Ividiyo
Iparameters technical
| Umzekelo | Itrakhi yokulayisha hydraulic ukujikeleza kwentloko rig | ||
| Esisiseko Iparameters |
Umthamo wokubhola | Ф56mm (BQ) | 1000m |
| Ф71mm (NQ) | I-600m | ||
| Ф89mm (HQ) | I-400m | ||
| Ф114mm (PQ) | I-200m | ||
| Angle ukubhola | 60 ° -90 ° | ||
| Ubukhulu ngokubanzi | Intshukumo | 8830 * 2470 * 3680mm | |
| Ukusebenza | 8200 * 2470 * 9000mm | ||
| Ubunzima bebonke | 12400kg | ||
| Iyunithi yokujikeleza | Isantya sokujikeleza | 145,203,290,407,470,658,940rpm | |
| Ubukhulu. torque | 3070N | ||
| Hydraulic ukuqhuba intloko ukondla umgama | 4200mm | ||
| Ukuqhuba ngesanti kubunzulu baphantsi inkqubo yokondla intloko |
Chwetheza | Isilinda esine hydraulic enye eqhuba ikhonkco | |
| Ukuphakamisa amandla | 78KN | ||
| Amandla okondla | 38KN | ||
| Isantya sokunyusa | 0-4m / min | ||
| Isantya sokunyusa ngokukhawuleza | 45m / min | ||
| Isantya sokondla | 0-6m / min | ||
| Isantya sokondla ngokukhawuleza | 64m / min | ||
| Inkqubo yokufuduswa kwabantu | Umgama | I-1000mm | |
| Ukuphakamisa amandla | 80KN | ||
| Amandla okondla | 54KN | ||
| Inkqubo umatshini uqinisa | Uluhlu | 50-220mm | |
| Nyanzela | 150KN | ||
| Ukhulula inkqubo yomatshini | Torque | 12.5KN kusasa | |
| Into ngentambo Main | Ukuphakamisa amandla (ucingo olunye) | 50KN | |
| Isantya sokunyusa (ucingo olunye) | 38m / min | ||
| Into ngentambo yesibini (esetyenziselwa kuphela ukufumana eyona nto ibalulekileyo) | Ukuphakamisa amandla (ucingo olunye) | 12.5KN | |
| Isantya sokunyusa (ucingo olunye) | 205m / min | ||
| Impompo yodaka (isilinda ezintathu Ukubuyisela isitayile sepiston Impompo) |
Chwetheza | I-BW-250A | |
| Umthamo | 250,145,90,52L / min | ||
| Uxinzelelo | I-2.5,4.5,6.0,6.0MPa | ||
| ICandelo laMandla (Injini yedizili) | Umzekelo | 6BTA5.9-C180 | |
| Amandla / isantya | 132KW / 2200rpm | ||
Uluhlu lwesicelo
Isetyenziswa ikakhulu ekubunjweni kwedayimane kunye ne-carbide bit.
Iimpawu eziphambili
(1) Iyunithi yokujikeleza (intloko ye-hydraulic drive) yamkele ubuchule baseFrance. Kwakuqhutywa zii-motor hydraulic ezimbini kwaye zitshintshe isantya ngendlela yoomatshini.
(2) I-Rig inesantya esiphezulu sokuphakamisa, inokunciphisa ixesha elincedisayo kwaye iphucule ukusebenza kweerig.
(3) Ukutyisa kunye nenkqubo yokunyusa zisebenzisa isilinda esisinye esisemacaleni okuqhuba amanzi. Inabalinganiswa bemigama emide yokondla. Kulula ukuba inkqubo yokomba engxondorheni ende ende.
(4) Ulawulo lweempompo zodaka ngevalve hydraulic. Lonke uhlobo lwesiphatho lugxile kuseto lolawulo, ke kuya kuba lula ukusombulula ingozi ezantsi emngxunyeni wokugrumba.
(5) Inkqubo ye-hydraulic yamkele ubuchule baseFrance, inkqubo ye-hydraulic inokuthenjwa okuphezulu.
(6) Intloko yokuqhuba ngesanti kubunzulu baphantsi ingahambisa umngxunya wokumba.
(7) I-Rig inenkqubo yomatshini wokuqinisa kunye nenkqubo yomatshini wokukhulula, ke oko kuzisa ukulungele ukubhola ilitye.
(8) I-orbit yesitayile se-V kwimasti yemasti iqinisekile ukuqina ngokwaneleyo phakathi kwentloko ephezulu ye-hydraulic kunye nemasti kwaye inika uzinzo kwisantya sokujikeleza okuphezulu.
(9) Iyunithi yokujikeleza ine-stindle yokuqina, ukuhambisa ngokuchanekileyo kwaye kusebenze ngokuthe ngcembe, kunezibonelelo ezingakumbi kusombiwa olunzulu.
