SEIM PX055#4BR0R2HBX oil pump is a high-precision, industrial-grade fluid handling solution built to deliver dependable oil circulation in demanding systems. Designed for use in hydraulic lubrication circuits, marine fuel supply, and auxiliary engine systems, this pump combines performance and resilience to ensure smooth oil delivery under varying loads. Its robust engineering and precise build quality make it an ideal choice for professionals seeking reliable operation in continuous-duty applications.
Constructed from premium-grade metals and incorporating a positive-displacement internal mechanism, the SEIM PX055#4BR0R2HBX ensures consistent, pulse-free oil flow across different viscosities and operating temperatures. The carefully balanced design minimizes pulsations and mechanical noise, enhancing both system stability and efficiency. Internal passages are engineered with tight tolerances and high-quality seals to reduce internal leakage and wear—resulting in extended service life and improved energy efficiency. This makes the pump well-suited for systems where maintaining stable flow and pressure is critical.
Installation and maintenance are streamlined thanks to the SEIM PX055#4BR0R2HBX’s modular housing and user-friendly layout. The pump supports easy motor coupling and flexible mounting orientations, accommodating horizontal or vertical installations. Service points such as seals, bearings, and drive components are accessible without full disassembly, enabling fast part replacement and reducing downtime. Vibration-dampening features and balanced shafts further enhance longevity and protect both the pump and associated equipment from premature wear.
Built to SEIM’s stringent quality standards, the PX055#4BR0R2HBX oil pump offers engineers a cost-effective, long-lasting fluid transfer solution. Its precision build, low-noise operation, and ease of service make it well-suited for industrial, marine, and hydraulic systems requiring consistent oil flow and reliable performance. With this pump, operators can count on sustained functionality, minimized maintenance demands, and improved system efficiency—making it a dependable asset in fluid-handling networks.
