Industrial Design
El arte del armado de gabinetes eléctricos industriales
- IARM Systems
- June 2022
- 5 min. read
In the world of industrial automation, the electrical cabinet is the heart of every control system.
It houses all the components that enable a machine, production line, or automated cell to operate with precision, safety, and reliability.
At IARM Systems, where we specialize in automation system integration, cabinet assembly is one of the most critical stages of every project. It’s where design, engineering, and craftsmanship come together to create a system that performs flawlessly under demanding industrial conditions.
Design and planning
Everything begins with professional electrical design.
Using advanced engineering software such as EPLAN or AutoCAD Electrical, engineers define cabinet dimensions, component layout, wiring routes, and safety standards.
A well-executed design considers:
Thermal distribution to prevent overheating.
Maintenance and expansion space for future scalability.
Clear identification of every electrical point and terminal.
Compliance with international standards such as IEC and NFPA 79.
Every detail is engineered for function, organization, and long-term performance.
Component Selection
Each cabinet is built using carefully selected components to guarantee reliable and safe operation.
Key elements include:
Siemens PLCs (S7-1200 / S7-1500): Provide logical control of the system.
ABB Power Supplies: Ensure stable voltage and power distribution.
PILZ Safety Relays: Protect both operators and equipment.
ABB Contactors and Circuit Protection Devices: Support consistent and safe operation.
Weidmüller Industrial Switches: Enable robust and efficient Ethernet communication.
Every component is chosen not only for its quality but for its compatibility within the system architecture—ensuring seamless integration and optimal performance.
Assembly and wiring
During the assembly stage, every detail matters.
Specialized technicians follow strict standards of order, functionality, and aesthetics to ensure that every wire, terminal, and connection meets exact specifications.
Internal wiring follows a logical and organized layout:
Ducts and cable channels are neatly arranged.
Connectors are clearly labeled.
Power and control lines are separated to minimize interference.
This meticulous craftsmanship ensures that the cabinet not only operates efficiently but also reflects the precision and professionalism that define IARM Systems.
Testing and commissioning
Once the cabinet is assembled, it undergoes a complete testing and validation process, which includes:
Electrical continuity tests.
Verification of inputs and outputs.
Communication tests between the PLC and peripheral devices.
Functional simulation of the control logic.
Only after passing all quality and safety checks is the cabinet ready for field integration—confidently supporting automation systems in real industrial environments.
Conclusion
Building an industrial electrical cabinet is far more than connecting wires—
it’s an art form combining engineering precision, technical knowledge, and human expertise.
Each cabinet leaving our workshop represents the dedication of a skilled team committed to delivering comprehensive, safe, and efficient automation solutions for the industry.
At IARM Systems, every project begins and ends with one goal: to create technology that works flawlessly, reliably, and intelligently.
