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Material handling interfaces | Agrack glass storage transport rack
A glass transport rack is not automatically a four-way forklift pallet, and a standard Agrack rack does not include crane hooks. Choose the access and lifting interfaces from your actual equipment before production.
If your glass, window, or façade logistics involve more than one type of handling equipment, the interface must be settled before you confirm a glass storage transport rack. The practical answer for Agrack is straightforward: the standard configuration uses two-way forklift entry; four-way entry is available when a narrow-aisle layout, cross-docking route, or changing approach direction makes it necessary. Crane lifting is a separate option. The standard rack is supplied without lifting hooks unless the project specifically requires them.
This distinction matters because forklift pockets and lifting lugs carry different loads and impose different operating controls. Agrack is a welded Q235 carbon steel collapsible glass rack with a steel base, uprights, folding side structures, lashing points, and protective EPDM contact strips. The rack can support a returnable flow from production line to warehouse, truck, container, or jobsite, but the handling interface still has to match the customer’s equipment and approved operating method.
Two-way forklift entry is the default; four-way entry is a project option
The standard two-way forklift pocket is suitable when trucks approach the rack from a defined front and rear direction. This keeps the base structure simple and gives the operator a clear insertion path for in-plant transportation, loaded stacking, and container loading. It is often the right starting point for a fixed warehouse route where aisle direction and rack orientation are controlled. Four-way entry should be specified when operators must pick the rack from either side, when staging areas are congested, or when the rack must move between lanes with limited repositioning space. It is not a promise that every Agrack rack can be entered from four sides without design changes: the pocket layout, base reinforcement, load path, and clearance must be confirmed against the intended load and vehicle. The close-up below shows the kind of welded rectangular forklift entry pocket that must be matched to the equipment, not guessed from a catalogue drawing.
What forklift data should you send before the rack is designed?
Do not send only the forklift brand or nominal capacity. For a usable forklift interface, provide the truck model, rated capacity at the planned load centre, fork length, fork width and thickness, fork spacing or adjustment range, usable insertion length, and the lowest practical ground clearance. Also state the loaded rack weight, glass dimensions, load centre, turning radius limitations, aisle width, and whether the rack will be picked individually or as a folded stack. These details determine the pocket opening, pocket spacing, entry clearance, reinforcement, and safe operating envelope. Agrack reference configurations include 1,500 kg dynamic load and 4,500 kg static load, but these are reference values rather than a substitute for project confirmation. A heavier custom rack, a different glass centre of gravity, or a two-high loaded stack can change the required design. Forklift access must be checked with the actual fork data before fabrication.
Crane lifting requires optional lugs and a separate lifting review
Standard Agrack racks do not come with crane hooks. If a project needs the rack to travel from a production line directly to a façade or construction level, four corner lifting lugs can be designed as an option. A documented Agrack lifting application used four hooks for a loaded frame, but that project configuration must not be treated as a universal standard. The lug position, weld detail, sling arrangement, rated lifting capacity, load centre, and lifting angle must be reviewed against the actual rack and load. The crane, slings, shackles, exclusion zone, signal plan, and site lift procedure remain the responsibility of the lifting operation; the rack does not replace lifting equipment or a qualified lift plan. Use guide ropes where required to control orientation, and do not lift an unverified rack by its lashing hooks or forklift pockets.
Interface checklist for a safe handling specification
- Forklift direction: select two-way entry for a controlled route; request four-way entry when access direction or aisle restrictions justify the added design.
- Fork data: submit truck model, fork section, spacing, length, clearance, load centre, rack weight, glass size, and operating aisle conditions. The final pocket dimensions require project confirmation.
- Crane option: state whether loaded lifting is required. Crane lugs are optional, not standard, and must be designed with the rack, load, slings, and site lift plan in view.
- Protection and restraint: retain the 10 mm steel-cored EPDM strips with mechanical screw fastening, use the intended lashing hooks and straps, and keep the safety pin and front stop block in service. Do not remove the stop block or improvise a lifting point.