2. Gary Marret, RCDD

3. WHAT IS ETHERNET? WHAT IS ETHERNET? WHAT IS ETHERNET/IP? WHAT IS ETHERNET/IP? ETHERNET HARDWARE? ETHERNET HARDWARE? HOW DO I CABLE FOR INDUSTRIAL ETHERNET? HOW DO I CABLE FOR INDUSTRIAL ETHERNET?

4. WHAT IS ETHERNET? ETHERNET history – – developed in 1973 as shared medium – – bandwidth 10 Mbps – – bus topology – – CSMA/CD procedure for media access

5. OLD ETHERNET NOT DETERMINISTIC NOT CHOSEN FOR FACTORY NETWORKS, LACKED DETERMINISM NOT CHOSEN FOR FACTORY NETWORKS, LACKED DETERMINISM DETERMINISM = ABILITY TO PREDICT DETERMINISM = ABILITY TO PREDICT ETHERNET WAS BASED ON SHARED BACK BONE AND HALF DUPLEX ETHERNET WAS BASED ON SHARED BACK BONE AND HALF DUPLEX FAST ETHERNET DEVELOPED FAST ETHERNET DEVELOPED

6. FAST ETHERNET ETHERNET today – – scalable bandwidth with 10/100/1000 Mbps – – switched “Full Duplex” connection without collisions – – IEEE standards for prioritization and flow control – – standards for Copper, Fiber, Plastic, and Wireless transmission

7. WHAT IS ETHERNET/IP? IP = INDUSTRIAL PROTOCOL IP = INDUSTRIAL PROTOCOL OPEN STANDARD FOR INDUSTRIAL NETWORKS OPEN STANDARD FOR INDUSTRIAL NETWORKS USES STANDARD ETHERNET AS A BASE USES STANDARD ETHERNET AS A BASE ADDS AN APPLICATION PROTOCOL FOR FACTORY AUTOMATION ADDS AN APPLICATION PROTOCOL FOR FACTORY AUTOMATION

8. ETHERNET HARDWARE TRANSCEIVER TRANSCEIVER MEDIA CONVERTER MEDIA CONVERTER HUB HUB SWITCH SWITCH ROUTER ROUTER GATEWAY GATEWAY

9. TRANSCEIVERS CONNECT NETWORK MEDIA TO AUI PORT ON EQUIPMENT (15 PIN DSUB) CONNECT NETWORK MEDIA TO AUI PORT ON EQUIPMENT (15 PIN DSUB) 10BASE-FL 10BASE-FL 10BASE-T 10BASE-T 10BASE-2 10BASE-2

10. MEDIA CONVERTERS 10/100 MEDIA CONVERTERS 10/100 MEDIA CONVERTERS GIGABIT MEDIA CONVERTERS GIGABIT MEDIA CONVERTERS FIBER OPTIC MEDIA CONVERTERS FIBER OPTIC MEDIA CONVERTERS SERIAL DATA MEDIA CONVERTERS SERIAL DATA MEDIA CONVERTERS

11. HUBS SHARE ONE COMMUNICATIOS CHANNEL FOR ALL DEVICES CONNECTED TO IT. SHARE ONE COMMUNICATIOS CHANNEL FOR ALL DEVICES CONNECTED TO IT. REGENERATES INCOMING DATA AND DISTRIBUTES IT TO ALL PORTS REGENERATES INCOMING DATA AND DISTRIBUTES IT TO ALL PORTS CSMA/CD CSMA/CD LAYER 1 OF THE OSI MODEL LAYER 1 OF THE OSI MODEL

12. SWITCHES ALWAYS USE FOR INDUSTRIAL APPLICATIONS ALWAYS USE FOR INDUSTRIAL APPLICATIONS REGENERATES INCOMING DATA AND DISTRIBUTES IT ONLY TO THE DEVICE IT’S INTENDED FOR REGENERATES INCOMING DATA AND DISTRIBUTES IT ONLY TO THE DEVICE IT’S INTENDED FOR PROVIDES POINT-TO-POINT CONNECTION BETWEEN DEVICES PROVIDES POINT-TO-POINT CONNECTION BETWEEN DEVICES

