1. SCADA - Wikipedia, The Free Encyclopedia SCADA is the acronym for Supervisory control and data acquisition. In Europe, SCADA refers to a largescale, distributed measurement and control system, http://en.wikipedia.org/wiki/SCADA

SCADA From Wikipedia, the free encyclopedia Jump to: navigation search This article needs additional citations for verification Please help improve this article by adding reliable references . Unsourced material may be challenged and removed. (January 2008) SCADA is the acronym for Supervisory Control And Data Acquisition . In Europe, SCADA refers to a large-scale, distributed measurement and control system, while in the rest of the world SCADA may describe systems of any size or geographical distribution. SCADA systems are typically used to perform data collection and control at the supervisory level. Some systems are called SCADA despite only performing data acquisition and not control. The supervisory control system is a system that is placed on top of a real-time control system to control a process that is external to the SCADA system (i.e. a computer, by itself, is not a SCADA system even though it controls its own power consumption and cooling). This implies that the system is not critical to control the process in real time , as there is a separate or integrated real-time automated control system that can respond quickly enough to compensate for process changes within the time constants of the process . The process can be industrial, infrastructure or facility based as described below:

2. Industrial Automation Process flow calculators and tutorials. Free registration required. http://www.clabberhead.com/

Jim Allen's Website Orifice Bore Calculators, CV Calculators, Process Simulators, PID Tutorials, and Blather Log (Blog) login register email: verify email: To the best of my knowledge, the information on this website is reasonably accurate. However, I am not an expert in any field. Therefore, I do not warrant or assume legal liability or responsibility for the accuracy, completeness, or usefulness of any information or process disclosed on this site. By creating an account, you agree to accept full responsibility for the way you use or apply the information you obtain from this website. login This site contains process simulators, orifice bore calculators, cv calculators, associated tables, charts, graphs, and interactive PID tutorials. Login or register for free and unlimited access to clabberhead.com. Privacy Statement: I pledge to keep your email address private. I will divulge your email address to no one. I further pledge to only use your email address to reply directly to you. You will never receive unsolicited email (spam) from me. Your privacy is very important to me, and I will do everything I can to protect it. Process Simulators Flow Level - Temperature James B. Allen

3. Peter H. Anderson - Embedded Processor Control Use of a PC Printer Port for control and data acquisition Volume 2. Volume 2 is a follow on effort by undergraduate electrical engineering students http://www.phanderson.com/

Peter H. Anderson - Embedded Processor Control Peter H. Anderson (KZ3K) , Associate Professor, Department of Electrical Engineering Morgan State University , Baltimore, MD. e-mail pha@phanderson.com Ordering Information Order Status Bush wants yet another $50 billion with another $150 billion to come for a failed and phoney war. Hello! This failure is coming in at well over $1.0 trillion. $200,000 spent on behalf of every Iraqi family for freedom. I support freedom, right here in the US. Another $200 billion while we spend a paltry $6 billion for cancer research. Hello, hello, hello! With the dollar falling like a stone, failng US bridges, failing US levees, unable to even fund health insurance for US children, enough is enough. Congress. In case you didn't notice, the President isn't quite right. Its time to lead. No more for Iraq! the Arduino . My current focus. the PICAXE Morgan Students Serial Control and Measurement Serial Eight 10-Bit A/D - ADC #180 NEW. Serial One Wire Controller OWC #190 Serial Eight Output,Six Input, Seven 10-bit A/D and Eight Dallas 1-W runs - IOM #135E Serial IOM #136 . Eight output, six input, eight A/D (12-bit), four DS18S20 / DS18B20 / DS1822 / DS2438 / DS2423 runs. Serial Relay Output and Optoisolator Input - IOM #141 IOM #142A - Serial. Four Relay, Four Optoisolator. Two Dallas runs each of which may accommodate any mix of DS18S20, DS18B20, DS1822 thermometers, DS2438 thermometer and 10-bit A/D, DS2450 Quad A/D converter amd DS2423 dual 32-bit counter; up to sixteen devices over a maximum of 200 feet of cable per run.

