Detailed introduction of BYD CPD16S gantry configuration and rated lifting capacity

Analysis of gantry configuration

The door frame structure features: The door frame of this electric forklift is made of high-strength steel. The overall structure has been mechanically optimized and has good anti-deformation ability. The multi-stage telescopic door frame design can flexibly adapt to the storage needs of goods at different heights. Whether it is a low-level shelf or a high-level storage area, it can meet the operation requirements. The connection part of the door frame adopts precision technology to ensure the stability of the lifting process and reduce the safety hazards during operation.

The lifting performance of the gantry: The lifting transmission system of the gantry adopts low-noise and high-response components, and the lifting speed can be adjusted according to the needs of the operation, which not only meets the needs of efficient transshipment, but also maintains a smooth handling of precision goods to avoid damage to the goods. The falling speed of the gantry is precisely controlled, which can realize the smooth landing of goods and adapt to various fine operation scenarios.

Rated lifting capacity description

The core index of the rated lifting weight: The rated lifting weight of this type of electric forklift refers to the maximum cargo weight that can be safely carried under standard operating conditions. This parameter is one of the key criteria for selecting a forklift, which directly determines the working range and capacity of the forklift. The setting of the rated lifting weight fully considers factors such as structural strength and stability to ensure the safety of the operation.

Application scenarios of rated lifting capacity: Combined with the support design of the gantry, the rated lifting capacity of this forklift covers common scenarios such as warehouse cargo turnover and workshop material handling. During operation, it is necessary to strictly follow the rated lifting capacity standard to avoid overload operation affecting the service life of the equipment, while reducing safety risks.