How do you integrate an existing WinCC project into a STEP 7 project?

Configuration Notes:The following WinCC components must be installed to be able to import a WinCC project into a STEP 7 project:

• SIMATIC Device Drivers
• Object Manager
• AS-OS Engineering

These components are on the WinCC Installations CD (Fig. 01). Furthermore, WinCC and STEP 7 have to be installed on the same computer. By importing the WinCC project into a STEP 7 project you can use the existing compression tool (packer) for archiving the WinCC project.

Fig. 01
Instructions:You have the following options for importing a previously separate WinCC project into your STEP 7 project:

• Procedure for WinCC V6.0 SP4 and higher
• General procedure for all versions of WinCC

1. Procedure for WinCC V6.0 SP4 and higher

No.	Procedure
1	In the SIMATIC Manager you execute the menu command "Options > OS Import...". Fig. 02
2	Press the button marked to open the selection window shown in Fig. 04. Fig. 03
3	Select the Projectname.mcp file that you wish to import and press the "Open" button. Fig. 04
4	Check the project path for the OS to be imported and press the "Import OS" button. Fig. 05

Note:
More information on importing WinCC projects with the SIMATIC Manager is available in the WinCC Information System > Working with WinCC > The Integration of WinCC in SIMATIC Manger > Managing WinCC Projects and Objects with SIMATIC Manager > Importing a WinCC Project with SIMATIC Manager.
2. General procedure for all versions of WinCC

No.	Procedure
1	Insert an Operator Station (OS) into your STEP 7 project. Fig. 06
2	Change the name of the OS to the one in your WinCC project. Fig.07
3	In the Windows Explorer, delete the WinCC project created in the STEP 7 project path, which is generated because of the newly created OS. Sample project path: C:\Programs\Siemens\Step7\EXAMPLES\exie\wincproj\'Name of the OS'
4	Now store the existing WinCC project in the STEP 7 project path using the Project Duplicator via the menu item "Save as...". You start the Project Duplicator in the Start menu under "Start > Simatic > WinCC > Tools".

Note:
More information on importing WinCC projects with the SIMATIC Manager is available in the WinCC Information System > Working with WinCC > The Integration of WinCC in SIMATIC Manger > Managing WinCC Projects and Objects with SIMATIC Manager > Importing a WinCC Project with SIMATIC Manager.

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Where are Standards Headed?

The merging of EN ISO 13849 and IEC 62061 is underway. Navigate the path to unification and find out how it will be an opportunity for clarification, simplification and resolution of known issues.
By Derek Jones, Business Development – Safety, Rockwell Automation

What do you think about machinery safety standards? Are they a help or a hindrance?
There doesn’t seem to be much middle ground in answers to these questions. You either love machinery safety standards or hate them. If you have no real opinion, it’s probably because you never have to use them. However, if you’re reading this, you’re probably among the chosen ones who must use them, and you need to know what standards are out there and which changes are going to appear over the horizon.
That can be easier said than done, especially if you’re taking a global perspective. Trying to match different standards to various geographies can be frustrating and time-consuming. The increasing worldwide adoption of ISO and IEC standards certainly helps. For me, they‘re the first place to look when I’m trying to determine a globally acceptable solution for safety-related aspects of machinery.
Anyone who keeps abreast of what’s happening in ISO and IEC machinery safety standards will know the term “functional safety.” This is safety that depends on the way a machine functions. The biggest influence on the way a machine functions is its control system. So it’s no surprise that some of the most significant changes occurring in machinery safety standards are related to the safety-related aspects of their control.
We have moved from the relatively simple approach of the Categories of EN 954 to a more complex approach encompassing PL (Performance Level) of EN ISO 13849 and SIL (Safety Integrity Level) of IEC 62061. This hasn’t exactly been greeted with universal acclaim, but most people will accept that some sort of change was necessary. That change isn’t yet complete; work has now started on merging EN ISO 13849 and IEC 62061.
However, before we all throw our hands up in despair, let me say that it’s my contention that we have reached the summit in terms of difficulty and disruption. There should be no new methodologies or formulae. What we have, we should hold. Time and money have been spent getting us to where we are now, and this definitely isn’t the time for starting over. It’s the time to grasp opportunity for improvement.
Work has started in a joint ISO-IEC working group. The target date for completion was originally set at 2016, but that was determined to be too optimistic. 2018 might be more realistic.

