I-Excavator izingxenye ze-EC55 Pilot Ukuvimbela I-Solenoid valve Coil

I-Excavator izingxenye ze-EC55 Pilot Ukuvimbela Ukujikeleza I-Soil ye-Solenoid valve Coil efakiwe

Incazelo emfushane:

Ukuqoqwa komkhiqizo:I-solenoid valve coil

Isimo:-Kwanamuhla

Uhlobo lokumaketha:Umkhiqizo omusha ngo-2020

Indawo yemvelaphi:Zhejiang, China

I gama le-brand:Flying Bull

I-Voltage:I-DC24V DC12V

Ifomu le-intanethi:Ukuqanjwa okuhleliwe

Impahla kazibuthe:Ikhoyili Core Core

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Bonisana

Izimboni ezisebenzayo:Izitolo zokwakha izinto ezibonakalayo, izitolo zokulungisa imishini, ukukhiqiza isitshalo, amapulazi, izitolo, imisebenzi yokwakha, inkampani yokukhangisa
Igama lomkhiqizo:I-Solenoid Coil
I-voltage ejwayelekile:AC220V AC110V DC24V DC12V
Amandla ajwayelekile (AC):I-26VE
Amandla ajwayelekile (DC):18Khwa

Isigaba sokufakwa: H
Uhlobo Lokuxhumeka:D2N43650A
Amanye ama-voltage akhethekile:Ngokwezifiso
Amanye amandla akhethekile:Ngokwezifiso
Umkhiqizo Cha.:I-EC55 210 240 290 360 460

Hlinzeka ngekhono

Ukuthengisa amayunithi: into eyodwa
Ubukhulu bephakheji elilodwa: 7x4x5 cm
Isisindo esisodwa esiphelele: 0.300 kg

Isingeniso Somkhiqizo

Umsebenzi wekhoyili

1. Umphumela wamanje wokuvinjwa I-Coil e-Inductance inomphumela wokuvimba ku-AC yamanje, kanti usayizi womphumela wokuvinjwa ubizwa nge-inductance XL, kanti iyunithi liyi-ohm. Ubudlelwano bayo nge-inductance l ne-AC Frequency F yi-XL = 2πFL. I-Inductor ingahlukaniswa ikakhulukazi ngamakhoyili afudumele aphezulu kanye namakhoyili aphansi aphansi.

2. Ukukhethwa kwe-tuning kanye nokujwayelekile Lokho wukuthi, imvamisa ye-oscillation yemvelo ye-F0 yesifunda ilingana nemvamisa f yesiginali engaguquki, ngakho-ke ukuphendula kwe-oscillagetic kuyalingana, ngakho-ke amandla e-aclectromagnetic e-aputance angena futhi, okuyinto ye-aconan denomenon yesifunda se-LC. Ekugcineni, ukuphendula okuzayo nokuphendula kwe-capacitive yesifunda kuyalingana futhi kuphambene. Ukuqalwa kwenani lamanje ku-loop kuncane kakhulu, kanti okwamanje kuyinto enkulu kunazo zonke (ebhekisa kwisiginali ye-AC nge-F = "F0"). I-LC Resonant Circuituit inomsebenzi wokukhethwa imvamisa, ongakhetha isibonakaliso se-AC ngemvamisa ethe xaxa f ..

Ngokuqondene nokuvuselelwa kwekhoyili kuthinteka, kungani ikhoyili yethusi ingcono kune-aluminium coil? Okokuqala, ngokuya ngokuqhutshwa, ukuthuthuka kwe-aluminium kuphansi kunaleyo yethusi. Ukuze uhambisane namakhoyili ethusi, izintambo zikamabanzi ze-aluminium zingadinga isigaba esikhulu sesiphambano ukuze zikwazi ukuhlinzeka ngezinga elifanayo lokuqhutshwa. Lokho kusho ukuthi, kuqhathaniswa nekhoyili yethusi ngosayizi ofanayo, isilonda esinenkani nge-aluminium wire sidinga ivolumu ethe xaxa.

Okwesibili, ngokuya ngezakhiwo zamakhemikhali, izinga le-oxidation le-aluminium lishesha kakhulu kunalelozinye izinsimbi. Uma i-aluminium powder ivezwa umoya, izofakwa nge-oxid ngokuphelele ezinsukwini ezimbalwa nje, ishiye impuphu emhlophe emhlophe. Ngakho-ke, ukuze uxhumane kahle ukuze uqinisekise ukusebenza okuhle, kuyadingeka ukubhoboza ungqimba we-oxide we-aluminium electromagnetic wire ukuvikela ukuxhumana okwengeziwe phakathi kwe-aluminium nomoya. Ekugcineni, ngokombono wokusebenza kwezindleko, i-aluminium yemali enokusebenza okufanayo kudinga ukuguquka okuningi kanye nezintambo eziningi ezibuyisiwe, ezibiza kakhulu futhi zincane kakhulu kune-Copper Coil.