י'/ניסן/תשע"ז MOTOROLA in the Water & Irrigation Control Market for over than 25 Years MIR MIR MIR MIR IRRInet.

Slides:



Advertisements
Similar presentations
Computer Concepts – Illustrated 8th edition
Advertisements

PV String Monitoring Solution
ZonicBook/618EZ-TOMAS Rotating Machinery Monitoring and Analysis
1 Series V4T 1/4 DIN Temperature Controllers. 2 3 Watlows Next Generation Styling Series 97 Matching 1/16 DIN Limit Controller Series F4S and F4D Ramping.
PGA309 EVM Multi-Cal-Tools-V1.6a User’s Guide
1. XP 2 * The Web is a collection of files that reside on computers, called Web servers. * Web servers are connected to each other through the Internet.
1 UNIT I (Contd..) High-Speed LANs. 2 Introduction Fast Ethernet and Gigabit Ethernet Fast Ethernet and Gigabit Ethernet Fibre Channel Fibre Channel High-speed.
Follow the instruction to install the PC Suite from the SD card: 1.Go to the settings -> SD Card & phone storage -> Enable the mass storage only mode 2.Connect.
As a stand-alone overview of test tools.
© 2008 Pearson Addison Wesley. All rights reserved Chapter Seven Costs.
Copyright © 2003 Pearson Education, Inc. Slide 1 Computer Systems Organization & Architecture Chapters 8-12 John D. Carpinelli.
Chapter 1 The Study of Body Function Image PowerPoint
1 Copyright © 2013 Elsevier Inc. All rights reserved. Chapter 1 Embedded Computing.
© UNCTAD End. © UNCTAD End Direct Trader Input A short description of how Direct Trader Input ( DTI) is implemented using the ASYCUDA ++
FIGURE 3.1 System for illustrating Boolean applications to control.
Jeopardy Q 1 Q 6 Q 11 Q 16 Q 21 Q 2 Q 7 Q 12 Q 17 Q 22 Q 3 Q 8 Q 13
Jeopardy Q 1 Q 6 Q 11 Q 16 Q 21 Q 2 Q 7 Q 12 Q 17 Q 22 Q 3 Q 8 Q 13
FACTORING ax2 + bx + c Think “unfoil” Work down, Show all steps.
How Much Do I Remember? Are you ready to play.....
Year 6 mental test 10 second questions
Communicating over the Network
Alarm transmission over IP networks
Database Systems: Design, Implementation, and Management
CL100D series DSP controlled Uninterruptible power supplies.
1 Chapter One Introduction to Computer Networks and Data Communications.
Field Unit/s Based Irrigation Control System

Wireless Controllers. Building block for remote control & alarming Functions Local control Measurement SMS alarming Remote control via SMS Data transmission.
It all started simple…. One Alternator One Battery One Starter Motor.
Chapter 1 Introduction to the Programmable Logic Controllers.
Chapter 1: Introduction to Scaling Networks
Fire Alarm Circuit Design and Fire Alarm Control Units
THE DEVICE, THE FEATURES & Centralized Management System (CMS)
Introduction to Network
Square D Electrical Protection And Monitoring
ID to 8 Loop Intelligent Fire Alarm Panel
Chapter 11: The X Window System Guide To UNIX Using Linux Third Edition.
VOORBLAD.
Telemetry Modules Quick Start
Northeast Generation .2 Training
SITOP power facets A&D SE PS SITOP power Automation and Drives SITOP power flexi The power pack handles it all - from 3 to 52V SITOP power.
Factor P 16 8(8-5ab) 4(d² + 4) 3rs(2r – s) 15cd(1 + 2cd) 8(4a² + 3b²)
© 2012 National Heart Foundation of Australia. Slide 2.
1 © 2004, Cisco Systems, Inc. All rights reserved. CCNA 1 v3.1 Module 2 Networking Fundamentals.
Understanding Generalist Practice, 5e, Kirst-Ashman/Hull
The Internet–Illustrated Introductory, Fourth Edition
Model and Relationships 6 M 1 M M M M M M M M M M M M M M M M
25 seconds left…...
XP New Perspectives on Browser and Basics Tutorial 1 1 Browser and Basics Tutorial 1.
Equal or Not. Equal or Not
Slippery Slope
Januar MDMDFSSMDMDFSSS
Chapter 10: The Traditional Approach to Design
Systems Analysis and Design in a Changing World, Fifth Edition
©Brooks/Cole, 2001 Chapter 12 Derived Types-- Enumerated, Structure and Union.
PSSA Preparation.
Nokia 30 technical specification
Field Proven Performance – Industrial Grade Support DATA-LINC GROUP Training: CIX “30” Series I/O Extenders Released: 2012/12/10.
OPC and the 5000 Connections made even easier! Adrian Oliver iTools Development Team
TCP/IP Protocol Suite 1 Chapter 18 Upon completion you will be able to: Remote Login: Telnet Understand how TELNET works Understand the role of NVT in.
Total HVAC Control from anywhere Easy control that can save a fortune
IRRInet & ICC System Concept
ICC Features Features Supporting unlimited projects per ICC –Advanced technical support Friendly registration utility 5 password-levels exceptional workspace.
Project Example Valves 33 Valves37 Valves 16 Valves 4 Valves 21 Valves 15 Valves 17 Valves31 Valves29 Valves9 Valves\ 22 Valves 30 Valves 19 Valves.
Training Presentation
Water & Irrigation Control systems
IRRInet-M IRRInet-ACE Product Introduction
Presentation transcript:

