I-standard Reach Iridium Spark Ipulaki

● Ngokujoyina ithiphu ye-ultra -fine iridium alloy ku-elektrode yesikhungo kanye nethiphu yeplatinamu ku-electrode esemhlabeni.
● Ukuqina kwesibindi kanye nokuqina kuyathuthuka ngokusebenzisa i-electrode yesikhungo esihle nethonsi yeplatinamu.
● Isakhiwo sinciphisa ugesi odingekayo kokukhishwa okuhle.

Isakhiwo

I-EET isiqalile ukuthengisa ama-plugs we-IRIDIUM TT spark ane-electrode eyi-φ0.4 mm iridium alloy centrode kanye ne-electrode engu-0.7 mm yenaliti yezinhlobo zomhlaba.

Umphumela wokuqothula wehlisiwe ngokwakha i-electrode ibe yimo yenalithi ephindwe kabili. Ngenxa yalokhu, i-kernel ye-flame ikhula ngokushesha futhi amandla enjini adonswa emandleni ayo amakhulu.

➊ Yakhelwe ngaphakathi, Resistor Ethembekile Ngokuphakeme
Zonke izinhlobo zezincazelo zifaka phakathi i-antony yokushumeka, ethembekile kakhulu, eyi-monolithic ukuqeda ukuphazanyiswa komsindo we-electoromagnetic kuzo zonke izinhlobo zamadivayisi kagesi.
➋ I-360 ° Laser Welding
Ithiphu ye-iridium ifakwe ngendlela ethi "Yonke indawo ezungeze iLaser Welding" evikela ukuthembeka okuphezulu ngisho nangaphansi kwezimo ezinzima kakhulu zokushayela.
➌ φ0.7mm Ipulangwe ye-Platin Ground engu-φ0.7mm
Ukuze uvimbele ngokuphelele ukuqeda ukusebenza, i-electrode yomhlaba kudingeka yenziwe ibe mncane ngangokunokwenzeka. Ama-electrodes asemhlabathini wendabuko awakwenziwa abe mancane kakhulu ngaphandle kokunciphisa amandla e-landig noma ukugqokwa kwama-electrode.
Kodwa-ke, sikwazile ukunamathisela i-electrode enhle yeplatinamu engu-0.7mm-ubukhulu kusetshenziswa indlela engu-360 ° laser welding.
➍ φ0.4mm Ultra-emihle Iridium Center Electrode
Usebenzisa i-EET okukhethekile i-alloy alloy ene-phuzu ephezulu kakhulu yokuncibilika, ithiphu ye-electrode yesikhungo ingakheka ibe mncane kakhulu futhi icole, inciphise izidingo zamandla e-spark futhi ithuthukise kakhulu ukunganaki.