Description of basic parameters of the vehicle
Rated load and walking lifting parameters
The rated load of this 4-ton lithium forklift is set to 4 tons under standard working conditions, the maximum speed of full load is in line with the mainstream performance level of the industry, the maximum lifting height of full load can be adapted to the needs of most conventional warehousing operations, and the turning radius of the whole vehicle is optimized. The steering operation can also be flexibly completed in the storage area with limited channel width. The weight of the whole vehicle is controlled in a reasonable range, and the compliance counterweight structure is matched to ensure the stability of the driving and operation process.
Power system core configuration
Lithium battery unit performance
The lithium battery power unit equipped with this model has excellent charging efficiency and supports fast charging mode. Under daily working conditions, the battery life after full charge can cover the needs of regular 8-hour operation. The battery cycle life meets the industry's high standards, and there is no need to maintain electrolyte and other consumables frequently. The use process is more worry-free, and the comprehensive energy consumption cost for long-term use is controlled at a low level.
Control and safety package configuration
Human-machine interaction and safety protection mechanism
The control system adopted by the whole vehicle has been ergonomically optimized, and the damping design of the steering wheel and operating lever fits the usage habits of ordinary operators, and it is not easy to produce additional fatigue after long-term operation. The whole vehicle is equipped with a number of safety protection mechanisms, and the functions of automatic prompt for speeding, ramp slow descent, and fork overload warning are complete, which can effectively reduce the risk of misoperation during operation. It can be adapted to factory warehousing, logistics parks, bulk cargo transshipment and other types of operation scenarios
