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.


Labels:

Comments

Post a Comment

Popular posts from this blog

PLC Program for Mixing Tank

 Create a ladder diagram for controlling a batch mixing process. Implement a PLC program for mixing tank or Mixing Process using PLC Ladder Logic. PLC Program for Mixing Tank Fig : Mixing tank A tank is used to mix two liquids. The required control circuit operates as follows: A. When the START button is pressed, solenoids A and B energize. This permits the two liquids to begin filling the tank. B. When the tank is filled, the float switch trips. This de-energizes solenoids A and B and starts the motor used to mix the liquids together. C. The motor is permitted to run for 1 minute. After 1 minute has elapsed, the motor turns off and solenoid C energizes to drain the tank. D. When the tank is empty, the float switch de- energizes solenoid C. E. A STOP button can be used to stop the process at any point. F. If the motor becomes overloaded, the action of the entire circuit will stop. G. Once the circuit has been energized, it will continue to operate until it is manually stopped. Solution...
1 comment
Read more

What is Relay? How it Works? Types, Applications, Testing

 We use relays for a wide range of applications such as home automation, cars and bikes (automobiles), industrial applications, DIY Projects, test and measurement equipment, and many more. But what is Relay? How a Relay Works? What are the Applications of Relays? Let us explore more about relays in this guide. What is a Relay? A Relay is a simple electromechanical switch. While we use normal switches to close or open a circuit manually, a Relay is also a switch that connects or disconnects two circuits. But instead of a manual operation, a relay uses an electrical signal to control an electromagnet, which in turn connects or disconnects another circuit. Relays can be of different types like electromechanical, solid state. Electromechanical relays are frequently used. Let us see the internal parts of this relay before knowing about it working. Although many different types of relay were present, their working is same. Every electromechanical relay consists of an consists of an Elect...
1 comment
Read more

Chlorine dioxide Analyzer Principle

 Chlorine dioxide measurement Chlorine dioxide (ClO2) is an instable, non-storable, toxic gas with a characteristic scent. The molecule consists of one chlorine atom and two oxygen atoms – represented in the chemical formula ClO2. It is very reactive. To avoid the risk of spontaneous explosions of gaseous chlorine dioxide or concentrated solutions, it is generally handled in dilution with low concentrations. ClO2 is soluble in water, but tends to evaporate quickly. Typically it is prepared on site, for example from hydrochloric acid and sodium chlorite. The procedure provides solutions with approx. 2 g/l ClO2 that can be safely handled and stored for several days. Image Credits : krohne Sensor Parts : Reference electrode Applied chlorine dioxide specific potential Current needed to maintain the constant potential Counter electrode Measuring electrode The disinfection effect of ClO2 is due to the transfer of oxygen instead of chlorine, so that no chlorinated byproducts are formed. C...
6 comments
Read more