י'/ניסן/תשע"ז MOTOROLA in the Water & Irrigation Control Market for over than 25 Years MIR1080 - 1974 MIR2000 - 1979 MIR3000 - 1986 MIR5000 - 1991 IRRInet - 1996 ICC SW - 2000 IRRInet XL - 2002

IRRInet XL - System Concept י'/ניסן/תשע"ז IRRInet XL - System Concept ICC Piccolo RTU Store & Forward IRRIcom IRRInet XL FIU IRRInet XL Field Unit IRRInet XM Piccolo XR

י'/ניסן/תשע"ז IRRInet XL Field Unit Basic unit

IRRInet XL Field Unit Piccolo Interface Unit CPU Low-Power Radio 3AH Backup Battery Available I/O Modules: AC I/O, DC I/O, S.C., Analog I/O 24V AC Transformer Piccolo Interface Unit

IRRInet XL Field Unit Consists of: CPU Up to 3 I/O modules: AC I/O, DC I/O, Single Cable, Analog I/O Power supply module Radio and/or line modem Operates also as Field Interface Unit (FIU) Operates with: conventional UHF/VHF TETRA Spread Spectrum RS232 RS485 TCP/IP (LAN) Leased line Dial-up Wi-Fi (WLAN) Fiber Optic interface GSM\GPRS interface

IRRInet XL Field Unit IRRinet XL controls : 500 Outputs (valves, pumps, relays etc.) 500 inputs (including 250 water meters) 500 irrigation programs 100 fertilizing pumps 100 filter batteries IRRInet XL may control and monitor reservoirs, pumps, valves, water meters, water pressure, water level, flow sensors, temperature, humidity IRRInet XL has unique condition programs for local process The IRRInet XL communicates with the central unit and field units (IRRIcom, IRRInet XL,Piccolo XR ) with one or two radios IRRInet XL has a unique Single Cable (S.C.) module which controls Piccolo RTUs The IRRInet XL is designed to operate in rough environment conditions (-30 to +60°C)

Store & Forward Application Node Store & Forward feature may be utilized to pass information from IRRInet to IRRInet throughout the system IRRInet XL allows radio Communication between IRRInet-to-Central and IRRInet-to-IRRInet, using existing units as nodes in the network Area 1 Area 2

IRRInet XL - Single Cable Concept Up to 3 Single Cable modules Up to 189 water meters Up to 63 Piccolo RTUs on one 2 X 1.5mm cable Up to 10km cable length

Piccolo RTU and Single Cable Advantages Operates via 2 X 1.5mm cable from IRRInet single cable module Controls one solenoid and receives two digital inputs Up to 63 piccolo units on one cable Up to 10km cable length IP65 plastic box housing No energy is required in the field. The single cable module provides the energy to operate solenoids and to receive back information data Optional Lightning Protection Unit (LPU) is available for the Single Cable module (better and advantageous protection ) latched solenoid electronic board A1 A2 A3 A4 A5 A6 1 + -

PIU – Piccolo Interface Unit Piccolo-XR Radio Piccolo-XR

The Piccolo-XR RTU is a small sized unit consists of electronic board packed in an IP68 sealed waterproof plastic housing The unit operates up to 4 solenoids and receives up to 8 inputs (depends on the model). The Piccolo-XR has also the options of analog I/O The Piccolo-XR communicates via low-power radio to IRRInet-XL and other Piccolo-XR units for a distance of approximately 3 km Up to 256 digital inputs, 256 digital outputs, 32 analog inputs and 32 analog outputs of Piccolo-XR are supported per IRRInet-XL unit Power: external 6VDC battery Ambient Temperature -30 ºC to +60 ºC (-22 ºF to +140 ºF) I/o options : 1 solenoid output + 1 digital input 2 solenoid outputs + 2 digital inputs 4 solenoid outputs + 4 digital inputs 8 solenoid inputs 1 analog input 1 analog output

Piccolo-XR Communication Network IRRInet-XL Control Center The Piccolo-XR units may communicate with the central IRRInet-XL and with each other. This unique feature allows to communicate over large areas.

