Package your process with a consistent control system.

Give your equipment a coordinated automation environment that can travel with the installation. EHouse Controls brings the container, control panels and internal integration into a repeatable project approach.

01 / The project perspective

Build a platform around your equipment

Standardize the architecture

Select an Allen-Bradley PLC, operator interface and motor-control platform suited to your product. Establish common conventions for equipment names, alarms, screens and communications.

Reuse what makes sense

Adapt preconfigured software building blocks and approved layouts across related systems. Each application still receives a review of its loads, I/O, functions and site requirements.

Define the interfaces

Agree how the container connects to your skids, instruments and customer utilities. Clear electrical and communication boundaries support coordinated design between the project teams.

02 / The project perspective

Prepare the system before it reaches the customer

Coordinate shop integration

Complete equipment mounting, internal wiring and identification within the control house. Plan any connection to process equipment during factory testing as part of the scope.

Create a useful handoff

Define drawings, software deliverables, operating information and spare-parts requirements early. Keep documentation aligned with the final equipment and approved configuration.

Plan for variations

Start with the required equipment and working space. Our 20 ft reference is one configuration; larger containers and alternative arrangements are engineered to order.

A few useful answers.

Can we supply the process design and control narrative?

Yes. Your equipment information and operating requirements establish the design basis. The project scope defines programming, integration, testing and startup responsibilities.

Can the same concept support multiple installations?

A shared platform can support repeat orders. Each destination is reviewed for supply voltage, environment, required approvals, transport and the specific process configuration.