REXROTH泵A10V0系列應用領域
REXROTH泵選型依據,應根據工藝流程,給排水要求,從五個方面加以考慮,既液體輸送量、裝置揚程、液體性質、管路布置以及操作運轉條件等。
1.REXROTH泵流量是選泵的重要性能數據之一,它直接關系到整個裝置的的生產能力和輸送能力。如設計院工藝設計中能算出泵正常、zui小、zui大三種流量。選擇泵時,以zui大流量為依據,兼顧正常流量,在沒有zui大流量時,通常可取正常流量的1.1倍作為zui大流量。
2.REXROTH泵裝置系統所需的揚程是選泵的又一重要性能數據,一般要用放大5%—10%余量后揚程來選型。
3.REXROTH泵液體性質,包括液體介質名稱,物理性質,化學性質和其它性質,物理性質有溫度c密度d,粘度u,介質中固體顆粒直徑和氣體的含量等,這涉及到系統的揚程,有效氣蝕余量計算和合適泵的類型:化學性質,主要指液體介質的化學腐蝕性和毒性,是選用泵材料和選用那一種軸封型式的重要依據。
4. REXROTH泵裝置系統的管路布置條件指的是送液高度送液距離送液走向,吸如側zui低液面,排出側zui高液面等一些數據和管道規格及其長度、材料、管件規格、數量等,以便進行系統揚程計算和汽蝕余量的校核。
5. REXROTH泵操作條件的內容很多,如液體的操作T飽和蒸汽力P、吸入側壓力PS()、排出側容器壓力PZ、海拔高度、環境溫度操作是間隙的還是連續的、泵的位置是固定的還是可移的。
REXROTH泵是采用磁懸浮原理和螺旋環流體力學結構實現流質推進,REXROTH泵即取消軸,取消軸連接,取消軸密封結構。啟動后電流轉化為磁場,磁場力驅動螺旋環運轉,即螺旋環提升流質前進。
REXROTH泵選型原則
1.REXROTH泵使所選泵的型式和性能符合裝置流量、揚程、壓力、溫度、汽蝕流量吸程等工藝參數的要求。
2.REXROTH泵必須滿足介質特性的要求。
對輸送易燃、易爆有毒或貴重介質的泵,要求軸封可靠或采用無泄漏泵,如磁力驅動泵、隔膜泵、屏蔽泵
對輸送腐蝕性介質的泵,要求對流部件采用耐腐蝕性材料。
對輸送含固體顆粒介質的泵,要求對流部件采用耐磨材料,必要時軸封用采用清潔液體沖洗。
3.REXROTH泵機械方面可靠性高、噪聲低、振動小。
4.REXROTH泵經濟上要綜合考慮到設備費、運轉費、維修費和管理費的總成本zui低。
5.REXROTH泵具有轉速高、體積小、重量輕、效率高、流量大、結構簡單、輸液無脈動、性能平穩、容易操作和維修方便等特點。
REXROTH泵A10V0系列應用領域REXROTH泵殼內,并緊固在泵軸上,泵軸由電機直接帶動。泵殼中央有液體吸管。液體經底閥和吸入管進入泵內。泵殼上的液體排出口與排出管連接。
在泵啟動前,泵殼內灌滿被輸送的液體;啟動后,葉輪由軸帶動高速轉動,葉片間的液體也必須隨著轉動。在離心力的作用下,液體從葉輪中心被拋向外緣并獲得能量,以高速離開葉輪外緣進入蝸形泵殼。在蝸殼中,液體由于流道的逐漸擴大而減速,又將部分動能轉變為靜壓能,REXROTH泵zui后以較高的壓力流入排出管道,送至需要場所。液體由葉輪中心流向外緣時,在葉輪中心形成了一定的真空,由于貯槽液面上方的壓力大于泵入口處的壓力,液體便被連續壓入葉輪中??梢姡灰~輪不斷地轉動,液體便會不斷地被吸入和排出。
直線泵工作原理不同與其它任何泵。
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