Allen-Bradley automationFactory-integrated systemsBuilt for mobility
314-916-1097An Automation Ready Panels approach
Illustrative concept of an integrated container control house
Featured configuration

A full control room.
A 20-foot footprint.

An insulated high-cube container brings the controls, drives, climate systems and utility power together in a compact, transportable package.

The integrated control house

Room for the equipment.
Room to work.

The reference design uses a 20-foot high-cube ISO container, giving the automation a dedicated, finished environment. Equipment layout, working space and access are coordinated before the build.

  • Insulated shell with steel framing and finished interior
  • Dedicated steel personnel door
  • Industrial LED lighting
  • Controls, drives and internal utility distribution
Explore this container in 3D
Illustrative concept of a 20-foot container control houseConcept artwork. Final layout follows your approved design.

What’s inside the package.

A coordinated installation from the container shell to the electrical equipment.

Container format
20-foot high-cube ISO reference
Approximate exterior
20′ long × 8′ wide × 9.5′ high
Interior environment
R-13 insulation and finished liner
Personnel access
Insulated steel entry door
Climate systems
Dual industrial wall-mounted HVAC
Lighting
Four LED interior fixtures
Motor-control arrangement
Integrated PowerFlex drive installation
Utility power
480 V to 208/120 V distribution
Internal installation
Wireway, conduit, grounding and labeling
Pre-shipment checks
Continuity and insulation-resistance checks

Reference configuration. These features summarize the supplied 20-foot design basis. Final loads, equipment quantities, HVAC capacity, electrical ratings and included services are confirmed in the project proposal.

Built around the real operating conditions.

Equipment heat, site temperature and the required availability shape the climate-control design. Lead/lag and redundant arrangements can be specified with the capacity and operating sequence your process needs.

01

The controls you need

Define the PLC, HMI, I/O, networking and software scope around your process rather than assuming one architecture fits every application.

02

An organized installation

Equipment mounting, internal wiring, protected cable routes and terminations are planned as part of the complete assembly.

03

A clear site interface

Agree incoming power, grounding, field cable entries, offloading and startup responsibilities before the system is dispatched.

Your configuration, clarified.

What comes with the featured 20-foot configuration?

The reference configuration combines an insulated high-cube container, a finished interior, personnel access, LED lighting, dual industrial HVAC, utility power distribution, protected internal wiring, a main control panel and Allen-Bradley drive integration. Your proposal identifies the exact included equipment and services.

Are redundant HVAC and controls available?

Lead/lag HVAC and redundant arrangements can be specified. Controller, network, control-power and cooling redundancy address different failures, so we agree the required behavior and capacity for each system. The reference thermal arrangement is a design basis, not a universal N+1 guarantee.

Who handles delivery, offloading and startup?

The proposal assigns each responsibility. Transport can be coordinated with the project, while crane access, offloading, foundations, field terminations and commissioning are confirmed with you and your site team. This keeps delivery aligned with a prepared location.

Your process. Your location. Your next move.

Let’s put your control system
in a place that can go places.

Discuss Your Project