Push loader

Aiming at the characteristics of loading, moving, leveling and excavation of the push-loader, a power matching control strategy for compound action under high traction is developed to meet the needs of compound action operations such as push-digging and push-loading, and achieve the best efficiency, economy and experience. excellent.

On the one hand, the high-efficiency range of the hydrostatic transmission system is matched with the rated working conditions of the whole machine, so as to improve the efficiency of the transmission system as much as possible; The resulting fluctuations in engine speed, thereby reducing fuel consumption.

Through the application of FAE technology, the structural strength of large structural parts such as the main frame, trolley, and working device has been simulated and verified through appropriate “margin” reserves to ensure that they are always reliable, and all key components have been rigorously tested before installation. experimental detection.

The new tetrahedral structure cab is comfortable and convenient to operate.

One machine for all job site tasks including loading, moving, levelling and excavation.

● The industry’s first, one machine is multi-purpose: one machine is multi-purpose, which can realize various functions such as loading, moving, leveling, and excavation, and can be used in various typical working conditions such as urban underground space, wetland earthwork, mines, and steel mills.
● Strong operating capacity: Compared with excavators and wheel loaders, the tractive force is larger, reaching more than 250kN, which is suitable for heavy load conditions.
● High construction efficiency: large bucket capacity, three items and time ≤10.6s, high loading efficiency, can be turned on the spot, more flexible, compared with the existing construction method, the comprehensive construction efficiency is more than 15% higher.
● Strong adaptability to working conditions: Compared with wheel loaders, the crawler chassis has a lower ground pressure and better adaptability to complex ground conditions.