IMO ACP 032N3 NVBP Triple Screw Pump is a high-precision, positive displacement pump designed for the reliable and efficient transfer of clean, lubricating fluids such as fuel oils, hydraulic oils, and lubrication fluids. Refurbished and rigorously tested to OEM standards, this pump ensures dependable operation and extended service life, making it an ideal solution for demanding industrial and marine applications. The ACP 032N3 NVBP designation confirms its specific configuration for standardized installations and flow capacities.
The triple screw design of the ACP 032N3 provides smooth, pulse-free flow with low noise and vibration levels. The central power rotor drives two symmetrically opposed idler screws, creating sealed chambers that move fluid axially with high volumetric efficiency and minimal internal leakage. This design is particularly suited for systems requiring consistent pressure and flow stability, such as turbine lubrication systems, engine fuel supply, and hydraulic control circuits. The 032N3 size classification indicates a moderate flow capacity suitable for mid-range transfer duties.
During the refurbishment process, all critical components—such as screw sets, bushings, and seals—are inspected, restored, or replaced to meet factory performance tolerances. The NVBP porting and mounting configuration ensures easy integration into existing system designs, with compatibility across a wide range of OEM equipment. Its robust construction using wear-resistant materials supports long-term reliability under varying temperature and pressure conditions.
In summary, the IMO ACP 032N3 NVBP Triple Screw Pump offers quiet, efficient, and pulse-free operation for a wide range of fluid handling applications. Refurbished and tested to deliver OEM-equivalent performance, it is an ideal choice for professionals seeking cost-effective reliability in fuel, oil, and hydraulic transfer systems. Its compact form, standardized interface, and proven screw technology ensure smooth system integration and trouble-free performance.