中空玻璃生產線打膠難題：壓力夠卻打不滿膠？這樣排查就解決

　　Difficulty in gluing insulating glass production line: Can't glue under enough pressure? This way of investigation will solve the problem

　　在中空玻璃生產線的打膠環節，不少一線操作人員都遇到過這樣的棘手情況：設備壓力明明能正常起來，卻始終打不上膠，或者膠量填不滿玻璃縫隙。這種問題不僅影響封膠質量，導致中空玻璃密封性能不達標，還會耽誤生產進度。其實核心原因多集中在壓力傳遞環節的三個關鍵部位，只要按“先查壓力匹配、再查部件動作、最后查控制元件”的順序排查，就能快速解決。今天就專門科普這個實用排查技巧，幫大家輕松應對“壓力夠卻打不滿膠”的故障。

　　In the gluing process of the insulated glass production line, many frontline operators have encountered such a tricky situation: although the equipment pressure can be normally increased, the glue cannot be glued or the amount of glue cannot fill the gaps in the glass. This problem not only affects the quality of the sealing adhesive, resulting in substandard sealing performance of the insulated glass, but also delays the production schedule. In fact, the core reasons are mostly concentrated in the three key parts of the pressure transmission process. As long as the order of "checking pressure matching first, then checking component action, and finally checking control components" is followed, it can be quickly solved. Today, we will specifically popularize this practical troubleshooting technique to help everyone easily deal with the problem of "enough pressure but not enough glue".

　　先跟大家理清核心邏輯：打膠機的膠液輸送靠壓力驅動，看似“壓力夠”，實則可能是“顯示壓力”與“實際有效壓力”不匹配，或是壓力傳遞過程中出現卡滯。我們的排查重點就是驗證這兩個核心點，具體圍繞三個關鍵部件展開——液壓站、增壓缸、配電柜中間繼電器，按從易到難的順序操作，不用盲目拆解設備。

　　First, let me clarify the core logic: the glue delivery of the glue machine is driven by pressure, which may seem like "enough pressure", but in reality, it may be due to a mismatch between the "displayed pressure" and the "actual effective pressure", or a jamming during the pressure transmission process. Our focus of investigation is to verify these two core points, specifically focusing on three key components - hydraulic station, booster cylinder, and intermediate relay in the distribution cabinet. Operate in order from easy to difficult, without blindly disassembling the equipment.

　　第一步，先查液壓站壓力是否匹配。首先找到設備后方的液壓站，觀察液壓站上的指針壓力表，記錄當前的實際壓力值；同時對照設備觸摸屏上設定的壓力值，看兩者是否一致。這一步是排除“虛假壓力”的關鍵——如果指針表壓力與觸摸屏設定壓力不相符，說明液壓站壓力調節或壓力傳感器存在問題，后續即便顯示壓力夠，實際也無法驅動膠液足額輸送；如果兩者數值一致，再進入下一步排查。

　　The first step is to check if the hydraulic station pressure matches. Firstly, locate the hydraulic station behind the equipment, observe the pointer pressure gauge on the hydraulic station, and record the current actual pressure value; Simultaneously compare the pressure values set on the touch screen of the device to see if they are consistent. This step is the key to eliminating "false pressure" - if the pressure on the pointer gauge does not match the set pressure on the touch screen, it indicates that there is a problem with the hydraulic station pressure regulation or pressure sensor. Even if the pressure is displayed as sufficient in the future, it will not be able to drive the full delivery of the adhesive; If the two values are consistent, proceed to the next step of investigation.

　　第二步，檢查增壓缸是否正常動作。增壓缸是壓力傳遞的核心部件，負責將液壓站的壓力放大后傳遞給膠液輸送系統。如果液壓站壓力匹配，但仍打不滿膠，就重點觀察增壓缸是否能正常升起和降下。如果增壓缸動作卡頓、無法正常升降，哪怕液壓站壓力夠，也無法形成有效輸送壓力，自然打不滿膠。此時先確認增壓缸無機械卡滯，若動作異常，就需要進一步檢查控制增壓缸動作的元件。

　　Step two, check if the booster cylinder is functioning properly. The booster cylinder is the core component for pressure transmission, responsible for amplifying the pressure of the hydraulic station and transmitting it to the glue conveying system. If the pressure of the hydraulic station matches, but the glue is still not enough, focus on observing whether the booster cylinder can rise and fall normally. If the action of the booster cylinder is stuck and unable to rise and fall normally, even if the hydraulic station pressure is sufficient, effective conveying pressure cannot be formed, and the glue will naturally not be filled. At this point, first confirm that there is no mechanical jamming in the booster cylinder. If the action is abnormal, further inspection of the components controlling the action of the booster cylinder is required.