How Did We Get Here?

What brought us to this point? To see where we should go in the future, we must first understand the lessons of the past.
Ten to 20 years ago, many of us were working with the “Categories” from the now-defunct “EN 954: Safety related parts of control systems.” The EN 954 approach required the use of basic safety principles, and either the use of simple, strong and well-tried components or fault tolerance and fault detection where necessary to prevent failure of the safety function.
Because the system seemed to achieve “Category 3,” for example, in pure structural terms posed a sometimes-irresistible temptation to invoke a much simplified tick-box approach.
Over time, users achieved an understanding of the full meaning of the standard as well as a reasonable consensus on how to interpret some of the “grey” areas. This was due in part to learning from experience of using it in practice and also because of the availability of instructive information such as the excellent guide produced by the IFA (formerly the BGIA) in Germany.

Rockwell Automation Partners Help with Machine Safety

• Several companies in the Rockwell Automation PartnerNetwork™ (www.rockwellautomation.com/partners) provide capabilities that support machine safety. Visit their websites to learn more about how they might help you.
• Brady Corp., Encompass™ Product Partner: Safety Lockout/Tagout
  www.rockwellautomation.com/go/p-brady
• Panduit Corp., Strategic Alliance Partner: Industrial Safety Systems
  www.rockwellautomation.com/go/p-panduit
• item North America, Encompass Product Partner: Safety Hard Guarding and Special Safety Enclosures
  www.rockwellautomation.com/go/p-itemna

As we approached the end of the 2000s, it became clear that the use of complex electronic and programmable technology for safety would become inevitable. It was evident that the provisions of this standard with its relatively simple approach couldn’t be counted on to cope with the next generation of machinery safety technology.
This situation lead to the publication in 2005 of “IEC 62061: Safety related electrical, electronic and programmable electronic control systems,” followed shortly by the fully revised EN ISO 13849. Both standards introduced a more complex approach that gives them both the possibility to deal with increasing complexity of safety technology and function.
In many cases, the safety function is no longer just a simple case of switching off the power. The advent of safety-capable logic, for example, has enabled intelligent safety functions that can react to different machine conditions and can assist productivity rather than obstruct it. However, the greater the flexibility of function, the greater the need for provisions against mistakes and faults.
ISO 13849 and IEC 62061 both include the necessary provisions, but at the cost of an increase in complexity including the requirement to do some calculation of the reliability. This, in turn, means that reliability data has to be sought for the parts of the system. The fact that this data is not always forthcoming creates some understandable frustrations. The upside is that we now have standards that can deal with complexity and which also cover some of the gaps in the old standard that could be an issue even for low complexity systems.

Merging Brings Opportunity

In summary, we have moved from a standard that was perceived as simple to use but was restricted in terms of the technology it enabled, to standards that are perceived as difficult to use but have enabled the confident use of new technology.
Merging IEC 62061 and ISO 13849 will remove the complication of having two standards. As part of the merging process, we need to make sure we don’t introduce any different or additional requirements. The merging process is as an opportunity for clarification and simplification. It’s also the chance for the resolution of some known issues such as the provision of reliability data.
I contend that we’ve made an overall gain, but without doubt there have been trade-offs along the way. It’s now time for some of the trade-offs to be re-examined with a view to getting the best of both worlds.
For more information, visit the Rockwell Automation Safety Resource Center at http://discover.rockwellautomation.com/safety and the Rockwell Automation Guardman Blog at www.guardmanblog.com.
Rockwell Automation Safety Solutions
www.rockwellautomation.com/go/tj10safety

Related Content

• One Global Safety Standard is Coming — Will You Be Ready? [PDF] The EN ISO 13849 and IEC 62061 safety standards for machinery control are scheduled to merge into one global standard by 2016. Preparing now will help them take advantage of advanced technologies and eliminate trade barriers. http://goo.gl/VlK9F
• Legal Considerations in Product Liability: When it comes to safety automation, liability includes equal portions of due diligence and common sense. Learn about the factors that can help OEMs and manufacturers avoid the morass of injured workers, legal liability and reputation damage. http://goo.gl/tRjnD
• Safety System Validation Takes the Spotlight: OEMs are focusing more on proving that a safety circuit or design works as needed to protect workers and meet safety standards. Learn about Kimberly Clark’s best practices for safety system validation.

