ULondolozo lweCable yokupholisa yamanzi

Intambo epholileyo ngamanzi ligama le-intermediate frequency furnace cable yokudibanisa. Isetyenziselwa ikakhulu ukudibanisa ibhanki ye-capacitor kunye ne-coil yokufudumala. Ekubeni i-resonant current ye-intermediate frequency furnace iphindwe ka-10 ngaphezu kwegalelo langoku, i-current passing through cable inkulu kakhulu kwaye isizukulwana sobushushu siphezulu kakhulu. Intambo ngokucacileyo ayinayo imali kwaye ayinangqiqo, ngoko ke amanzi afunekayo ukupholisa le ntambo, eyintambo epholileyo ngamanzi.

1. Isakhiwo sentambo epholileyo ngamanzi:

I-electrode yekhebula epholileyo yamanzi yenziwe ngentonga yobhedu edibeneyo ngokujika kunye nokugaya, kwaye umphezulu uyagqithiswa okanye ufakwe i-tinned; ucingo lwentambo epholileyo yamanzi yenziwe ngocingo lwe-enameled kwaye lulukwe ngumatshini ojikelezayo we-CNC, kunye nokuguquguquka okuphezulu kunye ne-radius encinci yokugoba; i-sheath yangaphandle isetyenziswe ityhubhu yerabha yokwenziwa kunye ne-interlayer eyomeleziweyo, ukumelana noxinzelelo oluphezulu. I-sleeve kunye ne-electrode i-cold-extruded kwaye igxininiswe kwizixhobo ezineentsimbi zobhedu, ezinomsebenzi wokutywinwa kakuhle kwaye akulula ukuvuza.

Imiba yokugcinwa kwentambo ezipholileyo ngamanzi:

1. I-tube ye-rubber yangaphandle yentambo epholileyo yamanzi ithatha ityhubhu yerabha yoxinzelelo kunye nokumelana noxinzelelo lwe-5 kg, kwaye amanzi okupholisa adlula kuyo. Iyinxalenye yesiphaluka somthwalo. Iphantsi koxinzelelo kunye ne-torsion ngexesha lokusebenza, kunye nokuthambeka kunye nomzimba wesithando somlilo ukuze kubangele ukujija kunye nokujika. Ngoko ke, emva kwexesha elide lokusebenza Ukwaphulwa ngokulula kumalungu aguquguqukayo. Xa iphukile, kuya kuba nzima ukuqala isithando somlilo esiphakathi, kwaye ngamanye amaxesha sinokuqalwa ngokuqhelekileyo, kodwa ngexesha lenkqubo yokwandisa amandla, ukukhuselwa kwe-overcurrent kuya kwenza.

Indlela yonyango: Ngenxa yobuninzi bangoku obuphezulu bentambo epholileyo yamanzi kwisithando somlilo esiphakathi, kulula ukuphuka xa siphelile ngamanzi, kwaye isiphaluka siya kudibaniswa emva kokuphuka, ngoko akulula ukuyisebenzisa. isixhobo sokubhaqa. Hlakuzisa isithando somlilo esiphakathi, ulinganise ngesixhobo esincinci sokumelana okanye ubuyisele intambo entsha yamanzi.

2. Ngenxa yokuba intambo epholileyo yamanzi idibanisa kunye nomzimba wesithando somlilo, igoba ngokuphindaphindiweyo, ngoko kulula ukuphula ingundoqo. Xa uqinisekisa ukuba ikhebula liphukile, okokuqala nqamula ikhebula elipholileyo lamanzi kwi-bar ye-copper ephumayo ye-capacitor yokufudumala yombane. Emva kokuba undoqo wentambo epholileyo yamanzi iphukile, unikezelo lwamandla ombane ophakathi alukwazi ukuqala ukusebenza.

Indlela yokucubungula: i-oscilloscope ingasetyenziswa xa kuhlolwa. Qhagamshela iikliphu ze-oscilloscope kuzo zombini iziphelo zomthwalo, kwaye akukho maza oscillation athotyiweyo xa iqhosha lokuqala licinezelwa. Xa kugqitywe ukuba intambo yaphukile, qala uqhawule intambo eguquguqukayo kwi-bar yemveliso yobhedu ye-capacitor yembuyekezo yamatyeli aphakathi, kwaye ulinganise ukuxhathisa kwentambo kunye ne-RX1 gear ye-multimeter. U-R ngu-zero xa uqhuba, kwaye akanasiphelo xa uqhawulwe

3. Inkqubo yokutshisa ikhebula elipholileyo ngamanzi ngokuqhelekileyo ukunqumla uninzi lwalo kuqala kwaye emva koko litshise ngokukhawuleza inxalenye engapheliyo ngexesha lokusebenza kwamandla aphezulu. Ngeli xesha, unikezelo lwamandla ombane oluphakathi luya kuvelisa umbane ogqithisileyo. Ukuba ukukhuselwa kwe-overvoltage akuthembeki, kuya kutshisa i-thyristor. Emva kokuba intambo yokupholisa amanzi icinyiwe, unikezelo lwamandla ombane oluphakathi alukwazi ukuqalisa ukusebenza. Ukuba awukhangeli unobangela kwaye uqale ngokuphindaphindiweyo, kunokwenzeka ukuba utshise i-voltage ephakathi.

Indlela yonyango: Sebenzisa i-oscilloscope ukujonga impazamo, cinezela i-oscilloscope probe kuzo zombini iziphelo zomthwalo, kwaye ujonge ukuba kukho i-attenuation waveform xa iqhosha lokuqala licinezelwa.