The load capacity of an economical walking stacker refers to the maximum weight of goods that it can safely and stably carry and stack. This parameter varies depending on the model, design and manufacturing materials of the stacker. Generally speaking, the load capacity of an economical walking stacker ranges from several hundred kilograms to several tons. For example, some low-specification push stackers may only be suitable for carrying light to medium-weight goods, and their load capacity usually does not exceed 1 ton (1000kg). Some push stackers with more sturdy designs and made of high-strength materials may have a higher load capacity and can meet the needs of larger warehouses or factories.
The lifting height refers to the maximum height to which a push stacker can lift goods. This parameter is also affected by the model, design and manufacturing level of the stacker. The lifting height range of an economical walking stacker is generally between a few meters and more than ten meters. Specifically, the lifting height of a low-level push stacker is usually less than 5 meters, which is suitable for split high-rise shelf warehouses and simple stereoscopic warehouses.
In practical applications, the load capacity and lifting height of the push stacker need to match each other. If the load capacity is too high and the lifting height is insufficient, or the lifting height is too high and the load capacity is insufficient, the stacker may not work properly or there may be safety hazards. Therefore, when choosing a hand-push stacker, it is necessary to determine the appropriate load capacity and lifting height range according to the actual use requirements and warehouse environment.
The load capacity and lifting height of a hand-push stacker are also affected by other factors, such as the load capacity of the fork, the material and design of the walking wheel, etc. The load capacity of the fork depends on its material, structure and design. Generally speaking, in order to withstand a larger load, the fork may need to use a stronger material and a more reasonable structural design. At the same time, the material and design of the walking wheel also affect the load capacity of the hand-push stacker. For example, the walking wheel made of polyurethane has good wear resistance and load-bearing capacity.
economical walking stacker is widely used in various warehouses and logistics centers due to its flexibility and economy. In small warehouses or places with limited storage space, low-specification hand-push stackers are favored due to their compact design and small size. In large warehouses or places where a large amount of goods needs to be handled, you may need to choose a hand-push stacker with a higher load capacity and lifting height.
When using a hand-push stacker, you need to pay attention to the following points: first, make sure that the load capacity and lifting height of the stacker meet the actual needs; second, regularly check and maintain the various components of the stacker to ensure that they are in good working condition; finally, comply with operating procedures and safety regulations to avoid accidents.
The load capacity and lifting height range of the economical walking stacker vary depending on the model, design and manufacturing level. When selecting and using it, it is necessary to determine the appropriate parameter range based on actual needs and warehouse environment, and comply with operating procedures and safety regulations to ensure its normal operation and safe use.
