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Thursday, June 10, 2010

Who is the control system expert – customer or manufacturer?

With modern systems having so much functionality and requiring specialist knowledge David Clough, UK sales manager of Yokogawa, asks who is the expert these days? The customer knows what he wants to achieve but maybe not the most efficient way.

Today, control systems are so feature rich it is almost impossible to make use of all the functionality available. The challenge then is how to make the most of a modern system and obtain maximum benefit without spending significant amounts of time and cost evaluating and potentially configuring every feature embedded in the system.

Often the basic purpose of a system is compromised by the desire to use the “free features” to best advantage. Once the system is designed, installed and commissioning is under way, one of the fundamental requirements is to tune the control loops to provide stable and reliable control of the process variables. Often this proves a challenge without the use of additional tools to speed up the optimisation of the PID settings, however if this is not implemented well the overall process performance will certainly be compromised. The multiple alarm and event choices for control loops and monitoring points then must be configured to provide a realistic level of operator alerts consistent with safe operation of the process. The alarm and event philosophy determined by the designer is critical to ensuring the appropriate level of alarms, as well as their priorities, are published to the operators under all circumstances. Too many alarms are just as dangerous as too few. We then should consider trends, graphic display design, reports, operator logs, historian, advanced applications – the list goes on.

No surprise then that the organisation best positioned to advise and help configure the system to meet the user’s needs should be the manufacturer of the system, after all the manufacturer designed the product to solve these problems. It is a fact that a system supplier will engineer and supply more systems than a user will ever buy – so who is the expert? I propose the customer should define what he wants from a system and the manufacturer should design, engineer and provide the system to meet the agreed definition – we could argue the expertise is slightly different but ideally collaborative.

Services to provide the important commissioning and configuration of the operational system are often squeezed into the last period of the project when time is short and pressure to become operational is at its strongest. Little wonder then that the system basics are not always left in an ideal state at project handover and significant scope for improvement is available. This usually leaves the operational team with the challenge and the need for expertise from the manufacturer is at its greatest. Fortunately this need is recognised and has led to a comprehensive set of services and capabilities available from the systems suppliers to be able to deal with this requirement. This need also continues over time as process modifications are made then resultant system modifications require to be implemented, loops re-tuned etc.

If you combine this with the requirement to support an operational system, routine maintenance tasks, updates and upgrades, system health monitoring and diagnostic fault management, the challenge should not be underestimated.

With many manufacturing plants reducing headcount in the drive for economic improvement and resultant expertise being lost it is even more important to ensure your system supplier has the capability and expertise to provide you with the necessary support you require to maintain a high performing, safe and reliable system controlling your process. The successful integration of these services into the operational philosophy of the facility is becoming more and more cost effective for customers due to the high cost of training people, required equipment and spares associated with every unique system installed.

So who is the system expert – customer or manufacturer, I leave you to decide?

Source:

Yokogawa United Kingdom Ltd

Stuart Road
Manor Park
Runcorn
Cheshire
WA7 1TR
United Kingdom

Telephone : 01928 597100
Fax : 01928 597101
Email : info@yokogawa.co.uk
Web : www.yokogawa.co.uk



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Bridging Profibus and Modbus-TCP networks with an Anybus X-gateway

Simple to use intelligent Gateway connects Schneider Electric, ABB or GE PLC’s with Siemens automation systems and networks.

The Anybus X-gateway from HMS Industrial Networks enables system integrators to easily transfer I/O data between two different PLC systems and networks. The X-gateway is a configurable stand-alone gateway that allows plant-floor devices on a Profibus network to communicate with the devices on a Modbus-TCP network and vice versa. Typical applications are installations with mixed usage of Siemens and Schneider Electric, ABB or GE PLCs. One example is automobile manufacturing plants where Profibus based segments shall be integrated into industrial Ethernet based control applications with the popular Modbus-TCP protocol.

