PS16CB-ION

Counterbalanced stand-up rider lithium stacker with 1600 kg load capacity

PS16CB-ION

Counterbalanced stand-up rider lithium stacker with 1600 kg load capacity

The PS CB lithium counterbalanced stacker series is ideal for applications where stacked loads on low and medium-height racks are limited to a few hours per day. This version of 1600 kg load capacity has 6 standard lift heights ranging from 1600 to 4000 mm, with 150 or 200 Ah battery.

more information

	Designation
	PS16CB1600-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 1600 mm, battery 150 Ah Weight : 2310 kg
	PS16CB1600-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 1600 mm, battery 200 Ah Weight : 2320 kg
	PS16CB2500-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 2500 mm, battery 150 Ah Weight : 2310 kg
	PS16CB2500-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 2500 mm, battery 200 Ah Weight : 2320 kg
	PS16CB3000-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3000 mm, battery 150 Ah Weight : 2310 kg
	PS16CB3000-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3000 mm, battery 200 Ah Weight : 2320 kg
	PS16CB3200-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3200 mm, battery 150 Ah Weight : 2310 kg
	PS16CB3200-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3200 mm, battery 200 Ah Weight : 2320 kg
	PS16CB3600-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3600 mm, battery 150 Ah Weight : 2310 kg
	PS16CB3600-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 3600 mm, battery 200 Ah Weight : 2320 kg
	PS16CB4000-ION150AH Self-propelled counterbalance stacker 1600 kg lithium, lift 4000 mm, battery 150 Ah Weight : 2310 kg
	PS16CB4000-ION200AH Self-propelled counterbalance stacker 1600 kg lithium, lift 4000 mm, battery 200 Ah Weight : 2320 kg

DESCRIPTION

TECHNICAL CHARACTERISTICS

Title
Stockman Lithium self-propelled counterbalance stacker 1600 kg, lift 1600 to 4000 mm

Product introduction
The PS16CB-ION is a professional lithium electric stacker designed for pallet handling, storage and internal logistics. The product family covers the technical range shown in the French description and the available variants.

Use context and work environments
It is suitable for warehouses, workshops, production supply, storage aisles, docks and professional logistics areas.

Product advantages
The range focuses on ergonomics, precise lifting control, robust construction and reliable branded components.

Technical characteristics explained
Technical differences between variants include capacity, lifting height, mast type, battery capacity and, when applicable, initial lift or counterbalance construction.

Structure, chassis and load
The chassis design, reinforced protection and stable support points are intended for daily professional use.

Speed and movement
Travel performance depends on the model family, floor conditions, load and operating procedure.

Manoeuvrability and dimensions
The compact design and mast choices help adapt the stacker to different aisle and height constraints.

Wheels and rolling
The wheel equipment listed in the data sheets supports regular handling on industrial floors.

Power, motorisation and autonomy
Lithium batteries and high quality drive components support uptime and maintenance control.

Ergonomics, MSD prevention and safety
Long tiller design, proportional lifting and a stable structure help reduce operator strain and improve control.

Productivity and operational gains
The correct variant helps reduce handling time, improve pallet positioning and maintain workflow continuity.

Product summary
PS16CB-ION is a lithium electric stacker family for professional pallet handling.

Typical applications
Typical applications include pallet stacking, order preparation, line supply and internal logistics.

Target users
It is intended for industrial buyers, distributors, logistics managers and professional operators.

Conclusion and contact orientation
Model choice should be based on capacity, lift height, mast type, battery capacity and site constraints.