13.44 Compact and powerful grinding machine for welded joints and deposit-welded wheel treads.
|Drive||4-stroke petrol engine||2-stroke petrol engine||Electric motor, three-phase current|
|ROBEL 190||Minsel||400 V, 50 Hz|
|Output||approx. 5 kW at 4000 rpm||4,9 kW at 4500 rpm||2,7 kW at 2850 rpm|
|Grinding disc speed||4400 rpm||4500 rpm||4250 rpm|
|Grinding disc with M20 central nut attachment|
|Outside diameter||125 mm|
|Inside diameter||55 mm|
|Max. permissible circumferential speed||50 m/s|
|Roller spacing||1000 mm|
|Grinding disc infeed, continuously adjustable||70 mm|
|Dimensions (L x W x H)||1020 x 680 x 690 mm|
|Weight||~59 kg||~60 kg||~64 kg|
How does ROGRIND 1.0 improve ergonomics while grinding?
Pivot the machine by up to 90° for grinding the sides. To find your most ergonomic posture, lock the tilting handle at any point within a 60° swivel range.
Ease of use is further enhanced by the machine's modular design which allows you to set the machine to your preferred way of working:
What do I use ROGRIND 1.0 for?
Why doesn't the motor reside on the spindle?
The 2-stroke, 4-stroke or 400 V electric motor drives a separately mounted V-belt pulley which in turn drives the grinding shaft.
How do I set / replace the grinding wheel?
A fixing nut on the grinding spindle sets the bottom limit of grindstone motion. Aim for a spindle stiffness setting which stops the cup wheel from turning downward by its own weight and the machine vibrations while maintaining a smooth spindle movement.
There is no vertical play of the grinding wheel. Therefore, the handwheel's rotary motion thus fully translates into a change in height equivalent to the fine-tuning feel needed for finishing.
The nut in the middle of the grinding shaft makes grinding wheel replacement quick and easy.
Rail Head Grinding Machine