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IRRInet ACE/M System PRODUCT INTRODUCTION Training Presentation

IRRInet ACE/M System PRODUCT INTRODUCTION Training Presentation. Presented By: Doron MOTTEC. Updated: July 17 th , 2008. Major topics covered by this presentation. Agenda. IRRInet – System Configuration IRRInet-M IRRInet-ACE Legacy and “New” Field Units Migration

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IRRInet ACE/M System PRODUCT INTRODUCTION Training Presentation

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  1. IRRInet ACE/M System PRODUCT INTRODUCTION Training Presentation Presented By: Doron MOTTEC Updated: July 17th , 2008

  2. Major topics covered by this presentation Agenda IRRInet – System Configuration IRRInet-M IRRInet-ACE Legacy and “New” Field Units Migration IRRInet System – Radio Compatibility IRRInet System – On-Site Programming ICC IRRInet System – Configuration Tools New deliverables summary

  3. ICC Terminal IRRInet-XL/XM IRRInet-ACE IRRInet-M (Master) DTMF (SMS) IRRInet-M (Slave) Piccolo-RTU Scorpio Impact Piccolo-XR Control Center IRRInet – System Configuration Service (STS) ICC Client ICC Server IFI Communication Network Field Units Remote I/Os

  4. IRRInet-M

  5. Relay outputs for Solenoids: 24V AC or, External power connection DC Latch Solenoids activated by 3300 µF 35 VDC capacitor 24VAC Power In (AC) 12VDC Power In 12VDC Power In IRRInet-M - General View IRRInet-M AC • Commonality • Inputs/Outputs • - 12 Outputs, 4 DI on the Basic board • - 12 Outputs, 4 DI on the Expansion board • Communication Ports: • - RS232/485 • - RS232 • - Radio/Line • Power: • - 12V DC in • - 5, 7.5, 9.6, 12V DC (Maximum 15 Watt / 2 Amp) Power out for portable radio • 20 LED for Status display • 1 Push button (various functions) IRRInet-M DC

  6. Please note! In the PAST, whenever using SCORPIO or IRRIcom, it was ALWAYS as a Remote I/O to a Master IRRInet… With IRRInet-M, this is NOT a MUST anymore! Use the Slave option only when needed!! IRRInet-M – Master/Slave configuration (1) IRRInet-M supports 3 modes of operations • RTU (loaded with IRRI 7.0 Master) • Performing all irrigation functions (IRRIV Capabilities) • Reporting to the ICC, Via the MDLC Cloud • Stand Alone (loaded with IRRI 7.0 Master) • Performing all irrigation functions as a stand-alone unit • when the system is configured without an ICC Remote I/O (loaded with IRRI 7.0 Slave, PRIS or MDLC) Serving as a Distributed I/O for another unit (Master)

  7. Master Loaded with IRRIV 7.0 Master Slave Loaded with IRRIV 7.0 Slave IRRInet-M – Master/Slave configuration (2) MDLC ICC FIU Master Master Slave

  8. Remote I/O (Slave) to IRRInet-ACE Master Remote I/O (Slave) to IRRInet-M Master MDLC Connection to ICC PIU Connectivity (Piccolo-XR) IRRInet-M – RS485 Port Options (2) MDLC

  9. Remote I/O (Slave) to IRRInet-ACE Master Remote I/O (Slave) to IRRInet-M Master Connection to ICC Serving as an FIU MDLC Connection to ICC PIU Connectivity (Piccolo-XR) IRRInet-M – RS232 Port Options (2) MDLC

  10. Remote I/O (Slave) to IRRInet-ACE Master Remote I/O (Slave) to IRRInet-M Master MDLC Connection to ICC Radio connection to Legacy Remote I/O IRRInet-M “disguised” As Scorpio or IRRIcom IRRInet-M – Radio Port Options (2) Radio Port MDLC

  11. Remote I/O (Slave) to IRRInet-M Master MDLC Connection to ICC IRRInet-M – Line Port Options (2) (it is Radio or Line, Configurable) MDLC

  12. 24 VAC for Logic Board and I/O operation Over Current Detection (8A) Grounding IRRInet-M AC, Power-in Connections RS232 or RS485 RS232 only 3A Fuse (user-supplied) For Radio Communication + - For Radio Power: 5, 7.5, 9.5, 12 VDC, Maximum 15 Watt / 2 Amp Programmable Optional 12 VDC Operating the Logic Board Port 3 for Line Communication 3A Fuse (user-supplied) OR Up to 7A Fuse when unit is installed in a closed NEMA BOX 0

