I-TMLC-Umlinganiso wobunzima bekhonkrithi

Phawu:
Umamkeli kunye nokufumana i-electrode yahlulwe ngenxa yesikwere esincinci esidityanisiweyo, akukho sitya siphothiweyo
Ukufundwa ngobukrelekrele kunye nokubekwa ngokuzenzekelayo, ukubonisa ubungakanani bexesha lokwenyani emva koko kuncitshiswe impazamo eyenziwe ngumntu kunye
Ubuninzi babasebenzi
Ukuhambisa i-electrode kunye nokufumana i-electrode kunxibelelwano olungenazingcingo
Icala eliphindwe kabini lokungatshabalalisi uvavanyo kufuneka ludwelise ipleyiti kunye nokudibanisa
Isantya esiphakamileyo se-3-5 kwinqanaba lesibini kwisibini ngokomndilili
Ukuchaneka kovavanyo oluphezulu, umkhondo wedijithali wokujolisa kwi-electrode
Ukubonisa ubukhulu ukubonisa ngokuthe ngqo ngaphandle kohlalutyo nako kunokugcinwa okanye kuprintwe
Ulwalathiso lwendlela yokuhlangana esetyenzisiweyo, u-0-180 uhlengahlengiso olwenziweyo luyafumaneka
Ukucaciswa
I-TMLC-Isilinganisi sobunzima bekhonkrithi senziwe ngogqithiso lomqondiso, isinxibelelanisi, ukuqhubekeka komqondiso kunye nomboniso.
Ithembela ngokuthe gca ukutyeba kwesilaydi esigalelwe ikhonkrithi esingeyentsimbi njengobume, ikhonkrithi, udonga, i-girder, ibha, ipali, ukhuni kunye nesiseko se-ceramics kwisiseko se-inpact echo.
Ukucaciswa okuphambili
Uluhlu lokuTyeba: Uluhlu lokuqala: 40--350mm;
Uluhlu lwesibini: 200-800mm.
Ukuchaneka (ukutyeba kweBar ukujiya> 15mm):
Sebenzisa uluhlu lokuqala: 40--350mm, Impazamo ± 1mm.
Sebenzisa uluhlu lwesibini: 200-600 mm, Impazamo ± 2mm;
601-800 mm, Impazamo ± 3mm
Ukugcinwa kwedatha: Inqaku le-45000 (kubandakanya inombolo yokwakha, inombolo yeyunithi, inqanaba lomlinganiso kunye nenani lokuqina)
Imeko yomsebenzi: iqondo lobushushu 0-40 ° C; Ukufuma: <85%
Umthombo wamandla: Ukubamba i-9VDC (ibhetri eyi-6 AA), Ukuhambisa i-electrode 9VDC (ibhetri yeLithium ephezulu yangaphakathi)
Ubukhulu bomamkeli: 270 × 150 × 45 (mm)
Ukuhambisa i-electrode: φ100 × 120mm
Fumana i-electrode: φ2550 × 80mm
Ulwandiso lweBhari: φ25 × 600 (mm) (isiqwenga se-3)
Umgaqo wokuSebenza
I-TMLC-Isilinganisi sobunzima bekhonkrithi senziwe ngogqithiso lomqondiso, isinxibelelanisi, ukuqhubekeka komqondiso kunye nomboniso. Emva kophando
fumana isibonakaliso se-electromagnetic send by transmit probe, i-Signal processing unit analysis ngokutsho
inamba enamandla e-electromagnetic wave wave, kwaye ubale umgama phakathi kwenkqubo yokufumana kunye nokuhambisa iprobe:
ubukhulu. Emva koko bonisa idatha yokuqina kunye nevenkile.