The X-gateway is a compact device for standard DIN rail mounting and 24 Volt industrial power supply. It functions as a server (slave) on the Modbus-TCP network and as a master on the Profibus side. The Profibus master functionality is configured with HMS´ Anybus NetTool for Profibus, a powerful but easy to use Windows-based configuration tool which comes free with the X-gateway. After the initial configuration has been downloaded into the X-gateway, it passes up to 512 byte of input and 512 byte of output data transparently between Modbus-TCP and Profibus. Up to 124 Profibus slaves can be connected to the gateway. In addition to its data transfer capabilities, the X-gateway incorporates a powerful embedded web server on the Modbus-TCP side which supports web based remote diagnostics and visualization. Even an OPC server is included in the scope of delivery of the X-gateway. The X-gateway contains Profibus and Modbus-TCP communication interfaces that have been certified for full compliance to the respective protocol standards.

The Anybus X-gateway family is a product line consisting of over 200 proven, robust and ready-to-use gateways aimed to connect almost every possible combination of two industrial networks. The product family supports 17 different fieldbus and industrial Ethernet networks such as Profibus, DeviceNet, CANopen, CC-Link, EtherNet/IP, Profinet and many more. All versions work the same way and provide a flexible standard solution to connect two industrial networks.

Contact:

HMS Industrial Networks

Stationsgatan 37
30245 Halmstad
Sweden
Telephone : +46-351729-00
Fax : +46-351729-09
Email : min@hms.se
Web : www.anybus.com



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Rockwell Automation (Exciting Carrer)

Rockwell Automation Viewed From the Milwaukee ...Image by purpleslog via Flickr
Bekerja dengan harapan bisa mengubah sesuatu menjadi lebih baik dari sebelumnya, itulah yang diharapkan semua orang. Tapi bagaimana bekerja di bidang Automation? Khususnya di Rockwell Automation.... Ingin mengetahui lebih banyak tentang hal ini, silahkan cek di Video di bawah ini.

Disamping ini merupakan gedung punyanya Rockwell Automation dilihat dari sungai Milwaukee.




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PLC5 Migration to ControlLogix (Video)

Rockwell Automation logoImage via Wikipedia
A demonstration of Integrated Architecture Builder software from Rockwell Automation being used to generate a bill of material for converting a PLC-5 system to a ControlLogix system.

Below is small tutorial about Migration Rockwell PLC5 to ControlLogix.








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Wednesday, June 9, 2010

Free Our Toolbar (PLC & SCADA Toolbar)

Mozilla Firefox IconImage via Wikipedia
Hi All,

Today, We had good news. You can download Toolbar for your browser and for Free.
With this toolbar, is very easy and useful to access and lunch other website or application only with One Click. This Free PLC and SCADA toolbar can use for Internet Explorer 7.0 or above or Firefox...
Below is some widget and function in Our Toolbar.. Easy Install and very compatible with your browser.
 For Download you can visit: http://FREEPLCSCADA.OurToolbar.com/

And after that you just click 'FREE DOWNLOAD Button" and follow instruction on this web and toolbar will automatic installed. Let Try... 100% without spam, virus... It's Clean!!!! With this toolbar you will get Free application and Free:
  1. FREE Weather Temperature for your city/country.
  2. FREE Facebook access directly.
  3. FREE Radio Station - World Wide.
  4. FREE TV Channel. Including INDONESIAN TV.
  5. FREE RSS Feed for PLC & SCADA News.
  6. FREE Technology News from popular website.
  7. FREE World Cup 2010 - Complete News, Watch, and Game..
  8. And FREE for you Widget and for your customize...




