Kral KF‑160.ACA Triple Screw Pump KF‑160.ACA.004779 is a high-efficiency positive displacement pump designed for dependable and smooth transfer of lubricating oils, fuel oils, hydraulic fluids, and other clean, low-viscosity media. Engineered with proprietary triple-screw technology, this pump ensures pulsation-free, low-shear flow—making it ideal for use in marine engines, turbine lubrication systems, hydraulic circuits, and industrial fluid-handling applications where stable pressure and quiet operation are essential.
At its core, the KF‑160.ACA.004779 model features one driven central screw paired with two idler screws, creating sealed cavities that move fluid axially through continuous meshing action. This design delivers excellent volumetric efficiency and minimizes internal slip and wear, while the triple-screw geometry effectively balances axial loads—reducing bearing stress and prolonging service life. The pump’s compact configuration and precise rotor tolerances help maintain steady flow over a wide range of operating speeds and pressures.
Constructed from high-grade alloy materials with precise machining, the KF‑160.ACA offers durability and resistance to corrosion, pressure fluctuation, and temperature variations. The pump housing is engineered for leak-tight operation and thermal stability, while the internal screws are finished to tight tolerances to ensure minimal clearance and maximum volumetric efficiency. Standardized port sizes and mounting interfaces facilitate straightforward integration into OEM systems or retrofit assemblies, with minimal layout changes.
Performance-tested to verify leak-proof integrity and correct hydraulic characteristics, the KF‑160.ACA.004779 delivers reliable, repeatable fluid handling under demanding conditions. Maintenance is simplified thanks to accessible seals, bearings, and rotor assemblies that can be inspected or replaced without full disassembly. Overall, the Kral KF‑160.ACA Triple Screw Pump combines efficient, low-noise operation with rugged design and long service life—making it an ideal choice for mission-critical lubrication, fuel transfer, and hydraulic support systems.