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RSWHO Failed to show - RsLinx

If you got the problem on the RSLogix 5000 and RsLinxClassic cannot open the RSWHO.
The message appear if you click the button on the RSLogix 5000:


I get this popup whenever I open RSLinx Classic Lite.
If it matters/helps it's Revision: 2.54.00.11 CPR 9 SR1

Need register file C:\Program Files\Rockwell Software\RSCommon\RSOBSERVE.EXE



How to solve this problem:
1. On the computer click Start-->Settings-->ControlPanel-->AdministrativeTools

2. Next, double click on Services

3. Look for Harmony in the Services list. Double click on
Harmony and then click on the down arrow and change Harmonys
Startup Type from Disable to Manual. 

Good Luck!!

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PLC Training / Tutorial for Allen-Bradley (Video 1 of 11)

 Video 1/11

Other Video from http://www.plcprofessor.com 

These proven plc training techniques distinguish Ron Beaufort's Training from most other courses.
Find the rest of the series here:
http://www.youtube.com/watch?v=jhLIOM...
Learn to be an effective troubleshooter, by teaching you to think the same way PLCs do.

These subjects are typically covered in the first few hours of the 40 hour long PLC Boot Camp course. The class room teaching is done with challenging hands-on exercises that ensure you retain what you learn.

These videos focus on the PLC-5, SLC-500, and Micrologix series. There are also PLC Boot Camp classes for the ControlLogix platform.

See this channel for the rest of this series:
http://www.youtube.com/RonBeaufort

Visit : http://www.ronbeaufort.com for more lessons online

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Update for WinCC flexible 2008 Service Pack 3

DESCRIPTION:
Update3 for WinCC flexible 2008 Service Pack 3 is now available.
Installation requirement:

• WinCC flexible 2008 Service Pack 3 Micro
• WinCC flexible 2008 Service Pack 3 Compact
• WinCC flexible 2008 Service Pack 3 Standard
• WinCC flexible 2008 Service Pack 3 Advanced
• WinCC flexible 2008 Service Pack 3 ASIA Standard
• WinCC flexible 2008 Service Pack 3 ASIA Advanced
• WinCC flexible 2008 Service Pack 3 CHINA
• WinCC flexible 2008 Service Pack 3 Runtime

 

1. Information on Update3The Update must be installed on the Engineering System as well as on the Runtime Systems. The Operating System of the HMI devices also has to be upgraded by an operating system update (image update). The following Readme / Function description contains important information.
   
       Liesmich ( 119 KB )
        Readme ( 118 KB )
   If you have problems in the use of the Update, please take contact with the Customer Support.
   
   
   
2. Update3 Download
   Update3 includes also all previous Updates.
   Please note the file size.
   
         WinCC flexible 2008 SP3 Update3:
                   Download ZIP file ( 161134 KB )
                   Download EXE file ( 163189 KB )
   
    
3. Previous Updates:
   WinCC flexible 2008 SP3 Update1:  ZIP ( 15873 KB ) ; EXE ( 17338 KB )
   WinCC flexible 2008 SP3 Update2:  ZIP ( 158362 KB ) ; EXE ( 159804 KB )

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Service Pack 3 for STEP 7 V5.5 and STEP 7 Professional 2010

DESCRIPTION:
Download  of Service Pack 3 for STEP 7 V5.5
Installation requirements:

• STEP 7 V5.5 (with or without Service Pack) 
• STEP 7 Professional 2010 (with or without Service Release)

i.e. to be able to install Service Pack 3, STEP7 V5.5 or STEP 7 Professional 2010 must already be installed on your computer.


Customers with a valid Software Update Service agreement for STEP 7 will receive the DVD with STEP 7 V5.5 incl. SP3 automatically.
Customers with a valid Software Update Service agreement for STEP 7 Professional will receive the DVD with the STEP 7 Professional Edition 2010 Service Release 3 automatically. The SP3 for STEP 7 V5.5 is part of this DVD
If you wish to change to a new operating system, please bear the following in mind:

• It is not permitted/possible to change to another operating system if STEP 7 is installed already. Before you change the operating system, please be sure to uninstall STEP 7 and any other possibly installed STEP 7 option packages.
• Before you change the operating system the existing authorization / License Key must be saved to a floppy disk or USB stick with the program AuthorsW / Automation License Manager.
• If you wish to change to MS Windows 7 64-Bit with STEP 7, you require the DVD of STEP 7 V5.5 Service Pack 1 and higher.
• If you wish to change to MS Windows 7 64-Bit with STEP 7 Professional, you require the DVD of STEP 7 Professional Edition 2010 Service Release 1 and higher.