13. ROUTERS INTERCONNECTS NETWORKS WITH DIFFERENT LAYER 3 PROTOCOLS INTERCONNECTS NETWORKS WITH DIFFERENT LAYER 3 PROTOCOLS COMBINATION OF HARDWARE AND SOFTWARE COMBINATION OF HARDWARE AND SOFTWARE CONTROLS TRAFFIC BETWEEN NETWORKS CONTROLS TRAFFIC BETWEEN NETWORKS

14. GATEWAYS A ROUTER CONVERTS PROTOCOLS AND ENABLES DATA EXCHANGE BETWEEN NETWORKS A ROUTER CONVERTS PROTOCOLS AND ENABLES DATA EXCHANGE BETWEEN NETWORKS

15. Evolving Factory Network Motors, Drives, Actuators Robotics Sensors and other Input/Output Devices Programmable Logic Controllers (PLC) Human Machine Interface (HMI) PC Based Controllers Back-Office Mainframes and Servers (ERP, MES, CAPP, PDM, etc.) Device Level Network Ethernet Office Applications, Internetworking, Data Servers, Storage Corporate IT Network Central NMS Pager Handheld Scanner Wireless Video Apps Video Feed

16. VLANs VIRTUAL LOCAL AREA NETWORK VIRTUAL LOCAL AREA NETWORK GROUPING OF DEVICES ON A SWITCH OR MULTIPLE SWITCHES ON A PHYSICAL LAN GROUPING OF DEVICES ON A SWITCH OR MULTIPLE SWITCHES ON A PHYSICAL LAN PORT BASED VLANs PORT BASED VLANs PORT AND MAC ADDRESSED VLANs PORT AND MAC ADDRESSED VLANs NETWORK ADREESED VLANs NETWORK ADREESED VLANs PROTOCOL BASED VLANs PROTOCOL BASED VLANs

17. QoS MANAGES NETWORK TRAFFIC MANAGES NETWORK TRAFFIC QoS CAN BE A COMBINED EFFORT OF ROUTERS, SWITCHES, STATIONS, AND SERVERS QoS CAN BE A COMBINED EFFORT OF ROUTERS, SWITCHES, STATIONS, AND SERVERS

18. Quality of Service (QoS) Data Collection Mission-Critical (Control) Back Office Configuration (File Transfer)

19. HOW DO I CABLE FOR INDUSTRIAL ETHERNET? ANSI/TIA/EIA-568-B.2 COMMERCIAL BUILDING STANDARDS FOR BALANCED TWISTED PAIR ANSI/TIA/EIA-568-B.2 COMMERCIAL BUILDING STANDARDS FOR BALANCED TWISTED PAIR ANSI/TIA/EIA-568-B.3 STANDARDS FOR OPTICAL FIBER CABLING COMPONENTS ANSI/TIA/EIA-568-B.3 STANDARDS FOR OPTICAL FIBER CABLING COMPONENTS ANSI/TIA/EIA-569-A COMMERCIAL BUILDING STANDARDS FOR PATHWAY AND SPACES ANSI/TIA/EIA-569-A COMMERCIAL BUILDING STANDARDS FOR PATHWAY AND SPACES

20. CABLING TOPOLOGY STAR TOPOLOGY STAR TOPOLOGY HIERARCHICAL STAR TOPOLGY HIERARCHICAL STAR TOPOLGY WS TR WS MC WS IC TR WS