　　第三步，排查配電柜中間繼電器。如果前面兩步都正常，問題大概率出在控制環節的中間繼電器上。打開設備配電柜，里面有對應增壓缸動作的四組中間繼電器，分別控制“一組升、一組降、三組升、二組降”。操作時啟動打膠程序，觀察這四組繼電器的指示燈——如果某組繼電器對應的動作（比如增壓缸升）無法完成，且該繼電器指示燈不亮，就說明這個中間繼電器出現故障，無法傳遞控制信號，導致增壓缸無法正常動作。解決方法很簡單，直接更換故障的中間繼電器即可。

　　Step three, check the intermediate relay in the distribution cabinet. If the first two steps are normal, the problem is likely to be in the intermediate relay of the control link. Open the equipment distribution cabinet, there are four sets of intermediate relays corresponding to the action of the booster cylinder, which control "one set of rise, one set of fall, three sets of rise, and two sets of fall" respectively. Start the glue application program during operation and observe the indicator lights of these four sets of relays. If the corresponding action of a certain set of relays (such as the booster cylinder lifting) cannot be completed and the indicator light of that relay is not on, it indicates that the intermediate relay has a fault and cannot transmit control signals, causing the booster cylinder to fail to operate normally. The solution is simple, simply replace the faulty intermediate relay.

　　這里給大家補充幾個實操注意事項：一是排查前務必斷電或鎖定設備，尤其是打開配電柜時，避免觸電或設備意外啟動；二是觀察液壓站壓力時，要等壓力穩定后再讀數，避免瞬時壓力波動造成誤判；三是更換中間繼電器時，要注意型號匹配，更換后擰緊接線端子，防止接觸不良；四是排查完成后，先空載測試增壓缸動作和壓力傳遞，再進行打膠作業。

　　Here are a few practical precautions for everyone: First, be sure to turn off the power or lock the equipment before troubleshooting, especially when opening the distribution cabinet, to avoid electric shock or accidental equipment startup; Secondly, when observing the pressure of the hydraulic station, wait for the pressure to stabilize before reading to avoid misjudgment caused by instantaneous pressure fluctuations; Thirdly, when replacing the intermediate relay, attention should be paid to model matching. After replacement, tighten the connecting wire terminals to prevent poor contact; The fourth step is to conduct a no-load test on the action and pressure transmission of the booster cylinder after the investigation is completed, and then proceed with the gluing operation.

　　日常生產中，也可以通過兩個小技巧提前預防這類故障：一是定期校準液壓站壓力表和觸摸屏壓力參數，確保壓力顯示精準；二是定期檢查增壓缸的潤滑狀態，避免機械卡滯，同時查看配電柜內中間繼電器的接線是否牢固，防止振動導致松動。這些基礎維護能大幅減少壓力傳遞類故障的發生。

　　In daily production, two small tips can also be used to prevent such failures in advance: first, regularly calibrate the hydraulic station pressure gauge and touch screen pressure parameters to ensure accurate pressure display; The second is to regularly check the lubrication status of the booster cylinder to avoid mechanical jamming, and at the same time, check whether the wiring of the intermediate relay in the distribution cabinet is firm to prevent loosening caused by vibration. These basic maintenance can significantly reduce the occurrence of pressure transmission failures.

　　“壓力夠卻打不滿膠”看似矛盾，實則是壓力傳遞環節的小問題。對一線操作人員來說，掌握“液壓站→增壓缸→中間繼電器”的排查邏輯，就能快速定位問題、解決故障，減少生產線停擺時間。希望這次科普能幫到大家，在日常操作中更好地應對這類生產難題。如果更換繼電器后仍有異常，可進一步檢查增壓缸密封件是否損壞，或聯系設備廠家技術支持。

　　The contradiction of 'enough pressure but not enough glue' may seem contradictory, but it is actually a small problem in the pressure transmission process. For frontline operators, mastering the troubleshooting logic of "hydraulic station → booster cylinder → intermediate relay" can quickly locate problems, solve faults, and reduce production line downtime. I hope this science popularization can help everyone better cope with such production difficulties in daily operations. If there are still abnormalities after replacing the relay, you can further check whether the seal of the booster cylinder is damaged, or contact the technical support of the equipment manufacturer.

　　本文由 中空玻璃生產線  友情奉獻.更多有關的知識請點擊  http://m.bjrcc.com.cn/   真誠的態度.為您提供為全面的服務.更多有關的知識我們將會陸續向大家奉獻.敬請期待.

　　This article is a friendly contribution from the insulating glass production line For more related knowledge, please click http://m.bjrcc.com.cn/ Sincere attitude To provide you with comprehensive services We will gradually contribute more relevant knowledge to everyone Coming soon.