Customers without Software Update Service agreement can obtain the SP3 as follows:

1. Order a DVD:  You can order the Trial License with STEP 7 V5.5 incl. Service Pack 3 on DVD.
   The order no. is: 6ES7810-4CC10-0YA7
   
   For the current STEP 7 Professional you can obtain a Trial License with the STEP 7 Professional Edition 2010 SR3.
   The DVD with the STEP 7 Professional Edition 2010 Service Release 3 also includes the SP3 of STEP 7 V5.5
   The order no. is: 6ES7810-5CC11-0YA7
   
   
2. Free Download As usual, we are offering a free download:
   
   
   Service Pack 3 for STEP 7 V5.5
   
   SIMATIC_STEP7_V55_SP3.zip ( 1315478 KB )  
   
   This free download includes the SP3 for STEP 7 V5.5 and NCM.

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SIMATIC STEP 7 Professional

Description 

STEP 7 Professional comprises the following software packages:

• STEP 7 Basic software
• S7 - Graph.
• S7 - SCL
• S7 - PLCSIM

Besides a considerable price saving in relation to the purchase of the individual components  you can take advantage of reduced installation efforts and the possibility to subscribe to a consolidated Software Update Service.
(See chapter licensing below)

STEP 7 basic Software
STEP 7 basic software is the standard tool for the SIMATIC S7, SIMATIC C7 and SIMATIC WinAC automation systems. It enables the user to use the performance capability of these systems easily and conveniently.
STEP 7 contains convenient functions for all phases of an automation project:

• Configuring and parameterizing the hardware.
• Specifying the communication.
• Programming. 
• Test, start-up and service
• Documentation, archiving.
• Operating/diagnostics functions 
  
  
  

  STEP 7 program tools

  SIMATIC-Manager:
  The SIMATIC Manager manages all data belonging to an automation project, regardless of the target system (SIMATIC S7, SIMATIC C7 or SIMATIC WinAC) on which they are implemented.
  It provides a common entry point for all SIMATIC S7, C7 or WinAC tools. The SIMATIC software tools that are necessary for processing the selected data are automatically started by SIMATIC Manager.
  Symbol-Editor:
  With the tool Symbol Editor all global variables (in contrast to the local formal parameters that are declared when the blocks are programmed) are managed. The following functions are available:
  
  • Definition of symbolic designations and comments for the process signals (inputs/outputs), flags and blocks
  • Sorting functions
  • Data exchange with other Windows programs
  The symbol charts that are generated when this tool is used are available to all software products. Changes to a symbol parameter are therefore automatically recognized by all tools.
  Hardware configuration:
  The tool Hardware Configuration is used for configuring and parameterizing the hardware used for an automation project. The following functions are available:
  
  • Configuration of the automation system  Racks are selected from an electronic catalog and the selected modules are assigned to the required slots in the racks.
  • The configuration of the distributed I/Os is done in the same way as the configuration of the non-distributed I/Os; channel-granular I/O modules are also supported.
  • CPU parameter assignment:
    Properties such as restart characteristics and cycle-time monitoring can be set menu-driven. multicomputing is supported. The entered data are filed in system data blocks in the CPU.
  • Module parameter assignment:
    The user can specify all the adjustable parameters of the modules in input screen forms. Adjustments via DIP switches become unnecessary. Parameterization of hardware modules occurs automatically during the CPU's acceleration. Thus, a change of a module can be made without another parameterization.
  • Function module (FM) and communications processor (CP) parameter assignment:
    This parameterization also occurs within the hardware configuration in the same way as the parameterization of the other modules. For this parameterization hardware-module-specific screen forms and rules are provided for each FM and CP (is included in the FM/CP functions package). The system prevents faulty inputs by offering only allowed entry options on the parameter assignment screen forms.
  Communication configuration 
  
