The difference between high gantry forklift and ordinary gantry forklift: Comparative analysis of BYD models

core parameter difference

Job height difference

The lifting height of ordinary gantry forklifts is generally less than 3 meters, the gantry structure is relatively simple, and the height of the whole vehicle after being stowed is relatively low, which can smoothly enter the underground warehouse and loading and unloading platform with low height limit, and adapt to the cargo transfer needs of conventional flat storage. The lifting height of high gantry forklifts can generally reach 4 meters to 6 meters, and some customized models can also adapt to higher stacking requirements. The gantry adopts a multi-section nested structure, and the operation stability has been specially adjusted to ensure the safety of high-level picking and unloading.

Carrying capacity difference

For the two models of the same tonnage level, the ordinary gantry forklift has stronger stability in the rated load range, and there will be no obvious load attenuation during the lifting process of the goods, which is suitable for the flat transfer of heavier goods. As the lifting height of the high gantry forklift increases, the rated load will be reduced within a reasonable range. When purchasing, it is necessary to choose the corresponding configuration according to the bearing requirements of the actual maximum operating height.

Application scenario difference

Applicable scenarios for ordinary gantry forklifts

Ordinary gantry forklifts are widely used in scenes such as loading and unloading, flat-level warehouse transshipment, and short-distance cargo transfer in the factory area. They have loose requirements for the height of the operating environment, relatively low operating thresholds, and faster start-up speed for beginners. They are suitable for users who mainly choose flat-level movement in the operation process.

High gantry forklift applicable scenarios

High gantry forklifts are mainly suitable for high-level three-dimensional storage scenarios, which can make full use of the vertical space of the warehouse and increase the storage density of the warehouse. They are suitable for e-commerce warehousing, cold chain warehousing and other industries with high stacking needs, and can effectively reduce the storage cost of unit goods.

BYD model selection suggestions

Suggestions for the selection of flat-bed operations

If the daily operation is mainly based on short-distance storage, transshipment, loading and unloading, you can choose the corresponding model of ordinary door frame, the purchase cost of the whole vehicle is lower, the cost of follow-up maintenance is relatively controllable, and the energy consumption performance is more in line with the needs of high-frequency and short-distance operations, which can reduce the comprehensive cost of long-term use.

Suggestions on the selection of high stacking operations

Users who use high-level stacking as their main operation requirements can choose the corresponding model with high gantry. The standard high-level operation safety auxiliary system of the model can reduce the operation difficulty of high-level operation, and the wear-resistant design of the gantry can also improve the service life of long-term high-frequency operation. Adapt to the needs of continuous operation.

When selecting a model, users can make a comprehensive judgment based on their own job height, load-bearing requirements, and scene attributes. They don't need to blindly pursue higher configurations and choose the model that best suits their job requirements.