Lifter HX10E - Caratteristiche Tecniche

1
IT
IMPIEGO DELLA MACCHINA (4.2) (VEDI FIG.1)
8\LZ[HTHJJOPUHuZ[H[HWYVNL[[H[HWLYPS[YHZWVY[VLZVSSL]HTLU[VKP\UP[nKPJHYPJVZ\WH]PTLU[PSPZJPLZLUaHHSJ\UHHZWLYP[nJVUHJJVTWHNUHTLU[VHWPLKPKHWHY[LKLS
N\PKH[VYL3H[HYNOL[[HKPPKLU[PÄJHaPVUL¸(¹ÄNPUKPJHSHJHWHJP[nKPZVSSL]HTLU[VJOLUVUKV]YnLZZLYLTHPZ\WLYH[HWLYSHZPJ\YLaaHKLSWLYZVUHSLLWLYUVUKHUULN
NPHYLPS]LPJVSV:PJVUZPNSPHKPVZZLY]HYLYPNVYVZHTLU[LSLKPZWVZPaPVUPHU[PMVY[\UPZ[PJOLLX\LSSLYPN\HYKHU[PPSM\UaPVUHTLU[VLSHTHU\[LUaPVUL8\HSZPHZPTVU[HNNPVKP
H[[YLaaH[\YLVJJHZPVUHYPLZ\SSHTHJJOPUHKV]YnLZZLYLH\[VYPaaH[HKHSSH*HZH*VZ[Y\[[YPJL8\LZ[VJHYYLSSV[YV]HPTWPLNVULPWVZ[PKPSH]VYVKV]LS»VWLYH[VYLKL]LWPLNHYZP
WLYZVSSL]HYLJHYPJOPTHU\HSTLU[LLWP]VS[LPU\UHNPVYUH[HW\~LZZLYL\ZH[VZPHJVTL[YHUZWHSSL[UVYTHSLZPHJVTLWPHUVKPSH]VYVZVSSL]HIPSL:VSSL]HUKVPSJHYPJV
HSS»HS[LaaHKLZPKLYH[HKPTPU\PZJVUVNSPZMVYaPPU\[PSPLZPTPNSPVYHS»LYNVUVTPJP[nKLSWVZ[VKPSH]VYVMLYTVVTVIPSL0SZVSSL]HTLU[VLSL[[YPJVHJJLSLYHLMHJPSP[HPJHTIPHTLU[P
YPWL[P[P]PKLSSLHS[LaaLKPSH]VYV
N.B. questa macchina emette una pressione acustica di 70 dB(A) misurata a pieno carico a livello dell’operatore, quindi per usi intensi si consiglia l’uso di stru-
PHQWLDQWLUXPRUHFXIÀHWDSSLHFF
DESCRIZIONE DELLA MACCHINA (5.3) (VEDI FIG.2)
1) - Chassis
:[Y\[[\YHZHSKH[HJVZ[Y\P[HJVUTH[LYPHSPKPWYPTHX\HSP[nJVUYLZPZ[LUaHHKLN\H[HHSSLZVSSLJP[HaPVUPHJ\PuZV[[VWVZ[VPSJHYYLSSV0K\LY\SSPHU[LYPVYPLNSPZ[HIPSPaaH[VYPSH[LYHSP
HZZPJ\YHUV\UHNYHUKLZ[HIPSP[nZ\W\U[PKPHWWVNNPV
2) - Timone
0S[PTVULZLY]LH[PYHYLLTHUV]YHYLPSJHYYLSSV<UHTVSSHHNHZSVMHYP[VYUHYLPUWVZPaPVUL]LY[PJHSLH\[VTH[PJHTLU[LX\HUKVYPSHZJPH[V*VZ[Y\P[VPUTVKV[HSLKHWYV[LNNLYL
SLTHUPKLSS»VWLYH[VYL
3) - Cilindro di sollevamento
-\UaPVUHTLU[VHZLTWSPJLLMML[[VWLYTL[[LKPZVSSL]HYLSVJOHZZPZHSS»HS[LaaHYPJOPLZ[H0TH[LYPHSP\ZH[PNHYHU[PZJVUVSHZPJ\YLaaHKLSS»VWLYH[VYLKHPYPZJOPTLJJHUPJP
4) - Batteria
3HIH[[LYPHuKLS[PWVH]]PHTLU[VZP[YV]HHSS»PU[LYUVKLSJVMHUVYPMMHJPSTLU[LHJJLZZPIPSL7LYYPJHYPJHYSHuZ\MÄJPLU[LPUULZ[HYLSHZWPUHKLSJHYPJHIH[[LYPLHSSHWYLZHKP
