Connect process, mechanical, electrical and site requirements around the product program and agreed project responsibilities.
Work back from the product program to line speed, cycle time, equipment capability, utility loads and bottlenecks.
Calculations use the agreed material, product mix and operating conditions. A project-specific calculation is required before selecting a model.
Review mechanical conditions, process parameters, control logic and operating practice together, using defect samples and operating data.
Agree inspection points, measurements and the troubleshooting plan against the observed defect and available operating data.
Distinguish the galvanizing routes for pipe, wire, structural workpieces and steel strip, then coordinate the relevant process sections.
Select the route against substrate, end use and the specified coating system; the same configuration is not assumed for every product.
Coordinate equipment interfaces, drive and tension controls, safety interlocks and operating information against the actual production task.
Confirm the automation boundary, handling and packaging scope, and acceptance criteria against site conditions and the investment objective.
Consider combustion, heat use, exhaust, acid mist, zinc fumes, wastewater interfaces and occupational safety during process design.
Confirm applicable environmental limits, utility conditions and responsibilities during project technical coordination.
Coordinate mechanical, electrical and layout design with core equipment, purchased components, utilities and site interfaces.
Supply and service responsibilities, applicable standards and deliverables are defined in the contract and technical documents.
Share product standards, feedstock, target output, current operating issues, available utilities and installation conditions.
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