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Tuesday, June 8, 2010

Service Pack 5 for STEP 7 V5.4 and STEP 7 Professional Edition 2006

Siemens Simatic S7 314 IFM ControllersImage by Robot Plays Guitar via Flickr
DESCRIPTION:
Download of Service Pack 5 for STEP 7 V5.4
Preconditions for installation:
  • STEP 7 V5.4
  • STEP 7 Professional Edition 2006 
Please also read the information (What’s NEW, special hints, etc.) which we have compiled for you in entry ID 36184919.
Customers with a valid Software Update Service agreement for STEP 7 will receive the DVD with STEP 7 V5.4 incl. SP5 automatically.
Customers with a valid Software Update Service agreement for STEP 7 Professional will receive the DVD with the STEP 7 Professional Edition 2006 Service Release 6 automatically. The SP5 for STEP 7 V5.4 is part of this Professional DVD (see entry ID 36184850 ).
If you wish to change to the Windows Vista operating system, please note the following:
  • It is not possible to update the MS Windows XP operating system to MS Windows Vista, if STEP 7 is installed already. Before you change the operating system, please be sure to uninstall STEP 7 and any possible STEP 7 option packages.
  • Please also note the different hardware requirements in the case of STEP 7 with MS Windows Vista as described in the readme.rtf file of STEP 7.
  • If you wish to change to MS Windows Vista with STEP 7 Professional, you require the STEP 7 Professional Edition 2006 SR3, SR4, SR5 or SR6. It is not sufficient to only install Service Pack 5 for STEP 7 V5.4.
 
Customers without Software Update Service agreement can obtain the SP5 as follows:
  1. DVD:  You can order the Trial License with STEP 7 V5.4 incl. Service Pack 5 on DVD.
    The order no. is: 6ES7810-4CC08-0YA7
    For the current STEP 7 Professional Edition 2006 you can obtain a Trial License with the STEP 7 Professional Edition 2006 SR6.
    The DVD with the STEP 7 Professional Edition 2006 Service Release 6 also includes the SP5 for STEP 7 V5.4
    The order no. is: 6ES7810-5CC10-0YA7

  2. Free Download As usual, we are offering a free download.


    Service Pack 5 for STEP 7 V5.4
    SIMATIC_S7_STEP7_V54_SP5.zip ( 745343 KB )

    This free download includes the SP5 for STEP 7 V5.4 and NCM and can only be installed, if STEP 7 V5.4 is installed already.
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Service Pack 2 for WinCC flexible 2008 - Download

DESCRIPTION:
Service Pack 2 download for WinCC flexible 2008.
Installation Prerequisite:
  • WinCC flexible 2008 Micro
  • WinCC flexible 2008 Compact
  • WinCC flexible 2008 Standard
  • WinCC flexible 2008 Advanced
  • WinCC flexible 2008 ASIA Standard
  • WinCC flexible 2008 ASIA Advanced
  • WinCC flexible 2008 CHINA Standard
  • WinCC flexible 2008 Runtime
  • WinCC flexible 2008 SP1 Micro
  • WinCC flexible 2008 SP1 Compact
  • WinCC flexible 2008 SP1 Standard
  • WinCC flexible 2008 SP1 Advanced
  • WinCC flexible 2008 SP1 ASIA Standard
  • WinCC flexible 2008 SP1 ASIA Advanced
  • WinCC flexible 2008 SP1 CHINA Standard
  • WinCC flexible 2008 SP1 Runtime
 
Please also take note of all the Service Pack 2 information and function expansions that we have put together in the article with the ID 38612975.  
Customers with a valid Software Update Service contract (SUS contract) for WinCC flexible 2008 will receive the Service Pack 2 automatically.  

For customers without SUS contract, we are making available the following supply sources:
Free DownloadPlease be aware of the file size.

