Skip to main content

Siemens PLC Family History

 Siemens PLC refers to both a company and a product line. The company Siemens PLC is a subsidiary of Siemens AG, a global technology and telecommunications corporation based in Germany. The product line Siemens PLC consists of programmable logic controllers (PLCs) that are used for industrial automation and control.



According to web search results123, here are some key points about Siemens PLC family history:


The Siemens family: The origins of Siemens AG can be traced back to 1847, when Werner von Siemens and Johann Georg Halske founded a telegraph company in Berlin. The company expanded into various fields such as electric power, railways, lighting, medical technology and communications. The Siemens family played a prominent role in the development of the company and its innovations. Some notable members include Ernst Werner von Siemens (the founder), Carl Wilhelm von Siemens (his brother who expanded the business internationally), Wilhelm von Siemens (his son who pioneered wireless telegraphy), Carl Friedrich von Siemens (his nephew who led the company after World War II) and Peter von Siemens (his great-grandson who served as chairman of the supervisory board until 2008).


The SIMATIC brand: The name SIMATIC stands for “SIemens MAtic”, which was derived from “SIemens stAtic” or “SIemens auTomatIC”. It was first used in 1958 for a series of electronic relays that replaced mechanical relays for industrial control. In 1960, SIMATIC became synonymous with PLCs when Siemens introduced the first modular PLC system called SIMATIC S3. Since then, SIMATIC has evolved into a comprehensive range of PLCs that cover different performance levels, applications and industries.


The SIMATIC generations: Over the years, Siemens has developed several generations of SIMATIC PLCs that have improved in functionality, performance and compatibility. Some of the most notable ones are:


SIMATIC S53: This was launched in 1979 as an upgrade to SIMATIC S3. It was one of the most popular and widely used PLC systems in the world until it was phased out in 2006. It had various models such as S5-90U, S5-95U, S5-100U, S5-115U, S5-135U and S5-155U that differed in memory size, processing speed and I/O capacity.

SIMATIC S73: This was launched in 1994 as a successor to SIMATIC S5. It introduced new features such as graphical programming language (LAD/FBD/STL/SCL), integrated diagnostics tools (STEP 7), distributed I/O modules (ET200) and industrial communication networks (Profibus/Profinet). It had various models such as S7-200/300/400/1200/1500 that differed in performance class, scalability and functionality.

SIMATIC TDC3: This was launched in 1998 as a high-end PLC system for complex applications that require high speed, precision and flexibility. It combined PLC functionality with PC technology such as Windows NT operating system, Intel Pentium processor and PCI bus interface. It had various models such as TDC MP1/MP2/MP4/MP6 that differed in processing power and memory size.


Comments

  1. I am impressed with how RapidesGains balances news, technology, and business topics. Each article is engaging, insightful, and provides readers with reliable information, helping them stay aware of current events and trends across the globe.

    ReplyDelete
  2. The content on Gozistierce is impressive, offering thoughtful coverage of lifestyle, global affairs, and trending topics. Each post is well-crafted, insightful, and ensures readers gain meaningful perspectives while staying informed on important developments.

    ReplyDelete
  3. Staying updated is simple with CdTurf, which offers a mix of racing insights, turf updates, and expert tips. Every article provides practical guidance, keeping sports lovers informed and engaged.

    ReplyDelete

Post a Comment

Popular posts from this blog

What is a Torbar? – Averaging Pitot Tubes

 The Torbar is employed for flow measurement of liquids, gases, or steam in circular, square, or rectangular section ducts for large flow rates. The Torbar is an insertion type multi-port self-averaging primary sensor for flow measurement. Torbar TORBAR is a set of Pitot tubes mounted on a bar across the pipeline with no moving parts. An averaging Pitot tube is a technology, while TORBAR is a manufacturing brand name. There are several brands available in the market with VERABAR, ANNUBAR, etc. Averaging Pitot Tube Principle Purpose Averaging Pitot tube can be employed when the average velocity of the flow profile, rather than the velocity in a specific point in the cross-section is desired. Averaging Pitot Tubes Principle It measures the differential pressure between the static pressure tap and the tap of full pressure of a stream. Thus such magnitude of differential pressure is directly proportional to the square of the flow rate. Working The TORBAR is designed in such a way that ...

Ferrules and Cross Ferruling

 Ferrules are identification labels provided for every wire terminations in an instrument, equipment, or electrical/instrumentation control panels. These tube-shaped sleeves can be inserted easily on each individual wire in a multi-core cable. In earlier days fixed digits/letters are used as ferrules, but now Instrumentation engineers/technicians prints out desired ferrules by using a ferrule printing machine. Typical Ferrule The numbers/ letters on the ferrules will be given as per the approved electrical hook up or loop diagrams. This helps technicians to easily identify a particular loop/wiring from a series of terminal blocks and to troubleshoot the desired terminal connection. Separate numbers on the ferrules distinguish the positive and negative polarities of wires, thus ensure the polarity protection of the instrument. Cross Ferruling  As a wire is connected on its both ends, it is quite useful to use a cross reference method for wire identification. Unlike normal ferru...

The Method and Process of Siemens PLC Hardware Configuration

 The hardware configuration of Siemens PLC can usually adopt the following methods and processes: Determine control tasks and system requirements: Before hardware configuration, it is necessary to clarify the tasks and requirements of the control system, including the requirements for input and output points, control accuracy, speed, and safety. Select the PLC model and module: According to the control task and requirements, select the appropriate PLC model and module, including CPU, I/O module, communication module, power supply module, etc. Assemble the cabinet and install the modules: According to the selected PLC model and module, assemble the cabinet and install the modules, pay attention to the installation sequence, cable wiring, wiring method, etc. Connect the input and output devices: connect the input and output devices with the input and output modules of the PLC, you need to pay attention to the correctness, stability and safety of the wiring. Perform software configura...