Peer to Peer Solutions for Discrete I/O (any media)

Transcription

1 Peer to Peer Solutions for Discrete I/O (any media) By: Donald Lupo S Wixom Road, PO Box 437 Wixom, MI USA P F

2 Agenda Discuss Plant-wide Network Architecture Define need for Peer to Peer Solutions Multi-Media and I/O Products Media Converters Ethernet/Fiber Switches Wireless Access Points Cellular (GSM, GPRS) Modems Ethernet Extenders Peer to Peer Applications BusWorks XT Discrete I/O Solutions Summary

3 Standard Plant-Wide Network Architecture Rockwell Automation Illustration

4 Standard Plant-Wide Network Architecture Cisco Illustration

5 Why the need for Peer to Peer I/O Solutions? Not enough wires to Remote Zone Controller has Remote I/O but too expensive to integrate for a few points of data Controller has I/O channels but no Communications available. Pulling new wires or replacing controllers are not economical Looking to establish or re-utilize a standard communication network Need Fast, Easy, Reliable Method of getting sensor data across a network automatically (No Programming).

6 Ethernet + Multi-Media Converters + I2O Peer-Peer Media Converters Copper to Fiber Ethernet Switches Managed/Unmanaged Copper/Fiber Wireless Access Points GSM/GPRS Radios (Cellular) Ethernet Extenders

7 I2o Peer to Peer Architecture over any Media Discrete Input Discrete Output

8 Example Peer to Peer Applications Surveillance Systems Alarm/Annunciator Systems Remote Valve/Actuator Controls Sense, Trigger, Start/Stop: Pumps, Motors, Compressors, Fans Manual Over-Ride Systems Analyzers/Metering Signals Audible/Visual Alarms Gates/Doors/Cabinet Switches Environmental Monitoring (CO) Signal Splitter Requirements All Discrete Sensor Interfacing

9 Example Peer to Peer Applications - Continued

10 BusWorks XT DIO Basic i2o Solution Model XT , 16ch DIO w/lss Model XT , 16ch DIO w/hss Ch s 0-3 Ch s 4-7 Ch s 8-11 Ch s ch DIO 16ch DIO Ch s 0-3 Ch s 4-7 Ch s 8-11 Ch s ch groups wired as in/out Each group maps to 2 IP addresses Updates based on COS and/or Time Watchdog Timers on all Outputs Create Strategies: 1:1 or 1:2, uni/bi-directional Ch s 0-3 Ch s 4-7 Ch s 8-11 Ch s 12-15

11 BusWorks XT DIO Basic Solution Input Wiring 5V, 12V, 24V, 28V DC Power Supply or Logic Monitor Dry Contacts Wetted Contacts

12 BusWorks XT DIO Basic Solution Output Wiring SSR or LED Lamp Driver DC Relay Coil/Solenoid Driver Or use as 5V, 12V, 24V, 28Vdc Logic Output without coil.

13 BusWorks XT DIO Basic Solution Set IP Address

14 BusWorks XT DIO Basic Solution Input Config

15 BusWorks XT DIO Basic Solution Input Mapping

16 BusWorks XT DIO Basic Solution Output Config

17 BusWorks XT Basic Bi-Directional Application Remote Pump Start/Stop w/ local Indication Start/Stop to Pump, Map Ch 0 to Ch 0, COS and Timed 5 Sec ---Watchdog Timer on Pump Output, Ch 0, 10 Sec, Turn Pump Off AC Relay Pump Monitor, Map Ch 4/5 to Ch 4/5, COS and Timed 5 Sec --Watchdog Timer on Indicators (Ch 4) set to Hold Last Value, Ch 10 Sec to turn OFF indicating Network Link is broken.

18 Summary Needs for Peer to Peer Key Ethernet Media Components Media Converter Switches Wireless Access Points GSM/GPRS Cellular Ethernet Extenders BusWorks XT DIO for Discrete Uni/Bi-Directional Solutions. Easy, Fast, Reliable Solutions BusWorks XT DIO Advantages 16ch Bi-directional I/O Reliable Comms All Media Failsafe Architecture Fast 10mS Updates Wide Op Temp: -40 to 70C CL1Div2 Approved

19 Thank you! Questions? For More Information: Tel