全自動封膠線：三項智能節(jié)能黑科技，玻璃廠年省電費超30%

　　Fully automatic sealing line: Three intelligent energy-saving black technologies, saving glass factory over 30% of annual electricity costs

　　在中空玻璃深加工領(lǐng)域，全自動封膠線作為核心生產(chǎn)設(shè)備，長期連續(xù)運轉(zhuǎn)帶來的高額能耗，一直是工廠運營成本居高不下的核心痛點。傳統(tǒng)封膠線設(shè)備缺乏智能調(diào)控設(shè)計，即便無玻璃加工、設(shè)備空轉(zhuǎn)時，毛刷、噴嘴、風機、傳送結(jié)構(gòu)仍全程運行，大量電能被無效消耗，日積月累形成巨大的成本浪費。我們針對行業(yè)能耗痛點，對全自動封膠線進行全方位節(jié)能優(yōu)化升級，聚焦清洗烘干、風機運行、分段傳送三大核心環(huán)節(jié)，搭載三項智能節(jié)能技術(shù)，從設(shè)備運行邏輯根源上杜絕空轉(zhuǎn)浪費，實測綜合能耗降低30%以上，既保證封膠生產(chǎn)效率與品質(zhì)，又大幅壓縮工廠用電成本，成為玻璃深加工企業(yè)降本增效的核心利器。

　　In the field of deep processing of insulating glass, the high energy consumption caused by the long-term continuous operation of fully automatic sealing lines as the core production equipment has always been the core pain point of high operating costs for factories. Traditional sealing line equipment lacks intelligent control design. Even when there is no glass processing or the equipment is idling, the brushes, nozzles, fans, and conveying structures still operate throughout the entire process, resulting in a large amount of ineffective consumption of electrical energy and accumulating huge cost waste over time. We have comprehensively optimized and upgraded the fully automatic sealing line for energy consumption pain points in the industry, focusing on the three core links of cleaning and drying, fan operation, and segmented transmission. Equipped with three intelligent energy-saving technologies, we eliminate idle waste from the root of equipment operation logic, and have reduced comprehensive energy consumption by more than 30% in actual testing. This not only ensures the production efficiency and quality of sealing, but also significantly reduces the electricity cost of factories, becoming a core tool for glass deep processing enterprises to reduce costs and increase efficiency.

　　智能啟停節(jié)能：清洗烘干模塊，無料自動停機零浪費

　　Intelligent start stop energy-saving: cleaning and drying module, automatic shutdown without material, zero waste

　　清洗烘干是全自動封膠線的前置核心工序，也是傳統(tǒng)設(shè)備能耗大戶，以往設(shè)備開機后毛刷與噴嘴便持續(xù)運轉(zhuǎn)，即便產(chǎn)線臨時斷料、20秒內(nèi)無玻璃進入，設(shè)備仍保持全功率運行，電能白白損耗。升級后的全自動封膠線，搭載智能感應(yīng)啟停系統(tǒng)，精準設(shè)定20秒延時感應(yīng)機制，當產(chǎn)線20秒內(nèi)無玻璃進入加工工位，毛刷與噴嘴會**自動斷電關(guān)閉**，徹底停止運行；一旦有玻璃進入工位，設(shè)備立即瞬時啟動，恢復正常清洗烘干作業(yè)，全程無需人工手動操控，智能切換運行與停機狀態(tài)，既不影響正常生產(chǎn)節(jié)奏，又能徹底杜絕前置工序的無效空轉(zhuǎn)能耗，單工序能耗直接降低40%左右。

　　Cleaning and drying is the pre core process of the fully automatic sealing line, and it is also a major energy consumer of traditional equipment. In the past, after the equipment was turned on, the brushes and nozzles continued to operate. Even if the production line was temporarily cut off and no glass entered within 20 seconds, the equipment still maintained full power operation, resulting in wasted electrical energy. The upgraded fully automatic sealing line is equipped with an intelligent induction start stop system and a precise 20 second delay induction mechanism. When no glass enters the processing station within 20 seconds of the production line, the brush and nozzle will automatically power off and shut down, completely stopping operation; Once glass enters the workstation, the equipment immediately starts and resumes normal cleaning and drying operations without the need for manual operation. It intelligently switches between operation and shutdown states, which does not affect the normal production rhythm and completely eliminates the ineffective idle energy consumption of previous processes. The energy consumption of a single process is directly reduced by about 40%.

