FARIZON's New Series of mechanical diesel engine

FARIZON's new mechanical Diesel Engine is a high-performance power equipment that is widely used in heavy-duty engineering, large ship auxiliary power sources, large Generator sets, and other scenarios with strict power requirements, thanks to its high power output, lightweight design, ultra quiet operation, and convenient practicality. It provides stable and powerful power support for ship navigation, communication, power supply, and various auxiliary equipment, demonstrating FARIZON's technological breakthroughs in the field of power. The engine adopts a 16 cylinder diesel engine design and is made of advanced lightweight materials. Compared with traditional bulky models, it is easier to transport, install, and maintain, and conforms to the spatial layout characteristics of ship engine rooms; The calibrated speed is stable at 1500r/min, coupled with an electronically controlled high-pressure common rail and turbocharging system, precise Fuel injection, and optimized intake efficiency, which not only greatly improves power performance but also achieves high efficiency and energy saving. The rated power can reach 1848-2660kW, which can easily meet the high load electricity demand. At the same time, it is equipped with a 6 × 165AH, 12V battery, which starts smoothly and provides stable power supply, ensuring the continuous and efficient operation of the equipment. The engine has been specially optimized to achieve ultra quiet operation, with structural adjustment, sound insulation and noise reduction design, and precise component tuning, which can significantly reduce operating noise and minimize interference with crew life and ship environment, meeting the standards for ship quiet operation; The external dimensions are 4285 × 2400 × 2510mm, with a compact and orderly structure that does not take up too much space; As a brand new product, it has undergone rigorous factory testing and all performance indicators have reached the industry's high standards. After installation, power can be supplied without additional debugging.