Max. turning dia: 1 030 mm
Max. turning length: 1 734 mm
Max. workpiece weight: 3 000 Kg
Max. output S1 / S6 - 40%:: 59 / 72 kW
Technical data | Unit | MULTICUT 500i [POWER] (T) | MULTICUT 500i [POWER] (S) |
---|---|---|---|
Working range | |||
Max. swing over bed / lower support | mm | 1030 | 1030 |
Max. turning diameter B=0° / 45° / 60° / 90° | mm | 549 / 690 / 880 / 1030 | 549 / 690 / 880 / 1030 |
Max. distance of faces spindle to tailstock spindle | spindle to spindle | mm | 1972 | 1799 |
Max. turning lenght | mm | 1734* | 1527* |
Max. Bar work capacity | mm | 94 [122] | 94 [122] |
Workpiece weight | |||
Not supported / supported with center (max. speed) with a chuck | kg | 800 / 2100 [1000 / 2500] | 800 / 2100 [1000 / 2500] |
Supported with steady rests 1 (max. speed 300 min-1) | kg | 2500 [3000] | 2500 [3000] |
Linear axes of the tool spindle | |||
X, Y <-Y,+Y> Z axis travel | mm | 640 / 370 <-190+180> / 1600 | 640 / 370 <-190+180> / 1600 |
Feed force X ; Y ; Z 25% / 40%ED / continuous | kN | 21,5 / 17,5 / 12,5; 19,5 / 16 / 11,5; 32 / 27,5 / 17 | 21,5 / 17,5 / 12,5; 19,5 / 16 / 11,5; 32 / 27,5 / 17 |
Rapid traverse X, Y, Z | m.min-1 | 50 / 40 / 50 | 50 / 40 / 50 |
X, Y, Z axis acceleration | m.s-2 | 5 / 4 / 5 | 5 / 4 / 5 |
Main spindle | |||
Max. spindle speed | |||
Low speed | min-1 | 3500 [866] | 3500 [866] |
High speed | min-1 | 3500 [2800] | 3500 [2800] |
Nominal spindle speed | min-1 | 750 [133 / 666] | 750 [133 / 666] |
Gearbox stages | 1 [2] | 1 [2] | |
Spindle nose type (DIN 55026) | A8 [A11] | A8 [A11] | |
Spindle boring | mm | 106 [135] | 106 [135] |
I.D. of the front bearings | mm | 160 [200] | 160 [200] |
Torque: | |||
Low speed 25% / 40% / 60%ED / continuous | Nm | 1145 / 1025 / - / 760 [- / 3000 / 2400 / 2000] | 1145 / 1025 / - / 760 [- / 3000 / 2400 / 2000] |
High speed 25% / 40% / 60%ED / continuous | Nm | 1145 / 1025 / - / 760 [760 / 600 / 480 / 400] | 1145 / 1025 / - / 760 [760 / 600 / 480 / 400] |
Motor power 25% / 40% / 60%ED / continuous | kW | 74 / 72 / - / 59 [53 / 42 / 33,5 / 28] | 74 / 72 / - / 59 [53 / 42 / 33,5 / 28] |
Spindle axis height | mm | 1290 | 1290 |
Subspindle | |||
Max. spindle speed | |||
Low speed | min-1 | 3500 [866] | |
High speed | min-1 | 3500 [2800] | |
Nominal spindle speed | min-1 | 750 [133 / 666] | |
Gearbox stages | 1 [2] | ||
Spindle nose type (DIN 55026) | A8 [A11] | ||
Spindle boring | mm | 106 [135] | |
I.D. of the front bearings | mm | 160 [200] | |
Torque: | |||
Low speed 25% / 40% / 60%ED / continuous | Nm | 1145 / 1025 / - / 760 [ - / 3000 / 2400 / 2000] | |
High speed 25% / 40% / 60%ED / continuous | Nm | 1145 / 1025 / - / 760 [760 / 600 / 480 / 400] | |
Motor power 25% / 40% / 60%ED / continuous | kW | 74 / 72 / - / 59 [53 / 42 / 33,5 / 28] | |
C-axis of workpiece spindles | |||
Min. programming step | 0,0001° | 0,0001° | |
Max. RPMs | min-1 | 43 | 43 |
Torque 25% ED / continuous | Nm | 2100 / 1400 | 2100 / 1400 |
Hydraulic brake / locking | Nm | ||
Tool spindle | |||
Max. RPMs | min-1 | 12 000 | 12 000 |
Nominal speed | min-1 | 2100 | 2100 |
Taper | kVa | HSK-A63 Capto 6 [HSK-A63] | HSK-A63 Capto 6 [HSK-A63] |
Torque 25% / 40% ED / continuous | Nm | 123 / 100 / 60 | 123 / 100 / 60 |
Power 25% / 40% ED / continuous | kW | 27 / 22 / 13 | 27 / 22 / 13 |
Number of tool indexing positions | 360 × 1° | 360 × 1° | |
Spindle length | mm | 563 | 563 |
Axis B of the tool spindle | |||
Rotation range | 30° / +210° | 30° / +210° | |
Min. programming step | 0,0001° | 0,0001° | |
Max. RPMs | min-1 | 50 | 50 |
Time of indexing by 90° | s | 0,8 | 0,8 |
Torque 40% ED / continuous | Nm | 950 / 550 | 950 / 550 |
Hydraulic brake / locking | Nm | 4000 | 4000 |
Tool tray | |||
Tool storage capacity: HSK-T63, Capto C6 | 81 | 81 | |
Max. tool length | mm | 350 | 350 |
Max. tool diameter with / without adjacent HSK-63, Capto C6 | mm | 150 / 90 | 150 / 90 |
Max. tool weight | kg | 8 | 8 |
Tool to tool / chip to chip change time | s | 3 / 15 | 3 / 15 |
Max. machining length
The widest technological use
Your manufacturing productivity after multitasking machine integration
Practically all types of machining technologies are available on one machine tool. Benefits of MULTICUT machine tool integration:
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