Classification of Booster Pumps？
增压泵，顾名思义就是可以用来进行增压的泵，其用途方面主要有智能热水器系统增压用、高楼低水压、桑拿浴、洗浴等加压用、公寓位于最上层水压以及不足的加压、太阳能技术自动通过增压、反渗透净水器增压用等等。
As the name suggests, a booster pump is a device for increasing fluid pressure. Its main applications include pressurization for smart water heater systems, water supply boosting for high-rise buildings and top-floor apartments with insufficient water pressure, as well as pressure enhancement for saunas, bathing facilities, solar water systems and reverse osmosis water purifiers.
增压泵的分类有哪些？
沼气型
气动增压泵分为气液增压泵和气体增压泵。增压泵的原理是利用大面积活塞的低压来产生小面积活塞的高压液压。工业领域用于机床拧紧、蓄能器充气、高压瓶充气、将压力气体转化为高压气体等。任何空气源压力都可能不够高，无论是机械装置还是测试装置。
气体驱动,无电弧和火花,完全用于易燃、易爆液体或气体场所. 无论什么原因导致保压回路中的压力下降，增压泵都会自动启动，补充泄漏压力，并保持回路中的压力恒定。 泵的驱动气源可采用压缩空气、氮气、蒸汽、天然气等。
气液型
直到压力再次达到平衡后自动停止，利用单气控不平衡配气阀实现泵的自动往复运动，泵体的气驱动部分为铝合金。液体部分根据不同介质选用碳钢或不锈钢制成。泵的全套密封件采用进口优良产品，从而保证气液增压泵的性能。
空气型
空气增压泵的原理是利用大面积活塞的低压产生小面积活塞的高压。空气增压泵采用原空气增压系统来增加工作环境的压力，可将系统工作时的空气压力提高到2-5倍，只需将系统工作时的压缩空气作为气源。该泵适用于单气源增压。无需电源(可用于需要防爆的地方)。在泵的压力范围内，调节调节阀来调节进气压力，相应的输出进行液压无级调节。
增压泵工作环境压力管理范围大，选用具有不同产品型号的泵可获得不同的压力进行区域，调节系统输入气压输出气压相应问题得到及时调整。可达到很高的压力，气体90Mpa。流量变化范围广，对所有设备型号泵仅0.1Kg气压就能实现平稳发展工作，此时可以获得大小的流量，调节进气量后可得到不同的流量。易于控制，从简单的手动控制到完全的自动分析控制方法均可满足设计要求。自动重新启动，无论何种社会原因可能造成保压回路压力不断下降，将自动重新启动，补充泄漏压力，保持回路压力恒定。操作人员安全，采用这种气体驱动，无电弧及火花，可在危险场合需要使用。
Classification of Booster Pumps
Biogas Type
Pneumatic Booster Pumps.Pneumatic booster pumps are divided into pneumatic hydraulic booster pumps and gas booster pumps. Their working principle is to generate high hydraulic pressure on the small-area piston by applying low pressure to the large-area piston. In industrial applications, they are used for machine tool tightening, accumulator inflation, high-pressure cylinder charging and converting regular pressurized gas into high-pressure gas. They are widely used for mechanical devices and testing equipment with insufficient air source pressure.
Pneumatic Hydraulic Type
Air Type
Air booster pumps adopt the same principle: low pressure acting on a large-area piston creates high pressure on a small-area piston. It boosts the working air pressure of the original air system to 2 to 5 times by taking the on-site compressed air as the gas source. Designed for single air source pressurization, it requires no power supply and can be applied in explosion-proof areas. Within the rated pressure range, the inlet pressure can be adjusted via the regulating valve to realize stepless regulation of output pressure.
Booster pumps feature a wide operating pressure range. Different models deliver distinct pressure levels, and the system input and output air pressure can be adjusted promptly. They are capable of generating extremely high gas pressure up to 90 MPa.