Line-side stacking and low-medium warehouse storage.
Use it where pallets must be raised into racks, platforms or buffers and the approach geometry suits straddle-free pallet entry.
Low and medium pallet stacking
Electric pallet stacker.
A compact lift vehicle for placing pallets above floor level where a full counterbalance forklift is unnecessary and aisle space matters.
Reference familyPSE15/20-CConfigured & supplied by COWPIGGY
Rated capacity1.5 / 2.0 t*Model dependent
Reference lift1,600–3,600 mm*Residual capacity must be checked
Overall width820 mm*Truck body
Turning radius1,487 / 1,670 mm*Model dependent
01 / Application fit
Add lift without adding a full-size truck.
A stacker works best with compatible open-bottom pallets and defined rack interfaces. Rated capacity alone does not describe what remains available at the required height.
Pallet underside, rack clearance and residual capacity.
Closed-bottom pallets, high lift, uneven floors or frequent long-distance travel may require another family or a different mast and chassis.
02 / Task principle
Carry the pallet inside the mast geometry.
The stacker’s compactness comes from how its forks, load arms and mast work around the pallet.
Engage the pallet
Fork and load-arm geometry must match the pallet underside.
Raise within the mast
The selected mast provides the target fork height while retaining usable capacity.
Approach the rack
Aisle width, turning radius and rack clearance control placement.
Lower onto support
The pallet is placed, forks withdrawn and mast cleared safely.
03 / Reference features
Designed around controlled lift and maintainability.
The reference family combines ride-on support with a relatively narrow body.
Lift-truck mast steel
The supplier highlights dedicated mast sections for strength and durability.
Ergonomic control handle
Operator controls are grouped for travel and lift functions.
Folding platform
A standard platform and protective arms support ride-on operation when appropriate.
8 mm guard panel
The reference specification highlights reinforced protective structure.
Modular service design
External programming access and modular construction support maintenance.
Battery alternatives
The 2.0 t reference lists a higher-capacity battery option.
04 / Reference specification
Engineering data.
Both model columns are retained so the aisle and energy trade-off is visible.
* Supplier reference data. Final mast, residual capacity, lowered height and aisle requirement must be confirmed with the load and rack drawing.
| Parameter | PSE15-C | PSE20-C |
|---|---|---|
| Rated capacity | 1.5 t | 2.0 t |
| Load centre | 600 mm | 600 mm |
| Lift height | 1,600–3,600 mm | 1,600–3,600 mm |
| Lowered fork height | 85 mm | 85 mm |
| Overall width | 820 mm | 820 mm |
| Fork size | 60 / 180 / 1,150 mm | 60 / 180 / 1,150 mm |
| Fork outside width | 570 / 685 mm | 570 / 685 mm |
| Aisle: 1,000 × 1,200 crosswise | 2,330 mm | 2,545 mm |
| Aisle: 800 × 1,200 lengthwise | 2,275 mm | 2,520 mm |
| Turning radius | 1,487 mm | 1,670 mm |
| Gradeability loaded / unloaded | 5 / 10% | 5 / 10% |
| Battery reference | 24 V / 106 Ah | 24 V / 106 Ah; 210 Ah option listed |
05 / Project configuration
Match mast, pallet and rack as one geometry.
A stacker is selected around the load at height, not the floor-level capacity label.
Mast and capacity
Set the lift envelope.
- Top fork height
- Collapsed mast / doorway height
- Residual capacity at target height
Pallet and forks
Verify physical compatibility.
- Open or closed pallet underside
- Fork outside width
- Load length and centre
Aisle operation
Model the actual placement movement.
- Right-angle stacking aisle
- Rack beam and upright clearance
- Pedestrian and vehicle traffic
Duty and environment
Protect availability.
- Lift cycles and travel distance
- Charging plan
- Cold, wet or corrosive exposure
06 / Selection brief
Send the rack elevation.
A front view and plan view of the rack make the lift requirement measurable.
Start my fleet brief ↗- Load and load centre
Maximum weight, pallet dimensions and centre of gravity.
- Rack geometry
Beam heights, top load level, clear opening and pallet support.
- Aisle and doorway
Clear width, turns, entrances and mast-height constraints.
- Cycle demand
Lifts per hour, travel distance, shifts and charging time.
- Operating environment
Floor, temperature, cleaning exposure and hygiene zone.
Related vehicles
Compare the pallet journey.
Use floor transport below the rack and reach equipment when height or aisle pressure increases.
Will the pallet and rack accept a compact stacker?
Send the pallet underside, rack drawing, lift height and aisle width for review.