十一月 11, 2019

Decentralized Automation Solutions

Advanced electrical installation concepts connect all sensors and actuators in machines or systems to the controller or cloud solution in the most economical way. The key to the best possible electrical installation is to consider all phases of the machine or system’s lifecycle. The manufacturers of machines and systems should also benefit from the chosen electrical installation concept, as should the future operators. The focus is on low "total cost of ownership" and a "life cycle" that is profitable for all parties involved.

1.8 Million IO Modules

How do manufacturers benefit?

  • Standardization and simplification of planning and programming processes
  • Considerable simplification of wiring
  • Reduction of the space required in the control cabinet
  • Simple assembly (Plug & Play)
  • High modularization possibilities in the application
  • Low variance of the required components
  • Shorter commissioning times
  • Machines can be delivered faster
  • Safety integrated - safety aspects are part of the concept
  • Strengthening competitiveness through attractive overall packages

How do machine and plant operators benefit?

  • Finding errors instead of searching through channel granular and diverse diagnostic options
  • Simple and proactive replacement of components in the sense of predictive maintenance
  • Low downtimes, high machine availability, maximum output
  • Digitization of processes and routines

There are no off-the-shelf electrical installation solutions. In addition, there is a wide variety of applications and requirements. Just three examples: In some machines there are many IO points in a compact space, in others these are distributed over a large area. Some systems are located in a protected environment, in others the components are exposed to harsh industrial conditions. In some machines it is necessary to realize the power supply from the control cabinet, in others it can be transferred directly to the consumer in the industrial field with IP67 devices.


How does Murrelektronik support me in my search for an optimal automation solution for my application?

You have extensive knowledge of your core processes. We have maximum know-how in all aspects of automation technology and decentralized field installation. We bring these strengths together to create the perfect automation solution. Our application engineers accompany you in the analysis of your requirements, in the expansion of the technical concept, in the economic evaluation and in the decision making process.

Everyone benefits!
Our Example: The Software Engineer


The introduction of a forward-thinking installation concept that is geared towards a maximum price/performance ratio brings advantages to companies as a whole. However, it is also important to realize that all departments and persons involved in the creation of a new concept gain a benefit.

Our example: The software engineer.

Depending on the implemented solution - The benefits to the Software Engineer are as follows:

  • Configurations can be transferred to other machines as required (copy & paste).
  • the software configuration can be carried out independently of the hardware structure
  • Sensors do not have to be parameterized, instead the device file is fed in directly.
  • Topology recognition and detailed diagnostics for easy troubleshooting and rectification
  • Establishment of modular systems in the control software for clear option management
  • Reduced program effort due to the elimination of separate safety circuits
  • Industrial standards such as OPC-UA and IO-Link are the interface from the cloud to the IO level.

The current trend in decentralization
The formation of mechatronic units


The modularization of machines and plants is regarded as the business model of the future: Standardized mechatronic units are assembled flexibly and demand-oriented. With MVK Fusion, Murrelektronik has developed a fieldbus product that implements exactly this idea of modularization in a simple manner.

The PROFINET/PROFIsafe module combines three elementary functions of installation technology in a single compact module:

  • digital standard sensors and actuators,
  • Digital safety-related sensors and actuators up to PLe,
  • IO-Link.

This combination is impressively innovative. With MVK Fusion, fewer fieldbus modules are required per modular unit, in the best case only one. This offers attractive opportunities for a large number of automation applications and is a pleasure for the buyer.


MVK Fusion with push-pull connection technology:
The clever solution for the construction of machines and plants


The MVK Fusion fieldbus module is connected using push-pull connection technology. This enables fast installation of the fieldbus and power connectors with just one "click". Why does the German leading industry Automotive opt for push-pull in its release specifications – and can this also be the right choice for machine and plant manufacturers in other segments?

The fast push-pull connection process has its origins in the idea forges of the automotive industry. This is why it is also a very attractive solution for many other industries and applications. The great advantage of push-pull connectors is that they can be assembled and connected in a few simple steps and in a short time.

If the exact cable lengths can only be determined when the machine components are assembled, the self-assembly push-pull connectors show their full strength! In combination with cables that Murrelektronik sells by the metre on reels, connecting cables accurately cut to the centimetre can be "produced" on site.

A fast and flexible solution that makes MVK Fusion with push-pull connection technology a highly interesting option for professional work when setting up plants and machines. A good example: a plant structure in a large logistics unit.




为了实现智能制造,企业需要在各个层面建立智能、灵活、高效的连接。凭借其参数可视化、灵活的读/写、状态诊断和预测性维护等优势,IO-Link通信方法和IO-Link传感器越来越受到客户的欢迎,成为工业4.0智能传感器解决方案的重要组成部分。 穆尔电子IO-Link系列再添新品,我们相信这些新品将会为您的工业自动化应用带来更大的价值和竞争优势。


应用案例 | 赋能轮胎智能制造,IO-Link让生产更高效!

随着全球汽车保有量的不断攀升,未来几年内,轮胎市场的增长率将继续保持稳定增长。 轮胎生产过程中需要进行多个工序,包括胶料混炼、成型、硫化、检测等,如何实现这些设备的协调配合和精细控制是一个难点。 与此同时,轮胎生产过程中需要采集大量的数据,如温度、压力、速度等,这些高精度数据需要进行实时采集和处理,以保证生产过程的稳定和质量。 …


应用案例 | 倾力打造锂电行业“智造”解决方案