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V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip...

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Page 1: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun
Page 2: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Krzysztof Lapacz

Business DevelopmentManager

Industrial Networking

ifm electronic ZA112 Sovereign DriveR21 Corportate ParkIrene CenturionPhone 012 450 0400E-mail [email protected] www.ifm.com

@ ifm

Page 3: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

• Introduction to Industry 4.0 • What is IO-Link • IO-Link Consortium • Features of IO-Link • IO-Link Masters• Network Architecture• IO-Link Expansion Hubs• IO-Link Signal Convertors• Questions and Answers

Overview

Page 4: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Let us set the mood...

@ ifm

Page 5: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Only 5% of sensor data is used in the PLC

• Process signals • Switching signals

@ ifm

Page 6: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Only 5% of sensor data is used in the PLC

• Process signals • Switching signals

@ ifm

95% of sensor data is lost or unused

• Events and Diagnostics• Parameterization

Page 7: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Module

In the PLC

As well as For IOT / I4.0 applications

• Real time maintenance• Quality monitoring• Energy monitoring• Remote Access

@ ifm

• Process signals • Switching signals• Events and Diagnostics• Parameterization

With IO-Link all this data can be accessed…

Page 8: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Industry 4.0

Industry 4.0 in the Automation World?

Plant World

PLC World

I.TWorld

INDUSTRY 4.0

Industry 4.0 can easily be defined As a merger of 3 technologies to achieve benefits

@ ifm

Page 9: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

What is IO-Link?

@ ifm

Fieldbus

Input Output – Link

"new" solution for the connection of sensors and actuators

Point- to-point bi-directional connection → not a bus system!

Based on Digital / Binary Signals

Allows the transfer of

• Process Data• Parameters• Event and Diagnostic Data

Page 10: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

What is IO-Link?

@ ifm

Fieldbus

A typical IO-Link System is made up of

• IO-Link Master

Page 11: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

What is IO-Link?

@ ifm

Fieldbus

A typical IO-Link System is made up of

• IO-Link Master

• Connection Medium

20m

Page 12: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

What is IO-Link?

@ ifm

Fieldbus

A typical IO-Link System is made up of

• IO-Link Master

• Connection Medium

• Devices

Page 13: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Consortium

Standardization

IO-Link an open vendor technology supported by many companies

For this reason a Consortium was created of majorsensor manufacturers and industrial manufacturing companiesto promote the IO-Link standard

www.io-link.com

@ ifm

Page 14: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IdentificationIdentify what is connected and to where

Easy sensor replacementSensor parameters are configured using a configuration software and are stored in the master

Wire break detection and diagnosisWire break , short circuit and diagnostic data is available.

Remote ParameterizationIO-Link allows remote parameterization from PLC or via configuration software

Multiple sensor valuesIO-Link allows you to transmit multiple sensor values , eg : flow and temperature

Reduction in costs and timeIO-Link is based on digital binary signals , no analog functionality needs to be built into the sensorsNo need for conventional complex parallel hardwired technology

Features of IO-link

@ ifm

Features and Benefits

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IO-Link MasterField Modules

IP67 IP69

@ ifm

Factory and general applications

Hygienic and food industry

IO-Link MasterPanel modules

IP20

Panels and control cabinets

Page 16: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Master Features

Robust IP 67 or IP 69 Housing

2nd IP address port for IOT functionality

4 or 8 configurable IO-link ports

Pin 2 – DI / DO Pin 4 – IO-Link , DI , DO

Duplicated Fieldbus Ports for Daisy Chaining and Ring Topology

24V Power Supply

@ ifm

Page 17: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Performance Line IO-Link Master

2 x 24 Power Supply ports for Daisy chaining of powerMax 12A

High Current Outputs Up to 2A

Current monitoring per port

@ ifm

2nd Power supply port

Page 18: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Sensor Connection

IO-Link consortium has standardisedOn pin4 to be used for IO-Link

communications

This includes all

• IO-Link process data• Parameters• Events and Diagnostics

Pin Description

1 24+

2 DI / DO

3 GND

4 DI/ DO /

DI / DO

@ ifm

Page 19: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Sensor Connection

IO-Link consortium has standardisedOn pin4 to be used for IO-Link

communications

This includes all

• IO-Link process data• Parameters• Events and Diagnostics

Pin Description

1 24+

2 DI / DO

3 GND

4 DI/ DO /

DI / DO

@ ifm

Page 20: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Sensor Connection

IO-Link consortium has standardisedOn pin4 to be used for IO-Link

communications

This includes all

• IO-Link process data• Parameters• Events and Diagnostics

Pin Description

1 24+

2 DI

3 GND

4 DI/ DO /

DI

@ ifm

1 2 3 4

Page 21: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

Page 22: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

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@ ifm

Iolink Field Architecture

RJ 45 Connectors

Patch Cables Field Patch Cables

Self Wire able Field Connectors

Maximum 100m

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@ ifm

Iolink Field Architecture

24vdc

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@ ifm

Iolink Field Architecture

24vdc

Consider current consumption

Page 26: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Open ended Socket Cables

