The algorithm is the decisive measure in all things

25 years of experience and 250,000 applications in the industrial environment ensure that this algorithm achieves outstanding control results. Constantly striving for continuous improvement means that we now achieve very fast control with minimum overshoot.

The secret: The individual parameters automatically adapt in millisecond cycles to the situation and ensure corresponding control results. The interplay of the individual parameters is also an essential feature in order to optimally control even very high-speed controlled systems, as is the case with very small nozzles or heating rods, for example. Example: From 20°C to 250°C in under 3 seconds with an overshoot of just a few Kelvin. The controlled status is reached in 10 seconds. 

Interested in more information?

On the following pages we will show you in straightforward, understandable steps what a control system is, how it works and what is hidden behind PID, plus, how complicated a control system can be.  

PID control principles



We call it SMART

Some call it "Industry 4.0“, others "Smart Factory" or "Cyber-Physical-Systems"

We call it SMART - The intelligent networking of heating segments with peripheral systems via Profibus, Profinet or OPC UA. Standardised and secure communication from the field device to the Cloud is no longer a vision but, with OPC UA, an achievable reality. The machine-readable semantic description of machine data makes new application cases possible which we will happily implement for you as a customer-specific solution.