WinCC flexible 2008 SP2: ZIP ( 1504837 KB ) ; MD5-checksum ( 61 bytes )
WinCC flexible 2008 SP2: EXE ( 1506536 KB ) ; MD5-checksum ( 61 bytes )

New Functionality 

Widescreen for PC Runtime
  • 1440 x 900, 1680 x 1050, 1920 x 1080, 1920 x 1200
Enhancements for the Basic Panels
  • Retentive message buffer
  • Number of configurable Tags
    • KTP400 Basic: 250
    • KTP600 Basic: 500
    • KTP1000 Basic: 500
    • TP1500 Basic: 500
  • new communication driver
    • Modicon Modbus TCP/IP
    • Mitsubishi FX
    • Omron Hostlink/Multilink
  • new System functions
    • set Bit in Tag
    • reset Bit in Tag
    • invert Bit in Tag
Sm@rtService/Sm@rtAccess
  • reduced CPU-utilization due to Sm@rtServer
  • automatic scaling between server (PC Runtime) and client (PC Runtime or Panel)
  • improved usability in configuration dialogs
Support of new devices
  • For the following HMI devices, SD Cards in addition to Multi Media Cards can be used:
    • OP 77B
    • Mobile Panel 177B
    • OP/TP 177B
    • OP/TP 277
  • Simatic S5 AS511 communication for the following HMI devices
    • MP 377
    • MP 277
    • MP 177
    • OP/TP 177B
    • OP/TP 277
    • OP 77B
  • Maintenance-free UPS
    • SITOP UPS500S (uninterruptible 24 VDC UPS power supply with highly capacitive double-layer capacitors)
Support of the following Operating Systems
  • Microsoft Windows XP Home mit SP3 (only WinCC flexible Micro)
  • Microsoft Windows XP Professional mit SP3
  • Microsoft Windows 7 Professional (32 Bit), Ultimate (32 Bit), Enterprise (32 Bit)
The new functionality of WinCC flexible 2008, WinCC flexible 2008 SP1 and WinCC flexible 2008 SP2 is summarized in the following document:

Thursday, April 22, 2010

Industrial Wire Management & Organized Wiring Systems

Structured cabling in commercial buildings based on TIA/EIA standards has become a common practice in many building automation system applications. Panduit is promoting similar approaches for industrial automation. Jeff Paliga of Panduit answered the following questions about their approach.
 
Why does Panduit think there is a wiring management need for industrial automation?
 
The growing number of automation devices connected via Ethernet, is significantly complicating wire management requirements across a plant or facility, forcing manufacturers to change their approach to the planning, design, and installation of a network infrastructure.
 
Without a good network management strategy in place, customers are at risk for unplanned downtime, inefficient maintenance, longer repair times, unreliable performance in harsh industrial applications, and loss of interoperability.
 
How does Panduit specifically help customers improve network efficiency?
 
Panduit Industrial Automation Solutions takes an integrated approach to the logical and physical network architecture, enabling organizations to bridge communication between factory floors and corporate offices. By integrating critical systems onto a single common infrastructure, Panduit Industrial Automation Solutions help customers improve network performance and operational efficiency, reduce operating costs, and increase productivity.
 
Panduit offers a Reference Architecture Design Guide that shows customers how to properly plan, design, and install a network. One of the main topics within the guide is the use of Zone Topology, which optimizes the amount of wiring used for a network installation. The Reference Architecture Design Guide debuted at the Automation Fair 2009 in Anaheim and is available free by registering at www.panduit.com/IA
 
Panduit’s Reference Architecture Design Guide
 
How does Panduit specifically help reduce operational costs?
 
Panduit solutions provide quick and dependable installations for greater reliability, availability, and security - and help improve mean time to repair (MTTR). Our solutions deliver measurable efficiency gains in the areas of space and power consumption across critical systems, contributing to sustainability and operational efficiency.
 
How does Panduit address physical security?
 
To help keep a network secure, Panduit takes a multi-layered approach to network physical security. For example, Panduit has “Lock-In, Block-Out, and Keyed” systems that are simple to install and deter unauthorized access of the physical layer.
 
There seems to be a pattern to the colors of connectors, cables and other wiring management?
 
Color-coding is a simple technique that is used within networks helping identify redundancy, VLAN, location and functionality. Panduit offers several products such as different colored communication cable, color-coded jacks and patch cord bands, and Tak-TyÒ Hook & Loop tape for ease of cable bundling and identification to help take the guess work out of troubleshooting, moving cables, adding cables and making changes. This also results in lower MTTR.
 
