ILMU AUTOMATION

Below is some of files for PLC, If you want download. Please Right Click on Link and Click SAVE Link As...

•   21 Steps to Improve Cyber Security of SCADA Networks
•   SCADA Systems
•   IBM Internet Security Systems solutions for SCADA security
•   SCADA Protocols SCADA Protocols
•   Who is looking for your SCADA infrastructure?
•   SCADA Security Scientific Symposium 2008 January 23 – 24 in Miami ...
•   Key Management for SCADA
•   Microsoft PowerPoint - NSTB Fact Sheet 10-31-07.ppt
•   Cyber Assessment Methods for SCADA Security
•   Improving Security for SCADA Control Systems
•   HUGHES SCADA Solutions
•   SCADA Security and Terrorism: We're not crying wolf.
•   SCADA/EMS Test Bed
•   Multithreading, Multicasting, Multichallenging - GIS-SCADA ...
•   SCADA Honeynet
•   Supervisory Control and Data Acquisition (SCADA) Systems
•   Guide to Supervisory Control and Data Acquisition (SCADA) and ...
•   Architecture for Secure SCADA and Distributed Control System ...
•   Best Security Practices for SCADA Systems Utilizing the ISO 17799 ...
•   SCADA systems for measuring and managing water
•   SCADA Systems Application Brief
•   DEMONSTRATION OF SUPERVISORY CONTROL AND DATA ACQUISITION (SCADA ...
•   Sustainable Security for Infrastructure SCADA
•   A Testbed for Secure and Robust SCADA Systems
•   Oil and Gas SCADA Solutions with the InFusion ECS
•   Enterprise Security Consulting: SCADA Security Services
•   SCADA, AMR, AMI
•   LESSONS LEARNED FROM CYBER SECURITY ASSESSMENTS OF SCADA AND ...
•   Company intranet access to SCADA information - Electric Power ...
•   Motorola Enhanced SCADA Solutions
•   SF 1075-SUR
•   Parris Island Wastewater Treatment Plant SCADA Upgrades Final Report
•   JACKSONVILLE ELECTRIC AUTHORITY – SCADA SYSTEM CASE STUDY
•   SCADA Data Gateway
•   SCADA DESIGN & INTEGRATION SOUTH FLORIDA WATER MGT.
•   CITECT SCADA SYSTEMS ENGINEER £25-30 p/h 3-6 Months Contract West ...
•   SCADA: issues, vulnerabilities, and future directions
•   Illinois Co-oop Squeezes Both SCADA and AMR Onto a Single ...
•   ABB SCADA/EMS System INEEL Baseline Summary Test Report
•   Supervisory Control and Data Acquisition (SCADA) Cyber Security

Tahukah anda, apa itu inverter?

Inverter merupakan alat/komponen untuk mengatur kecepatan motor-motor listrik/servo. Atau bisa disebut converter, drive. Cuma kalau untuk servo lebih dikenal dengan istilah servo drive. Dengan menggunakan inverter motor listrik menjadi variable speed. Kecepatannya bisa diubah-ubah atau disetting sesuai dengan kebutuhan.

Didunia otomatisasi industri, inverter sangat banyak digunakan. Aplikasi ini biasanya terpasang untuk proses linear (parameter yang bisa diubah-ubah). Linear ya seperti grafik sinus. atau untuk sistem axis (servo) yang membutuhkan putaran/aplikasi yang presisi.

Mungkin kita kenal dari semua vendor automasi industri pasti membuat inverter juga. Contohnya saja Allen Bradley, Siemens, Hitachi, Panasonic, Omron, Mitsubishi, Danfoss dan masih banyak lagi merek-merek lain. Dari masing-masing brand tersebut mempunyai kelebihan dan kekurangan masing-masing.

Anda pasti tahu didalam inveterter kita harus mensetting parameter yang disesuaikan dengan komponen yang akan di kontrol via inveter tersebut. Contohnya: Tegangan Motor Listrik, Ampere, Frekwensi, High Speed, Torsi, dll. Dengan cara yang manual menggunakan display hal tersebut bisa dilakukan dengan mengikuti manual book yang dikeluarkan oleh vendor inveter tersebut.

Protokol komunikasi yang diimplementasikan oleh setiap inveter berbeda-beda. Ada yang menggunakan Analog output PLC, Profibus, Device NET, Sysmac (Omron), USS, Controlnet dll.