YPJHYPJHYPMWVZ[HZ\SZ\WWVY[VYPM HWWVNNPYPJH]H[PZ\SZ\WWVY[VYPM L\UHJPUNOPHLSHZ[PJHPTWLKPZJVUVX\HSZPHZPTV]PTLU[VHSSHIH[[LYPHYPM3H[HYNOL[[H
SOMMARIO (1.3)
*(9(;;,90:;0*/,;,*50*/,WHN
0470,.6+,33(4(**/05(WHN
+,:*90A065,+,33(4(**/05(WHN
+0:76:0;0=0+0:0*<9,AA(WHN
;(9./,;;,WHN
;9(:769;6,4,::(05-<5A065,WHN
)(;;,90(WHN
<:6WHN
4(5<;,5A0650WHN
90*,9*(.<(:;0WHN
CARATTERISTICHE TECNICHE
1.1 COSTRUTTORE PR INDUSTRIAL PR INDUSTRIAL PR INDUSTRIAL PR INDUSTRIAL PR INDUSTRIAL
1.2 MODELLO HX10E 1150x540 HX10E 1150x680 HX10E 1525x540 HX10E 1800x540 HX10E 2000x540
1.3 PROPULSIONE MANUALE MANUALE MANUALE MANUALE MANUALE
1.4 SISTEMA DI GUIDA ACCOMPAGNAMENTO ACCOMPAGNAMENTO ACCOMPAGNAMENTO ACCOMPAGNAMENTO ACCOMPAGNAMENTO
1.5 PO RTATA Q kg 1000 1000 1000 1000 1000
1.6 BARICENTRO c mm 600 600 762 900 1000
1.8 DISTANZA ASSE RUOTE DI CARICO DA BASE FORCA x mm 993 993 1283 1509 1509
1.9 PASSO y mm 1231 1231 1531 1748 1748
2.1 MASSA IN SERVIZIO kg 139 (144*) 146 235 (240*) 259 (264*) 262 (267*)
2.2 CARICO SUGLI ASSI CON CARICO, ANTERIORE/POSTERIORE kg 433/706 (438/706*) 436/710 499/736 (504/736*) 518/741 (523/741*) 461/801 (466/801*)
2.3 CARICO SUGLI ASSI SENZA CARICO, ANTERIORE/POSTERIORE kg 112/27 (117/27*) 118/28 159/76 (164/76*) 170/89 (175/89*) 169/93 (174/93*)
3.1 GOMMATURA G/P G/P G/P G/P G/P
3.2 DIMENSIONI RUOTE ANTERIORI (Ø x larghezza) 200x50 200x50 200x50 200x50 200x50
3.3 DIMENSIONI RUOTE POSTERIORI (Ø x larghezza) 80x50 80x50 80x50 80x50 80x50
3.4 DIMENSIONI RUOTE LATERALI (Ø x larghezza) -----
3.5 NUMERO DI RUOTE (x=MOTRICE) ANTERIORE/POSTERIORE 2/2 2/2 2/2 2/2 2/2
3.6 CARREGGIATA ANTERIORE
b
10
mm 155 155 155 155 155
3.7 CARREGGIATA POSTERIORE (MIN/MAX***)
b
11
mm 447 587 447 447 447
4.4 ALTEZZA DI SOLLEVAMENTO
h
3
mm 715 715 715 715 715
4.9 ALTEZZA DEL TIMONE IN POSIZIONE DI GUIDA MIN/MAX
h
14
mm 915/1300 915/1300 915/1300 915/1300 915/1300
4.15 ALTEZZA FORCHE ABBASSATE
h
