Zh2110c 18kw 2-Cylinder Naturally Aspirated Water-Cooled Marine Diesel Engine with Optional Gearbox and Seawater-Freshwater Cooler

Zh2110c 18kw 2-Cylinder Naturally Aspirated Water-Cooled Marine Diesel Engine with Optional Gearbox and Seawater-Freshwater Cooler. The ZH2110C two-cylinder naturally aspirated marine diesel engine delivers 18kW at 1500rpm, designed as a compact and reliable power source for small vessels and marine auxiliary equipment. Offering multiple power ratings from 18kW at 1500rpm up to 26kW at 2400rpm, this engine adapts to various marine propulsion and onboard power requirements with flexible speed matching. Available with optional marine gearboxes, this compact engine provides direct power transmission to propellers or pumps, simplifying installation for small boat propulsion systems. Equipped with an optional seawater-freshwater heat exchanger, the cooling system efficiently manages engine temperature while protecting the freshwater circuit from corrosion and marine growth. The dependable 12V electric start system ensures quick and reliable ignition in harsh marine environments, reducing downtime and improving the safety of your vessel operations. With fuel consumption at <=240g/kW.h and oil use at <=2.6g/kW.h, this economical marine engine lowers operating costs for fishing boats and commercial marine applications. Pressure lubrication maintains oil pressure at 0.2-0.4MPa at rated speed and >=0.098MPa at idle, protecting critical components in the robust 220kg marine-duty engine block. Direct injection combustion with a 17:1 or 18:1 compression ratio delivers efficient fuel burning, clean exhaust, and low noise for inland and coastal waterway operations. Counterclockwise rotation from the flywheel end with a 3# flywheel housing ensures compatibility with standard marine gearboxes and propeller shafts for flexible power configurations. Backed by a one-year warranty and global spare parts support, the ZH2105C is a cost-effective choice for vessel propulsion, marine pumps, and auxiliary power systems.