The K3V180DT-9C69 pump boasts a maximum displacement of 180 cc/rev, allowing it to deliver a high flow rate, enabling smooth and powerful operation of the excavator's hydraulic system.
It features a compact and robust design, ensuring durability and longevity even in harsh working conditions.
One of the key highlights of this hydraulic pump is its advanced control system. The K3V180DT-9C69 incorporates a precise and responsive servo system that allows for accurate control of the pump's displacement. This feature ensures precise movement and positioning of the excavator's various hydraulic actuators, enhancing overall operational efficiency and productivity.
The pump's pressure rating is another notable specification. The K3V180DT-9C69 offers a maximum pressure of up to 350 bar, enabling it to handle heavy-duty applications with ease. The high-pressure capability ensures reliable and consistent performance, even when operating under extreme loads.
Furthermore, the K3V180DT-9C69 pump is designed for optimal energy efficiency. It incorporates advanced hydraulic technologies and components that minimize internal leakage and pressure losses, resulting in reduced power consumption and increased fuel efficiency. This not only helps lower operating costs but also promotes environmentally friendly operation by reducing carbon emissions.
The hydraulic pump is also equipped with a range of safety features to protect both the pump and the excavator's hydraulic system.
It includes integrated pressure relief valves, which prevent excessive pressure buildup and safeguard against potential damage. Additionally, the pump incorporates high-quality seals and bearings to ensure leak-free operation and minimize maintenance requirements.
Maintenance and serviceability are essential considerations for any hydraulic component, and the K3V180DT-9C69 excels in this aspect as well. Partsdic® has designed this pump with easy access to key components, making routine maintenance and repairs straightforward. This results in reduced downtime and increased overall productivity.