The K3V140DT-9N09 is designed to deliver high efficiency and smooth operation, ensuring optimal performance in demanding working conditions.
It boasts a displacement of 140 cm³/rev, allowing for a substantial flow rate that enhances the excavator's productivity. This pump is engineered to meet the rigorous demands of heavy-duty applications, providing the necessary power for efficient digging, lifting, and other hydraulic functions.
One notable feature of the K3V140DT-9N09 pump is its exceptional pressure rating. It can handle pressures up to 34.3 MPa (4970 psi), enabling it to generate the force required for heavy lifting and digging tasks. This robust pressure capacity ensures that the excavator can operate effectively even in challenging environments, such as rocky terrains or when lifting heavy loads.
Moreover, the K3V140DT-9N09 pump incorporates advanced technology to enhance its performance and durability. It employs a swash plate design, allowing for precise control of the hydraulic fluid flow. This design ensures efficient power transmission and minimizes energy loss, resulting in improved fuel efficiency and reduced operating costs.
The pump is also equipped with a reliable piston mechanism that delivers consistent and smooth hydraulic flow. The pistons are made from high-quality materials, ensuring excellent resistance to wear and tear, and prolonging the pump's service life. Furthermore, the pump features a robust housing and seals that effectively protect it from external contaminants, ensuring its longevity even in harsh operating conditions.
The K3V140DT-9N09 pump is designed for easy installation and maintenance. It is compatible with various excavator models, providing versatility and ease of integration into existing hydraulic systems. Additionally, the pump's modular construction allows for straightforward disassembly and replacement of components, simplifying maintenance and reducing downtime.
In terms of operational safety, the K3V140DT-9N09 pump is equipped with multiple protective features.
It incorporates a pressure relief valve that prevents excessive pressure build-up, safeguarding the hydraulic system from potential damage. The pump also incorporates a temperature sensor that monitors the operating temperature, triggering an alarm or shutdown in case of overheating, thus preventing any critical failures.
