Mesin penggiling silinder - universal

KELLENBERGER 1000U BEMA Aktuell

Grinding diameter: 250, 350, 450 mm
Grinding length: 1000 mm
Centre height: 125, 175, 225 mm
Grinding wheel diameter: 400 mm
Grinding wheel width: 50 mm
Bore: 127 mm
Workpiece spindle taper: MK5
Workpiece spindle speed: 20–400 rpm
Workpiece headstock swivel range: 360°
Grinding headstock swivel range: 180 +/- °
Grinding spindle speed: 1500, 1700, 2200 rpm
Incremental infeed per stroke: 0.001–0.030 mm/Ø
Continuous infeed: 0–0.95 mm/Ø
Table swivel range: ±8°
Table longitudinal travel: 1300 mm
Table speed: 0.02–6 m/min
Workpiece weight between centres: 130 kg
Max. workpiece weight (unsupported): 130 kg incl. fixture
Internal spindle mount: 70 mm
Total power requirement: 6.5 kW
Machine weight approx.: 2.5 t
Space requirement approx.: 4.2 x 2.0 m

As a global leader in Kellenberger overhauls/retrofit, we are not only able to deliver machines in like-new condition with warranty, but can also offer service for your recently delivered machines with additional options such as:
- Splash guard doors
- X-axis enclosure
- Grinding headstock swivel angle indicator

Available at extra cost.

Geometrically overhauled and newly painted with original electrics.

The machine features central lubrication and roller guideways on the X-axis flat slide as well as standard air lift on the grinding headstock.

- Digital readout on 2 axes. X-axis resolution: 0.5 µm

Options:

- Rotary encoder with digital readout on the workpiece headstock
- Rotary encoder with digital readout on the grinding headstock (height adjustment with spindle not possible)
- New robust internal grinding attachment, diameter 80 mm or 100 mm with height adjustment
- Centre height increase up to max. 225 mm
- Variable speed control for the grinding spindle

Included:

- Operating tools
Bsdpfeuxftxox Aa Told
- Draw tube for chuck

Further accessories available on request.

At present, the machine tool does not meet the basic health and safety requirements as stated in BetrSichV 2015.
A risk assessment according to BetrSichV must be carried out to determine the required minimum safety objectives.

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