WireableSocket Plug

Power Supply

L-Coded Power cables

Page 27: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

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@ ifm

Iolink Field Architecture

24vdc

20m

Jumper Cables 20m maximum

Splitters

Page 29: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Sensor Connection

IO-link specifications are set to maximum 20m between sensor and IO-link master

What if there is a need to exceed 20m?

IFM has introduced an IO-Link Repeater

• Passive plug and play inline device

• 100m is possible between Repeaters

• Max 3 Repeaters in Series

20m

20m 20m

100m100m20m 20m

Repeater

Repeater Repeater Repeater

@ ifm

Page 30: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

What about traditional Analog Inputs and Outputs?

Page 31: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

In some applications there is always a need for more

• Digital Inputs • Digital Outputs• mA and mV Input signals

Expansion Hubs via Iolink

Featuring Flexable multiport Inputs that can be configured for either

• Digital Inputs• Digital Outputs• Analog Inputs

No Analog Output functionality at this stage

Standard Digital IN / OUT expansion hubs

Featuring up to 20 Digital inputs or 20 Digital outputs

IO-Link Expansion Hubs

@ ifm

Page 32: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Multiport Expansion Module – Maximum flexibility

Combination of Digital and Analog Signals

8 x Multi ports

Pin 2 - DI / DO /AIPin 4 – DI / DO

2A outputs

Robust IP 67 or IP 69 Housing

IO-Link connection AUX Power Supply

IO-Link Expansion Modules

@ ifm

Page 33: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Digital InputDigital OutputsAnalog Inputs

Page 34: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

IO-Link Convertors

Convert Single Analog or IO-Link signals

• Analog → IO-Link • IO-Link → Analog

Only works in combination with an IO-Link master

IO-LINK → Analog

IO-LINK ← Analog

@ ifm

Page 35: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Digital InputDigital OutputsAnalog Inputs

Page 36: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Digital InputDigital OutputsAnalog Inputs

Page 37: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Digital InputDigital OutputsAnalog Inputs

IOT Connection

LR SMARTOBSERVER

LR DEVICE

Page 38: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Iolink Field Architecture

24vdc

Digital InputDigital OutputsAnalog Inputs

IOT Connection

LR SMARTOBSERVER

LR DEVICE

Page 39: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Various IO-Link started kits are available For different fieldbus protocols

Includes:- LR Device Software- IO-Link Master- Sensor- Cables and accessories

IO-Link Starter Kits

@ ifm

Let us help you start your journey to the

4th Industrial Revolution

Page 40: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Questions &

Answers ?

Page 41: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

Webinar Schedule

22 July 2020 Introduction to IO-link

29 July 2020 IO-Link: Implementing a Smart Wiring Solution

05 August 2020 Smart observer – Versatile online monitoring

12 August 2020 ifm's New valve sensor - Continuous position feedback and diagnostics

19 August 2020 Compact Versatile Single Signal Lamp with IO-Link Technology

26 August 2020 IO Link Precise Pressure Sensor with Temperature Monitoring

https://www.ifm.com/za/en/za/webinars/2020See the next webinars at the link below:

Page 42: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

@ ifm

ifm electronic – Pty LTD - ZA https://www.youtube.com/user/ifmelectronic www.linkedin.com/company/ifm

ifm South Africa

Follow us on Social Media

Page 43: V]WRI /DSDF] · w o } v µ w.u]\v]wri /dsdf] %xvlqhvv 'hyhorsphqw 0dqdjhu,qgxvwuldo 1hwzrunlqj lip hohfwurqlf =$ 6ryhuhljq 'ulyh 5 &rusruwdwh3dun

Please contact us:

Krzysztof Lapacz

Business DevelopmentManager

Industrial Networking

ifm electronic ZA112 Sovereign DriveR21 Corportate ParkIrene CenturionPhone 012 450 [email protected] www.ifm.com

@ ifm

Thank you forparticipating

Johan Van Niekerk

New Business DevelopmentManager

ifm electronic ZA112 Sovereign DriveR21 Corportate ParkIrene CenturionPhone 012 450 [email protected] www.ifm.com


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