DMF-Z-25 lantarki bugun jini bawul samfurin gabatarwa: The bawul tsarin kasashen waje gabatarwa (kuma aka sani da membrane bawul) ne matsa iska "canzawa" na bugun jini jakar mai cire ƙura tsabtace toka bushewa tsarin da aka sarrafa ta hanyar bugun jini bushewa mai kula fitarwa siginar, a kan tace jakar layi-layi (dakin) bushewa tsabtace toka, don haka da ƙura mai cire juriya kiyaye a cikin saitin kewayon don tabbatar da ƙura mai cire ƙura aiki ikon da kuma ƙura tattara inganci.

DMF-Z-25 lantarki pulse bawul fasaha nuna alama:

Aiki matsin lamba: 0.4 ~ 0.7, yanayin zafin jiki: -10 ~ 55 (℃), amfani da kafofin watsa labarai: tsabtace iska, film rayuwa: bushewa sama da sau miliyan 1.

Haɗuwa thread: ZG1 ", tsawon: 110mm, fadi: 85mm, tsawo: 125mm, nauyi: 0.75kg

Pulse solenoid bawul shigarwa hanyar: electromagnetic pulse bawul shigarwa karshen (IN), da aka haɗa da gas ajiya cylinder karfe bututun, da fitarwa karshen da aka haɗa da ƙura takwas bushewa bututun, da haɗi threads cika tsakanin da tetrafluoroethylene raw band tabbatar da hatimi.

Ka'idar aikin solenoid bawul:

solenoid bawul ne mai sarrafa kansa tushe bangare da aka yi amfani da su sarrafa ruwa, wanda ya kasance na actuator; Ba iyakance ga karfin ruwa, pneumatic. Ana amfani da bawul na solenoid don sarrafa shugabancin kwararar ruwa, na'urorin inji yawanci ana sarrafa su ta karfe mai aiki da ruwa, don haka za a yi amfani da bawul na solenoid.

A cikin solenoid bawul akwai rufe rami, a daban-daban matsayi da kuma wucewa rami, kowane rami ya kai ga daban-daban mai bututun, a tsakiyar rami ne bawul, biyu gefen ne biyu electromagnets, wanda gefen magnet coil wucewa bawul jiki za a jawo hankalin zuwa wanda gefen, ta hanyar sarrafa bawul jiki motsi don riƙe ko zubar da daban-daban mai drainage rami, yayin da shigar da man fetur rami ne sau da yawa a buɗe, mai aiki da karfin ruwa zai shiga daban-daban mai drainage bututun, sa'an nan kuma ta hanyar matsin lamba na man fetur don tura man fetur wucewa piston, piston kuma drive piston Ta wannan hanyar sarrafa motsin inji ta hanyar sarrafa halin yanzu na electromagnet.