Container reach stacker: Selection, Configuration and RFQ Guide

Stack position: application and input specification

Container reach stackers use a telescopic boom and container attachment to move and stack freight containers. Reach, stack position and load condition govern selection; a nominal lifting capacity does not describe every row, tier or attachment configuration the truck may encounter.

Provide container sizes, loaded masses, centers of gravity and required stacking positions. Include first and deeper rows, stack heights and any rail or vehicle handover. State whether handling concerns freight containers only or requires a separately reviewed intermodal attachment.

Draw the whole stack rather than isolated pickup points. A desired row may be obstructed by adjacent containers or require a different approach path. Evaluate boom and attachment clearances together with truck movement, leaving room for the site's ordinary traffic and work procedures.

Yard: configuration tradeoffs

Compare the applicable capacity chart, wheelbase, boom geometry, spreader and any support arrangements against the yard plan. Different reach positions can have different permitted loads. A photograph of one family member cannot establish the rating for another truck configuration.

Container mass information must be reliable enough for the operating method. Include unusual cargo distributions and the source of load data in the application review. Do not equate a standard container's external dimensions with a uniform load center inside that container.

Process integration and handover points

Coordinate truck approaches to stacks, road vehicles and rail tracks with traffic lanes and terminal procedures. Define container identification and communication needs. The spreader, locking indication and control interfaces must correspond to the exact container types and handling method proposed.

Pavement design is a project dependency. Heavy wheel loads and repeated turns can damage an unsuitable surface even when the machine can physically traverse it. Obtain the configuration-specific loading information and agree who assesses the yard before treating a handling proposal as installation ready.

Installation and maintainable operating arrangements

Assess pavement loading and condition with the responsible civil designer and truck supplier. Review gradients, wind exposure, drainage, charging or refueling, service access and lifting routes. Include axle and tire requirements for the actual configured machine and load cases.

A spreader choice should follow container geometry and required engagement. Specify length variants and any special locking or rotation functions. Review the operator's indication and response when engagement is uncertain, and keep attachment maintenance within the same handover documentation as the truck.

Acceptance evidence for attachment

Demonstrate authorized handling tasks at the specified stack positions with representative containers and trained operators. Check clearances, load-control behavior, visibility and attachment indication, documenting the approved capacity conditions rather than extrapolating from an unloaded yard demonstration.

Duty cycle determines energy and service planning. Record loaded travel, lifting, waiting and shift changes over the intended terminal operation. Electric and combustion configurations require different site provisions; compare the complete replenishment and maintenance arrangement without assuming one brochure cycle represents the yard.

OEM/ODM scope and future changes

OEM fleet identification and terminal interface requests can enter the inquiry. ODM attachments, control integration or special handling geometries require manufacturer engineering review, revised rating documentation and coordinated acceptance; the reference image does not imply an IndustryApex agency appointment.

Retain the accepted yard layout, load cases and capacity documentation as an operating baseline. New stack heights, additional reach or a replacement attachment should be reviewed before use. These changes can alter a critical handling condition even when the truck itself remains unchanged.

Image reference: Konecranes SMV 4531 C container reach stacker. The illustrated manufacturer configuration does not establish stock, an agency appointment or permission to relabel it. OEM/ODM requests require a written feasibility response for the actual proposed equipment.