The Deutz F6L913 engine is a six-cylinder, naturally aspirated diesel engine with a displacement of 6.128 liters.
It belongs to the renowned Deutz 913 series, which is known for its high power density, low fuel consumption, and long service life. The engine is capable of delivering a maximum power output of 112 horsepower (83.5 kW) at 2300 revolutions per minute (RPM).
One of the notable features of the F6L913 engine is its air-cooled design, which eliminates the need for a separate cooling system. This feature makes the engine more compact and lightweight, simplifying installation and reducing maintenance requirements. It also enhances the engine's performance in extreme operating conditions, where water-cooled engines may face challenges.
The F6L913 engine incorporates a robust fuel injection system, utilizing direct injection technology to optimize fuel combustion and efficiency. This results in reduced fuel consumption and lower emissions, making it an environmentally friendly choice for water pump applications. The engine meets various international emissions standards, including EU Stage II and EPA Tier 2 regulations.
To ensure reliable operation and durability, the F6L913 engine is equipped with a highly efficient cooling system. It utilizes a combination of air cooling and oil cooling to maintain optimal operating temperatures, even in demanding conditions. This feature helps prevent overheating and enhances the engine's performance and longevity.
In addition, the F6L913 engine features a reliable and durable construction, with high-quality components and materials.
It has a robust crankshaft and bearings, reinforced cylinder block, and hardened cylinder liners, ensuring excellent reliability and resistance to wear. These design elements contribute to extended service intervals and reduced maintenance costs.
The engine also offers excellent adaptability and versatility, with a wide range of optional accessories and configurations available. It can be equipped with different types of starting systems, such as electric start or air start, to suit specific application requirements. Furthermore, various power take-off options are available, allowing the engine to drive different types of water pumps efficiently.
