BYD CPD20 Forklift Dimensional Parameters and Adaptability Analysis of Different Working Spaces

CPD20 forklift core size parameter description

Body basic size parameters

The core dimensions of this counterbalanced electric forklift are designed around the needs of conventional pallet handling. The total length of the vehicle without forks is controlled within a reasonable range, the width of the vehicle body adapts to the placement needs of most standard pallets, and the minimum ground clearance can cope with small raised obstacles on flat roads. The height of the vehicle when the door frame is completely dropped can adapt to the traffic requirements of most conventional indoor spaces. When matched with different configurations of door frames, the maximum lifting height can cover the stacking needs of most high-level shelves. The minimum turning radius of the vehicle has been optimized to further compress the required passage space.

Adaptation Logic Analysis of Different Work Spaces

Conventional flat library job adaptation

When the reserved channel width of the ordinary flat storage space meets the requirements of the conventional pallet plus the operating margin, the forklift can smoothly complete the whole process of turning, stacking, and transshipment, without the need to modify the existing space, and adapt to the daily operation requirements of most conventional logistics warehousing.

Dense storage scenario adaptation

For work spaces with denser shelves and smaller reserved channel widths, the advantage of this forklift's small turning radius can be fully exploited, and the operator does not need to significantly adjust the angle of the vehicle body to successfully complete the passage, pick and release operations, reducing the probability of the vehicle body scratching the shelves and bumping the goods.

Factory cross-scenario transfer adaptation

In a factory transshipment scenario that includes workshops, freight elevators, and different warehouses, the forklift's body height and width parameters meet the access size requirements of most conventional industrial doors and freight elevators, and it is not necessary to make large-scale modifications to the entrance and exit in advance. It is possible to smoothly complete the transfer of goods between different regions.

In the process of actual selection and reference, users can map the core values such as channel width, door opening height, shelf spacing, etc. of their own working space in advance, and check the matching parameters against the equipment size parameters, which can further improve the equipment adaptability and ensure the smooth operation process.