  • Configuring and display of communication links
  • Time-driven cyclic data transmission via MPI:
     - Selection of communication partners
     - Entering of data source and data destination in a table.Generation of all system data
       blocks (SDBs) to be loaded and their complete transmission to all CPUs take place
       automatically
    - Parameterization of the selected communication blocks in the customary programming
      language (e.g., LAD).  
  • Event-driven data transmission
    - Definition of the communication links.
    - Selection of the communication function blocks (CFBs) from the integrated block library.
    - Parameterization of the selected communication blocks in the customary programming
      language (e.g., LAD).
  System diagnostics
  System diagnostics offer the user an overview of the status of the automation system. The display can be in two different forms:
  
  • Display of text messages, which can be output directly and quickly.
  • Pixel-graphics display within the Hardware Config display, offering the following options:
    - Display of general module information (e.g., order number, version, designation) and
      module status (e.g., faulty)
    - Display of module faults (e.g., channel faults) of the central I/O and DP slaves
    - Display of alarms from the diagnostics buffer
  For CPUs, additional information is displayed
  
  • Causes of malfunction during user program execution.
  • Display of cycle duration (longest, shortest and last cycle).
  • Display of the reserved and free memory.
  • Capabilities and usage of MPI communication.
  • Display of the performance data (number of possible inputs/outputs, flags, counters, timers and blocks)
    
    
    

    Programming languages

    The following well-proven programming languages are available:
    
    • Ladder (LAD,
    • Function Block Diagram (FBD)
    • Instruction List (IL)
    The user can create programs that comply with DIN EN 6.1131-3.The user-friendly, pixel-graphics LAD and FBD editors support the programmer with:
    
    • Uncomplicated and intuitive operation:
      The creation of ladder diagrams/function block diagrams is characterized by the user-friendliness familiar from PCs, such as drag and drop, cut and paste.
    • Library of predefined complex functions (such as PID controllers) or user-specific standard solutions 
    The Instruction List (IL) textual programming language makes it possible for the user to create programs in which operating time and memory location are optimized and which are “close to the hardware.” When creating these programs, the programmer is supported by the following user-friendly editing functions:
    
    • Entry option in incremental mode and free text mode: the user can either have each input immediately checked “incrementally” for correctness, or create the complete program using only symbols in a text editor and subsequently have it translated by means of the appropriate symbol chart. 
    
    
    

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Pengertian Kartu ATM dan Kartu Debit ( Cirrus dan Maestro Logo )

Sedikit keluar dari jalur bahasan PLC dan SCADA. Tapi ini informasi penting juga buat kita karena saya yakin kita punya Kartu ATM semua. Contohnya seperti di belakang Kartu ATM/Debit BCA. ada log Cirrus atau Maestro. Tahukan artinya?

Bagi kamu yang sudah mempunyai tabungan di bank entah itu bank milik pemerintah atau milik swasta tentunya kenal dengan kartu ATM, karena pada saat pertama kali membuka tabungan atau membuka rekening di suatu bank akan dijelaskan oleh bagian Customer Service nya mengenai produk dan layanan yang disediakan oleh bank tersebut, dan salah satunya adalah ATM. Tapi terkadang Customer Service tidak menjelaskan secara rinci apa itu ATM, calon nasabah pun kadang juga malu jika bertanya lebih detail apa itu ATM. Bagi kamu yang ingin tahu lebih rinci mengenai kartu ATM, dibawah ini akan dijelaskan secara rinci apa itu pengertian ATM.
Pengertian ATM. ATM dalam bahasa inggris dikenal dengan Automatic teller machine, atau dalam bahasa Indonsia dikenal dengan Anjungan Tunai Mandiri. ATM merukan alat elektronik yang diberikan oleh bank yang kepada pemilik rekening yang dapat digunakan untuk bertransaksi secara elektronis seperti mengecek saldo, mentransfer uang dan juga mengambil uang dari mesin ATM tanpa perlu dilayani seorang teller. Setiap pemegang kartu diberikan PIN (personal identification number), atau nomor pribadi yang bersifat rahasia untuk keamanan dalam penggunaan ATM