 
Color Coding & Physical Network Security
 
You also integrate fiber optic cables, how is it being accepted?
 
In network designs, the use of optical fiber continues to grow due to performance, noise immunity and distance criteria. Fiber has been saddled with a perception that it is difficult to field-terminate [i.e. polishing and testing]. The Panduit OptiCam™ fiber system and tooling delivers superior performance parameters, eliminates the need for field polishing, and offers visual indication of proper termination to virtually eliminate operator error.
 
 
OptiCam™ Fiber Termination Tool
 
What specific problems does Panduit's wiring management solve?
 
The Unified Physical Infrastructure℠ approach, or UPI, helps customers simplify networking, speed deployment, ensure harsh environment performance, and save valuable real estate on the manufacturing floor and critical infrastructure like control panels. For example, Panduit PanelMax™ DIN Rail Wiring Duct increases panel layout space and installs 40% faster than traditional methods. Another way we help our customers reduce risk is with a patching technique that allows easier terminations and pre-testing for verification of critical links. The resulting benefits are lower installed cost by reducing the number of rejected connectors and terminations since the Panduit optical fiber solution allows up to two re-terminations that provide yield rates approaching 100%.
 
What types of system network cabling does UPI address?
 
The UPI approach enables organizations to converge communication, computing, control, power, and security systems resulting in a number of benefits including lower life cycle cost, higher reliability and lower time to repair.
 
 
Panduit UPI-based solutions for Industrial Automation offer a system that manages, connects and protects wire for electrical, control and networking applications. These solutions enable distributed control systems to be used across all manufacturing areas, providing a structured method of deploying physical infrastructure elements that will withstand harsh factory floor conditions while optimizing network performance and safety. Five targeted Industrial Solution Groups address a user’s needs from panel to plant:
 
  • IN-Panel: Control Panels, Electrical Panels, Specialty Panels and MCC (Motor Control Center)
  • IN-Room: Micro Data Center (Control Room area)
  • IN-Route: Network Distribution Pathways
  • IN-Field: Machine-mounted systems
  • IN-Frastructure: Industrial lighting, HVAC, security systems
 
Can you provide some specific examples of new hardware to organize wiring beyond standard wire duct?
 
Some new exciting products include the J-Pro™ Cable Support Systems which support open style routing of network cables. Inside a control panel, there are Fiber Slack Manager devices that maintain bend radius for fiber optic cables. And Dynamic Cable Tie Managers that provide strain relief for cables in area of movement (ie. on a control panel door).
 
 
J-Pro Cable Support System
 
 
Dynamic Cable Tie Manager
 
What kind of results are users having with this approach?
 
Customers have validated each level of our architecture concerning the value of the solution approach that addresses performance, security and maintainability. We have seen end users design control panels with 30% panel space savings, while ensuring performance with our noise mitigation solutions. Our fiber and copper solutions are being installed in zone architectures, leveraging Stratix™ Switches from Rockwell Automation to provide high performance, maintainable systems that minimize downtime. Our high quality termination solutions have helped customers with reliable connections throughout the physical infrastructure, and meeting standards including UL, CSA, IEEE Std 837-2002, and American Bureau of Shipping.
 
What are plans for the future?
 
Panduit is uniquely qualified to understand the complexities of plant-level networks, from monitoring production processes to optimizing pathway design. Panduit will continue to deliver UPI (Unified Physical Infrastructure) solutions for the manufacturing physical layer to efficiently manage converged networks for industrial applications.
 
Panduit New World Headquarters – opening April 2010
 
Our customers and our channel are looking for faster ways to deploy the network infrastructure. We are constantly working to deliver unique and optimized systems that provide measurable value to our customers and partners.
 
