羅茨真空泵|原裝羅茨泵

凱森（KAYSEN）品牌，*的十*，我們的羅茨真空泵在SchwbischGmnd生產(chǎn)。

凱森始終堅持“重質(zhì)量，講信譽”為宗旨。產(chǎn)品現(xiàn)暢銷全國各地，并已逐步開發(fā)海外市場。公司多次被評為“重合同講信用”企業(yè)，深得用戶的信賴和廣泛的贊譽。

KAYSEN凱森羅茨真空泵概述

羅茨真空泵是指泵內(nèi)裝有兩個相反方向同步旋轉(zhuǎn)的葉形轉(zhuǎn)子，轉(zhuǎn)子間、轉(zhuǎn)子與泵殼內(nèi)壁間有細(xì)小間隙而互不接觸的一種變?nèi)菡婵毡谩?/p>

羅茨真空泵在石油、化工、塑料、農(nóng)藥、汽輪機轉(zhuǎn)子動平衡、航空航天空間模擬等裝置上得到了長期運行的考驗，所以應(yīng)該在國內(nèi)大力推廣和應(yīng)用。同時也廣泛用于石油、化工、冶金、紡織等工業(yè)。真空泵配件作為真空泵*，用于真空泵的噪聲治理。

主要特點：

羅茨泵是一種無內(nèi)壓縮的真空泵，通常壓縮比很低，故高、中真空泵需要前級泵。

靠泵腔內(nèi)一對葉形轉(zhuǎn)子同步、反向旋轉(zhuǎn)的推壓作用來移動氣體而實現(xiàn)抽氣的真空泵。

羅茨真空泵是指具有一對同步高速旋轉(zhuǎn)的鞋底形轉(zhuǎn)子的機械真空泵，此泵不可以單獨抽氣，前級需配油封、水環(huán)等可直排大氣。

它的結(jié)構(gòu)和工作原理與羅茨鼓風(fēng)機相似，工作時其吸氣口與被抽真空容器或真空系統(tǒng)主抽泵相接。這種真空泵的轉(zhuǎn)子與轉(zhuǎn)子之間、轉(zhuǎn)子與泵殼之間互不接觸，間隙一般為0.1～0.8毫米；不需要用油潤滑。轉(zhuǎn)子型線有圓弧線、漸開線和擺線等。漸開線轉(zhuǎn)子泵的容積利用率高，加工精度易于保證，故轉(zhuǎn)子型線多用漸開線型。羅茨真空泵的轉(zhuǎn)速可高達3450～4100轉(zhuǎn)/分;抽氣速率為30～10000升/秒（1升=10-3米3）；極限真空：單級為6.5×10-2帕，雙級為1×10-3帕。

羅茨泵的極限真空除取決于泵本身結(jié)構(gòu)和制造精度外，還取決于前級泵的極限真空。為了提高泵的極限真空度，可將羅茨泵串聯(lián)使用。羅茨泵的工作原理與羅茨鼓風(fēng)機相似。由于轉(zhuǎn)子的不斷旋轉(zhuǎn)，被抽氣體從進氣口吸入到轉(zhuǎn)子與泵殼之間的空間v0內(nèi)，再經(jīng)排氣口排出。由于吸氣后v0空間是全封閉狀態(tài)，所以，在泵腔內(nèi)氣體沒有壓縮和膨脹。 但當(dāng)轉(zhuǎn)子頂部轉(zhuǎn)過排氣口邊緣，v0空間與排氣側(cè)相通時，由于排氣側(cè)氣體壓強較高，則有一部分氣體返沖到空間v0中去，使氣體壓強突然增高。當(dāng)轉(zhuǎn)子繼續(xù)轉(zhuǎn)動時，氣體排出泵外。羅茨泵在泵腔內(nèi)，有二個“8”字形的轉(zhuǎn)子相互垂直地安裝在一對平行軸上，由傳動比為1的一對齒輪帶動作彼此反向的同步旋轉(zhuǎn)運動。在轉(zhuǎn)子之間，轉(zhuǎn)子與泵殼內(nèi)壁之間，保持有一定的間隙，可以實現(xiàn)高轉(zhuǎn)速運行。

