Industrial System Integration

Structured cabling. System connections. One team. Full accountability.

Automation and instrumentation systems don’t work in isolation. PLCs connect to SCADA systems. Field devices connect to marshalling cabinets. Control systems connect to enterprise networks. Each connection needs to be engineered, installed, and tested — and the physical infrastructure that carries all of it needs to be organized well enough that the next engineer can maintain it.

System integration and cabling is where projects often get fragmented between teams. We keep it together.

What System Integration and Cabling Actually Means

Structured cabling infrastructure for automation environments — and the connections between systems that make a facility actually work as intended. This includes industrial network cabling (Ethernet, Profibus, Modbus, Foundation Fieldbus), connections between field panels and control rooms, marshalling cabinet wiring, system-to-system integration, and the testing that verifies it all works end to end.

We install the physical layer and verify the integration layer — not just that cables are connected, but that systems communicate as designed.

What's Included

Cabling Standards and Protocols

Physical cabling follows TIA-568 and IEC 61918 (industrial communication networks). We work with: PROFIBUS, PROFINET, Foundation Fieldbus, Modbus TCP, EtherNet/IP, and standard industrial Ethernet topologies.

One Team, Full Accountability

System integration work typically involves multiple disciplines and multiple contractors pointing at each other when something doesn’t work. We handle the physical layer and the integration layer as one scope. If there’s a communication problem between two systems we’ve connected, it’s our problem to diagnose and resolve — not a conversation between separate vendors.

FAQ

Common Questions

Yes — we work across IT and OT cabling. Industrial environments increasingly require both, and the infrastructure needs to be installed by a team that understands the difference between them.
Often yes — legacy protocols (serial Modbus, older fieldbus versions) can typically be bridged to modern infrastructure. We assess feasibility during project scoping.
We troubleshoot it. Scope includes commissioning verification and 90-day support. Communication issues discovered after handoff are covered during the support period.