Lalu apa beda kartu ATM dengan kartu Debit. yang membedakan adalah cara penggunannya. Jika digunakan untuk bertransksi di mesin ATM, maka kartu tersebut dikenal sebagai kartu ATM, tapi jika digunakan untuk bertransaksi pembayaran dan pembelanjaan non-tunai dengan menggunakan mesin EDC (Electronic Data Capture), maka kartu tersebut dikenal sebagai Kartu Debit.
Untuk kartu Debit selain otorisasi dengan PIN, dimungkinkan pula otorisasi dengan tanda tangan seperti halnya Kartu Kredit. Batas (limit) transaksi Kartu Debit dan Kartu ATM tergantung dari jenis kartu yang anda miliki. Umumnya terdiri dari limit jumlah dan frekuensi transaksi, baik untuk penarikan tunai, belanja, transfer.
Kegunaan KArtu ATM
Kartu Debit dan Kartu ATM berguna sebagai alat bantu untuk melakukan transaksi dan memperoleh informasi perbankan secara elektronis.
Jenis transaksi yang tersedia antara lain:
1. Penarikan tunai
2. Setoran tunai
3. Transfer dana
4. Pembayaran
5. Pembelanjaan
Jenis informasi yang tersedia antara lain:
* Informasi saldo
* Informasi kurs

Seiring dengan kemajuan teknologi, jenis transaksi dan informasi yang tersedia akan terus bertambah.
Keuntungan menggunakan kartu ATM
* Mudah. Tidak perlu datang ke bank untuk melakukan transaksi atau memperoleh informasi.
* Aman. Tidak perlu membawa uang tunai untuk melakukan transaksi belanja di took.
* Fleksibel. Transaksi penarikan tunai/pembelanjaan via ATM/EDC dapat dilakukan dijaringan bank sendiri, jaringan lokal dan internasional.
* Leluasa. Dapat bertransaksi setia saat meskipun hari libur.
Makna logo pada kartu Debit dan Kartu ATM
Logo yang tertera pada kartu menunjukkan bahwa kartu tersebut memiliki akses di jaringan yang tertera logo yang sama. Jaringan tersebut adalah:
Jaringan lokal : Link, ALTO, ATM Bersama, PRIMA.
Jaringan internasional : CIRRUS, MAESTRO, Mastercard Electronic, VISA Plus, VISA Electron.
Biaya
Umumnya bank akan mengenakan biaya untuk penggunaan kartu, antara lain biaya administrasi bulanan dan biaya transaksi, khususnya transaksi yang menggunakan jaringan lain.
Biaya transaksi via jaringan yang dikenakan oleh bank penerbit aka berbeda untuk transaksi yang dilakukan di jaringan lokal dan jaringan internasional.
Hal-hal yang perlu diperhatikan
1. Apabila kartu hilang atau rusak, segera lapor ke call center bank penerbit.
2. Pastikan kartu selalu di bawah pengawasan, karena sifatnya sama seperti dompet pribadi/uang tunai.
3. Pastikan kartu tidak dipindahtangankan/dipinjamkan ke orang lain.
4. Jangan meletakkan kartu di dekat benda yang mengeluarkan elektromagnetik atau diatas benda panas.
5. Jangan menginformasikan PIN kepada orang lain karena bersifat pribadi dan rahasia.
6. Kesalahan memasukkan PIN secara berulang akan mengakibatkan kartu ditelan mesin ATM atau terblokir.
7. Tanyakan kepada bank Anda mengenai biaya-biaya dan batas (limit) transaksi.
8. Simpan slip transaksi sampai Anda memastikan transaksi tersebut tidak bermasalah.
itulah penjelasan mengenai kartu ATM, semoga mudah untuk dipahami dan bisa bermanfaat untuk kebaikan kita bersama.

referensi : id.wikipedia.org, blog.unila.ac.id

Tanya: Di kartu ATM BCA ada logo Maestro dan Cirrus. Apakah kartu ATM BCA bisa juga dipakai di tempat-tempat berlogo Maestro dan Cirrus yang ada di Indonesia? Abdul Madjid, Cipete 

