Confirm the footprint
Use the approved finished dimensions, including external HVAC and other projections. Allow the specified personnel, equipment service and electrical working clearances around the installation.
Project Planning Guide
Prepare the site before the container arrives.
A clear site plan makes delivery and connection more predictable. Review access, supporting works, utilities and installation responsibilities alongside the control-house design.
01 / Planning guide
Location and access
Plan support and placement
Have the appropriate project professionals establish support, anchorage, drainage and site-specific structural requirements. Confirm the finished assembly's weight and placement arrangement before delivery.
Check the delivery route
Review road access, overhead obstructions, turning space and lifting access. Assign transport, offloading and rigging responsibilities, then coordinate the delivery sequence with the site team.
02 / Planning guide01 02 03
Power, connections and startup
Provide the electrical design inputs
Confirm supply voltage, phase, frequency, available fault current and grounding requirements. Coordinate incoming power and field cable routes with the approved connection drawings.
Prepare process interfaces
Identify motor, instrument and communication connections. Agree which contractor supplies and installs external cable runs, supports, penetrations and terminations.
Define readiness for startup
Schedule utility availability, inspections and process equipment readiness. Set the responsibilities for final checks, commissioning, operator handoff and completion of any site-dependent testing.
Put the plan to work.
Keep a copy for your project review, then share the details with our team.
A few useful answers.
Does delivery include offloading?
The proposal states the delivery and offloading responsibilities. Confirm the required equipment and lifting plan before scheduling shipment; freight and site placement are separate activities.
Which climate information should we provide?
Share the installation location, expected ambient conditions, elevation and environmental exposures. Equipment heat loads and those site conditions inform the thermal design.