AET INTEGRATION
Panel Assembly & Wiring
Bring the approved electrical design into a physical control panel. AET supports component installation, wiring, identification, and agreed checkout for machine and automation projects.
ELECTRICAL ENGINEERING
Industrial Electrical Design for Machines & Control Systems
Electrical documentation that connects machine requirements to the panel, field devices, and controls. AET develops coordinated design packages for new equipment and machine changes.
SERVICE SCOPE
Give the build team a clear electrical plan.
The drawing package should explain how the equipment receives power, how devices connect, and how the controls interact with the process. We develop the design around your preferred components, supply conditions, machine sequence, and maintenance needs.
- Power distribution, control schematics, and circuit identification
- Panel layouts, component selection, and bills of materials
- I/O schedules, terminal plans, cable information, and field connections
- Drive, instrumentation, network, and equipment interface details
PROJECT DELIVERABLES
What the scope can include.
Requirements made explicit
Capture supply voltage, loads, environment, platform preferences, and customer specifications in the design basis.
Consistent documentation
Keep component references, wire identification, I/O assignments, and the parts list aligned across the package.
Useful revision records
Document agreed changes so panel builders, programmers, installers, and maintenance staff work from the same information.
PROJECT APPROACH
From the first review to handover.
01 / Review the machine
Collect the operating sequence, device information, existing drawings, and electrical or installation requirements.
02 / Develop the package
Coordinate schematics, layout, components, and controls interfaces. Resolve open items during design review.
03 / Release and update
Issue the agreed files for build and incorporate approved field changes into the handover package.
COMMON QUESTIONS
Before we get started.
Can you update existing drawings?
Yes. We first review the source files and the actual equipment changes. The scope can include correcting records, documenting an upgrade, or developing missing portions of the electrical package.
How are listing or inspection requirements handled?
Identify required standards, customer specifications, and any listing or inspection expectations at inquiry. The project scope must state how those requirements will be addressed and who is responsible.
CONNECTED CAPABILITIES
Explore the next part of your project.
AET INTEGRATION
Build-to-Print Panels
Control-panel assembly from customer-supplied drawings, with a clear boundary between design ownership, procurement, assembly, and testing.
AET INTEGRATION
PLC & HMI Programming
Machine sequences, operator screens, and diagnostics developed around how the equipment actually runs. AET supports new controls software and changes to existing PLC and HMI applications.
Need an electrical design package?
Send the machine purpose, power requirements, controls platform, available drawings, and required deliverable formats.
Electrical drawings that connect design, build and support.
Begin with the equipment and supply
Machine electrical design starts with the loads, supply, operating environment and control architecture. AET reviews motors, drives, heating loads, control power, sensors and connected equipment. The machine layout and installation conditions affect cable routes, disconnect locations, enclosure selection and field connections. The agreed scope identifies what is inside the machine package and what the site or another supplier provides.
Coordinate schematics, I/O and panel layouts
The schematic set records power distribution, control circuits, device connections and terminal references. An I/O list connects the physical sensors and actuators with the controller addresses and signal descriptions. Panel layouts and the bill of materials translate the electrical design into an organized build package. Revision control keeps those documents aligned when a component, terminal or interface changes.
Device sizing and protective design depend on the actual ratings, loads and installation requirements. Customer specifications and applicable industrial standards are reviewed for the project. AET does not use a generic claim of compliance to substitute for an agreed engineering review, required inspection or certification arrangement.
Document the interfaces
- Utility supplies, external power and customer-provided connections.
- Sensors, actuators, drives and remote I/O on the machine.
- Network devices, addressing requirements and interface ownership.
- Terminal plans, cable identification and field wiring responsibilities.
- Control and protective functions that require coordination with other disciplines.
Support the build and the installed equipment
Design questions discovered during panel assembly and installation should be recorded and resolved through a controlled revision. The final drawing package should reflect approved changes made during commissioning. A marked-up field print is useful evidence, but the handover should establish who incorporates those changes into the issued electronic files.
For a new machine, provide the operating description, load information, preferred controls platform, mechanical arrangement and required standards. For an existing machine, send the available drawing set, equipment details and proposed modification. AET can define a new design package, an electrical redesign for a retrofit, or a documentation recovery scope after reviewing the source information.