21. RECOGNIZED HORIZONTAL CABLE TYPES FOUR-PAIR 100 OHM BALANCED TWISTED PAIR - UTP or ScTP FOUR-PAIR 100 OHM BALANCED TWISTED PAIR - UTP or ScTP TWO OR MORE STRANDS OF 50/125um OR 62.5/125um MULTIMODE OPTICAL FIBER CABLE TWO OR MORE STRANDS OF 50/125um OR 62.5/125um MULTIMODE OPTICAL FIBER CABLE

22. HORIZONTAL CABLING DISTANCES 90 METER (295’) MAXIMUM FROM THE PATCH PANEL TO THE OUTLET/CONNECTOR 90 METER (295’) MAXIMUM FROM THE PATCH PANEL TO THE OUTLET/CONNECTOR 5 METER (16’) MAXIMUM FROM OUTLET TO DEVICE 5 METER (16’) MAXIMUM FROM OUTLET TO DEVICE 10 METER (33’) MAXIMUM FOR THE TOTAL COMBINED LENGTH OF PATCH CORDS 10 METER (33’) MAXIMUM FOR THE TOTAL COMBINED LENGTH OF PATCH CORDS

23. UTP or ScTP? USE MINIMUM CAT5e UTP OR ScTP USE MINIMUM CAT5e UTP OR ScTP GROUND LOOP CONCERNS WITH ScTP GROUND LOOP CONCERNS WITH ScTP MAXIMUM 1V rms BETWEEN SHIELD AND EQUIPMENT GROUND WIRE AT OUTLET MAXIMUM 1V rms BETWEEN SHIELD AND EQUIPMENT GROUND WIRE AT OUTLET GROUND AT PATCH PANEL ONLY GROUND AT PATCH PANEL ONLY OPTICAL FIBER IS BEST FOR NOISE IMMUNITY OPTICAL FIBER IS BEST FOR NOISE IMMUNITY

24. Remove as little as possible of the jacket up to the connector Remove as little as possible of the jacket up to the connector Maintain twist up to the termination – under.5” Maintain twist up to the termination – under.5” INSTALLATION PRACTICES

25. AVOID EMI RFI AVOID EMI RFI SUPPORT CABLE SUPPORT CABLE USE CABLE TRAY USE CABLE TRAY USE INNERDUCT USE INNERDUCT ADHERE TO CABLE MANUFACTURER SPECIFICATIONS ADHERE TO CABLE MANUFACTURER SPECIFICATIONS LABEL, LABEL, LABEL LABEL, LABEL, LABEL

26. RECOGNIZED BACKBONE CABLE TYPES 100 OHM BALANCED TWISTED PAIR 100 OHM BALANCED TWISTED PAIR 50/125um OR 62.5/125um OPTICAL FIBER CABLE 50/125um OR 62.5/125um OPTICAL FIBER CABLE SINGLEMODE OPTICAL FIBER CABLE SINGLEMODE OPTICAL FIBER CABLE

27. BACKBONE CABLING DISTANCE DETERMINED BY DATA RATE, BANDWIDTH, AND MEDIA TYPE DETERMINED BY DATA RATE, BANDWIDTH, AND MEDIA TYPE UTP/ScTP CAT5e CANNOT EXCEED 90 METERS FOR ETHERNET BACKBONES UTP/ScTP CAT5e CANNOT EXCEED 90 METERS FOR ETHERNET BACKBONES

28. RESOURCES www.cisco.com www.cisco.com www.cisco.com www.commscope.com www.commscope.com www.commscope.com www.hellermann.tyton.com www.hellermann.tyton.com www.hellermann.tyton.com www.hirschmann.com www.hirschmann.com www.hirschmann.com www.levitonvoicedata.com www.levitonvoicedata.com www.levitonvoicedata.com www.panduit.com www.panduit.com www.panduit.com www.signamax.com www.signamax.com www.signamax.com www.unicomlink.com www.unicomlink.com www.unicomlink.com http://ethernet.industrial-networking.com http://ethernet.industrial-networking.com http://ethernet.industrial-networking.com

29. QUESTIONS?