零氣耗自動排水器真的嗎？

大多數(shù)情況下，冷凝液中含有油以及固體顆粒物雜質(zhì)。如果不及時的將壓縮空氣冷凝液排出輸送和應(yīng)用設(shè)備之外，這些雜質(zhì)將會擴散到整個壓縮空氣系統(tǒng)中，導(dǎo)致工作運轉(zhuǎn)出現(xiàn)問題，并進(jìn)而使生產(chǎn)成本增加和損害生產(chǎn)設(shè)備與產(chǎn)品。而后處理設(shè)備重要的職責(zé)就是除去壓縮空氣中的污染物和水。泄露和控制不到位是后處理系統(tǒng)造成能耗浪費的主要原因。

In most cases, the condensate contains oil and solid particles. If the compressed air condensate is not discharged from the conveying and application equipment in time, these impurities will diffuse into the whole compressed air system, leading to problems in operation, and then increase the production cost and damage the production equipment and products. The important duty of post-treatment equipment is to remove pollutants and water in compressed air. Leakage and poor control are the main causes of energy waste in the post-processing system.

如果一個浮球排水閥因為故障造成無法復(fù)位而開始產(chǎn)生泄漏，根據(jù)其排污孔徑和一般工作壓力進(jìn)行測算，這還不包括設(shè)備維護修理所帶來的間接費用。我們以往在使用定時器控制排放電磁閥時，同樣也會出現(xiàn)壓縮空氣損失。

If a floating ball drain valve can not be reset due to failure and begins to leak, it is estimated according to its blowdown hole diameter and general working pressure, which does not include the indirect cost of equipment maintenance and repair. In the past, when we used the timer to control the discharge solenoid valve, the compressed air loss also occurred.因為定時器電磁排污閥采用死板僵化的定時工作方式，而不能根據(jù)冷凝液積存的實際數(shù)量控制排放的間隔時間和每次開閉閥門的精 準(zhǔn)時機進(jìn)行有用排放。當(dāng)每次排污閥過多頻次或過長時間打開時，很多昂貴且未經(jīng)使用的壓縮空氣就立即被白白的泄漏到環(huán)境中去，特別在寒冷干燥的季節(jié)，這種情況造成的能耗浪費尤為嚴(yán)重。

Because the timer solenoid blowdown valve adopts the rigid timing working mode, it can not control the interval time of discharge and the precise time of opening and closing the valve for useful discharge according to the actual amount of condensate accumulation. When the blowdown valve is opened too often or too long, a lot of expensive and unused compressed air will be immediately leaked to the environment, especially in the cold and dry season.

因為，冷凝液并不是有規(guī)律地產(chǎn)生和積聚。而是隨著氣候，季節(jié)，環(huán)境溫度和濕度，每天的工作時段以及壓縮機的加卸載轉(zhuǎn)換與滿載率等因素而隨時發(fā)生著變化。只有準(zhǔn)確實時地對冷凝液進(jìn)行排放才能避免不必要的能耗浪費和損害。采用電子液位控制的高品質(zhì)的零氣耗自動冷凝液排水器正是通過電容式液位傳感器實現(xiàn)了這個目的。

Because condensate is not produced and accumulated regularly. But with the climate, season, environmental temperature and humidity, daily working hours and compressor load and unload conversion and full load rate and other factors change at any time. Only when the condensate is discharged accurately and in real time, the unnecessary energy consumption and damage can be avoided. The high quality zero gas consumption automatic condensate drainer with electronic liquid level control achieves this goal through capacitive liquid level sensor.

智能液位電子控制系統(tǒng)有用的避免了壓縮空氣的損失，做到冷凝液的及時排放，并保證了小化輸入電能的需求。與計時器控制電磁閥相比，通常半年之內(nèi)就可收回在此設(shè)備上的投資。這不僅節(jié)約能源和降低生產(chǎn)成本，還能間接有用的減少對全球環(huán)境二氧化碳的排放（產(chǎn)生于能源產(chǎn)生過程中）——是一個對用戶成本控制和環(huán)境保護雙贏的選擇。

The intelligent liquid level electronic control system can effectively avoid the loss of compressed air, achieve the timely discharge of condensate, and ensure the demand of small input power. Compared with the timer control solenoid valve, the investment in this equipment can be recovered within half a year. This not only saves energy and reduces production costs, but also indirectly and usefully reduces the global environmental carbon dioxide emissions (generated in the process of energy generation) - it is a win-win choice for user cost control and environmental protection.

在壓縮空氣產(chǎn)生和處理過程中，應(yīng)該針對用戶和服務(wù)商特定的應(yīng)用和當(dāng)下省電，降耗減排，提效增收等需求提供佳設(shè)計制造的配套設(shè)備。采用液位控制技術(shù)的壓縮空氣零損耗壓縮空氣系統(tǒng)冷凝液排除器無疑是目前理想的選擇。

In the process of compressed air generation and treatment, we should provide well-designed and manufactured supporting equipment for the specific application of users and service providers and the current needs of energy saving, energy saving, emission reduction, efficiency and income increase. The condensate eliminator of compressed air system with zero loss and energy saving using liquid level control technology is undoubtedly the ideal choice at present.