Nah disini, saya memperkenalkan software MCT-10 (VLT Motion Control Tool) yang dikeluarkan oleh DANFOSS. Dengan menggunakan software ini dan kabel serial (COM1) yang dihubungkan antara PC dan Inventer, process configurasi menjadi sangat mudah. Kita hanya menggunakan sebuah kabel interface DB9/RS232 dari PC ke inverter. Selain mudah dalam penggunaannya, dalam operation dilapangan jika mempunyai jenis inveter yang sama dengan aplikasi beban yang sama, kita bisa langsung mendownload file configurasi ini dari satu inverter ke inverter yang lainnya. Lebih mudah kan?.... mijit-mijit tombol inverterpun sudah tidak perlu lagi.

Ingin tahu lebih banyak mengenai software ini, silahkan Klik Disini untuk DOWNLOAD! Jika anda ingin mendowload softwarenya silahkan Cek Disini! Gratiss ko...

Dibawah ini contoh display dari software MCT-10 tersebut.

Sejarah PLC? Bisa dilihat disini.

This timeline of the development of the PLC by different manufacturers is a work in progress. If you have something to contribute or correct especially concerning Siemens or Mitsubishi then please contact me.

Resources for this time line:

• You always have to start with Richard Morley's dusting off of his memory cells to tell us about the History of the PLC.
• Both Richard Morley and Allen Bradley's Odo Struger were chosen as one of InTech's 50 most influential industry innovators.
• Modicon to Gould to Schneider, Square D, Telemecanique
• Schneider Electric's complete history entitled From Modest Beginnings to World Leader, 163 years in review also in a nice pdf format.
• Original text from the Schneider Electric website listing Modicon's history.
• New Zealand has saved this little treasure.
• Allen Bradley to Rockwell Automation history
• Another good first hand account is Dr. Ernst Dummermuth's recollections in A Bit Twiddler's History of the PLC in the November 2002 A-B Journal.
• The Evolution of the PLC-5/1771 Controller System has a twisted path of development.
  
• Allen-Bradley: A Century of Quality covers the whole history of Rockwell Automation. The A-B Journal has a different layout on their timeline.
• There's an excellent timeline in the article PLC 25 Years: Rockwell Automation traces the 25-year history of the Allen-Bradley PLC.
• Omron PLCs
• Corporate History of Omron
• Automation Trends Newsletter of December 2002 Tracing Mid-Size PLC System Migration Over 15 Years
• General Electric Fanuc PLCs:
• GE Consumer & Industrial: A History of Innovation Timeline
• CIMTEC's history of the GE Fanuc PLCs
• First hand experiences and memories
• History of Manufacturing, Industrial, Factory Automation Systems as we can remember it
• Jeremy Pollard has a good series in Control Design Magazine
• Genesis of the Programmable Logic Controller
• A PLC programmer’s pain -- 1980
• The saviors of PLC programmer sanity

1. Introduction

On 20 Sept. 2000, the Finance Committee approved the proposal to negotiate a contract with ETM A.G. (Eisenstadt, Austria) for the supply of PVSS - ETM's SCADA - for developing the control systems of ALICE, ATLAS, CMS and LHCb. In addition the SCADA Working Group, that was set up by the CERN Controls Board, recommends PVSS as one of the SCADA products for the development of future control systems at CERN.

These decisions are the accomplishment of around thirteen person-years (FTE) of effort - spanning over more than three years - to identify and evaluate a proper industrial control system that copes with the extreme requirements of high energy particle physics experiments such as those of the LHC.

Widely used in industry for Supervisory Control and Data Acquisition of industrial processes, SCADA systems are now also penetrating the experimental physics laboratories for the controls of ancillary systems such as cooling, ventilation, power distribution, etc. More recently they were also applied for the controls of smaller size particle detectors such as the L3 muon detector and the NA48 experiment, to name just two examples at CERN.

SCADA systems have made substantial progress over the recent years in terms of functionality, scalability, performance and openness such that they are an alternative to in house development even for very demanding and complex control systems as those of physics experiments.

2. What does SCADA MEAN?

SCADA stands for Supervisory Control And Data Acquisition. As the name indicates, it is not a full control system, but rather focuses on the supervisory level. As such, it is a purely software package that is positioned on top of hardware to which it is interfaced, in general via Programmable Logic Controllers (PLCs), or other commercial hardware modules.

SCADA systems are used not only in industrial processes: e.g. steel making, power generation (conventional and nuclear) and distribution, chemistry, but also in some experimental facilities such as nuclear fusion. The size of such plants range from a few 1000 to several 10 thousands input/output (I/O) channels. However, SCADA systems evolve rapidly and are now penetrating the market of plants with a number of I/O channels of several 100 K: we know of two cases of near to 1 M I/O channels currently under development.

SCADA systems used to run on DOS, VMS and UNIX; in recent years all SCADA vendors have moved to NT and some also to Linux.