Conventional Load and Rising Parameters of 1.5-ton Reach Lithium Battery Forklift

As a common model suitable for narrow aisles in electric storage equipment, the conventional parameters of the 1.5-ton reach lithium-ion forklift directly affect its application scenarios and operation efficiency.

In terms of conventional load parameters, the standard load rating of this type of vehicle is usually set based on the center distance. In most cases, when the standard center distance is 500mm, the rated load is 1.5 tons. This means that when the center of gravity of the goods falls within 500mm of the front of the fork, the vehicle can carry a weight of 1.5 tons stably for operation. Some models may adjust the actual safe weight that can be carried according to the different configuration of the fork. For example, when using an extended fork, the load capacity needs to be appropriately reduced, and the specific operating instructions attached to the vehicle shall prevail. When operating in a narrow aisle, the rated load parameter is one of the core indicators to determine whether the vehicle can match the daily handling needs. If the long-term handling of goods close to or slightly exceeds the rated range and the center of gravity is reasonable, it is necessary to consult a professional in advance to confirm the long-term stability of the vehicle.

In terms of conventional lifting parameters, the minimum and maximum lifting heights of 1.5-ton reach-out lithium-ion forklifts have a certain industry-wide range. The minimum lifting height can usually be adapted to most standard pallets, and the common value is between 80mm and 120mm, which is convenient for picking and unloading pallet goods from the ground or low-level shelves. The maximum lifting height is divided into two parts: the effective lifting height and the free lifting height. The free lifting height refers to the height at which the fork can rise when the inner gear of the gantry is fully extended and the outer gear remains stationary. It is suitable for completing the movement of goods before stacking in low spaces such as truck compartments and low-floor warehouses. The free lifting height of mainstream models is generally between 1.5 meters and 2.5 meters. Some models can customize higher free lifting configurations according to their needs. The effective lifting height refers to the maximum height that the fork can reach after the inner and outer gears of the gantry are extended. The common conventional effective lifting height is between 4 meters and 8 meters, which can cover the operation requirements of most ordinary three-dimensional warehouses and multi-layer flat warehouses.

In practical use, load and lift parameters are interrelated. When the lift height exceeds a certain value, the rated load of the vehicle will decrease. This change also requires reference to the vehicle's operating instructions or professional technical guidance.