4. Use Of A PC Printer Port For Control And Data Acquisition Use of a PC Printer Port for control and data acquisition Printer Data Port Status Control LPT1 0x03bc 0x03bd 0x03be LPT2 0x0378 0x0379 0x037a LPT3 http://engr.nmsu.edu/~etti/fall96/computer/printer/printer.html

link to the Technology Interface the Electronic Journal for Engineering Technology the Technology Interface /Fall 96 Use of a PC Printer Port for Control and Data Acquisition by Peter H. Anderson pha@eng.morgan.edu Department of Electrical Engineering Morgan State University Abstract: A PC printer port is an inexpensive and yet powerful platform for implementing projects dealing with the control of real world peripherals. The printer port provides eight TTL outputs, five inputs and four bidirectional leads and it provides a very simple means to use the PC interrupt structure. This article discusses how to use program the printer port. A larger manual which deals with such topics as driver circuits, optoisolators, control of DC and stepping motors, infrared and radio remote control, digital and analog multiplexing, D/A and A/D is avaialable. See http://www.access.digex.net/~pha A special thanks to Morgan State University students Towanda Malone, Christine Samuels and H. Paul Roach for their technical contributions and to New Mexico State University student Kyle Quinnell for preparing the html file. I. Printer Port Basics

5. CICADA - Configurable Instrument Control And Data Acquisition CICADA Configurable Instrument control and data acquisition. http://www.adass.org/adass/proceedings/adass98/youngpj/

: Novel Use of a Simulator for the Calibrations of Scientific Instruments Up: Telescope and Instrument Control Systems Previous: Distribution of the OPUS Data Processing System Table of Contents Subject Index Author Index ... PDF reprint CICADA - Configurable Instrument Control and Data Acquisition Peter J. Young, William H. Roberts, Kim M. Sebo Mount Stromlo and Siding Spring Observatories, Private Bag, Weston Creek, ACT, 2611, AUSTRALIA Abstract: CICADA (Young et al. 1997) is a multi-process, distributed application for the control of astronomical data acquisition systems. It comprises elements that control the operation of, and data flow from CCD camera systems; and the operation of telescope instrument control systems. CICADA can be used to dynamically configure support for astronomical instruments that can be made up of multiple cameras and multiple instrument controllers. Each camera is described by a hierarchy of parts that are each individually configured and linked together. Most of CICADA is written in C++ and much of the configurability of CICADA comes from the use of inheritance and polymorphism. An example of a multiple part instrument configuration - a wide field imager (WFI) - is described here. WFI, presently under construction, is made up of eight 2k x 4k CCDs with dual SDSU II controllers and will be used at Siding Spring's ANU 40in and AAO 3.9m telescopes.

6. Tecnomatix FactoryLink Supervisory Control And Data Acquisition: Production Mana Built on an advanced open architecture, FactoryLink Supervisory control and data acquisition delivers the highest performance and flexibility to customers http://www.plm.automation.siemens.com/en_us/products/tecnomatix/production_manag

US Site Austria Belgium Brazil Czech Republic Denmark France Germany Greater China India Italy Japan Korea Latin America Mexico Website Netherlands Poland Russia Spain Sweden Switzerland Taiwan United Kingdom United States Sitemap Contact Us About Us Careers ... Skip over secondary navigation Secondary navigation Teamcenter Solutions By Product Bill-of-Materials Management Community Collaboration ... Skip over Content Content Transforming the process of innovation TECNOMATIX Products Tecnomatix Production Management Tecnomatix FactoryLink Supervisory Control and Data Acquisition Tecnomatix FactoryLink Supervisory Control and Data Acquisition Tecnomatix FactoryLink Supervisory Control and Data Acquisition (known commercially as FactoryLink) monitors, supervises, and controls industrial processes enabling customers to perfect their processes and products. Built on an advanced open architecture, FactoryLink Supervisory Control and Data Acquisition delivers the highest performance and flexibility to customers building vertical applications in a wide range of industries. Highly scaleable, FactoryLink Supervisory Control and Data Acquisition can be used to build virtually any size application, from the simplest Human-Machine Interface (HMI) systems to the most complex and demanding Supervisory Control and Data Acquisition (SCADA) systems. This flexibility is demonstrated by the more than 80,000 systems that have been installed worldwide in dozens of diverse industries.