 Jawab: Betul pak, dengan adanya logo Maestro pada kartu Paspor BCA Bapak, memungkinkan Bapak untuk berbelanja di tempat-tempat berlogo Maestro baik di dalam maupun di luar negeri. Jika Bapak berbelanja dan membayar dengan kartu Paspor BCA di tempat berlogo Maestro maka jumlah nominal belanjaan Bapak akan langsung didebet ke rekening Bapak, sama seperti jika Bapak berbelanja dengan menggunakan Debit BCA di toko-toko berlogo Debit BCA di Indonesia. Dan dengan adanya logo Cirrus pada kartu Paspor BCA, maka Cirrus, baik di Indonesia ataupun di luar negeri dengan dikenakan biaya Rp. 20.000,- untuk penarikan tunai dan Rp. 5.000,- untuk cek saldo. Logo Maestro Cirrus hanya terdapat pada kartu Paspor BCA, sedangkan pada kartu BCA Cash yaitu kartu ATM BCA seri lama tidak terdapat logo tersebut, untuk itu bagi segenap nasabah yang berkeinginan untuk menikmati kenyamanan ini dipersilahkan mengganti kartu BCA Cash dengan menghubungi cabang tempat nasabah membuka rekening untuk mengajukan penggantian ke kartu Paspor BCA. Selamat mencoba. 





(Stephen Liestyo/)  

Sumber: http://finance.detik.com 

Nah jadi nanti kalau nanti mau jalan-jalan ke luar negeri, contohnya Singapore atau Perancis sekalipun. Tidak usah khawatir. Yang penting tabungan kita ada duitnya. Kita bisa ngambil uang di ATM yang ada logonya sama dengan di kartu ATM kita.

Semoga Bermanfaat.

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Mengetahui dibalik industri yang sangat besar tentulah sangat bikin penasaran. Dibawah ini sedikit berita tentang kisah dibalik perusahaan raksasa GE.

The Story Behind General Electric’s Mission As An Industrial Giant

Klik disini untuk lebih detail.

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White Papers for upgrade your knowledge

White Papers

Eaton's white papers demonstrate how our technology solutions can best address your needs and solve your most pressing business problems. 

**Upgrade your knowledge.... 

Title	Publication Date	Type	Size
Grid support stability for reliable, renewable power Understand why energy storage is fundamental to large-scale solar projects	2/15/2013		366 KB
Choosing between a soft starter and a variable frequency drive to fit your application Choosing between a soft starter and a variable frequency drive often depends on the application, system requirements, and cost (both for initial startup and over the life cycle of the system).	1/31/2013		592 KB
Underground mining systems—the invisible and looming danger If people aren’t in harm’s way, they can’t get hurt. Seems reasonable, right? Of course, this is the reason that many mines are trending toward automation and remote monitoring of electrical systems.	12/13/2012		420 KB
Arc-preventative motor control centers Arc-preventative MCCs enhance personnel safety, protect equipment and support more reliable operations.	11/30/2012		790 KB
Variable frequency drives: energy savings for pumping applications	11/09/2012		786 KB
AC Versus DC Power Distribution Issues to consider when comparing options for improving data center energy efficiency	10/29/2012		466 KB
Recommended Installation Practices for CHSPT1 and CHSPT2 Products UL1449 3rd Edition Surge Products – Eaton Type 1 & 2 Surge Products	10/17/2012		64 KB
Understanding Eaton Energy Saver System A technical review of how Eaton ESS enhances reliability and efficiency	10/09/2012		873 KB
Replacement of hydro plant generator oil circuit breakers with modern vacuum technology The successful implementation of vacuum generator circuit breakers for this hydro-plant project confirms the practical application and performance of vacuum circuit breakers in the 5000A range.	9/28/2012		445 KB
Aiming for grid parity on utility-scale solar applications The next generation of utility-scale inverters—stepping up to reduce the cost of solar energy	9/07/2012		895 KB
The integrated HMI-PLC The heart of a “lean automation” solution	8/31/2012		306 KB
Rethinking Data Center Design Building the room around the rack can ease cooling challenges and save money	7/31/2012		1.1 MB
Active energy control-optimum solution for maximum savings Saving energy is more than the right thing to do	6/22/2012		186 KB
Modernizing Vintage Data Centers Improving the reliability, efficiency and effectiveness of older computing facilities by upgrading their power and cooling systems	5/30/2012		1004 KB
Power Management for Server Virtualization Strategies for preserving business continuity and data integrity in virtualized data centers	4/20/2012		256 KB

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