IMO ACG 052 FTOF 245 CH:- 230–105 oil pump delivers precise and dependable oil circulation for industrial, marine, and process-system applications. Engineered by IMO, a leader in fluid handling solutions, this pump is designed to perform in lubrication, hydraulic, and fuel systems requiring stable flow under variable conditions. Its ACG 052 series design features robust positive-displacement mechanics that generate smooth, pulse-free output—ideal for consistent oil delivery in challenging environments.
Constructed from high-strength alloy components and corrosion-resistant casing, the ACG 052 FTOF 245 CH:- 230–105 is built to last in high-pressure and high-temperature scenarios. The precision-machined internals and balanced rotating assembly reduce vibration and mechanical wear, while advanced seal systems maintain integrity under pressure fluctuations. This ensures long service life and operational stability, even during extended continuous-duty operation. The CH:- 230–105 calibration ensures compatibility with control and pressure systems commonly used in marine auxiliary and industrial lubrication circuits.
Ease of installation and serviceability are key features of the ACG 052 FTOF 245 CH:- 230–105 oil pump. Standard mounting dimensions and motor coupling options allow seamless retrofit into existing systems. The modular construction ensures quick access to seals, bearings, and wear-prone parts, reducing repair time and minimizing downtime. Its compact and rugged design makes it suitable for tight installation spaces, while maintaining high hydraulic performance.
Backed by IMO’s reputation for quality and reliability, the ACG 052 FTOF 245 CH:- 230–105 oil pump offers exceptional fluid control for technicians and engineers. Whether used in lubrication systems, hydraulic circuits, or fuel handling applications, it delivers consistent flow, pressure integrity, and durability. This model stands out as a dependable, low-maintenance solution for mission-critical oil transfer tasks in marine, industrial, and process environments.