The electro-instrumental plant engineering philosophy is based on the synergistic integration between electrical power systems and automatic control and instrumentation systems, with the aim of ensuring high levels of safety, operational efficiency and automation in industrial processes. This approach allows the creation of standardized, standardized and remotely monitorable systems, capable of optimizing business continuity, process flow management and maintenance activities.
The design philosophy is based on the following fundamental principles:
- Integration and efficiency
The combination of electrical power systems and field instrumentation (sensors, actuators, valves) allows accurate process control and real-time monitoring, reducing plant downtime and increasing overall efficiency.
- Safety and regulatory compliance
The design complies with the main technical reference standards, in particular the CEI 64-8 and CEI 11-27 standards, guaranteeing state-of-the-art systems both in low voltage and in complex industrial contexts.
- Standardization
The adoption of MCC (Motor Control Center) panels, with fixed or removable drawers, allows high levels of interchangeability, dissociability of utilities and simplicity of maintenance, allowing interventions without stopping the entire system.
- Maintainability and remote control
Modern plant engineering solutions include remote supervision and control systems, promoting predictive maintenance, reducing operating costs and more efficient asset management.
- Automation and process control
The philosophy includes the design of command and control systems, such as solenoid valve boxes, pneumatic systems and automation logics based on PLC and SCADA, to support the complete governance of the production process.
- Reliability and continuity of service
The plant architectures are designed to minimize unplanned downtime, through the use of components and solutions suitable for operating in harsh industrial conditions.
- Process controllability
The integration of sensors and actuators with centralized control systems (PLC or DCS – Distributed Control System) enables the continuous and real-time regulation of process variables.
Key components of the electro-instrumental philosophy
- Electrical system (ELE)
Includes the power, distribution and protection systems (electrical panels, power wiring, earthing systems) necessary for the operation of motors and utilities. - Instrumentation and Measurement (SMI)
Includes the measuring devices (pressure, temperature, flow, level) and the regulating devices that interact with the automation system. - Integration and communication
Defines the network architectures and communication protocols, wired or digital, necessary for reliable interfacing between the various subsystems.
Regulatory requirements
At the national level, the design and construction of the systems must take place in compliance with the rule of the art, attested by compliance with UNI and CEI standards and, where required, by the design and certification signed by a qualified professional, pursuant to Ministerial Decree 37/08