7. What Is SCADA? SCADA is an acronym that stands for Supervisory control and data acquisition. SCADA refers to a system that collects data from various sensors at a factory, http://www.tech-faq.com/scada.shtml

Tech-FAQ Enter your search terms Submit search form Web www.tech-faq.com FAQs Tutorials Web Tools Reference ... + Miscellaneous What is SCADA? SCADA is an acronym that stands for Supervisory Control and Data Acquisition. SCADA refers to a system that collects data from various sensors at a factory, plant or in other remote locations and then sends this data to a central computer which then manages and controls the data. SCADA is a term that is used broadly to portray control and management solutions in a wide range of industries. Some of the industries where SCADA is used are Water Management Systems, Electric Power, Traffic Signals, Mass Transit Systems, Environmental Control Systems, and Manufacturing Systems. SCADA as a System There are many parts of a working SCADA system. A SCADA system usually includes signal hardware (input and output), controllers, networks, user interface (HMI), communications equipment and software. All together, the term SCADA refers to the entire central system. The central system usually monitors data from various sensors that are either in close proximity or off site (sometimes miles away). For the most part, the brains of a SCADA system are performed by the Remote Terminal Units (sometimes referred to as the RTU). The Remote Terminal Units consists of a programmable logic converter. The RTU are usually set to specific requirements, however, most RTU allow human intervention, for instance, in a factory setting, the RTU might control the setting of a conveyer belt, and the speed can be changed or overridden at any time by human intervention. In addition, any changes or errors are usually automatically logged for and/or displayed. Most often, a SCADA system will monitor and make slight changes to function optimally; SCADA systems are considered closed loop systems and run with relatively little human intervention.

8. NI CompactRIO Control And Acquisition System - Products And Services - National Small, rugged embedded control and data acquisition system; Powered by National Instruments Invehicle data acquisition, data logging, and control http://www.ni.com/compactrio/whatis.htm

Cart Help CompactRIO Real-Time Controllers Reconfigurable Chassis ... FPGA Targets NI CompactRIO Control and Acquisition System Small, rugged embedded control and data acquisition system Powered by National Instruments LabVIEW graphical programming tools for rapid development Features embedded real-time processor for reliable stand-alone or distributed operation Integrates an embedded FPGA chip that provides the flexibility, performance, and reliability of custom hardware Includes hot-swappable industrial I/O modules with built-in signal conditioning for direct connection to a variety of sensors and actuators Features extreme industrial certifications and ratings: Up to 2,300 Vrms isolation (withstand) 50 g shock rating International safety, EMC, and environmental certifications Class I, Division 2 rating for hazardous locations Dual 9 to 35 VDC supply inputs, low power consumption (7 to 10 W typical) The National Instruments CompactRIO programmable automation controller is an advanced embedded control and data acquisition system designed for applications that require high performance and reliability. With the system's open, embedded architecture, small size, extreme ruggedness, and flexibility, engineers and embedded developers can use COTS hardware to quickly build custom embedded systems. NI CompactRIO is powered by National Instruments LabVIEW FPGA and LabVIEW Real-Time technologies, giving engineers the ability to design, program, and customize the CompactRIO embedded system with easy-to-use graphical programming tools.

