TAIKO KIKAI MSH‑5 × 4MB oil pump is a robust, performance-driven solution engineered for precision fluid transfer under demanding industrial and marine conditions. With a flow capacity of 5 m³/h and adjustable discharge head ranging from 4 kg/cm² to a maximum of 14 kg/cm², this positive-displacement pump delivers dependable oil circulation across a wide range of system pressures. Whether supplying lubrication circuits, fuel transfer systems, auxiliary engine beds, or hydraulic power units, the MSH‑5 × 4MB offers users a flexible, high-pressure capability coupled with a moderate flow rate—delivering efficiency and control in one compact unit.
Built with precision-machined internals and high-grade, corrosion-resistant metals, the TAIKO KIKAI MSH‑5 × 4MB is engineered to provide smooth, pulse-free flow while resisting wear and internal leakage. Its calibrated mechanism enables accurate performance across varied oil viscosities and working pressures—maintaining tight volumetric efficiency even at maximum head specifications. The 14 kg/cm² rating ensures the pump can meet high-backpressure demands such as long-distance fuel transfer or pressurized lubrication loops, while the 4 kg/cm² low-end setting suits gentler circulation scenarios. Complemented by a resilient sealing system, vibration-dampened bearings, and a balanced shaft assembly, this pump delivers consistent, low-noise operation and prolonged service life.
TAIKO KIKAI has clearly designed the MSH‑5 × 4MB for ease of installation and maintenance. Its compact, modular housing supports versatile mounting configurations and seamless coupling to standard motors. Technicians can access mechanical seals, bearings, and wear parts without full unit disassembly, minimizing operational downtime. The pump’s balanced construction and vibration suppression measures also contribute to equipment longevity by reducing stress on surrounding systems.
In industrial and marine settings where dependable oil handling is mission-critical, the TAIKO KIKAI MSH‑5 × 4MB oil pump delivers a compelling balance of flow control, adjustable pressure capability, and service-friendly design. Its solid build quality, precise performance range (5 m³/h; 4–14 kg/cm²), and ease of service make it an excellent choice for engineers and maintenance professionals focused on reliability, efficiency, and adaptability in oil transfer applications.