  13. 1A per output Max, 6 Amp Total IRRInet-M AC I/O Connections (Internal 24 VAC) Main Board Grounding Expansion Board

  14. 1A per output Max, 6 Amp Total Over Current (8A) Protection Please note! The relays may operate the solenoids using external WET Power. Up to 60 VDC or 24VAC ± 20%. Programmable per I/O board! IRRInet-M AC I/Os Connections (External 24 VAC) Main Board Recommended 3A FB Fuse 0 Grounding Expansion Board

  15. Grounding IRRInet-M DC, Power-in Connections RS232 or RS485 RS232 only 3A Fuse (user-supplied) For Radio Communication For Radio Power: 5, 7.5, 9.5, 12 VDC, Maximum 15 Watt / 2 Amp Programmable + - Port 3 for Line Communication Optional 12 VDC Operating the Logic Board

  16. Capacitor- 3300 µF 35 VDC Discharge Voltage – 4 to 35 VDC (Configurable) Pulse Width: up to 120mSec Open Loop and Short Detection IRRInet-M DC I/Os Connections Main Board Grounding Expansion Board

  17. IRRInet-M – LED Matrix and Push Button Push Button • Activates LED Matrix • LEDs Test • Scrolls between LEDs various modes • Reset and Download • LED Matrix • CPU and Communications • I/Os Status • Error Logger

  18. 250 Outputs Solenoid Operation Voltage (IRRInet-M DC) Radio Operation Power (AC and DC) 250 Inputs 125 Main Lines External/Internal Relays Power Switching (IRRInet-M AC) 200 Groups 50 Fertilizer Pumps 50 Filter Batteries 200 Programs Capacity IRRInet-M supports 3 modes of operations • RTU (loaded with IRRI 7.0 Master) • Performing all irrigation functions (IRRIV Capabilities) • Reporting to the ICC, Via the MDLC Cloud • Stand Alone (loaded with IRRI 7.0 Master) • Performing all irrigation functions as a stand-alone unit • when the system is installed without an ICC • Remote I/O (loaded with IRRI 7.0 Slave, PRIS or MDLC) • Serving as a Distributed I/O for another unit (the Master) IRRInet-M - SW Features User Configuration

  19. IRRInet-ACE

  20. IRRInet-ACE - General IRRInet-ACE is ACE3600 with the Irrigation (IRRIV) Application IRRInet-ACE is available as MASTER only IRRInet-ACE supports ALL of the ACE3600 I/O Modules IRRInet-ACE does not have DC latch I/O Board – can use IRRInet-M DC for this purpose

  21. Master of remote I/O at IRRInet-M Slave/Router MDLC Connection to ICC PIU Connectivity (Piccolo-XR) IRRInet-ACE – RS485 Port Options MDLC Slave/Router Legacy Scorpio/Impact

  22. Connection to ICC Serving as an FIU Master of remote I/O at IRRInet-M Slave/Router MDLC Connection to ICC PIU Connectivity (Piccolo-XR) IRRInet-ACE – RS232 Port Options MDLC Slave/Router Legacy Scorpio/Impact

  23. MDLC Connection to ICC MDLC Connection to ICC MDLC Connection to Slave MDLC Connection to Slave IRRInet-ACE – Radio Port Options MDLC Slave (anywhere in the Communication Network)

  24. MDLC Connection to ICC MDLC Connection to ICC MDLC Connection to Slave MDLC Connection to Slave IRRInet-ACE – Ethernet Port Options MDLC Pending the availability of a terminal server supporting PPP (like the IP Soap-Dish) – OR use GPRS modem (available now)

  25. IRRInet-ACE supports Master Application Only 500 Outputs 500 Inputs 400 Programs 400 Groups 100 Fertilizer Pumps 100 Filter Batteries 250 Main Lines Capacity IRRInet-ACE - SW Features

  26. Legacy and “New” Field-Units - Migration

  27. Q: When should I use IRRInet-M and when should I use IRRInet-ACE?A: Below… MDLC FIU IRRInet-ACE IRRInet-M ICC • Design Guidelines: • Communication Media • larger variety (Ethernet built-in) on IRRInet-ACE • Line needed? Available ONLY on IRRInet-M • Number of needed Ports (only 3 on IRRInet-M, 5 on IRRInet-ACE • I/O specification • DC solenoids, only on IRRInet-M • Analog I/O only on IRRInet-ACE • I/O count • Up to 24 Outputs and 8 inputs on IRRInet-M, up to 8 Modules on IRRInet-ACE • Custom Programmability (RUNGS) needed? Only on IRRInet-ACE • Weather Station (WeatherCon) support? Only on IRRInet-ACE • Analog needed? Only on IRRInet-ACE

