| Range of Application | |
| Workpiece Data |
| Workpiece diameter (max.) |
Ø 850 mm
|
| Normal module range |
5 – 20 mm
|
| Basic angle setting range |
± 90°
|
| General Data |
| Axial offset over and under center |
± 100 mm
|
| Spiral angle range (at the tooth center) |
dimensioning-dependent*
|
| Grinding spindle speed (max.) |
4,500 rpm
|
| Dressing spindle (max.) |
6,000 rpm
|
| Workpiece Spindle (B axis) |
| Seating diameter: Oerlikon inner cone No. 80; 1:16 |
Ø 203.218 mm (8“)
|
| Workpiece spindle rotation speed (max.) |
40 rpm
|
| Tool Data |
| Grinding wheel diameter |
Ø 230 mm (9“) – 500 mm (20“)
|
| Tool Spindle |
| Eccentric speed (max.) |
3,800 rpm
|
| Nominal grinding wheel drive rating |
27 kW
|
| Workpiece Spindle |
| Work spindle bore hole |
Ø 150 mm, L = 740 mm
|
| General Machine Data |
| Total connected load |
60 kVA
|
| Machine dimensions without filtration unit (L x W x H) approx. |
3,650 x 2,530 x 3,440 mm
|
| Net weight without filtration unit approx. |
21,000 kg
|
| Range of Application | |
| Workpiece Data |
| Workpiece diameter (max.) | Ø 850 mm |
| Normal module range | 5 – 20 mm |
| Basic angle setting range | ± 90° |
| General Data |
| Axial offset over and under center | ± 100 mm |
| Spiral angle range (at the tooth center) | dimensioning-dependent* |
| Grinding spindle speed (max.) | 4,500 rpm |
| Dressing spindle (max.) | 6,000 rpm |
| Workpiece Spindle (B axis) |
| Seating diameter: Oerlikon inner cone No. 80; 1:16 | Ø 203.218 mm (8“) |
| Workpiece spindle rotation speed (max.) | 40 rpm |
| Tool Data |
| Grinding wheel diameter | Ø 230 mm (9“) – 500 mm (20“) |
| Tool Spindle |
| Eccentric speed (max.) | 3,800 rpm |
| Nominal grinding wheel drive rating | 27 kW |
| Workpiece Spindle |
| Work spindle bore hole | Ø 150 mm, L = 740 mm |
| General Machine Data |
| Total connected load | 60 kVA |
| Machine dimensions without filtration unit (L x W x H) approx. | 3,650 x 2,530 x 3,440 mm |
| Net weight without filtration unit approx. | 21,000 kg |
* With large outside diameter, the smallest spiral angle must be checked dependent on the axis traversing path.
The above-mentioned maximum values were determined for industry-typical gear units.
If necessary it has to be examined whether maximum values can be combined.
Subject to changes.