65040-PACV-AYU2  VAT 控制旋启阀

型号: VAT 65040-PACV-AYU2

材质:不锈钢

连接口径:DN40。

适用介质:气体、液体

工作压力:0-10 bar

工作温度:-10℃至+150°℃

产品规格

外形尺寸:长120mm x宽80mm x高80mm

重量:1.5kg

产品类别:控制旋启阀

系列:电源模块

库存:现货

65040-PACV-AYU2控制旋启阀的方式有很多，比如：

手动旋启阀：需要手动旋转阀瓣90度，才能开启或关闭阀门。

自动旋启阀：利用介质压力将阀瓣自动开启，当阀瓣达到设定角度时，自动关闭。

电动旋启阀：利用电动装置驱动阀瓣开启或关闭，一般用于大型管道或不易手动操作的场合。

气动旋启阀：利用气体压力驱动阀瓣开启或关闭，一般用于远程控制或特殊场合。

电源模块是一种可以直接贴装在印刷电路板上的电源供应器，其特点是小体积、高集成度、高性价比和最佳性能指标。

电源模块可为专用集成电路（ASIC）、数字信号处理器 (DSP)、微处理器、存储器、现场可编程门阵列 (FPGA) 及其他数字或模拟负载提供供电。由于模块式结构的优点甚多，因此电源模块广泛用于交换设备、接入设备、移动通讯、微波通讯以及光传输、路由器等通信领域和汽车电子、航空航天等领域。

65040-PACV-AYU2产品详情

1、双密封设计（波纹管+填料）如果波纹管失效，将避免阀杆填料;2、无外漏，并符合国际密封标准;

3、无流体损失，减少能量损失，提高厂房设备的安全性;4、截止阀结构比闸阀简单，制造和维护更方便。

5.耐用的波纹管密封设计，确保阀杆零泄漏，并提供免维护条件。

6、波纹管密封截止阀采用波纹管密封设计，彻底消除了常见的阀杆境料密封老化快泄漏的缺点，不仅提高了使用能敛效，增加了生产设备的安全性，降低了维护成本和频维护，而且提供了清洁安全的工作环境。

7、密封面不易磨损，密封性好，阀瓣与阀体之间无相对滑动

密封面在启闭时，所以磨损和磨损不严重，密封性育教子，使用寿命长。

65040-PACV-AYU2 内控式顺序阀是直接利用阀进口处的油压力来控制阀芯的动作，从而控制阀口的启闭。

内控式顺序阀的泄油方式有三种：内控、外泄和内泄。

内控：顺序阀的进油口压力能控制顺序阀阀芯的移动，当进油口压力达到顺序阀设定压力时，顺序阀阀芯移动，压力油从进油口通过顺序阀的泄油口泄油。

外泄：当顺序阀进油口压力达到顺序阀设定压力时，压力油从进油口通过泄油口泄油。

内泄：当顺序阀进油口压力达到顺序阀设定压力时，压力油从进油口、泄油口两个方向泄油。

65040-PACV-AYU2  VAT 控制旋启阀

Model: VAT 65040-PACV-AYU2

Material: Stainless steel

Connection caliber :DN40. Applicable medium: gas, liquid Working pressure :0-10 bar

Operating temperature :-10℃ to +150 ℃

Product specification

Dimensions: Length 120mm x width 80mm x height 80mm Weight :1.5kg

Product Category: Control swing valve

Series: Power module

Stock: in stock

The 65040-PACV-AYU2 controls the swing valve in a number of ways, such as:

Manual swing valve: You need to manually rotate the disc 90 degrees to open or close the valve.

Automatic swing valve: the use of medium pressure to open the valve disc automatically, when the valve disc reaches the set Angle, automatically closed.

Electric swing valve: The use of electric devices to drive the valve disc to open or close, generally used for large pipelines or occasions that are not easy to manually operate.

Pneumatic swing valve: The use of gas pressure to drive the valve disc open or close, generally used for remote control or special occasions.

Power modules can power application-specific integrated circuits (ASics), digital signal processors (DSPS), microprocessors, memory, field programmable gate arrays (FPgas), and other digital or analog loads. Because of the advantages of modular structure, power modules are widely used in switching equipment, access equipment, mobile communication, microwave communication, optical transmission, routers and other communication fields and automotive electronics, aerospace and other fields.

65040-PACV-AYU2 Product details

1, double seal design (bellows + packing) if the bellows fail, the valve stem packing will be avoided; 2, no leakage, and in line with international sealing standards;

3, no fluid loss, reduce energy loss, improve the safety of plant equipment; 4, the globe valve structure is simpler than the gate valve, more convenient manufacturing and maintenance.

5. Durable bellows seal design ensures zero stem leakage and provides maintenance-free conditions.

6, bellows seal globe valve using bellows seal design, completely eliminate the common valve stem seal aging fast leakage shortcomings, not only improve the use of efficiency, increase the safety of production equipment, reduce maintenance costs and frequency maintenance, and provide a clean and safe working environment.

7, sealing surface is not easy to wear, good sealing, no relative sliding between the disc and the valve body

When the sealing surface is opened and closed, the wear and wear are not serious, the sealing childbearing and the service life are long.

The 65040-PACV-AYU2 internal control sequence valve directly uses the oil pressure at the valve inlet to control the action of the spool, thereby controlling the opening and closing of the valve port.

There are three ways of draining oil from internally controlled sequence valves: internal control, external leakage and internal leakage.

Internal control: the oil inlet pressure of the sequence valve can control the movement of the spool of the sequence valve. When the oil inlet pressure reaches the set pressure of the sequence valve, the spool of the sequence valve moves, and the pressure oil drains from the oil inlet through the oil outlet of the sequence valve.

Leakage: When the oil inlet pressure of the sequence valve reaches the set pressure of the sequence valve, the pressure oil drains from the oil inlet through the oil outlet.

Internal drainage: When the pressure of the oil inlet of the sequence valve reaches the set pressure of the sequence valve, the pressure oil drains from the two directions of the oil inlet and the oil outlet.