主要優(yōu)點：

無機械接觸摩擦噪音，可避免高頻振動傳遞動力，實現(xiàn)羅茨真空泵的平穩(wěn)可實現(xiàn)工作機械運行中的過載保護

與剛性聯(lián)軸相比較，起動時無沖擊，安裝、拆卸、調(diào)試、維修均較方便

磁力傳動傳遞力矩，主軸傳遞扭矩的動，密封為靜密封（即無骨架油封及機械密封），實現(xiàn)動力零泄漏傳遞

不需要潤滑，無介質(zhì)與潤滑劑污染，凈化環(huán)境

密封性能與轉(zhuǎn)軸轉(zhuǎn)速無關(guān)

改轉(zhuǎn)軸動密封為隔離套靜密封，可徹底消除由于軸動密封磨損而造成的真空泄漏及潤滑漏油等老大難問題，實現(xiàn)長久密封

主要應(yīng)用：

真空脫氣

真空熔煉

真空表面處理

空間模擬

真空增加系統(tǒng)

真空干燥

真空脫水

真空包裝

基本的預(yù)防性維護保持泵流動

執(zhí)行預(yù)防性維護有助于防止泵停機

有人說：“你不知道自己得到了什么，直到它消失?！睂τ谌魏卧?jīng)忽視泵的人來說，這個概念可能是太熟悉了?？煽康谋迷谡９ぷ鲿r并不真正被認(rèn)可，但是如果泵的性能下降，或者更糟糕的是，該設(shè)備完全停止工作，那么可靠性會被錯過。為避免泵停機和隨后的麻煩，必須遵守預(yù)防性維護計劃。

每天開始泵檢查。最重要的日常檢查之一是發(fā)動機油的質(zhì)量和水平。骯臟的油可能會導(dǎo)致嚴(yán)重的問題并降低發(fā)動機的使用壽命; 同樣，如果數(shù)量不足。根據(jù)制造商的建議更換機油或根據(jù)需要添加以達到水平。

檢查汽油水平，確保油箱已滿，或者至少滿足一天的使用量。同時尋找任何燃油或漏油跡象。如果液體滴落，請檢查該區(qū)域是否有可能需要擰緊或更換的部件。

清潔或可能更換空氣過濾器是另一個可以防止重大損壞的重要做法。堵塞，潮濕或骯臟的空氣過濾器會導(dǎo)致動力損失，并通過允許污垢或水進入敏感區(qū)域來縮短發(fā)動機的使用壽命。泡沫元件可以清潔和重復(fù)使用，所以每天檢查一下就可以了。如果過濾器已損壞或缺少大塊，請將其更換。對于紙質(zhì)空氣過濾器，操作員應(yīng)按照推薦的時間表及時更換。

定期檢查軟管的狀況。如果它們磨損，磨損或有任何漏洞，則氣隙可能會導(dǎo)致泵失去吸力。修補任何孔并密封泄漏的接頭。應(yīng)該更換嚴(yán)重磨損的軟管。*，檢查機器的其余部分是否有螺栓，螺母或零件松動。

在所有的手術(shù)前檢查中，日常維護中最重要的事情可能就是在開始之前啟動泵。運行干燥的泵會損壞密封件，導(dǎo)致更多問題的連鎖反應(yīng)。如果是自吸泵，只需加水即可。術(shù)語“自吸”有點用詞不當(dāng)，因為每次使用時必須將水添加到泵中。然后泵將接管，在蝸殼內(nèi)建立壓力并開始排放。

不太頻繁的檢查

一旦泵已經(jīng)準(zhǔn)備好了，就可以開始工作了。除日常檢查外，泵還需要其他維護檢查和服務(wù)。雖然這些不需要每天完成，但它們對泵的使用壽命至關(guān)重要，并應(yīng)定期按計劃進行。一般來說，優(yōu)質(zhì)的泵引擎可以運行幾千小時，并且遵循推薦的維護計劃只能增加該時間和泵的投資回報率。

有幾件事情需要每月檢查幾次，其他事件則更少。例如，紙張空氣過濾器應(yīng)在需要時更換。雖然泡沫過濾器可以清洗并重新使用，但是當(dāng)它開始分解或分解時，需要更換。