Our new World Headquarters building, located in Tinley Park, IL, is a “living lab” demonstrating the UPI vision, in which critical power, communication, computing, security and control systems align contributing to our sustainability goals through a lower carbon footprint and energy savings of up to 20%. Through continued application research and collaboration with fellow industry leaders, we will enable customers to achieve greater ROI and meet their sustainability goals.
 
More Information: www.panduit.com; email: cs@panduit.com

Satellite systems control Spanish wind farms

Iberdrola Renovables says it is a world leader in electricity production from renewable sources. From its operations centre at Toledo, 70 km south of Madrid, it controls ten wind farms that total 9,600 MW. The communications link is provided by a private satellite network.


Previously each wind farm was monitored from one local SCADA station by telephone. All the required data were saved to disk which was then passed to whoever did the data recording.
To modernise the operation, the company chose Paris-based ARC Informatique´s OPC-based client-server SCADA software, PcVue, and several FrontVue light clients.
The main objective of the project was to gather information from the wind farms, especially alarms and historical data. The control system at each site samples the main operational data from the generators and the various substations. The operations centre uses these data to identify and diagnose potential problems and so to intervene to effect a solution.
Windows-based PcVue and FrontVue are capable of managing millions of I/O points online from thousand of devices. Up to 2.5 million data items are monitored by the FrontVue client stations, which communicate via OPC with the front end over a 1,000 Mbps redundant TCP/IP Ethernet network. Each front end can receive up to 60,000 I/O points. Currently they are 13 PcVue file servers that manage a million real-time variables and the network can be extended without limits or structural changes.
Using the PcVue-FrontVue architecture, the operators can analyse the data from the remote wind farms in detail. They always have the situation under control and can perform corrective actions at the right moment in case of breakdowns.
Given the huge volume of data (around 350 points per turbine) and so as to ease maintenance operations, the supervision takes place at two levels:
* The upper level gives a panoramic view of the most significant alarms, data values and counters, as required for monitoring the turbines and to detect faults that require intervention;
* The next level is more detailed to enable better analysis of all the data from the turbines so that the operators can immediately and accurately diagnose problems and take appropriate action.
All of the data received are processed by way of setpoints, historical data, alarms and trends.

Contact Detail/Archieve:

ARC Informatique

2 Avenue de la Cristallerie
92310 Sévres
France

Telephone : +33 4 76 182 912
Fax : +33 1 46 23 86 02
Web : www.arcinfo.com

Invensys launches new SCADA and EMI software

Invensys Operations Management has launched its InFusion SCADA 2.0 software system, with Foxboro® SCD2100 and SCD2200 remote terminal units for oil and gas and water and wastewater applications. The company has also introduced its Wonderware® Intelligence Software 1.0 solution, which it calls an “enterprise manufacturing intelligence (EMI) solution.”

