When planning material handling processes for compact industrial sites, old warehouses or multi-story operation spaces, matching the specification parameters of handling equipment with existing site facilities is a core prerequisite for ensuring operation efficiency and personnel safety. As a widely applied electric handling tool, the BYD electric pallet jack’s weight and dimension data are important reference indicators for site layout planning, especially for scenarios that require frequent access to elevators and narrow doorways.

The overall weight of the standard model of this electric pallet jack covers the self-weight of the whole vehicle, the weight of the built-in power unit, and the rated load that can be carried during normal operation. The self-weight of the vehicle is kept within a reasonable range that balances structural stability and operation flexibility, which can effectively avoid excessive load pressure on the elevator floor during daily use. When carrying full pallet goods, the total combined weight of the vehicle and the goods shall be taken as the core reference value for elevator load calculation, and relevant data shall be cross checked with the elevator’s rated load bearing label before operation, so as to eliminate potential safety risks caused by overload.

In terms of dimension design, the overall width of the fork legs, the minimum turning radius, the total length of the vehicle body and the maximum height after the fork is lifted are all designed to adapt to the common narrow passage scenarios in industrial sites. The standard vehicle width is compatible with most conventional factory narrow doorways with a clear width of more than 1.8 meters, and the compact body structure will not cause scraping or collision with door frames during low-speed passing. For multi-story operation scenarios that require frequent access to freight elevators, users shall confirm the internal effective carrying size of the elevator car in advance, and reserve a safe space of no less than 15 cm on each side of the vehicle body when planning the entering and leaving route, so as to avoid jamming caused by dimension deviation.

When carrying out site layout optimization for narrow aisles and elevator access areas, operation management personnel can combine the actual use scenarios to reserve sufficient operation turning space at the entrance of the elevator and both sides of the doorway, and mark the safe operation area on the ground to guide operators to travel along the fixed route. It is also recommended to arrange a pre-inspection link before the equipment is put into formal use, so as to adjust the site layout details according to the actual measured parameters of the equipment, which can further improve the smoothness of daily material handling operations.