Yanmar 4TNV98-ZCSXG engine

The Yanmar 4TNV98-ZCSXG engine has the following performance characteristics:
Power output:
Power: The rated power is generally around 44.8kW, which can provide sufficient power for small mechanical equipment and meet the power requirements of a variety of small engineering machinery and equipment, such as small excavators, forklifts, etc.
Torque: It has a large low-speed torque, which allows the engine to output strong power at low speeds, and has a good performance when the equipment is started, climbing or performing heavy-load operations, adapting to the complex working conditions in engineering operations.
Speed: The rated speed is relatively low, for example, the common rated speed is around 2200r/min. The lower speed helps to reduce engine wear and energy consumption, and also ensures the stability of power output.
Fuel economy:
The use of advanced combustion technology and fuel injection system can make the fuel fully burn in the combustion chamber, improve the utilization efficiency of fuel, and thus reduce fuel consumption. And it has good adaptability to oil products and can maintain good fuel economy under different working environments.
Environmental performance: The engine has a high emission level and can meet relevant environmental standards and reduce pollution to the environment. For example, it meets the emission standards of a certain stage stipulated by the state, such as Tier 3.
Structural design:
Size and weight: The engine has a compact structure, relatively small size and light weight, which is easy to install on small mechanical equipment, will not bring too much burden to the equipment, and is also convenient for the movement and transportation of the equipment.
Reliability: It adopts high-quality materials and advanced manufacturing technology, has high reliability and durability, can operate stably for a long time in harsh working environments, reduces the probability of failure, and reduces maintenance costs.
Operational performance: The engine speed control is relatively stable, and the electronic speed control technology is used to replace the traditional mechanical speed control method. It is not only easier to operate, but also can accurately adjust the engine speed according to the actual needs of the equipment, improving the equipment’s operating performance and work efficiency