BYD P20PS VII Core Configuration Description: Fork Specifications and Driving Speed

In the daily operation of an electric forklift, the size and speed of the fork are the core configuration indicators that affect the efficiency and adaptability of the operation. Understanding these parameters can help users better match the operation requirements and ensure the safety and smoothness of the operation.

Fork Specifications

Fork size parameters

The fork of this forklift is equipped with industry-standard length, width, and thickness specifications, which can meet the load-bearing requirements of conventional pallets and bulky goods. The width is suitable for the fork hole spacing of most general-purpose pallets, and the thickness can ensure structural stability within the rated load-bearing range. It is not prone to deformation.

Fork load adaptation

The rated load-bearing capacity of the fork matches the overall rated load of the forklift. During operation, it can be adapted to various types of cargo packaging, including wooden pallets, plastic pallets, and some regular goods without pallets. At the same time, the adjustable spacing design of the fork can be flexibly adjusted according to the width of the goods, enhancing the versatility of handling.

Driving speed description

No-load travel speed

In the absence of cargo, forklifts can achieve a more efficient driving speed, which can help operators quickly complete tasks such as movement and transfer within the venue, and improve the dispatching efficiency within the venue.

Full load driving speed

When the forklift truck carries the rated weight of the goods, the speed will be adjusted to a safer range, which not only guarantees the stability of the goods handling process, avoids the risk of the goods falling, but also maintains a certain operating efficiency to meet the rhythm requirements of routine handling operations.

Speed scene adaptation

The speed of the forklift can be flexibly adjusted according to the operation scenario. In narrow fields or crowded areas, it can be switched to low-speed mode to further enhance the safety of the operation. In open workplaces, high-speed mode can be adopted to accelerate the operation process.