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Features of the Strong Power Petrol Engine Self-Charging Battery Powered Compact Remote Handling Flail Mower
The strong power petrol engine self-charging battery powered compact remote handling flail mower is engineered with a V-type twin-cylinder gasoline engine, specifically the Loncin brand model LC2V80FD. This powerhouse offers a rated power of 18 kW at 3600 rpm, allowing it to deliver robust performance and reliability for various mowing tasks.
Equipped with a 764cc gasoline engine, this mower stands out for its impressive output of 18 kW, making it capable of tackling even the most challenging terrains. The engine features a clutch that engages only when the predetermined rotation speed is reached, ensuring optimal efficiency and performance during operation.
Safety is paramount in the design of the strong power petrol engine self-charging battery powered compact remote handling flail mower. The machine incorporates a built-in self-locking function that allows it to remain stationary unless both power is on and throttle is applied, effectively preventing unintended movement and enhancing overall operational safety.
Performance and Versatility
The strong power petrol engine self-charging battery powered compact remote handling flail mower is outfitted with dual 48V 1500W servo motors, providing powerful performance and excellent climbing capabilities. The high reduction ratio of the worm gear reducer multiplies the torque output from the servo motors, which is essential for overcoming steep inclines.
In addition to its climbing prowess, the mechanical self-locking feature of the worm and gear assembly ensures that the machine remains stable even in power-off situations. This innovative design prevents unwanted sliding downhill, which is a critical feature for maintaining safety during slope mowing tasks.
The intelligent servo controller plays a crucial role in optimizing the mower’s performance by precisely regulating motor speed and synchronizing the left and right tracks. This functionality allows the mower to maintain a straight path without requiring constant adjustments from the operator, thereby reducing workload and minimizing risks associated with overcorrection on steep slopes.