  28. Please note! Load IRRIV Master for direct connection to ICC or, Load IRRIV Slave with PRIS protocol to report to the legacy IRRInet-XL/XM Upgrade to MDLC later! Q: I need to add a new device to a network that already has Scorpio(s) or IRRIcom(s). What do I do?A: Below… FIU MDLC ICC IRRInet XL/XM IRRIcom Scorpio IRRInet-M

  29. Option A Option B Q: I have an IRRInet XL/XM I need to replace, or add. What do I do?A: Below… FIU MDLC ICC IRRInet-ACE IRRInet XL/XM Master IRRInet-M

  30. Please note! The IRRInet-M will route the PRIS commands to the legacy units. It may serve, at the same time, as a Slave unit as well. Q: I need to add IRRInet-ACE, but this unit MUST operate the legacy Scorpio, IRRIcom or Impact. What do I do?A: Below… MDLC FIU ICC IRRInet-ACE RS485 IRRInet XL/XM IRRInet-M Router Slave Impact Scorpio IRRIcom IRRIcom Link is NOT supported (hard-coded timing in IRRIcom prevents)!

  31. A. Connect IRRInet-M to the IRRInet-ACE to serve as its I/O board (AC and/or DC) Q: The IRRInet-ACE does not have dedicated Modules for Irrigation, So…?A: Below… MDLC FIU ICC IRRInet-ACE RS485 IRRInet-M B. Use the ACE’s Relay I/O Module for AC solenoids, or any other ACE original I/O Module suitable for irrigation

  32. STS Software V11.70+ SW Versions Matrix Compatibility IRRInet– ACE FW- V11.05+ PLZ- V7.00+ ICC Ver 14.00+ IRRInet–M (Master) FW- V5.00+ FLS- V7.00+ FIU (Super CPU) IFI MDLC Comm. Network (Type B - MDLC) Comm. Network (Type A-INTRAC/PRIS) IRRInet – XL FW- V9.27 FLS- 5.70 IRRInet– XM FW- V9.27 FLS- V5.70 MIR5000 AC FW – V3.51 IRRInet FM – V1.96 PIU FW- V1.20 IRRInet-M (Slave) FW V5.00+ FLS – 7.00+ Piccolo-XR FW-V1.20 IRRInet-M (Slave) FW V5.00+ FLS – V7.00+ IRRIcom FLS-V4.07 Impact Scorpio FM – V2.02 Impact Scorpio FW-V2.02 IRRIcom FLS-V4.07

  33. Type of radio network protocol – MDLC or INTRAC (PRIS) should ALWAYS be considered and appropriate radio path study performed. Warm-up time and channel monitor resolution should be equal in all radio types and configured to the worst case time (longest). When adding new IRRInet-M to a radio link all existing units’ warm-up time should be increased to 400msec. All radios must be configured to the same channel spacing (12.5 or 25Khz) The combination of RTU and Radio audio response must be either Flat or Pre-emphasis De-Emphasis across ALL radios. Mobile radios, like CM200, CDM750 should be configured to Flat audio mode. Portable radios, like HT750, GP320 are by default configured to Pre/De-Emphasis. They should be reconfigured to Flat audio mode if this is required for the radio link. Basic design guidelines, per radio link, to consider…

  34. IRRInet System – ICC

  35. IRRInet-M AC IRRInet-M DC IRRInet-ACE ICC V 14.0 - New Features Supporting New Field Units IP Connection with no IFI (Applicable for new field units only – PURE ACE / M environment – existing systems must keep FIU due to MDLC routing limitations of XL/XM)

  36. V387 to order ICC supporting 1-9 Field Units V388 to order ICC supporting 1- 999 Field Units, and/or supporting network F7500 (V11.7) STS Software ICC Models and Options F2000 (V14.X) for 1 Field Unit Only ACE3600 System Tool Suite (STS)

  37. IRRInet System – Configuration Tools

  38. STS V11.70 The new STS (ACE3600 Configuration Tool), is used to configure the IRRInet-M and the IRRInet-ACE This SW is used to configure IRRInet-XL/XM This SW is used to configure the “Legacy” IRRIcom” IRRIV4 MOSCAD Toolbox V9.54.03 IRRIcom Service Toolkit – V2.5 Configuration Tools DIOS Service Toolkit V1.60 This SW is used to configure the PIU and Piccolo-XR

  39. END Thank YOU!

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