Umshini wokuqinisa igiya omkhulu

Izinsiza kusebenza zomshini wokuqinisa igiya omkhulu

1. Njengoba amandla kagesi emancane kakhulu, kwanele ukusebenzisa ama-pulses ayi-6, futhi ama-harmoniki awo kugridi yamandla ngeke adlule izinga. Umgomo wesekethe omkhulu uboniswa kumfanekiso ongezansi.

(2) Isifunda sokulawula sidijithali ngokuphelele futhi sihlanganisiwe, futhi ayikho i-relay control loop, eqinisekisa ukuthembeka kanye nekhono lokulwa nokuphazamiseka kwemishini:

(3) Ukukhishwa kwamandla okuqhubekayo kokuphakelwa kwamandla kungaqinisekisa isici samandla aphezulu

(4) Inomthelela omuhle kakhulu wokumelana nomthwalo

(5) Umsebenzi wokuvikela ophelele futhi onokwethenjelwa

Lesi sifunda sokulawula sihlonyiswe ngezindlela ezahlukahlukene zokuvikela ezifana nokugcwala ngokweqile, ukulayishwa ngokweqile, ukuvota ngokweqile, ukungabi bikho kwesigaba, ukunganikezwa kwamandla okulawula amandla, ingcindezi yamanzi okupholisa aphansi kanye namazinga okushisa aphakeme okupholisa amanzi.

(6) Umsebenzi wokuzibona wokulandelana kwesigaba esithuthukile

(7) Isixhumi esibonakalayo sokulawula sangaphandle

(8) Ukulungisa amaphutha nokugcinwa okulula nokulula

(9) Kulula ukusebenza, vele uvule isibonisi ukuvula umshini.

(10) Uhlelo lokulawula nokulawula i-PID yamandla kagesi neyamanje.

(11) Indlela yokupholisa: ukupholisa amanzi. Umfutho wamanzi uphakathi kuka-1.5-2Kgf / cm3, ukupholisa okuthembekile (igatsha ngalinye linomsebenzi wokuvikela ukushisa). Onke amapayipi okupholisa imishini axhunywe ngompompi bensimbi engagqwali, okufanele kube lula futhi kusheshe ukufaka nokuqaqa. Isifunda samanzi sisakazwa ngokuvulekile, futhi ithangi lamanzi lokupholisa lenziwe ngensimbi engagqwali. Ukuphakama kokufakwa kungamamitha ayi-1.5 ukusuka phansi kwekhabethe.

(12) Qinisekisa ukuthi igridi yamandla iyashintsha: 380 V ± 10% ingasebenza ngokujwayelekile

(14) Iphaneli yemishini ifakwe i-voltmeter yomugqa ongenayo, i-ammeter ephakathi nendawo, i-voltmeter yamaphakathi, imitha yamandla wamandla aphakathi nendawo nemitha yamandla

(15) Amapharamitha wezobuchwepheshe we-capacitor kanye nesiguquli esiphakathi semvamisa afaniswa namandla aphakathi nendawo anikezwa amandla. I-capacitor isebenzisa i-all-film capacitor ekhiqizwe eGuilin (ubuchwepheshe baseMelika).

(16) Ikhabethe likagesi lamukela indlela evaliwe, futhi kunezibani ze-fluorescent zokulungisa ngaphakathi, futhi kunezimbobo ezingqongqoza zokungena ngocingo phezulu nangaphansi, kanti izicabha zangaphambili nangasemuva zinemicu yokuvala.

(17) Ikhebula lisebenzisa ikhebuli epholile ngamanzi, futhi i-hose isebenzisa ithubhu engamelana nengcindezi ephezulu.

(18) Izimpawu ezahlukahlukene ezibonisa zigcinwa ngama-rivet.

(19) Amandla wokuvimbela namandla we-voltage, ukumelana okuyinhloko kwesisekelo (igobolondo) lokumelana akuyona into engaphansi kwe-1M

Incazelo yesakhiwo sesiguquli esiphakathi nendawo:

Isiguquli semvamisa esiphakathi sisebenzisa uhlobo olusha (uhlobo lwe-PR), futhi umnyombo we-transformer wenziwe ngamashidi wensimbi engu-0.2-0.35mm awugqinsi ophakeme kakhulu (amashidi ama-3K). Amakhoyili alinyazwa ngendlela eyeqile. Isilinganiso sokujika sihluka kakhulu. Izinhlangothi zoqobo nezesibili zingashintshwa ngokuya ngokuthi Izidinga ukuhlanganiswa ngokungenasizathu zibe izilinganiso ezingajwayelekile neziphendukayo, futhi ukuguquguquka komthwalo kunamandla. Kokubili ikhoyili ye-transformer nengqikithi yensimbi kunesifunda esipholile ngamanzi.

Sebenzisa izimo zomshini wokuqinisa igiya omkhulu

Ukunikezwa kwamandla: 3Ф 380V ± 10% 50HZ ezintathu-isigaba ezine-wire system

2.Ambient lokushisa: 5-35 ℃

3. Ukuphakama: ngaphansi noma okulingana no-1000M

4. Umswakama ohlobene: <90%

5. Amanzi apholisayo ajikelezayo: ingcindezi yamanzi: 0.15-0.3Mpa

6. Alukho uthuli oluqhubayo negesi elonakalisayo