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Versatile Features of the Agriculture Gasoline Powered Self-Powered Dynamo
The agriculture gasoline powered self-powered dynamo versatile cordless snow brush from Vigorun Tech stands out for its powerful capabilities. Equipped with a V-type twin-cylinder gasoline engine, this machine boasts a rated power of 18 kW at 3600 rpm, providing strong performance when tackling demanding tasks. The 764cc gasoline engine ensures that operators have ample power to handle various agricultural and snow removal applications seamlessly.
One of the notable features of this machine is its clutch system, which engages only when the engine reaches a predetermined rotation speed. This design enhances operational efficiency and safety by preventing unnecessary wear on the engine and ensuring that the machine operates smoothly under load. Operators can trust that the agriculture gasoline powered self-powered dynamo will perform reliably in any condition.
Moreover, the innovative design includes two 48V 1500W servo motors that provide robust power for challenging terrains. The built-in self-locking function ensures the machine remains stationary when throttle input is absent, effectively preventing unintended movement. This feature significantly enhances operational safety, making it a reliable choice for users in various environments.
Functionality and Performance
With a high reduction ratio, the worm gear reducer multiplies the already strong servo motor torque, delivering immense output torque for climbing resistance. In a power-off state, the friction between the worm and gear provides mechanical self-locking, which prevents the machine from sliding downhill during power loss. This feature ensures both safety and consistent performance on slopes, allowing operators to work confidently even in challenging conditions.
The intelligent servo controller regulates motor speed precisely, ensuring synchronized operation of the left and right tracks. This advanced technology allows the agriculture gasoline powered self-powered dynamo to travel in a straight line without constant remote adjustments. As a result, operator workload is reduced, and risks associated with over-correction on steep slopes are minimized, enhancing overall efficiency and safety in operations.
