Control and Measurement

Frequently asked questions — Control and Measurement

• How do I choose the right instrument for my fluid systems?

  The choice of control and measurement equipment is based on the analysis of strict technical criteria. It is essential to precisely define the nature of the fluid, the required pressure or flow rate ranges, as well as the constraints related to the specific installation environment. The compatibility of construction materials with the operating medium is also decisive in ensuring equipment longevity. Rigorous selection allows instrumentation to be tailored to the requirements of your process applications.
• What is the difference between control devices and solenoid valves?

  Control and measurement devices provide real-time monitoring of physical variables for complex installations, enabling accurate data readings. Conversely, solenoid valves and industrial valves belong to separate sub-families within the fluids and process category, dedicated to the direct regulation of flows. While control and measurement focuses on precision instrumentation, solenoid valve and valve components physically act on the circulation of fluids within production units.
• Which trusted brands should be prioritised for control and measurement?

  To ensure stable operation of production units and the accuracy of measurements taken in the field, our offering draws on recognised technical expertise. The devices offered incorporate solutions from specialist brands such as CITEC, WIKA, FESTO, BURKERT, AVENTICS, ASCO, ENDRESS HAUSER and PARKER. This selection meets the specific requirements of industrial applications by providing enhanced reliability for the monitoring of physical variables within your systems.
• Why is communication protocol compatibility crucial?

  The communication protocols of measuring instruments are decisive factors in ensuring the accuracy of the transmitted data. In complex installations, perfect alignment between the instrumentation and the information processing system guarantees the integrity of the measurements taken. Rigorous selection of instruments, taking these protocols into account, is essential to maintain stable operation of production units and to ensure effective monitoring of the physical variables measured in the field.