Piccolo-XR I/O Capabilities Solenoid Outputs Water Meter Inputs Analog I/O

IRRIcom AC & DC Remotely controlled RTU from IRRInet/IRRInet XL FIU External 1-4W standard UHF/VHF radio Power Save Mode. Power is provided only to the circuits and elements activated by the application program. This unique capability is reducing battery/solar pannel sizes

IRRIcom Basic Hardware Capacity: DC model: 12 DC latched outputs AC model: 12 AC outputs 4 dry contacts (digital) inputs Expansions: 12 outputs+4 digital inputs 18 digital inputs Future I/O expansion: 4 analog inputs+1 analog output+3 digital inputs

IRRIcom Software Capacity: Communication Capabilities: 50 outputs 50 inputs 20 main lines 100 programs 50 groups 10 virtual meters 20 fertilizing pumps 20 fertilizing farms 300 conditions (by three condition types) Communication Capabilities: RS232  RS485 Line Radio Connecting up to 16 IRRIcoms via line, for up to 10km cable length

IRRIcom Power Source: External 12VDC (DC model) or 24VAC (AC model) Internal 4.5V DC (3 standard C-Type 1.5V batteries) Internal power source for external radio Extra Features: Selecting solenoid’s operating voltage (6-20V in DC model) Selecting input pulse width (50-1000 mSec)

IRRIcom Future Operation Modes: Remote Mode - slave of IRRInet XL or another IRRIcom Stand-alone Mode - the IRRIcom operates a preset program – no radio is required Auto Mode - switching from remote to stand-alone mode Stand-alone & Remote Mode - the IRRIcom runs its own programs and may receive commands from an IRRInet XL or another IRRIcom

ICC XL- IRRInet Control Center SCADA software package Fully graphical software 5 password levels New interrogation concept Graphics screens for field elements status (on-off elements, levels, pressures, flows, quantities, temperatures etc.) Multi-lingual software (English, Spanish, Portuguese, Italian, French and more)

ICC XL – an Open System Windows 2000/XP Professional compatible Compatibility with IRRInet/IRRInet XL/XM units Controls up to 999 IRRInet field units “Open architecture” system - provides easy files and database transfer (ODBC* interface) Client/Server System many users may operate the system concurrently, using several computers connected through modem and/or TCP/IP. *ODBC - Open Database Connectivity Microsoft database programming interface that provides a common language for Windows applications to use in accessing databases across a computer network.

ICC – Networking Method ICC Client Dial-up MODEM IRRInet FIU ICC SCADA Client Radio Communication Between IRRInet Units ICC Server TCP/IP (LAN) Through dial-up

23

24

25

Local Area Network (LAN) System Concept Regional Center A ICC Server IRRInet XL FIU LAN (TCP/IP) IRRInet XL Field Unit 3 Regional Center B Field Unit 4 RS232 Field Unit 1 Field Unit 2

Mixed System Concept Store & Forward System Piccolo XR RTUs IRRInet XM Central PC IRRInet XL FIU No. 1 RS232 Piccolo RTUs Single Cable Line IRRInet FIU No. 2 Field Unit IRRInet XM RS485/232 IRRIcom Store & Forward System Piccolo XR RTUs

Upgrading Existing IRRInet System to IRRInet XL  IRRInet XM Replacing the Super CPU with CPU420 Downloading system software to the CPU420 IRRInet XM IN A SHORT PROCESS ALL IRRINET XL FEATURES ARE IN YOUR EXISTING IRRINET SYSTEM

Scorpio - Radio Controlled Unit 8/16 outputs, 2/4 inputs Operates 24V AC and 24V DC latched solenoids Local programming (by keyboard) Communication to IRRInet/IRRInet XL via external radio

Scorpio With External Radio External 1-4 Watt conventional UHF / VHF radio Two Scorpios can be connected with RS232 sharing one radio Wall mount installation Standard BNC connection for external antenna Power source: 230V AC 115V AC 12V DC Low power consumption

Impact - Radio Valve Operates one solenoid Powered by 3 standard AA 1.5V batteries Includes a built-in UHF/VHF radio receiver Internal antenna Avoids trenching and cables installation Minimizes lightning damage risk