衛(wèi)生級離心泵，不銹鋼泵生產廠家

產品名稱：離心泵，不銹鋼離心泵生產廠家，衛(wèi)生級離心泵選用標準；

安徽利勒生產的衛(wèi)生級隔膜閥系列產品*符合國家制藥標準，食品機械安全標準。

符合新版制藥GMP標準。

應用：產品廣泛應用在食品，飲料，酒精，精細化工等衛(wèi)生級行業(yè)。

不銹鋼離心泵——實物圖拍攝（一）

不銹鋼衛(wèi)生級泵泵軸——實物圖拍攝（二）衛(wèi)生級離心泵，不銹鋼泵生產廠家

                                     不銹鋼離心泵外觀——實物圖拍攝（三）

不銹鋼離心泵主要特點

　1、運行平穩(wěn)：泵軸的同心度及葉輪優(yōu)異的動靜平衡，保證平穩(wěn)運行，*振動。

　　2、滴水不漏：不同材質的硬質合金密封，保證了不同介質輸送均無泄漏。

　　3、噪音低：兩個低噪音的軸承支撐下的水泵，運轉平穩(wěn)，除電機微弱聲響，基本無噪音。

　　4、故障率低：結構簡單合理，關鍵部分采用*品質配套，整機*工作時間大大提高。

　　5、維修方便：更換密封、軸承、簡易方便。

　　6、占地更省：出口可向左、向右、向上三個方向，便管道布置安裝，節(jié)省空間。

Main features of stainless steel centrifugal pump

1. Stable operation: The concentricity of the pump shaft and the excellent dynamic and static balance of the impeller ensure smooth operation without vibration.

2, dripping water does not leak: the cemented carbide seal of different materials ensures that there is no leakage in the transportation of different media.

3. Low noise: The water pump supported by two low-noise bearings runs smoothly. Except for the faint sound of the motor, it is basically no noise.

4. Low failure rate: The structure is simple and reasonable, and the key parts are equipped with high-quality matching, and the trouble-free working time of the whole machine is greatly improved.

5. Convenient maintenance: replacement of seals and bearings is simple and convenient.

6. Less land occupation: The exit can be left, right, and upward directions, so that the pipelines can be arranged and installed easily, saving space.

產品廣泛應用于化工工業(yè)系統(tǒng)的一種通用流體機械。它具有性能適應范圍廣（包括流量、壓頭及對輸送介質性質的適應性）、體積小、結構簡單、操作容易、操作費用低等諸多優(yōu)點。通常，所選離心泵的流量、壓頭可能會和管路中要求的不*，或由于生產任務、工藝要求發(fā)生變化，此時都要求對泵進行流量調節(jié)，實質是改變離心泵的工作點。

離心泵的工作點是由泵的特性曲線和管路系統(tǒng)特性曲線共同決定的，因此，改變任何一個的特性曲線都可以達到流量調節(jié)的目的。目前，離心泵的流量調節(jié)方式主要有調節(jié)閥控制、變速控制以及泵的并、串聯(lián)調節(jié)等

。由于各種調節(jié)方式的原理不同，除有自己的優(yōu)缺點外，造成的能量損耗也不一樣，為了尋求*、能耗zui小、zui節(jié)能的流量調節(jié)方式，必須全面地了解離心泵的流量調節(jié)方式與能耗之間的關系衛(wèi)生級離心泵，不銹鋼泵生產廠家

The product is widely used in a general fluid machinery in the chemical industry system. It has a wide range of performance adaptation (including flow rate, pressure head and adaptability to the nature of the conveying medium), small size, simple structure, easy operation, low operating cost and many other advantages. Usually, the flow rate and pressure head of the selected centrifugal pump may be different from those required in the pipeline, or due to changes in production tasks and process requirements, it is required to adjust the flow rate of the pump at this time, which is essentially to change the working point of the centrifugal pump .

The working point of the centrifugal pump is determined by the characteristic curve of the pump and the characteristic curve of the piping system. Therefore, changing any characteristic curve can achieve the purpose of flow regulation. At present, the flow adjustment methods of centrifugal pumps mainly include regulating valve control, variable speed control, and pump parallel and series adjustment, etc.

Due to the different principles of various adjustment methods, in addition to their own advantages and disadvantages, the energy loss caused is also different. In order to seek a flow adjustment method with the lowest energy consumption and the most energy-saving, it is necessary to fully understand the flow adjustment of the centrifugal pump. The relationship between mode and energy consumption