Machine control
We have extensive expertise in machine control with systems from Siemens, Rockwell, Schneider Electric, GE and ABB.
We have extensive expertise in machine control with systems from Siemens, Rockwell, Schneider Electric, GE and ABB.
Machine control
Een PLC (Programmable Logic Controller) of DCS (Distributed Control System) is the “brain” of any machine control. These systems collect data, apply logic, and make decisions to keep the process running efficiently within desired parameters.
SCADA (Supervisory Control And Data Acquisition) systemen, HMI (Human Machine Interfaces) and sensors are the “senses” of machine control. They monitor the process, collect data and enable operators to intervene when necessary.
The “motor system” consists of actuators, cylinders, valves and motors. These provide the physical actions, such as opening valves, moving parts and driving machines.
Together, these components form the complete machine control system. Just like a healthy body, the brain, senses and motor skills must work together. This way, the system works continuously, precisely and efficiently without constant human intervention.
Machines cannot anticipate unexpected situations autonomously. That is why they are given clear instructions and logic to respond adequately to different scenarios.
The missing link is extra intelligence within the machine control. Thanks to our years of experience, we develop smart functionalities. With this, we not only make the process automated, but also intelligent. This allows it to deal efficiently with changes.
We design and implement control architectures that support the entire process. We do this from concept to full integration. With in-depth knowledge of systems such as Siemens, Rockwell, Schneider Electric, GE and ABB, we ensure that your machine control functions as one intelligent and smoothly operating whole. Ready to optimally manage the production process.
A PLC, or Programmable Logic Controller, and a DCS, or Distributed Control System, form the central decision-making level within industrial control. These systems collect signals, process data, evaluate logic conditions, and control actuators based on their findings. This ensures the process remains within predefined operating parameters, and deviations are corrected immediately.
SCADA, or Supervisory Control and Data Acquisition, along with HMIs and field instrumentation, forms the sensory layer of the system. This layer enables continuous monitoring, data visualization, and direct interaction. Operators receive real-time feedback from the process and can intervene manually via the interface as needed.
The actuators, drives, valves, and cylinders form the operational layer of the system. They convert digital control into physical movement and process changes. The interplay between these layers determines the stability, accuracy, and efficiency of the overall machine control system.
A control system functions optimally when its cognitive, sensory, and mechanical components are perfectly aligned. The machine performs tasks autonomously based on pre-programmed logic, but can only respond effectively within the limits of that logic.
The next step is adding intelligence within the control system itself. By applying advanced algorithms, condition-based control, and integrated data analysis, we create systems that can anticipate variable process conditions. This shifts the focus from automated to intelligent control.
We design and implement control architectures that support the entire process, from concept stage to full system integration. With in-depth knowledge of platforms such as Siemens, Rockwell, Schneider Electric, GE, and ABB, we create solutions where hardware, software, and communication networks work seamlessly together. The result is a robust, scalable, and future-proof control system that gives engineers complete control over the production environment.
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