Corghi Artiglio 500, Operator'S Manual

Page: 54 / 265

54 Operator’s manual Artiglio 500
TECHNICAL DATA
- Overall dimensions (see fig. 4):
• Length .............................................................................................................. A = 1600 mm
• Length ............................................................................................................ A1 = 1700 mm
• Width ............................................................................................................... B = 1000 mm
• Width (with wheel lift) ................................................................................. B1 = 1290 mm
• Max width when fully open ......................................................................... B2 = 1580 mm
• Height min ....................................................................................................... H = 1900 mm
• Height max ...................................................................................................... H = 2100 mm
- Tyre types processed ................................. conventional runflat with reinforced sidewall
and/or with internal support
- Wheel dimension range:
• rim diameter ................................................................................................ from 12” to 32”
• maximum tyre diameter .............................................................................. 1200 mm (47”)
• maximum tyre width .................................................... 15” (from wheel support surface)
- Turntable:
• rest ..............................................................................................................................flanged
• centring ..................................................................................................................... on cone
• clamping ............................................................................................... mechanical-manual
• drive system .......................................................................... 2-speed motor-inverter unit
• rotation torque ........................................................................................................1100 Nm
• rotation speed ......................................................................................................7 - 18 rpm
- Bead Breaker Unit:
• tool ..................................................................................................................................disc
• positioning in relation to rim .................................... manual with mechanical clamping
• penetration .................................................................................................................guided
• maximum bead breaking range ..............................A = 670 mm (see diagram page 13)
• bead breaker stroke ................................................B = 540 mm (see diagram page 13)
• bead breaking cylinder force .................................................................................. 7600 N
- Wheel lift:
• operation .......................................................................... automatic lifting/manual tilting
• drive ..................................................................................................................... pneumatic
• lifting capacity .............................................................................................................. 85 Kg
- Power supply:
• electric 1 Phase ...........................................................................230V-0.75 kW 50Hz/60 Hz
• electrical 1 Phase (alternative) .................................................110V-0.75 kW 50Hz/60 Hz
• pneumatic operating pressure .............................................................................8÷10 bar
- Weight ..................................................................................................380 kg (with wheel lift)
- Noise level
• Weighted noise level A (LpA) in working position ..........................................< 70 dB (A
The stated noise levels are emission levels and do not necessarily represent safe op-
erating levels. Although there is a relationship between emission levels and exposure
levels, this cannot be used reliably to establish whether or not further precautions are
necessary. The factors which determine the level of exposure to which the operator is
subjected include the duration of the exposure, the characteristics of the workplace,