臟的火花塞可能會導(dǎo)致功率下降和起動性能差，因此應(yīng)每半月檢查一次火花塞是否有殘留油污，污垢，損壞或積碳過多的情況。用鋼絲刷或火花塞清潔器清潔火花塞。立即更換任何火花塞與裂紋瓷。

每年都要對泵進行徹底檢查，檢查是否有骯臟，破損或未對齊的部件。這些部件可能會導(dǎo)致發(fā)動機或泵部件出現(xiàn)問題。檢查整臺機器可以*地了解需要清潔和修理的部件。

值得注意的是，灰塵狀況通常會縮短正常服務(wù)之間的時間長度，因為*的灰塵會堵塞過濾器元件或污染燃料和機油。取決于泵的環(huán)境，可能需要調(diào)整維護計劃以適應(yīng)低于*條件。

故障排除提示

即使定期進行適當(dāng)?shù)念A(yù)防性維護計劃，泵仍然可能會遇到問題。這很不幸，但很常見。知道如何尋找并快速解決問題將使問題不再成為更昂貴，耗時的修復(fù)。

如果泵不啟動，罪魁禍?zhǔn)卓赡苁侨~輪或發(fā)動機。如果葉輪粘住，只需拆下泵蓋，清潔并重新安裝。至于引擎，幾個不同的東西可能會影響它，并阻止從開始。

首先要檢查的是火花塞。如果它被油渣，氣體或碳污染，請清潔它。如果它損壞了，請更換它。如果它干凈無損，請將其連接到插頭蓋并將插頭與發(fā)動機機身接地。拉起動器，看看火花是否微弱或不存在。如果新的或清潔的插頭沒有點燃，則點火系統(tǒng)可能有故障，可能需要更換。

如果火花塞松動或插頭浸濕燃油，發(fā)動機也可能無法啟動。如果火花塞是潮濕的，請檢查燃油旋塞是否關(guān)閉。如果是這樣，關(guān)閉阻風(fēng)門拉桿并拉動起動手柄6次，看電極是否變濕。如果電極干燥，問題可能與化油器的燃料吸入有關(guān)。試著看看燃油停在發(fā)動機的哪里。

其他一些事情可能會導(dǎo)致泵不能自行灌注。首先檢查泵吸入側(cè)的漏氣情況; 如果需要，擰緊吸入軟管或管道。檢查排水塞，確保它完全擰緊。泵殼內(nèi)的水不足也會阻止泵啟動。

發(fā)動機轉(zhuǎn)速也會影響泵送量。如果泵送量下降，則抽吸軟管可能太長或抽吸腔室上的零件松動可能需要重新擰緊。這也可能是由于需要降低高吸力，水通道漏水，機械密封磨損或斷裂或發(fā)動機輸出功率或速度下降造成的。

采取積極主動的預(yù)防措施，確保關(guān)鍵的維護服務(wù)不會被忽視，防止泵出現(xiàn)故障時產(chǎn)生多米諾骨牌效應(yīng)，浪費時間并增加維修成本。這很簡單直接 - 泵的維護現(xiàn)在意味著更少的問題。遵循良好的維護計劃，例如上述步驟，是保持泵流量的*和*的方法之一。

Basic Preventive Maintenance to Keep Pumps Flowing

Performing preventive maintenance helps prevent pump downtime

It has been said, “You don’t know what you’ve got until it’s gone.” This concept can be all-too-familiar for anyone who has ever neglected a pump. A dependable pump isn’t truly appreciated when it’s working properly but that dependability is really missed if a pump’s performance declines, or worse, the unit stops working altogether. To avoid pump downtime and subsequent headaches, a preventive maintenance program must be followed.

Start each day with a pump inspection. Among the most important daily checks is the quality and level of engine oil. Oil that’s dirty can cause serious problems and decrease the life of an engine; likewise, if there’s an insufficient amount of it. Change the oil or add if necessary to reach the level as per manufacturer recommendation.

Check the gasoline level as well, making sure the tank is full, or at least full enough for the day’s usage. Also look for any evidence of fuel or oil leaks. If a fluid is dripping, inspect the area for any parts that may need to be tightened or replaced.