9. Integration Of Supervisory Control And Data Acquisition Systems Connected To Wid The Hitachi Group has developed comprehensive WANsinterconnected SCADA systems that fully integrate all the independent power control systems. http://whitepapers.zdnet.com/whitepaper.aspx?docid=114496

10. Monitoring Control And Data Acquisition Software - CASSEL-MESSTECHNIK-GMBH - Dir Monitoring control and data acquisition software CASSEL-MESSTECHNIK-GMBH - Find all the industrial manufacturers on DirectIndustry industry industrial http://www.directindustry.com/prod/cassel-messtechnik-gmbh/monitoring-control-an

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11. INGAA - Supervisory Control And Data Acquisition (SCADA) This short film provides an overview of Supervisory control and data acquisition (SCADA) systems used by interstate natural gas pipelines. http://www.ingaa.org/cms/33/1339/109/134.aspx

/*********************************************** * DHTML Window Widget- © Dynamic Drive (www.dynamicdrive.com) * This notice must stay intact for legal use. * Visit http://www.dynamicdrive.com/ for full source code ***********************************************/ /*********************************************** * DHTML Window Widget- © Dynamic Drive (www.dynamicdrive.com) * This notice must stay intact for legal use. * Visit http://www.dynamicdrive.com/ for full source code ***********************************************/ Home LowGraphics Contact Home ... Filings Select a Topic Climate Change Economic Regulation Environment Natural Gas Storage Pipeline Operations Pipelines 101 Safety Security Topics Pipelines 101 Pipeline Construction Pipeline Operations ... Pipeline Operations SCADA Email this Print Version Glossary Supervisory Control and Data Acquisition (SCADA) In addition to monitoring the pipeline on a real-time basis, the SCADA system may also allows an operator in the interstate pipeline's Gas Control Room or other location, to start and stop some compressor station facilities remotely. More on this...

12. Supervisory Control And Data Acquisition Systems (SCADA) By ARINC ARINC s integrated SCADA technology continuously acquires operational data from a variety of field devices over highspeed networks, allows operators in http://www.arinc.com/products/security/scada_systems.html

Home Contact Us Site Map Solutions ... Security SCADA Related Products Digital Signature Rail Control Center Integration Supervisory Control and Data Acquisition (SCADA) Systems SCADA systems are an integral part of a modern security and incident management control center. Operators of transportation systems need SCADA systems to manage critical infrastructures such as rail traction power and tunnel ventilation. Monitoring and controlling these systems is necessary during equipment failures or critical incidents. As a result, ARINC has designed a fully functional SCADA system solution that consists of both software and field equipment. Our Advanced Information Management (AIM ) solution gives flexibility while providing a platform that can be customized to meet a broad range of requirements. AIM can scale from small installations up to major systems such as the New Jersey Transit SCADA system and the Washington DOT I-90 Tunnel Central Control System. AIM SCADA is designed to run on the same servers that host AIM rail applications. By sharing a common database, ARINC can fully integrate train control and SCADA functions. For example, rail dispatch displays can be configured to show the sections of the track that have power while the power dispatch displays can be configured to show the details of all breakers and feeds. Other features of AIM include the capability of storing information and alarm/incident management. By integrating field equipment and sensors, AIM can take the guesswork out of managing an incident involving a fire or other problems. In addition to controlling tunnel ventilation, AIM can provide the foundation for a variety of ITS control systems such as traffic signals and signs, power systems, and tunnel lighting. These applications can be customized to meet the needs of any operation.

