磁力傳動的基本原理
The Principle of Magnetic -driving Pumps:
磁傳動部分由內、外磁轉子組成;隔離套將內磁轉子及介質與外磁轉子隔絕;外磁轉子由電機傳動,轉動時利用磁耦合特性帶動內磁轉子旋轉,完成非接觸的力矩傳遞,從而達到傳動泵的目的。
Magnetic-driving parts are composed of magnetic in-rotor and magnetic out–rotor; Magnetic in-rotor and medium are cut off from magnetic out-rotor by a shroud. Magnetic out-rotor is driven by motor; when magnetic out-rotor runs, magnetic in-rotor begin to run because of magnetic coupling characteristics. So pumps are driven by the way of non -contact transmission of moments.
磁傳動泵有別于其他機械密封泵,無動密封,只有靜密封,從根本上解決了流程中機械密封泵的跑、冒、滴、漏問題,做到了完全無泄露。
Magnetic-driving pumps are different from other pumps with mechanic seals by replacing dynamic seals with static seals. Solve absolutely leakage problem during pumps running.
磁力泵結構簡單緊湊、采用了獨特的潤滑及冷卻回路,一部分工藝液體自潤滑及冷卻傳動部件,省去了機械密封泵所需的冷卻、沖洗、急冷等繁雜的管路系統。設計入口壓力最大可至30Mpa,機械密封泵很難做到這一點。
The structure of magnetic-driving pumps is simple. The design of special lubricant and coolant circuit guarantees satisfactory lubrication and cool-off. No cool-off, swill, quick-cool pipe system that pumps with mechanical seals require. Rated suction pressure can reach to 30MPa; it is difficult for pumps with mechanical seals to do.
磁力泵運行安全可靠,噪音低、無泄露,工藝現場清潔安全,是真正意義上的工業環保型產品
Running slick and stably, low noise, non-leakage, cleanness and safety, magnetic-driving pumps are rewarded as real environmental protection products in industries