The SCD2200 RTU is a larger modular station for more complex 
applications, which may require central stations and redundancy.
The SCD2200 RTU is a larger modular station for more complex applications, which may require central stations and redundancy.
SCADA systems technology is used to optimise real-time monitoring, data acquisition, communications and control for geographically distributed industrial operations, especially those in which data collection and transmission might be subject to unintended interruptions.
Chris Smith, SCADA product manager, says the new offer draws on the company’s 40 plus years of SCADA heritage and includes some of the industry’s most advanced integration, interface and control technology capabilities.
“Robust, reliable monitoring of remote operations can mean tremendous savings in reduced downtime, efficient maintenance and improved security. And cost-efficient configuration, integration and scalability translate into further savings,” said Mr. Smith, SCADA product manager.
“The new SCADA system software and RTUs deliver unprecedented network SCADA monitoring and supervisory performance and maintainability for industry, along with simplified interaction and management for today’s rapid-growth SCADA implementations.”
The package of software components enable SCADA developers to create reusable objects and templates, as well as manage HMI display properties, data quality, equipment maintenance tagging and other functions necessary for building SCADA applications.
The system also stores program components in a central repository for remote deployment to Windows-based network devices. End user engineers can then draw on this repository to build future applications, which enforces standards, preserves applications knowledge and reduces the overall engineering effort.
System managers can also propagate changes to multiple computers with a single mouse click, reducing travel and SCADA network troubleshooting costs.
As a backup to customer’s engineering teams, an InFusion SCADA Device Relationship Management software agent provides secure Invensys-based remote backup for any installed system, giving the owner more confidence that any alterations or performance issues can be monitored and diagnosed by authorised Invensys expertise.
The new SCD2100 and SCD2200 remote terminal units (RTUs) provide an integrated operating environment for controlling and monitoring field operations and collecting real-time data for viewing via InFusion 2.0 screens or integration with process control or other enterprise applications.
Both of the new RTUs support a wide range of input/output configurations and device integration, including support for the HART protocol.
They also support pre-programming of ISaGRAF IEC-61131 and IEC 61499 compliant function blocks, which delivers faster processing and sequencing than conventional RTUs that interpret programming languages at run time. This provides for more field automation applications for improved unattended operations.
Both RTUs also include function blocks certified for oil and gas industry calculations and are available with TCP/IP or wireless connectivity.
The SCD2200 RTU is a larger modular station for more complex applications, which may require central stations and redundancy, such as upstream oil and gas well monitoring, wet gas, oil and gas transportation facilities and pipelines and high-level well control.
It is also suitable for large utility applications.
The SCD2100 RTU is the more compact of the two RTUs and is especially suitable for very low-power operation on oil and gas, as well as water and wastewater. The low power SCD2100 unit is certified for explosive environments
The compact SCD2100 RTU is suitable for very low-power operation, 
and is certified for explosive environments
The compact SCD2100 RTU is suitable for very low-power operation, and is certified for explosive environments
The new SCADA offerings provide an industry-specific system solution with industry applications, such as the Wonderware Water and Wastewater Industry Pack, as well as with other Invensys automation products, including SimSci-Esscor simulation software, Foxboro distributed control systems, Triconex critical safety systems and Avantis enterprise asset management software.

Wonderware Intelligence 1.0
Invensys Operations Management also introduced its Wonderware® Intelligence Software 1.0 solution, which it calls an “enterprise manufacturing intelligence (EMI) solution.”
The software enables customers to contextualise, aggregate and report both historian and operational data using role-based dashboards, presenting key performance indicators (KPIs) and real-time operational business metrics that are used to monitor, tune and optimise operations and supply chains.
The purpose of the software is to transform data and information from multiple sources into business intelligence by aggregating process and production data in real time and adding contextual elements, such as equipment, product, work orders, material and personnel.
The information context is aimed at enabling end users to gain insights into the root causes of problems and understand how production events are related.
The formatted information is saved and optimised for fast reporting and analysis, allowing end users to create and publish dashboards using the Wonderware Intelligence Analytics Client into a variety of web portals. Users can also configure customised metrics without programming.
IOM says other features of the software include:
* Acquires data not only from the Wonderware family of products, including MES, InBatch™ and Historian, but also from external systems such as ERP, LIMS, PDM or even other execution systems and historians, to provide plant, multi-plant and corporate-wide views of operations and performance.
* Utilises tools to rapidly create and publish dashboards that can be rendered in commonly used web platforms such as Microsoft SharePoint®, mySAP Enterprise Portal and Wonderware Information Server.
* Furthers investments in the core Wonderware products, leveraging System Platform’s Integrated Development Environment and services for configuration and deployment of the data model and allowing customers to incrementally add MES and EMI features and functionality easily and non-invasively.
* Is a cross-functional product, applicable to any industry or market segment
“This is a true EMI solution that allows customers to build once, deploy at multiple sites and enjoy corporate-wide visibility of their plant’s KPIs, even with disparate data sources,” said Maryanne Steidinger, director of product marketing, Invensys Operations Management.
“Dashboards can easily be created with drag-and-drop ease, enabling self-service access to information.”
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