CQY-1600mm
JG
1600mm
Customized
500kg
1
1600*650*1960mm
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Product Description
Manual Pallet Reach Stacker Description
Detail drawing
Manual Pallet Reach Stacker Description
A manual pallet reach stacker is a type of warehouse equipment used to lift, move, and position pallets and other heavy loads. Unlike powered forklifts, manual reach stackers require the operator to use physical force, often assisted by hydraulic mechanisms, to lift and move loads. Here's a breakdown of its main features and functions:
Manual reach stackers typically have a hydraulic lift system operated by a hand pump or pedal, with forks that can be adjusted to reach pallets or containers.
These stackers have an extendable reach mechanism, allowing the forks to extend forward to place or retrieve pallets in hard-to-reach areas, such as deeper shelves.
They can lift pallets to varying heights, often up to around 3 to 5 meters, depending on the model, although they typically have lower lifting capacity than electric or powered stackers.
Operators can manually push or pull these stackers, which have wheels to allow relatively easy movement across warehouse floors.
They are a practical solution for lifting and moving loads in more compact settings where electric or gas-powered machines may be unnecessary or impractical.
Specification
Manual Pallet Reach Stacker Specification
Model | Units | CQY-1600mm |
Load Capacity | kg | 500 |
Lift Height | mm | 1600 |
Load Center | mm | 500 |
Lifting speed | mm/s | 45 |
Forward shift | mm | 0-350 |
Lowering Speed | / | Controllable |
Overall dimensions | mm | 1600*650*1960 |
Fork length | mm | 800 |
Fork adjustment width | mm | 160-480 |
Min. ground clearance | mm | 85 |
Turning Radius | mm | 1200 |
Front wheel size | mm | 125*50 |
Rear wheel size | mm | 80*50 |
Self weight | kg | 150 |
Company profile
FAQ
A manual pallet reach stacker is a piece of material handling equipment designed to lift, move, and position pallets in warehouses or small storage facilities. Unlike powered stackers, it relies on hydraulic pumps, foot pedals, or handles to lift the load manually, making it suitable for lower-volume operations or tight spaces.
It is used to move pallets, lift materials to moderate heights, and place or retrieve pallets on low-to-mid-level shelves. They’re ideal for small warehouses, light manufacturing, or workshops where heavy-duty forklifts aren’t practical or necessary.
Typically, manual reach stackers can lift between 500 kg and 1,500 kg (around 1,100–3,300 lbs), though specific limits vary by model. It’s important to check the manufacturer's specifications to ensure safe lifting within the stacker’s capacity.
Most manual pallet reach stackers can lift loads to heights of around 1.5 to 3 meters (5–10 feet). Some models may go higher, but they are generally designed for moderate height stacking compared to powered stackers.
The hydraulic lift system is powered by a foot pump or handle. When pumped, hydraulic fluid is pushed into the lift cylinder, raising the forks. To lower the forks, a release lever or valve is operated, allowing the fluid to return to the reservoir, lowering the load.
They work best in small to medium warehouses with lower stacking requirements and moderate traffic. They’re less suited for high-volume, high-lift, or high-traffic facilities where powered forklifts would be more efficient.
To operate safely, ensure the load is within weight limits, distribute weight evenly, keep the load close to the ground when moving, and avoid lifting on inclines. Operators should be trained on proper lifting, moving, and lowering techniques to minimize injury risk.
Regularly inspect the hydraulic system for leaks, check and lubricate moving parts, ensure the wheels are clean and functioning, and inspect the forks for wear or damage. Maintenance keeps the stacker reliable and safe to use.
Pros: More affordable, low maintenance, easy to maneuver in small spaces, and eco-friendly since it requires no fuel or battery.
Cons: Limited lifting height and capacity, slower to operate, and requires more physical effort from the operator.
Consider factors like load weight and height requirements, available space, frequency of use, and operator capability. Choosing a model with the right load capacity, height range, and maneuverability ensures efficiency and safety.