Yanmar 3TNV88 – ZCPC Engine

Yanmar 3TNV88 – ZCPC engine performance and features
1. Basic parameters
Cylinder arrangement: inline three cylinders.
Cylinder diameter and stroke: The cylinder diameter is 88mm. Such a cylinder diameter design can guarantee the engine’s intake volume and combustion space to a certain extent, providing a basis for power output; the stroke has also been carefully designed to cooperate with the cylinder diameter to optimize the engine’s work efficiency.
Displacement: The displacement of this engine is 1.815L. The moderate displacement can provide sufficient power while also better controlling fuel consumption and emissions.
2. Performance characteristics
Power output
Strong power: The engine can output relatively strong power and can meet the power requirements of a variety of engineering machinery and agricultural machinery. For example, when used on small loaders, excavators and other equipment, it can ensure that the equipment has good operating capabilities, whether it is excavation, loading or material handling, it can be completed efficiently.
Torque characteristics: It has excellent torque output characteristics and can output large torque in the low speed range. This allows the equipment to respond quickly when starting and working with heavy loads, and can cope with different working conditions without frequent gear shifting, improving operating efficiency and ease of operation.
Fuel economy
Efficient combustion system: The advanced fuel injection system and combustion technology are used to enable the fuel to burn fully. This not only reduces fuel consumption, but also reduces exhaust emissions, meeting increasingly stringent environmental protection requirements. For equipment used for a long time, it can significantly reduce operating costs.
Intelligent control system: Equipped with an intelligent control system, it can automatically adjust the fuel injection amount and injection time according to the load of the engine. Under light load conditions, reduce fuel supply to avoid unnecessary waste; under heavy load conditions, provide sufficient fuel in time to ensure power output.
Reliability and durability
Solid structural design: The engine body, cylinder head and other key components are made of high-strength materials, and are precision machined and strictly quality tested. This solid structural design can withstand high-load operation and harsh working environments, reduce the probability of failures, and extend the service life of the engine.
High-quality parts: High-quality pistons, crankshafts, bearings and other parts are selected, which have good wear resistance and fatigue resistance. At the same time, the engine’s lubrication system and cooling system have also been carefully designed to effectively protect the engine’s internal components and ensure that the engine maintains stable performance during long-term operation.
Low noise and low vibration
Optimized design: By optimizing the design of the engine’s structure and components, the vibration and noise of the engine during operation are reduced. The use of balance shaft technology can effectively offset the unbalanced force generated when the engine is running and reduce the vibration level.
Sound insulation measures: Sound insulation materials and sound insulation structures are used in the engine’s casing and key parts to further reduce the spread of noise. This allows operators to enjoy a relatively quiet environment during work and reduces the harm of noise to the human body.