The K3V180DTH hydraulic pump is a high-performance pump designed to deliver exceptional power and efficiency.
It is manufactured by Kawasaki Precision Machinery, a renowned company known for its expertise in hydraulic systems. This particular pump is specifically engineered to meet the demanding requirements of the Hyundai R360 excavator.
With a displacement of 180 cm³/rev, the K3V180DTH hydraulic pump provides a substantial flow rate, ensuring rapid and efficient operation of the excavator's hydraulic system. It is capable of delivering a maximum pressure of 350 bar, allowing the R360 to handle heavy loads and challenging working conditions with ease.
One notable feature of the K3V180DTH hydraulic pump is its advanced control system. It incorporates a hydraulic servo system that enables precise control of the pump's output. This ensures accurate and responsive operation, allowing the excavator operator to have precise control over various hydraulic functions such as boom movements, bucket operation, and arm control.
The pump's design includes a swash plate mechanism, which enables variable displacement control. This means that the pump adjusts its displacement according to the required hydraulic flow, optimizing energy consumption and reducing unnecessary strain on the engine. As a result, the excavator benefits from improved fuel efficiency and reduced operating costs.
Furthermore, the K3V180DTH hydraulic pump is built with durability in mind.
Its robust construction and high-quality materials make it capable of withstanding the rigors of heavy-duty applications. This ensures long-term reliability and minimizes downtime for maintenance and repairs, allowing the Hyundai R360 excavator to operate consistently in demanding environments.
The pump's compact size and lightweight design contribute to its overall efficiency. It can be easily integrated into the excavator's hydraulic system without adding excessive weight or occupying valuable space. This is particularly beneficial for the R360, as it allows for enhanced maneuverability and improved overall performance.