　　風機碟閥軟循環(huán)：停機閉閥軟啟動，大幅降低風機能耗

　　Fan disc valve soft cycle: stop and close valve soft start, significantly reducing fan energy consumption

　　烘干風機作為封膠線的高功率部件，傳統(tǒng)設(shè)備停機時風機仍處于全開狀態(tài)，不僅空轉(zhuǎn)耗電，頻繁啟停還會損傷電機、縮短設(shè)備使用壽命。我們在全自動封膠線的烘干風機處，加裝專用智能碟閥，搭配軟循環(huán)啟動系統(tǒng)，實現(xiàn)風機能耗的精準管控。當玻璃停止加工、設(shè)備處于待機狀態(tài)時，碟閥**自動閉合**，阻斷風機無效送風；設(shè)備重啟時，采用軟循環(huán)啟動模式，避免電機瞬間全功率啟動的高額電耗，減少電流沖擊，既保護風機電機、延長設(shè)備使用壽命，又能大幅降低風機運行能耗，相比傳統(tǒng)風機運行模式，單臺風機能耗可降低25%以上，節(jié)能效果十分顯著。

　　As a high-power component of the sealing line, the drying fan is still fully open when traditional equipment is stopped, which not only consumes power by idling, but also damages the motor and shortens the service life of the equipment due to frequent starting and stopping. We have installed a dedicated intelligent disc valve at the drying fan of the fully automatic sealing line, combined with a soft cycle starting system, to achieve precise control of fan energy consumption. When the glass processing stops and the equipment is in standby mode, the disc valve * * automatically closes * *, blocking the ineffective air supply of the fan; When restarting the equipment, the soft cycle start mode is adopted to avoid the high power consumption caused by the instantaneous full power start of the motor, reduce current shock, protect the fan motor, extend the service life of the equipment, and significantly reduce the energy consumption of the fan operation. Compared with the traditional fan operation mode, the energy consumption of a single fan can be reduced by more than 25%, and the energy-saving effect is very significant.

　　分段光電感應(yīng)：無料不運轉(zhuǎn)，分段傳送精準控能

　　Segmented photoelectric sensing: no material, no operation, precise control of segmented transmission energy

　　針對傳統(tǒng)封膠線傳送結(jié)構(gòu)全程空轉(zhuǎn)、持續(xù)耗電的弊端，我們在全自動封膠線的每一段傳送工位，均加裝高精度光電感應(yīng)開關(guān)，實現(xiàn)分段式智能傳送節(jié)能。光電開關(guān)全程實時監(jiān)測工位狀態(tài)，當玻璃未進入對應(yīng)傳送段時，該段傳送結(jié)構(gòu)**自動停止運轉(zhuǎn)**，完全不耗電；只有當玻璃觸發(fā)光電感應(yīng)開關(guān)、進入對應(yīng)工位時，傳送結(jié)構(gòu)才會瞬時啟動運轉(zhuǎn)，完成玻璃輸送，運轉(zhuǎn)結(jié)束無后續(xù)玻璃時，立即再次停機待機。

　　In response to the drawbacks of traditional sealing line transmission structure, such as full idling and continuous power consumption, we have installed high-precision photoelectric induction switches at each transmission station of the fully automatic sealing line to achieve segmented intelligent transmission and energy saving. The photoelectric switch monitors the status of the workstation in real-time throughout the process. When the glass does not enter the corresponding conveying section, the conveying structure of that section automatically stops running without consuming any electricity; Only when the glass triggers the photoelectric sensing switch and enters the corresponding workstation, the conveying structure will instantly start running, completing the glass conveying. When there is no follow-up glass after the operation is completed, it will immediately stop and standby again.

　　這種分段獨立控能設(shè)計，徹底避免整條傳送線全程空轉(zhuǎn)的浪費，尤其適合小批量、多批次訂單生產(chǎn)，節(jié)能效果翻倍。三項核心節(jié)能技術(shù)疊加，讓這款全自動封膠線實現(xiàn)高效生產(chǎn)與低碳節(jié)能雙向兼顧，按工廠日均運行8小時計算，全年可節(jié)省電費超30%，同時減少設(shè)備空轉(zhuǎn)磨損、延長設(shè)備使用壽命，真正實現(xiàn)節(jié)能、降本、提質(zhì)三重收益，是玻璃深加工企業(yè)轉(zhuǎn)型升級的首選設(shè)備。

　　This segmented independent control design completely avoids the waste of the entire conveyor line running idle, especially suitable for small batch and multi batch order production, doubling the energy-saving effect. The combination of three core energy-saving technologies enables this fully automatic sealing line to achieve efficient production and low-carbon energy-saving in both directions. Calculated based on an average daily operation of 8 hours in the factory, it can save more than 30% of electricity bills throughout the year, while reducing equipment wear and tear and extending equipment service life, truly realizing the triple benefits of energy saving, cost reduction, and quality improvement. It is the preferred equipment for glass deep processing enterprises to transform and upgrade.

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