Advantages of Hydraulic Boosters？

　　液压增压器被广泛的应用，由于具备各种优势特性，被大家所认可，而且在操作的时候也更加简单的。只有严格按照操作规定进行使用，才能达到好的效果，下面咱们一起了解下液压增压器的的优势?想知道的话就赶紧来看看吧。

Hydraulic boosters are widely recognized and applied thanks to their diverse superior features and simple operation. Optimal performance can only be achieved by following operating regulations strictly. Let's take a look at their main advantages as follows.

  我们在使用液压增压器之前需要了解的知识点还是比较多的，因为只有你掌握了这些才可以更好的操作，一般来说液压增压器在使用时可以很好地提高发动机的升功率。在发动机排量不变的情况下，可以增加进气的密度，使发动机喷出更多的燃油，从而提高发动机的功率，加装增压器后发动机的功率和扭矩会增加20%~30%。相反，在相同功率输出的要求下，可以减小气缸直径，从而减小体积和重量。那么它在运行时也可以很好地改善发动机排放。现在这款液压增压器通过提高发动机的燃烧效率，减少了发动机尾气中颗粒物、氮氧化物等有害成分的排放。是柴油机满足欧Ⅱ以上排放标准的必备配置。并且还可以提供高原补偿功能。在一些高海拔地区，海拔越高，空气越稀薄，液压增压器可以克服高原空气稀薄造成的功率下降。

There is much basic knowledge to learn before operating a hydraulic booster for proper use. It can effectively raise the specific power of engines. With the engine displacement unchanged, it increases intake air density, allowing more fuel injection and boosting engine power. Installing a booster can lift engine power and torque by 20% to 30%. Conversely, to maintain the same power output, the cylinder bore can be reduced to downsize the overall dimension and weight of the engine.  It also helps improve engine emissions. By enhancing combustion efficiency, it cuts down harmful substances such as particulate matter and nitrogen oxides in exhaust gases, and has become an essential component for diesel engines to meet Euro II and higher emission standards.  In addition, it features altitude compensation. In high-altitude areas where air is thin, the hydraulic booster offsets power loss caused by low air density.

  液压增压器还可以提高燃油经济性，降低油耗。由于带有涡轮增压器的发动机燃烧性能更好，可节省3%-5%的燃油。并且还具有高可靠性和良好的匹配特性，高瞬态响应特性。另外，发动机长时间高速运转后，不能立即熄火。液压增压器工作时，一部分机油供给涡轮增压器转子轴承进行润滑和冷却。运转中的液压增压器突然停止后，油压迅速下降至零。此时，增压器涡轮部分的高温向中间传递，轴承支撑壳内的热量无法快速带走，同时增压器转子仍处于惯性状态。因此，建议在热机状态下突然停车，会导致滞留在涡轮增压器中的机油过热，损坏轴承和轴。尤其要防止在油门踩几下后发动机突然熄火。你要是有不明白的地方可以随时拨打我们的电话来咨询的，进入到官网就可以看到联系的方式，你还可以去咨询在线客服人员的。都会帮助大家去解决报价方法的一些问题。

Hydraulic boosters also improve fuel economy and reduce fuel consumption. Engines equipped with turbochargers deliver better combustion performance, cutting fuel consumption by 3% to 5%. They also feature high reliability, excellent matching performance and fast transient response.  Note: Do not shut down the engine immediately after prolonged high-speed operation. During operation, engine oil lubricates and cools the rotor bearings of the turbocharger. If the engine stops abruptly, oil pressure drops instantly. The high temperature from the turbine section cannot be dissipated in a timely manner, while the rotor keeps spinning due to inertia. This will overheat the residual oil inside the turbocharger and damage bearings and shafts. Never rev the engine and then turn it off right away.  Feel free to contact us via phone or online customer service on our official website if you have any questions. We will also assist you with inquiries about quotations.

  通过上述内容的介绍以后，相信大家也都知道了液压增压器的的优势。看完文章内容以后，要是在遇到这种事情的话就知道该从哪方面去选了。希望能为你带来帮助吧。

After the above introduction, you have gained a clear understanding of the advantages of hydraulic boosters. With this knowledge, you will know how to make a proper selection when needed. We hope this content is helpful to you.