Analysis of Dimensions and Weight Parameters of BYD CPD16S Counterbalance Forklift

Analysis of vehicle size parameters

Body base length

The body length parameter of this counterbalanced forklift is a key indicator for adapting to the operation of narrow storage passages. The numerical design combines operation flexibility and cargo stability, which can meet the traffic needs of most indoor and outdoor cargo transshipment. By reasonably optimizing the front and rear overhang length, the overall length of the body can be controlled while ensuring the forklift working space, and the site adaptation threshold can be reduced.

Body width and height parameters

The width of the vehicle body is suitable for the forking operation of the standard pallet, and the efficient forking of conventional goods can be achieved without additional adjustment; the height of the vehicle body distinguishes the lifting state of the gantry, and the height of the driving state is suitable for the space such as the warehouse door head and the shelf gap. The height of the lifting operation matches the picking and placing needs of the corresponding shelf, and the parameter design takes into account multi-scene adaptation.

Self-weight parameter analysis

The relationship between self-weight and job stability

The weight parameters of this forklift truck have been scientifically calculated to form a reasonable counterweight ratio with the rated load to ensure that there will be no risk of forward tilting when forking heavy-duty goods, in line with industry safety standards. The weight value balances the stability and maneuverability of the body, which not only avoids the decline of site adaptability due to excessive weight, but also does not affect the safety of heavy-duty operations.

The impact of self-weight on energy consumption

Reasonable weight parameters can reduce driving energy consumption, reduce additional power output consumption under the premise of meeting operation stability, improve operation efficiency while reducing long-term use of energy consumption costs, parameter design takes into account safety and economy. Each parameter has been verified by actual working conditions and is suitable for the operation needs of warehousing, distribution and other scenarios.