All services // Part of Automation Projects

Fabrication of Panels and MCCs

Every panel is built to order: starter panels with variable frequency drives (VFDs) and soft starters, complete motor control centers (MCCs), distribution panels and process control panels. Each one leaves our shop tested, with documented FAT, and arrives ready to be wired up on site.

Solutions

The panels we build

Every panel is designed around the specific requirements of your application

Power and starter panels

Power and starter panels

With VFDs, soft starters or direct-on-line (DOL) starting. Integrated protection, metering and communications.

Ideal for

Pumping, HVAC, compressors, fans

Process control panels

Process control panels

PLCs, HMIs, I/O modules, redundant power supplies. For automating production lines, pumping and HVAC.

Ideal for

Production lines, dosing, treatment

Motor Control Centers (MCCs)

Motor Control Centers (MCCs)

Multiple starter buckets in a single enclosure. Distribution busbars, coordinated protection, centralized communications.

Ideal for

Plants with 5+ motors, pumping stations

Why build with Beiton

Brand-name components Danfoss, Siemens, ABB, Phoenix Contact — no generics
Documented FAT A test protocol with photos and measurements before shipping
In-house engineering We do not resell — we design every panel for your application
Stainless steel enclosures available For corrosive, washdown or outdoor environments (IP66)
Integrated communications Profinet, Modbus TCP, EtherNet/IP — ready for SCADA
Post-delivery support Spare parts, modifications and DrivePro service for the drives
From your requirement to your plant

Our fabrication process

01

Electrical and mechanical engineering

Single-line diagram design, mechanical enclosure layout, component selection and heat dissipation calculations.

02

Component selection

Breakers, contactors, VFDs, PLCs, terminal blocks, wire duct — all selected for the application, not off a generic catalog.

03

Shop fabrication

Mechanical assembly, power and control wiring to standard, cable marking and component labeling with full traceability.

04

Documented FAT testing

Point-to-point verification, insulation testing, start sequences and fault simulation. All recorded in a protocol.

05

On-site installation

Shipping, positioning and wiring of the power feeders and the field signals.

06

Commissioning

Final parameterization, SAT testing under real load, optimization and handover of as-built documentation.

Portfolio

Panels built in our shop

Closed stainless steel panel with HMI
Stainless steel enclosure with HMI and emergency stop
Open stainless steel panel
Interior — high-power VFD and protective devices
Panel with VLT AQUA Drive
VLT AQUA Drive + Siemens S7 PLC over Profinet
Instrumentation panel with UWT sensors
Instrumentation panel with UWT sensors
Compact panel with Danfoss iC2
Compact panel with a Danfoss iC2 drive — Beiton label
PLC panel with I/O modules and terminal blocks
Siemens S7 PLC with I/O modules and Weidmüller terminal blocks
PLC panel, lower section
Profinet communications section and main breaker
Control panel detail
Control panel with signal wiring
Power panel installed
Power panel installed and wired up on site
// How we get started

Three steps and typical lead times

Typical lead times for a control panel with one or two VFDs and a PLC. An MCC with 8 to 12 starters takes 8 to 12 weeks end to end.

  1. 01 Typical time 1–2 weeks

    Engineering and drawing approval

    Single-line and wiring diagrams, enclosure layout and bill of materials. You approve the drawings before we buy and build.

  2. 02 Typical time 3–5 weeks

    Shop fabrication

    Assembly, power and control wiring, wire marking and component labeling with traceability, in our shop in Panama.

  3. 03 Typical time 1–2 days of FAT

    FAT and shipping

    Point-to-point checks, insulation tests, sequences and fault simulation, recorded in a test protocol before the panel ships to the plant.

If you are comparing suppliers, see what is included in our electrical and control panels in Panama.

Starter panels are sized with the motor: we also supply industrial electric motors.

// FAQ

What clients ask before we start

Short answers to the questions that usually come up in the first technical conversation. Exact lead times are confirmed in the proposal.

Q01 How long does it take to build a panel?
A control panel with one or two VFDs and a PLC: 1–2 weeks of engineering and 3–5 weeks of fabrication. An MCC with 8 to 12 starters takes 8 to 12 weeks end to end.
Q02 Can we witness the FAT?
Yes, the FAT date is coordinated with your team. Either way, the panel leaves the shop with its test protocol, including photos and measurements.
Q03 Which component brands do you use?
Danfoss, Siemens, ABB and Phoenix Contact, no generic parts. If your plant has its own brand standard, it is reviewed during engineering.
Q04 Do you build stainless steel panels?
Yes, for corrosive environments, washdown areas or outdoor installations, with IP66 protection.

Do you need a control panel for your project?

We build custom panels with in-house engineering — from the single-line diagram through commissioning at your plant.