The AMR Scissor Lift Attachment AALS-2452-33 (Autonomous, Attachment, Lift, Single) has standard lift and lower functions that are controlled via Modbus signals from the AMR. The lift has two speed settings (high/low), controlled through the PLC. The lift functions may also be controlled in manual mode on the HMI panel for set-up or fault recovery purposes.
Loads rest securely on load rails built into the frame weldment during AMR movement, and tooling for load retainment is easily mounted to the deck, offering further load stability. This lift is compatible with a full complement of P&D stands, ranging from “bare stands” or stands with built-in IO sensor functionality to stands that are capable of raising and lowering in order to position loads at a more ergonomic work height.
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The AMR Scissor Lift Attachment allows an autonomous mobile robot to pick up, transport, and deliver pallets or specially designed carts without manual load handling. Its lifting deck raises and lowers the load at compatible pick-up and delivery stands, supporting automated material movement between production, storage, packaging, and other process areas.
The AALS-2452-33 Scissor Lift Attachment has a 3,300-pound weight capacity and a 9-inch lift stroke. The load and attachment must also remain within the selected AMR’s rated capacity. Load dimensions, weight distribution, center of gravity, and required transfer height should be reviewed when determining application fit.
The lift receives lift and lower commands through Modbus signals from the autonomous mobile robot. A programmable logic controller provides high- and low-speed settings for controlled movement. This communication allows the attachment and AMR to coordinate automated load pickup and delivery as part of the facility’s material-handling process.
Yes. Operators can use the 7-inch touchscreen HMI control panel to operate the lift in manual mode during setup or fault recovery. Normal production functions are controlled through the AMR and PLC. Manual operation gives authorized personnel a way to position or recover the attachment when automated operation cannot proceed.
Loads rest on rails built into the attachment’s frame weldment during transport. Additional load-retention tooling can be mounted to the deck when the application requires greater stability. The appropriate retention method depends on the load’s footprint, weight distribution, center of gravity, and behavior while the AMR accelerates, stops, and turns.
The attachment is compatible with multiple pick-up and delivery stand configurations. Options range from basic stands to models with integrated input/output sensors or powered height adjustment for positioning loads at a more ergonomic working level. The stand configuration should match the load, transfer sequence, required height, and facility controls.
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