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How does the lifting capacity of a Light- Duty Walkie Power Stacker With Straddle Leg 1000/1200KG Capacity Lifting Height 1600-3500mm vary, and what factors influence it?
The lifting capacity of a (Lithium Battery as option) Light- Duty Walkie Power Stacker With Straddle Leg 1000/1200KG Capacity Lifting Height 1600-3500mm can vary based on several factors, and it's essential to understand these factors to determine the right stacker for a specific application. Here are the key factors that influence the lifting capacity of a full electric stacker:
Maximum Lift Height: The maximum height to which a full electric stacker can lift loads significantly affects its capacity. Generally, the higher the lift height required, the lower the maximum lifting capacity due to the limitations of the mast and stability.
Load Center: Load center refers to the horizontal distance from the front of the forks to the center of gravity of the load. Most stackers are rated for a specific load center (e.g., 24 inches or 600 mm). If your load's center of gravity is different, it can affect the stacker's capacity.
Fork Length: The length of the forks on the stacker can impact its lifting capacity. Longer forks are better suited for handling larger loads, while shorter forks may limit the capacity.
Fork Width: The width between the forks can also impact capacity. Narrow forks are suitable for narrower loads, while wider forks can handle broader loads.
Load Type: The nature of the load, such as its shape, size, and weight distribution, is crucial. Irregularly shaped or unbalanced loads may reduce the stacker's effective lifting capacity.
Battery Voltage and Power: The stacker's power source (battery voltage) and its overall power can impact its lifting capacity. A stacker with a more potent electric motor may be able to lift heavier loads.
Stability and Design: The stacker's design, including its wheelbase, counterbalance weight, and stability features, will influence its capacity. A stacker with better stability features can handle heavier loads safely.
Tire Type: The type of tires on the stacker can also affect capacity. Pneumatic tires offer more cushioning and stability, which can be beneficial for heavier loads.
Operator Skill: The skill and experience of the operator can impact the stacker's effective capacity. An experienced operator may handle loads closer to the machine's rated capacity safely.
Environmental Conditions: Environmental factors, such as the condition of the floor (e.g., smooth concrete or rough terrain) and the presence of inclines or slopes, can impact a stacker's capacity.
Regulations and Standards: Compliance with industry regulations and standards is critical. The stacker's rated capacity should meet or exceed these requirements.

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