Applications of Booster Valve
如今还有很多人对于增压阀的一些基本信息都是不了解的，所以作为厂家，我们也是有必要来简单讲解一下，其实这款增压阀是我们在工业和医学领域使用的非常广泛，它的结构独特，抗外压强度高，耐冲击力强，那么我们在需要它的时候是有必要先来了解一下它的使用方法的。这样在使用过程中才不会出现一些问题。
Nowadays, many people still lack basic knowledge about booster valves. As a manufacturer, we would like to give a brief explanation. This product is widely used in industrial and medical fields. It features a unique structure, high external pressure resistance and excellent impact resistance. It is essential to learn its operating methods before use, so as to avoid malfunctions during operation.
气体增压阀驱动大面积活塞的低压气体通过小面积活塞产生高压气体。一般来说，只要气源压力不足，就可以使用森托牌气体增压阀。那么，气体增压阀用于哪些低压场合?气体增压阀用于哪些低压场合?气体回路中的一些或一些装置需要高压。当工厂主风路压力下降且无法保证气动装置的最低工作压力时，使用气动空气增压泵提供高压气体，以维持气动装置正常运行。无法配置大直径气缸，但必须确保输出力。气控远程操作要加压，以弥补压力损失。要增加联动油缸的液压。希望缩短将储气罐填充到一定压力的时间。用于气密性检测。
Low-pressure gas acts on the large-area piston of the gas booster valve to produce high-pressure gas via the small-area piston. Generally, Sentuo gas booster valves are adopted where the air supply pressure is insufficient. They are applied in the following low-pressure working conditions: when partial units in the pneumatic circuit require high pressure; when the pressure of the plant main air pipeline declines and fails to satisfy the minimum operating pressure of pneumatic equipment, this unit can deliver high-pressure gas to maintain normal operation. It is also used in scenarios where large-bore cylinders cannot be deployed while the required output force must be guaranteed, for pneumatic remote control pressurization to compensate pressure loss, for pressure boosting of linked hydraulic cylinders, for shortening the pressurization duration of air reservoirs, and for air tightness inspection.
增压阀的工作原理是，增压阀利用工作在大面积清洁塞上的低压气体(约0.2-0.8mpa)作为驱动气压，空气驱动往复式大面积活气室端盖通过增压管路中的连杆与小面积活塞直接连接。输入和输出止回阀包括在空气驱动部件中，循环轴和导向阀包括在气体驱动部件中。当引入驱动气体时，两者可以提供连续的往复运动。在管线和区域活塞上产生高压驱动气体。
The booster valve operates by adopting low-pressure gas (approximately 0.2–0.8 MPa) acting on the large-area piston as the driving pressure. The air-driven reciprocating large-area piston is rigidly connected to the small-area piston via a connecting rod within the pressure boosting circuit. The air drive assembly is fitted with inlet check valve and outlet check valve, and the gas drive assembly is equipped with a cycle shaft and pilot valve. When driving gas is fed into the unit, continuous reciprocating motion is achieved, generating high-pressure gas in the pipeline and at the small piston side.
增压阀的优点：输出力大：增压阀的工作压力仅为0.2~0.8MPa，可提高到压力输出的几十倍。调节方便：增压阀可以任意角度安装(推荐垂直角度);STW增压阀的输出力和流量可通过调节阀精确调节。(调整驱动空气压力的原因是可以精确切换STW增压阀的输出和预增压。)。做工精细：增压阀高压部分选用进口硬化铝合金，部分高压柱塞部件采用不锈钢，增压阀采用双层密封。一般来说，一些重要部件的材料是根据客户的需要，根据自然和环境合理选择的。增压阀广泛应用于气动行业，以提高工作压力;机床设备行业对设备附件的工作气压进行提升或安全测试;石化行业在航空航天、汽车制造、造船、压力测试行业(如气封测试设备)等领域对管道或危险工作气体的填充进行压力测试。
Advantages of Booster Valve：High Output Force：The booster valve operates at a driving pressure of 0.2~0.8 MPa, and its output pressure can reach dozens of times the input pressure.Easy Regulation：The valve allows installation at any angle (vertical installation is recommended). The output force and flow rate of the STW booster valve can be precisely adjusted via the regulating valve. Adjusting the driving air pressure enables accurate switching between output and pre-boost functions of the STW booster valve.