13
mm 85 85 85 85 85
4.19 LUNGHEZZA TOTALE
l
1
mm 1690 1690 2076 2343 2543
4.20 LUNGHEZZA UNITÁ MOTRICE
l
2
mm 540 540 540 540 540
4.21 LARGHEZZA TOTALE (ANTERIORE/POSTERIORE MIN/MAX***)
b
1
mm 540 680 540 540 540
4.22 DIMENSIONI FORCHE s/e/l mm 48/160/1150 48/160/1150 48/160/1525 48/160/1800 48/160/2000
4.25 LARGHEZZA FORCHE (MIN/MAX***)
b
5
mm 540 680 540 540 540
4.32 LUCE LIBERA A METÁ PASSO
m
2
mm 21 21 21 21 21
4.34 CORRIDOIO DI STIVAGGIO PER PALLET 800x1200 LONGITUDINALMENTE
A
st
mm 2193 2193 2509 2753 2891
4.35 RAGGIO DI VOLTA
W
a
mm 1543 1543 1841 2058 2058
5.2 VELOCITÁ DI SOLLEVAMENTO, CON/SENZA CARICO m/s 0,08/0,13 0,08/0,13 0,08/0,13 0,08/0,13 0,08/0,13
5.3 VELOCITÁ DI DISCESA, CON/SENZA CARICO m/s 0,13/0,06 0,13/0,06 0,13/0,06 0,13/0,06 0,13/0,06
6.2 POTENZA MOTORE DI SOLLEVAMENTO kW 1,6 1,6 1,6 1,6 1,6
6.4 TENSIONE BATTERIA, CAPACITÁ NOMINALE V/Ah 12/60 (C20) 12/60 (C20) 12/60 (C20) 12/60 (C20) 12/60 (C20)
6.5 MASSA BATTERIA kg 14 14 14 14 14
8.4 RUMOROSITÁ ALL'ORECCHIO DELL'OPERATORE dB(A) 67 67 67 67 67
1.2 MODELLO HX10E 1150x540 GEL-PLUS HX10E 1525x540 GEL-PLUS HX10E 1800x540 GEL-PLUS HX10E 2000x540 GEL-PLUS
2.1 MASSA IN SERVIZIO kg 145 241 265 268
2.2 CARICO SUGLI ASSI CON CARICO, ANTERIORE/POSTERIORE kg 439/706 505/736 524/741 467/801
2.3 CARICO SUGLI ASSI SENZA CARICO, ANTERIORE/POSTERIORE kg 118/27 165/76 176/89 175/93
4.19 LUNGHEZZA TOTALE
l
1
mm 1720 2106 2373 2573
4.20 LUNGHEZZA UNITÁ MOTRICE
l
2
mm 570 570 570 570
4.34 CORRIDOIO DI STIVAGGIO PER PALLET 800x1200 LONGITUDINALMENTE Ast mm 2223 2539 2783 2921
4.35 RAGGIO DI VOLTA Wa mm 1573 1871 2088 2088
6.4 TENSIONE BATTERIA, CAPACITÁ NOMINALE V/Ah 12/50-60 12/50-60 12/50-60 12/50-60
6.5 MASSA BATTERIA kg 19 19 19 19
G=Gomma, P=Poliuretano * Versione con raddrizzatore a bordo
DESCRIZIONEPESITELAIO/RUOTEDIMENSIONI
PRE
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MOTORI
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