sy03 - introducing studio 5000® system architect

Copyright © 2015 Rockwell Automation, Inc. All Rights Reserved.Rockwell Automation TechED 2015 @ROKTechED #ROKTechED

PUBLIC INFORMATION

SY03 - Introducing Studio 5000 Architect™


What is Studio 5000 Architect™?

Connect your system

• Define networks

• Connect communications modules

• Create produced/consumed tags across your multi-controller automation system

• Create RSLinx Enterprise Shortcuts

Share your content

• Alias tags to I/O points

• Search controller projects for tags

• Share libraries of Add-On Instructions (AOIs), User Defined Types (UDTs), FactoryTalk View HMI Content

• Includes the Rockwell Automation of Process Objects

Visual System Building

• Rapidly assemble and define basic parameters for your control and supervisory hardware

• Establish the module ownership for controller

• Assign Logical HMI Servers to the physical hardware

A tool for simplifying the basic I/O, HMI, and communication configurations for multiple

controller and HMI automation systems


Creating the Framework

3

System Framework

Supervisory

Network

Control


Creating the Framework

Project

Explorer

Graphical Layout of

System

Hardware Library

Content Library

Communication

Setup

Produce/Consume Tag list

Find Results Log

I/O Alias tag List

Copyright © 2015 Rockwell Automation, Inc. All Rights Reserved.Rockwell Automation TechED 2015 @ROKTechED #ROKTechED 5

Studio 5000 Architect™Bi-Directional Exchanges with Logix Designer and FactoryTalk® View

Control and Supervisory

Layer Hardware and

Software System

Configuration

Process Library Integration

Offline configuration

enhancements

Single entry into different

editors

Logix Designer View Studio

Studio 5000

Architect™

Launch /

Commit /

Synchronize

Launch /

Commit /

Synchronize


Studio 5000 Architect™

Building a System


Getting Started

7



8



9


Control Layer

10


Supervisory Layer

11


Networking Layer

12


Connect the System

13

Video


Set up path Identify Controller

Runtime Communications

14

Name new Shortcut


System Framework

15

System Framework

Supervisory

Network

Control


Single Project Explorer for System Applications

16

System Framework

Supervisory

Network

Control


Creating Projects

17


Launching into Development Tools

18


Synchronizing Changes Back In

19



Exchanging Data


EPLAN Bi-Directional Synchronization

Synchronizes data transfer of Hardware configuration and Point Tags (Alias Tags)

Allows for automated schematic updates in EPLAN

Improves start-up time helping ensure electrical drawings are perfectly matched to I/O assignments


IAB Export to Studio 5000 Architect™

Allows for the export of control systems created in Integrated Architecture® Builder to Architect and the automatic creation of the corresponding Logix Designer controller project files

Helps eliminate data entry redundancy

Reduces design time by matching the BOM with the actual project



Working with Logix Designer and Kinetix®


Kinetix®

5500

Logix and Kinetix® Support

24

Support for Studio 5000 Logix Designer®, version v27

New hardware components

Kinetix® 5500 servo drives

Stratix 5700™ industrial Ethernet switches

Import and export of new components

Kinetix® 5500 servo drives and drive groups

Stratix 5700™ switchesStratix

5700™


Logix and Kinetix® Support

25

Motion-related enhancements

Motion Groups in the Project Explorer pane

Support for motor association

Enhanced sharing with Logix Designer

Drag and drop of multiple Add-On Instructions (AOIs) from Logix

Designer application to the Studio 5000 Architect™ Library

Management pane


Kinetix® 5500 and Stratix 5700™ Support

Support for Kinetix® 5500 and Stratix 5700™

Add Stratix 5700™ switches and Kinetix® 5500 Servo Drives to the

layout

Synchronize configuration with Studio 5000 Logix Designer®


Motion Groups in Project Explorer

Adds Motion Groups in the Controller View pane, and changes the icons

for axis tags and motion groups to be consistent with Logix Designer

application

Support for motor association


Drag and Drop Add-On Instructions

Adds the support for drag and drop of multiple Add-On Instructions (AOIs)

from Logix Designer application to the Library Management pane

Architect Logix Designer



Setting up Produce/Consume Tags


Create a Producer/Consumer Relationship

30

Architect simplifies the process of tag mapping (also known as creating a

produced and consumed tag relationship)

