Uhlobo lokutywinwa kwe-Thermoplastic ekhaya ukusetyenziswa kombane we-solenoid coil ubukhulu be-10 ubude 31

Uhlobo lokutywinwa kwe-Thermoplastic ekhaya usetyenziso lombane lwekhoyili ye-solenoid ububanzi 10 ubude 31 Umfanekiso obonakalayo

Inkcazelo emfutshane:

Umzekelo:FB480

Ukwahlulahlula imveliso:Ikhoyili yeValve yeSolenoid

Umqathango:Entsha

Uhlobo lweNtengiso:Imveliso eNtsha ka-2020

Indawo yemvelaphi:Zhejiang, China

Igama lebrand:Flying Bull

I-Voltage:I-DC24V DC12V

Ifom ye-inductance:I-inductance esisigxina

Ipropathi yeMagnetism:Ikhoyili engundoqo yobhedu

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iinkcukacha

Imizi-mveliso eSebenzayo:iiVenkile zeMathiriyeli yokwakha, iiVenkile zokuLungisa oomatshini, Iplanti yokuVelisa, iiFama, iiVenkile, imisebenzi yolwakhiwo , iNkampani yeNtengiso
Igama lemveliso:Ikhoyili ye-Solenoid
Umbane oqhelekileyo:RAC220V RDC110V DC24V

Iklasi yokuKhusela: H
Uhlobo loQhagamshelwano:Uhlobo lokukhokela
Olunye umbane okhethekileyo:Customizable
Amanye amandla akhethekileyo:Customizable
Inombolo yeMveliso:HB700

Supply Ability

Iiyunithi ezithengisayo: Into enye
Ubungakanani bephakheji enye: 7X4X5 cm
Ubunzima obunye: 0.300 kg

Intshayelelo yemveliso

Ikhoyili ye-Electromagnetic isetyenziselwa ukuguqula amandla ombane kunye nemagnethi yamandla, yenziwe ngocingo lwentsimbi yenxeba, kwiimeko ezininzi zenza imilo yecylindrical, kodwa nezinye iimilo. Xa i-current idlula kwi-coil, intsimi yamagnetic yenziwa kwi-coil, kwaye i-coil inokuguqula amandla ombane kunye namagnetic.
Iikhoyili ze-electromagnetic ziyilwe ngokomthetho wamandla ombane. Umthetho we-electromagnetic force uthi xa isiphaluka sisebenza ngokuvaliweyo ngoku, intsimi yamagnetic yenziwa ngeenxa zonke. Ubume besiphaluka bunokuba yi-coil enye evaliweyo; Isenokuba yisekethe entsonkothileyo equlathe imigca emininzi, apho inkalo yemagnethi iyonke yenziwa ngokugqwesa iindawo ezininzi zemagnethi.
Ngenxa yomthetho we-electromagnetic force, ukuba i-current iqhutywa malunga ne-coil ye-electromagnetic, iya kubangela ukuba intsimi yamagnetic iqhube, isizathu sokuba ikhoyili ivelise amandla ombane, kwaye ikwangumgaqo womsebenzi wekhoyili.

Amandla e-electromagnetic nawo anokubangela ukuba ikhoyili ngokwayo ingcangcazele, kwaye kubalulekile ukuqaphela ukuba ikhoyili ngokwayo ayiwadli amandla xa ingcangcazela. Xa kufuphi neziko lamagnetic field, i-coil iya kutyhalwa, xa ishiya indawo yamagnetic field, i-coil iya kutsalwa, iphindwe, iya kugungqiswa yi-coil ngokwayo, ngaloo ndlela ivelise amandla.
Iikhoyili ze-Electromagnetic zinokuguqula amandla ombane kunye namandla ombane, kwaye eyona nto iphambili yale nkqubo yokuguqula kukuguqula omnye komnye, oko kukuthi, ukudibanisa i-electromagnetic. Xa i-current flowing through the wire idala i-flux magnetic kwi-coil, amandla amagnetic aveliswa kwi-coil, etyhala i-coil ukuba ijikeleze. Xa ikhoyili idlula kwintsimi yamagnetic, ikhoyili iya kutyhalwa ngamandla kazibuthe, ngoko ke ikhoyili iya kujikeleza ngokwexesha elithile. Kule nkqubo, inokuguqulwa ukusuka kumandla ombane ukuya kumandla ombane, kwaye ukusuka kumandla ombane Iguqula ibe ngumbane.

Ngokubanzi, xa ikhoyili ye-electromagnetic isebenza, iya kuqhutywa ngamandla kazibuthe, xa ikhoyo ngoku equkuqelayo ngocingo ivelisa i-flux yamagnetic kwikhoyili, amandla kazibuthe aya kwenza intsimi yamagnetic ngaphandle, ukuze ikhoyili ibe iqhutywa ngamandla kazibuthe, ivelise amandla, kwaye ifezekise uguqulo oludibeneyo lwamandla ombane kunye namandla ombane