13. Wiley::Subsea Control And Data Acquisition Subsea control and data acquisition will be essential reading for those in the offshore oil and gas industry who have involvement in, or responsibility for, http://www.wiley.com/WileyCDA/WileyTitle/productCd-1860582575.html

United States Change Location Home Subjects About Wiley ... Engineering Subsea Control and Data Acquisition Related Subjects Fuel Cells Nanotechnology and MEMS Numerical Methods and Algorithms Join an Engineering Mailing List . Exclusive offers, news and more. Related Titles More By These Authors Subsea Control and Data Acquisition: Experience and Challenges Robot Manipulators: Modeling, Performance Analysis and Control by Etienne Dombre (Editor), Wisama Khalil (Editor) Control of Continuous Linear Systems by Kaddour Najim Fault Trees by Nikolaos Limnios Model Driven Engineering for Distributed Real-Time Embedded Systems by Sebastien Gerard (Editor), Jean-Philippe Babau (Editor), Joel Champeau (Editor) Analysis and Control of Linear Systems by Philippe de Larminat (Editor) Click to Close Subsea Control and Data Acquisition L. Adriaansen (Editor), J. H. Neuenkirchen (Editor), J. Cattanach (Editor), S. Moe (Editor), C. Eriksen (Editor), H. Clayton (Editor) ISBN: 978-1-86058-257-8 Hardcover 300 pages August 2000 US $320.00 Add to Cart This price is valid for United States. Change location to view local pricing and availability.

14. 5 SIS Control And Data Acquisition With Pegasus 5 SIS control and data acquisition with Pegasus. This section describes briefly the main procedures of the Pegasus software that are used during http://www.cfht.hawaii.edu/Instruments/Spectroscopy/SIS/Manual/chapter2_8.html

5 SIS control and data acquisition with Pegasus This section describes briefly the main procedures of the Pegasus software that are used during observations with MOS. For more informations on Pegasus, see the ``Pegasus User's Manual@'' It is now possible, from Waimea or Hale Pohaku, to open a Pegasus session and to simulate observations with SIS. We strongly recommend that new SIS users to use this facility before their run . Being accustomized to Pegasus procedures will significantly improve the efficiency of your first observing nights. 5.1 Checking the status of the instrument and starting observations When you arrive for the first night of observation, you should find the instrument prepared in accordance with the requests you have sent ( several weeks in advance of your run ) to CFHT. This means that the requested CCD, filters and grisms have been installed, the internal focus has been checked for each filter, and the direction of dispersion for each grism has been precisely aligned with the columns of the CCD. You will find a ``set-up form'' summarizing this information close to the control terminal. Also, an image of a grid mask has been taken and processed during the afternoon for the computation of orientation and distortion corrections. For precise cutting of masks and for a good match between the positions of the slits and of the objects, this step is essential. If, under exceptional circumstances, the set-up team asks for a few more minutes at the beginning of the night for checking this point, it is wise to accord them this extra time.

15. SCADA - ScadaBase Supervisory Control And Data Acquisition Systems, Software And Linux based Supervisory Control and Data Acquistion SCADA - systems and applications. http://www.modcomp.com/scada/

Home Corporate Applications Support Home Corporate Applications Support ... Demo ScadaBase

16. Telemetry Control System-SCADA | Water Department . In the early 1990 s the City of San Diego Water Department embarked......Supervisory control and data acquisition (SCADA) Telemetry System. Project http://www.sandiego.gov/water/cip/telemetry.shtml

Supervisory Control and Data Acquisition (SCADA) Telemetry System Project Description In the early 1990's the City of San Diego Water Department embarked upon a long term strategic view of its water infrastructure control system. The purpose of this evaluation was to find where improvements could be made in water distribution and maintenance through the use of technology. The evaluation focused on improving the speed and effectiveness of in-the-field repairs to the system, increasing the speed of discovering and responding to system failures, and integrating the data collection and monitoring into a single system-wide control center. Years of dedication and planning paid off when, in 1998, the City Council authorized the Water Department to replace the existing operating system with the radio-based Supervisory Control and Data Acquisition (SCADA) telemetry system. In August 1999, the Water Department completed the installation of this state-of-the-art telemetry controls system. SCADA is a computerized control and monitoring system which will serve as the main operating window for the City of San Diego's entire water distribution system. Construction Start: Spring 1998 Construction Complete: Summer 2001 Project Benefits Increased reliability and efficiency Reduced costs Flexibility for system growth Improved operator interface and communication Increased data accuracy

