Macchine a ciclo rotante SEIGER SLZ 1200 x 3000

Heavy Duty Lathe Seiger SLZ 1200 x 3000

with Siemens Sinumerik 810D Cycle Control (Teach-In)

The heavy duty lathe Seiger SLZ 1200 x 3000 is equipped with a Siemens Sinumerik 810D cycle control (Teach-In). The machine was most recently used as a faceplate and frontal lathe and therefore operated without a tailstock and without steady rests. However, the machine can still be structurally equipped with appropriate steady rests or a tailstock and used for classic center work.

Configuration with AC main drive, large faceplate, hydraulic unit, separate control cabinet, and 2 chip conveyors.

Working Area

• Distance between centers: 3,000 mm

• Swing diameter over bed: 1,200 mm

• Swing diameter over cross slide: 850 mm

• Cross slide travel: 620 mm

• Bed width: 750 mm

Spindle

• Spindle nose: DIN 55027 size 11

• Spindle diameter front bearing: 190 mm

• Spindle bore: 104 mm

• Speed range: 5 – 900 min⁻¹

• Max. torque: 6,000 Nm

Main Drive

• Drive power: 37 / 52 kW (100% / 60% duty cycle)

Feed

• X-axis feed force: 24,000 N

• Z-axis feed force: 16,000 N

• Rapid traverse X: 7 m/min

• Rapid traverse Z: 4 m/min

Tool Holder

• Turning tool cross-section: 40 × 40 mm

Electrical Data

• Supply voltage: 400 V

• Frequency: 50 Hz

• Max. current consumption: 200 A

Workpiece Weights

(Manufacturer specifications for standard configuration)

• Between centers without steady rest: 5,000 kg

• Between centers with 1 steady rest: 6,000 kg

• Between centers with 2 steady rests: 7,000 kg

• Flying in faceplate: 1,800 kg

Chip Conveyor

2 x AME Chip Conveyors

• Manufacturer: AME GmbH, Emsdetten

• Type: S8 300 Tlg. 63

• Year of manufacture: 05/2016

Not Included:

• Tailstock

• Steady rests

Note

The machine was most recently used as a faceplate or frontal lathe. Therefore, neither a tailstock nor steady rests are currently available. The machine is particularly suitable for machining large disc, ring, and flange workpieces. A later retrofit for use between centers is fundamentally possible.