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Features of the Agriculture Gasoline Powered 1000mm Cutting Width Compact Remote Handling Flail Mower
The agriculture gasoline powered 1000mm cutting width compact remote handling flail mower is engineered for versatility and efficiency in various agricultural tasks. Equipped with a powerful V-type twin-cylinder gasoline engine, specifically the Loncin brand model LC2V80FD, this machine boasts a rated power of 18 kW at 3600 rpm. The robust 764cc engine ensures strong performance, making it an excellent choice for any challenging mowing task.
The agriculture gasoline powered 1000mm cutting width compact remote handling flail mower also incorporates advanced technology to improve operational efficiency. With electric hydraulic push rods, users can adjust the height of attachments remotely. This feature streamlines operations, allowing for quick adaptations based on the terrain or specific mowing requirements.
Performance and Safety Features
Performance is enhanced by the incorporation of two 48V 1500W servo motors, which provide robust power and climbing capability. The built-in self-locking function ensures that the machine remains stationary until both power is activated and throttle is applied. This effectively prevents unintended movement, significantly improving operational safety during use.
Moreover, the worm gear reducer amplifies the already substantial torque provided by the servo motors, ensuring formidable output torque for climbing resistance. In case of power loss, the friction between the worm and gear delivers mechanical self-locking, thus preventing the machine from sliding downhill. This reliability is crucial for maintaining safety and consistent performance on slopes, especially in rugged terrains.
The intelligent servo controller is another notable feature, precisely regulating motor speed and synchronizing the tracks. This capability allows the agriculture gasoline powered 1000mm cutting width compact remote handling flail mower to maintain a straight line during operation, reducing the need for constant adjustments. This not only lightens the operator’s workload but also minimizes the risks associated with overcorrection, particularly on steep slopes.