17. ICIS * Projects * Empirically Based Analysis Of Supervisory Control And Data Acq Supervisory control and data acquisition (SCADA) systems are a type of computerized information technology. This research analyzes (1) trends in attacks on http://www.icisnyu.org/ix/projects/detail/3

Search Site Map Institute for Civil Infrastructure Systems About ICIS Information Exchange Contact ICIS Latest Projects Information Exchange: Projects Empirically Based Analysis of Supervisory Control and Data Acquisition (SCADA) Systems and Critical Infrastructures I3P at Dartmouth College Current Announcements For a list of publications created as a part of the I3P SCADA project from 2003-2007 please see icisnyu.org/assets/documents/PubsListICISNYUforI3P.pdf (updated October 2007) I3P Consortium Partners on the SCADA Research Team: Sandia National Laboratories, University of Virginia, University of Tulsa, New York University, Pacific Northwest National Laboratory, MIT Lincoln Laboratory, SRI International, MITRE, University of Illinois at Champaign-Urbana, and Dartmouth College. See www.thei3p.org Contact Email: info@icisnyu.org People: Culpen, Alison Dooskin, Nicole Hartwell, Ray Holmgren, Ake ... Zimmerman, Rae Publications: Analyzing Vulnerabilities in the Oil and Gas Sector from Incident Data Connectivity and Consistency of Environmental Decision Tools for Community Planning Critical Infrastructure and Interdependency Environmental Dimensions of Terrorism and Natural Hazards ... Vulnerabilities in the Oil and Gas Sector Events: I3P Control Systems Security Workshop Process Control Systems Security Workshop: Demonstrations of Security Solutions and Research Findings for the Oil and Gas Industry SCADA Security Workshop Search keyword: sector: Energy Solid Waste Telecommunications Transportation Urban General Wastewater Water

18. ISA | Books Supervisory control and data acquisition (SCADA) technology has evolved over the past 30 years as a method of monitoring and controlling large processes. http://www.isa.org/Template.cfm?Section=Books3&template=/Ecommerce/ProductDispla

19. Product: Instrument Control And Data Acquisition. Genetic Engineering News - Bio Instrument control and data acquisition. Genetic Engineering News Biotechnology from Bench to Business. The Leading Publication in Biotechnology. http://www.genengnews.com/newproducts/item.aspx?id=163

20. New A3 Blender Control And Data Acquisition System - Blenders & Feeders - Blend The A3 Blender control and data acquisition System is easy to connect to HydReclaim blenders and feeders, and it is compatible with all AEC blending and http://www.aecinternet.com/index.cfm/datakey/3/category/Blend & Reclaim/subcateg

var clientidvar = 14; var salesamountvar = 50; var unitsvar = 1; var orderidvar = 1; var wTrackerOn = 1; AEC Select your language: AEC Whitlock ~ Material Handling AEC Whitlock Dryers AEC Whitlock Nomad II Portable Drying Systems ... Technical Sheets Locate an AEC Sales Rep by choosing a country and/or entering your US zip code. United States Channel Islands Asia, N. Zealand, Australia Australia Brazil Canada Chile China Colombia COSTA RICA Dominican Republic Egypt EL SALVADOR Guatemala Honduras, C.A. Israel Mexico Peru Puerto Rico SINGAPORE Sweden TRINIDAD Turkey United Kingdom United States Venezuela Other ZIP CODE INJECTION EXTRUSION BLOW MOLDING OTHER MARKETS Careers at AEC New A3 Blender Control and Data Acquisition System The A3 Blender Control and Data Acquisition System is easy to connect to HydReclaim blenders and feeders, and it is compatible with all AEC blending and feeding systems. Requires Microsoft Windows 95/98 and Microsoft Excel 97. Up to 1000 blenders and feeders without blender code license fees. Auto-backup of Excel spreadsheet output. Download inventory run rates, run status, and target vs. actual recipe set points.

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