OMF 250

Compact - Versatile - Manoeuvrable Cold milling machine with an innovative oscillating drum system for indoor and outdoor applications. Compact and small in design, easy to maneuvre even in narrow areas for the removal of old coatings, industrial floors and road repairs.

Special characteristics

  • Oscillating milling system (pat.pend.)
  • Works close to the rim 25 mm
  • Drum with DOC - Drum-Overload-Clutch (pat. pend.)
  • Hydraulic depth control left/right
  • Stepless speed control
  • Hydraulic front drive & steering
  • 3-wheel system
  • Rear wheel left, retractable
  • Water spray device
  • Easy to transport

Technical data

Description Unit OMF 250
Motor, Kubota kW 18,7 - Wassergekühlt
- Cubic capacity / cylinders ccm 1100/3
- Fuel Type Diesel
- Fuel consumption / hour l/h 2,5 bis 3,0
Fuel tank l 13
- Operation time h 4,5
Working width, max. mm 250
Workting depth max.    
- Asphalt mm 40
- Concrete mm 30
Ø-Milling performance    
- Concrete m²/h 15-30
Working to the rim    
- Left mm 25
- Right, min mm 450
- Rear mm 270
Speed    
- Transport km/h 5
- Milling m/min 1,0- 2,0
- Drive hydraulic ja
Drum drive:    
Average file time:    
- Drum, concrete. 7000
- Chisel kti, concrete m²/h 10000
Chisel    
- Quantity pcs. 26
- Length, new mm 65
- Line spancing mm 12
Turning circel    
- Left m 3,3
- Right m 4,9
- Smallest milling radius-Ø cm 0
Water tank l 60
-Water spray device   ja
Total weight: kg 1030
- Wheel load, front kg 480
- Wheel load, rear left kg 215
- Wheel load, rear right kg 335
Dimension (lx w x h) cm 194 x 90 x 118
Vaccuum connection mm 70

Applications

Renovation of industrial floors, parking areas, bridges, road construction, frost damage, circular milling of drain manholes

Order information

Machine Description Ref.
OMF 250 Drum with 26 chisels, 12 mm line spacing 705001

 

Contact address

Schwamborn
Gerätebau GmbH

Robert-Bosch-Strasse 8
Postfach 1109
73117 Wangen / Göppingen
Germany

Phone: +49 (0) 7161 / 2005 - 0
Fax:     +49 (0) 7161 / 2005 - 10

E-Mail: info@schwamborn.com

Approach

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