Quanchai-Powered ZL-A928Z Wheel Loader Combines 1.6-Ton Capacity with Compact Agility for Demanding Job Sites

The ZL-A928Z wheel loader emerges as a robust and versatile solution in the medium-duty material handling segment, engineered to deliver optimal performance across construction sites, agricultural operations, and industrial facilities. With a rated load capacity of 1600 kg and an operating weight of 4250 kg, this machine strikes a careful balance between substantial lifting power and practical maneuverability. Its dimensions of 5540 mm in length, 1940 mm in width, and 2720 mm in height create a footprint that allows it to operate effectively in confined spaces while maintaining stability during lifting and transport operations. The heart of the ZL-A928Z is the reliable Quanchai 4B2-75M22 diesel engine, which delivers 55 KW of power at 2400 r/min, providing ample torque for demanding loading tasks while maintaining fuel efficiency. This powerplant is specifically designed for industrial applications, offering durability and consistent performance under continuous operation. The loader's 0.85 cubic meter standard bucket capacity, with an available 1.2 cubic meter large bucket option, provides flexibility for various material types, from loose aggregate and soil to demolition debris and agricultural products. With a wheelbase of 2240 mm and wheel track of 1492 mm, the ZL-A928Z maintains excellent stability during loading cycles while the 20.5/70-16 tire size ensures good ground contact and traction across diverse terrains.

Performance characteristics of the ZL-A928Z wheel loader are carefully engineered to maximize productivity in real-world working conditions. The machine's 3200 mm dump height allows for efficient loading into standard trucks and containers, while the 980 mm dump distance ensures material can be placed precisely where needed without requiring the machine to position itself dangerously close to edges or obstacles. Perhaps one of the most significant operational advantages is the loader's minimal turning radius of 2750 mm, which enables exceptional maneuverability in tight spaces such as urban construction sites, warehouse yards, and processing facilities where space is at a premium. The Jinlite 265 high-low speed transmission system provides operators with smooth control across various working speeds, allowing for precise positioning during loading operations while maintaining power efficiency during travel between work areas. This transmission configuration enables the loader to operate effectively in both high-speed travel modes for moving between sites and low-speed, high-torque modes for demanding excavation and loading tasks. The combination of these performance metrics creates a machine that can transition seamlessly between different phases of material handling operations, from excavation and loading to transport and precise placement, without requiring multiple specialized machines.

The engineering philosophy behind the ZL-A928Z emphasizes durability, operator comfort, and service accessibility to ensure maximum uptime and productivity. The robust chassis and frame components are designed to withstand the stresses of daily loading operations, while the strategically placed service points facilitate routine maintenance and reduce service time. Operator ergonomics have been carefully considered, with intuitive controls, excellent visibility to the bucket and work area, and vibration-dampening features that reduce fatigue during extended operation periods. The loader's hydraulic system is engineered for responsive control of all loading functions, allowing operators to handle delicate placement tasks with the same machine that performs heavy-duty bulk material movement. Safety features integrated into the design include stability enhancements, reliable braking systems, and protective structures that meet industry standards for operator protection. The selection of high-quality components throughout the machine, from the Quanchai powerplant to the Jinlite transmission and heavy-duty axles, reflects a commitment to reliability that translates to lower total cost of ownership through reduced downtime and maintenance expenses over the equipment's operational life.