Cleaning or possibly changing the air filter is another important practice that can prevent significant damage. A clogged, wet or dirty air filter can lead to a loss in power and shorten the life of an engine by allowing dirt or water into sensitive areas. A foam element can be cleaned and reused, so it’s fine to check daily. If the filter has been damaged or is missing chunks, replace it. For paper air filters, operators should follow a recommended schedule for replacement in a timely fashion.

Inspect the condition of the hoses regularly, as well. If they are worn, frayed or have any holes, the air gaps will likely cause the pump to lose suction. Patch any holes and seal leaking joints. A severely worn hose should be replaced. Finally, check the rest of the machine for broken bolts, nuts or loose parts.

Of all the pre-operation checks, perhaps the most important thing to remember for daily maintenance is priming the pump before starting. Running a pump dry will damage the seals, causing a chain reaction of further problems. If it’s a self-priming pump, simply add water. The term “self-priming” is somewhat of a misnomer, as water must be added to the pump each time it is used. The pump will then take over, build pressure within the volute and begin discharging.

Less-frequent Checks

Once the pump has been prepped, it’s ready to go to work. In addition to daily checks, a pump requires other maintenance checks and services. While those don’t need to be done daily, they are crucial to the pump’s life and should be kept up with on a regular schedule. Generally, quality pump engines can operate for a few thousand hours, and following recommended maintenance schedules can only increase that time and the pump’s ROI.

A few things need to be checked a couple of times a month, others even less frequently. For instance, a paper air filter should be changed when needed. Although a foam filter can be cleaned and re-used, when it begins to disintegrate or come apart, replacement is necessary.

Dirty spark plugs can cause a decrease in power and poor starting performance, so the spark plugs should be checked semi-monthly for oil residue, dirt, damage or excessive carbon buildup. Clean spark plugs with a wire brush or spark plug cleaner. Immediately replace any spark plugs with cracked porcelain.

On an annual basis, give the pump a thorough inspection for dirty, broken or misaligned parts. Such parts can cause problems with the engine or pump components. Inspecting the entire machine gives the most comprehensive view of what needs to be cleaned and repaired.

It’s also worth noting that dusty conditions typically shorten the length of time between regular services, as extreme dust can clog filter elements or contaminate fuel and oil. Depending on the pump’s environment, maintenance schedules may need to be adjusted to accommodate for less than optimal conditions.

Tips For Troubleshooting

Even with a regular, proper preventive maintenance program, pumps may still experience problems. This is unfortunate, but common. Knowing what to look for and addressing it quickly will keep the problem from becoming a more expensive, time-intensive repair.

If a pump won’t start, the culprit is likely the impeller or engine. If the impeller is sticking, simply disassemble it by taking the pump cover off, clean and reinstall. As for the engine, several different things could affect it and prevent if from starting.

The first thing to check is the spark plug. If it’s dirty with oil residue, gas or carbon, clean it. If it’s damaged, replace it. If it’s clean and damage-free, connect it to the plug cap and ground the plug against the engine body. Pull the starter to see if the spark is weak or nonexistent. If a new or cleaned plug doesn’t spark, the ignition system could be faulty and may need replacement.

The engine also might not start if the spark plug is loose or if the plug is wet with fuel. If the spark plug is wet, check to see that the fuel cock is closed. If so, close the choke lever and pull the starter handle a half-dozen times to see if the electrode becomes wet. If the electrode is dry, the problem may be with the fuel intake of the carburetor. Try to see where the fuel stops in the engine.

A number of other things could cause a pump to not self-prime. Start by checking for air leaks on the suction side of the pump; tighten the suction hose or pipe, if needed. Check the drain plug, as well, to ensure that it has been tightened completely. Insufficient water inside the pump casing will also prevent the pump from priming.

Engine speed can affect pumping volume, as well. If the pumping volume has dropped, the suction hose may be too long or loose parts on the suction chamber may need re-tightening. This might also be caused by a high suction lift that would need to be lowered, water leaking from the water passage, a worn or broken mechanical seal or a drop in engine output or speed.

Adopting a proactive preventive approach ensures that crucial maintenance services won’t be neglected, preventing a domino effect of problems as the pump goes down, time is lost and repair costs add up. It’s simple and straightforward - pump maintenance now will mean fewer issues later. Following a good maintenance program, such as the steps detailed above, is among the best and most inexpensive ways to keep a pump flowing.

羅茨真空泵|原裝羅茨泵