIBC instr

ure a button in

to using the HM

Designer.

ntroller, do s

al, navigate t

on the termin

, you should s

les so they ar

difficult using

the true high

dated per the

peed output coa motor or ena-in communications from the c

00 terminal to t

ction in Ladder

Studio 5000

IBC button as o

41 of 44

now.

the DE04_H

l and watch t

e the needles

both in the

traditional po

-speed respo

creen refresh

trol that providling a valve, wittions diagnostontrolling HMI b

he I/O Configur

Logic

iew Designer t

pposed to traditi

IBCscreen.

e rung in logi

on the gauge

iddle and the

lled communi

siveness of th

rate.

s the ability forha high degreicspermit the iecome unavaila

ation

use the HMIB

ional polled C

getting energi

on thePanel

alues are as

cation betwee

e HMIBC butt

an operator to ie of accuracystruction to autble.

instruction

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n since the an

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inal

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and

alog

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42 of 44

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S

F

Ine

You h

ructured Text e

nction Block e

Function Blockecution order o

ve finished Sec

ample;

ample;

Diagram routinf the instruction.

tion 3 of the lab.

only, Executio

. The lab is no

43 of 44

Order Numbe

complete. Tha

displays a nu

nk you for atten

ber that identifi

ding!

s the

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