Mapping tags tells a controller the value of a tag in another controller

In ControlLogix® controllers, the values of tags from one controller (called

the producer) can be used in other controllers (called the consumers)


BottleCounter

BottleCount

(# of Bottles)

Filler

BottleCount >

50 then

Run Conveyor

Producer/Consumer relationship



To create this relationship:

The controllers must be on the same Control Hardware Layout

The controllers must have a network connection

The consumer controller must be the owner of the producer controller

Notes:

You can use controller-scoped tags that already exist in your controllers as either produced or consumed tags

These tags do not have to be preset to be produced or consumed in your Logix Designer project

Alternatively, you can create new tags to be produced and consumed using the RSLogix™ Architect software

If you remove a controller from the Control Hardware Layout or the configuration of another controller, all produce/consume tags associated with that controller are also removed



To create produced and consumed tags in Architect, ensure that you have

completed the following project requirements:

1. Place both the producer and consumer controllers on the same

Layout

2. Create a network connection between the producer and consumer

controllers. In order to do this, connect your Layout. For example:



3. Ensure that the consumer controller owns the producer controller For example, if you have two controllers on the network trunk, you can establish a produced/consumed

relationship between them if you make the consumer controller the owner of the producer controller as shown in

the following illustration:



4. After you establish an ownership relationship between controllers, you can

configure tags in the consumer controller to use tags from the producer

controller

Notes: You can bring produced/consumed tag relationships from controller project files into your RSLogix™ Architect

project through RSLogix™ Architect's Synchronization feature

You can synchronize to upgrade a producer controller's version even if it is a higher version than the consumer

controller



Select Add from Produce/Consume Tags entry area at the bottom of the

interface



Consumer Tag dialog will be displayed

Select Controller that contain will contain

the consumer tag

Either create a new tag name or browse

for an existing tag in the Tag Name

entry field

Once selected, change Data Type to

appropriate selection

Select Connection



The Producer Tag dialog will be displayed

The Tag Name of the consume tag will still

be in the Tag Name entry field

The consume and produce tag needs to

match between the two controllers

Select Controller where the Produced Tag

will be located

Once selected, confirm that the Data Type

is correctly selected

Select OKInformation field contains

what operation will be

executed on for this

operation



Consumer Tag dialog will be displayed

Confirm settings

Select OK and produce / consume tag

will be created Information field contains what

operation will be executed on for

this operation

Created Produce / Consume tag

will show in this list




Point Tags (I/O Aliases)


Point Tags

41

The Point Tag feature in the I/O Aliases pane helps you to unify tag values

across Architect, Logix Designer, and third-party software packages (like

ePLAN)


Point Tags

42

Before setting up Point Tags and I/O Aliases, the ownership of the I/O

Modules must be configured

Drag the I/O modules and drop them on the controller to establish the

controllers ownership of the modules

When Owner Mode is shown, the

rack will look like this when the

controller is selected

The Controller View will show the

I/O Modules in the I/O

Configuration tree


Point Tags

43

The I/O Modules will show in the I/O Aliases pane when the Controller that

owns the modules is selected


Point Tags

44

Enter Alias Names in the Point Tag entry field for each I/O Point

New Point Tag alias names


Point Tags

45

After committing this layout to Logix Designer, open the project file in Logix

Designer and see the newly created tags that are alias tags for the

configured I/O pointsPoint Tags in Architect

Point Tags created in Logix

Designer


Architect Point Tag Behavior

46

Project Settings (Tools > Options > Project Settings tab)

These two settings determine the

behavior of Point Tags in

RSLogix™ Architect



Ordering Information


Information

Studio 5000 Architect™ activates with Logix

Designer Full, Standard, and Pro licenses

Studio 5000 Architect™ can also be

purchased standalone

9326-LGXARCHENE

Studio 5000 Architect™ only available for Web Download

http://www.rockwellautomation.com/support/webupdates/

sy03 - introducing studio 5000® system architect

Technology

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