industrial architecture technical summary presentation

17
SM SM Physical Infrastructure Reference Architecture Industrial Ethernet Physical Infrastructure: Specification and Design Executive Briefing

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Page 1: Industrial Architecture Technical Summary Presentation

SMSM

Physical Infrastructure Reference

Architecture

Industrial Ethernet Physical Infrastructure:

Specification and Design

Executive Briefing

Page 2: Industrial Architecture Technical Summary Presentation

Industrial Automation Value Proposition

Panduit is a global manufacturer of world class products

with system expertise to MANAGE, CONNECT, &

PROTECT physical media. Our components, tools and

services are aligned by the Unified Physical

Infrastructure (UPI) Principles to enable distributed

systems.

Unified Physical Infrastructure principles:Performance • Security • Optimization • Expansion

Page 3: Industrial Architecture Technical Summary Presentation

Unified Physical InfrastructureSM Evolution

Align Converge Optimize

www.panduit.com/upi

Page 4: Industrial Architecture Technical Summary Presentation

Unified Physical Infrastructure:

Industrial Automation Simplified View

Network User

Network Provider

SAP, Oracle

Rockwell

Automation

CISCO,

Rockwell Automation

Hirschmann,

N-Tron

PANDUIT, UPI

User: Enterprise Level

User: Automation & Control Level

Network: Logical Level

Network: Physical Level

Page 5: Industrial Architecture Technical Summary Presentation

Physical Layer – The Pitfalls

It’s strange to think that the same

people that demand organization,

efficiency, and strict adherence to

application requirements…

… wouldn’t demand the same

standards in their factory level

communication systems.

5

Yet it happens all the time, in most automated facilities.

Page 6: Industrial Architecture Technical Summary Presentation

So What? Who Cares?

6

Mission

Critical

Ancillary

Complex

Simple

Fluid

Ridged

Vulnerable

Protected

Long

Life Span

Short

Life Span

Organic

Structured

Uncontrolled

Regulated

Are Plant Level Networks…?

Up to 90% of Network Failures Can Be Traced to the Physical Infrastructure

Page 7: Industrial Architecture Technical Summary Presentation

RA/Cisco: Ethernet-

to-the-Factory

Design and

Implementation

Guide

Panduit Filling The GAP

Panduit:

Physical Layer

Reference

Architecture

Guide

ODVA: Media

Planning and

Installation Manual

ODVA: Network

Infrastructure for

Ethernet/IP

Introduction and

Consideration

7

Maps the “Logical View” to the “Physical View”

Page 8: Industrial Architecture Technical Summary Presentation

Controlled Access

To obtain your copy:

• www.Panduit.com/IA to request an electronic version of the

Industrial Ethernet Physical Layer Reference Architecture Guide.

• You will be asked to complete a short company profile, and accept

the terms and conditions on the use and distribution of the guide.

• A link to the PDF file of the guide will be emailed to you for

download.

8

Page 9: Industrial Architecture Technical Summary Presentation

Purdue Enterprise Reference Architecture

9

Purdue Enterprise Reference Architecture

A model created to

describe system

requirements of the

Reference Architecture

Consideration is given to

the types of systems to

be installed and their

functions

Systems are divided into

“Levels” based on

hierarchy of information

and data flow

Zones are used to

describe individual

manufacturing functions

Page 10: Industrial Architecture Technical Summary Presentation

Cisco/RA Network Logical Design

10

Cisco/RA Shared Architecture

Using the Purdue Enterprise

Reference Architecture, the

Network Logical Design is

developed.

This step defines the

connectivity between the Cell

and Manufacturing Zones.

Specific applications are

described along with

necessary network

components needed to

perform assigned tasks.

Page 11: Industrial Architecture Technical Summary Presentation

The Network Physical Design

11

• System Designers will

next use a Physical

diagram or floor plan to

detail the placement ,

routing, and types of

cables needed for the

actual system installation.

• At this time drop

locations and connector

types may also be

determined

•Normally the plan is

typically turned over to the

installer.

Page 12: Industrial Architecture Technical Summary Presentation

Network “Detail” Design is Defined

12

Panduit adds to the

Physical Layer the

Network Detail Design.

The schematic is used to

determine exact physical

Infrastructure

components.

Page 13: Industrial Architecture Technical Summary Presentation

Network “Detail” Architecture is Defined

13

This provides for…

Security

Performance

Testability

Page 14: Industrial Architecture Technical Summary Presentation

SMSM

Network Detail Design -> BOM

14

The end result is a complete

“Recommended Solution List”

of Component Materials

Specific to your

Infrastructure requirements.

Page 15: Industrial Architecture Technical Summary Presentation

M.I.C.E.

On top of the Network Detail Schematic Panduit evaluates the environmental

requirements with M.I.C.E.

• M.I.C.E diagramming allows the design to balance component costs with mitigation

costs in order to build a robust yet cost-effective system

15

Office Industrial

Increased Environmental Severity

Mechanical, Ingress Rating, Chemical Climatic,

Electromagnetic Classification System

Page 16: Industrial Architecture Technical Summary Presentation

Panduit Reference Architecture

16

Purdue

Reference

Model

Cisco/RA

Logical

Network RA

M.I.C.E

Diagram

Physical

Floor Plan

Panduit’s

Industrial Ethernet

Physical Infrastructure

Reference

Architecture

Combining all elements to deliver the Network Physical Infrastructure

Page 17: Industrial Architecture Technical Summary Presentation

Thank You.www.panduit.com