Application Scenario of BYD CPD18S Three-pivot Forklift: Analysis of Narrow Channel Storage Operations

Characteristics of Operation Requirements of Narrow Channel Storage

As the cost of storage space increases, narrow-channel storage has become the core model for improving space utilization, which places high demands on the flexibility and space adaptability of handling equipment.

The core advantages of three-pivot electric forklifts adapted to narrow passages

Steering and fuselage design for tight spaces

The three-pivot structure makes the turning radius of the forklift smaller, and the required channel width during operation is only about two-thirds that of the counterweight forklift. It can easily adapt to narrow passages with a width of 1.8 to 2.5 meters, maximizing the use of storage space.

Operational performance meets storage requirements

The electric drive characteristics of this type of forklift bring low noise, low emissions, and are suitable for storage scenarios with strict environmental control. At the same time, the lifting height can reach more than 10 meters, meeting the needs of high-level shelves for picking and unloading goods. It is suitable for narrow aisle operation of multi-layer shelves.

The specific application scenarios of three-point electric forklifts

E-commerce warehouse sorting area

During the daily and large-scale promotion period of e-commerce, the sorting area is equipped with narrow channels to achieve high-density layout, and the three-point electric forklift can flexibly steer within the channel, quickly handle and turn around, reduce operation waiting time, and improve sorting efficiency.

Low temperature storage scenario

Low-temperature storage requires strict equipment handling and space adaptability. The compact design and low-temperature adaptability of the three-point electric forklift can stably complete the cargo handling in a narrow channel in a cold environment.

Selection and application precautions

When selecting, the forklift with the corresponding turning radius should be selected according to the actual width of the storage channel, and the lifting capacity should be matched with the height of the shelf to ensure the adaptability of the equipment to the scene and avoid space waste or work obstruction.