PROFINET University provides lessons about PROFINET. And PROFINET is a communications technology that helps manufacturers make things. Those things may be discrete things like cars or phones, continuously produced things like gasoline or safe drinking water, or batch things like a batch of pills or potato chips. Manufacturers use automation to ensure consistent, high-quality products.
There are three types of controllers used in industrial automation: PLCs, DCSs, and PACs. In PROFINET terminology any of these are called a controller and any can be used on a PROFINET network. Each have their pros and cons.
There is often some confusion when engineers begin to use Human Machine Interfaces (HMIs) and PROFINET, so in the next series of lessons we will explain how HMIs are typically used in PROFINET systems and describe the types of HMIs and application protocols available.
In the previous article about HMIs we mentioned what an HMI was. Next, in this article, we are going to show how they are typically used in a PROFINET HMI context. Often, the decision on which protocol to use on the HMI(s) depends on your application requirements and what protocol drivers the HMI supports. So let’s take a look at […]
PROFINET networks connect PROFINET controllers and devices in an automation network. But there are other networks used in automation – some competitive to PROFINET and others complementary. PROFINET is an Industrial Ethernet protocol, often times used for more than just automation.
Industrial automation continues to evolve along with the networks that support it. The newest trends are more than buzzwords: Industrie 4.0 and Industrial Internet of Things. These or similar concepts go by different names in different countries. Here is a brief look back at the evolution followed by the impact and relationship of these new concepts.
PROFINET is foundational to the Industrial Internet of Things (IIoT) which lies in the overlap of the Internet of Things (IoT) and Industrie 4.0. There are differences between IoT and IIoT. These next three lessons will extend that into the PROFINET of Things.
Uptime is critical to fully realizing the mission critical and professional services characteristics expected of industrial networks. Diagnostics provide a means of recovering from downtime quickly. Fault tolerance eliminate downtime altogether through various methods.
A major driving force of the Industrial Internet of Things and Industrie 4.0 is the reliance on open standards. PROFINET devices are manufactured according to the PROFINET specification (IEC 61158). PROFINET is Ethernet, IEEE 802.3. Many other standards also come into play – standards from IEC, IEEE, NAMUR, and IETF.