Magnetic absolute rotary encoder without integral bearing
100 - 1000 mm | MAG series
Johannes Hübner Giessen
Field of application e.g.:
* Drive shafts for ships
* Motors for open-pit shovels
* Shaft connections between tandem test stand motors
* Gas and water turbines
* Motors/generators with large shaft diameters
* Particularly suitable for retrofitting utilizing split constructions (optional)
Advantages:
Magnetic scanning principle
* Resistant to normal soiling
* Considerable air gap and axial shifting possible (e.g. necessary for moveable bearing end of motor)
Without integrated bearings
* Large hollow shaft diameter possible
* Wear-free
* No heating
* Low noise
* More cost-effective than hollow shaft encoders with integrated bearings
* Drive shafts for ships
* Motors for open-pit shovels
* Shaft connections between tandem test stand motors
* Gas and water turbines
* Motors/generators with large shaft diameters
* Particularly suitable for retrofitting utilizing split constructions (optional)
Advantages:
Magnetic scanning principle
* Resistant to normal soiling
* Considerable air gap and axial shifting possible (e.g. necessary for moveable bearing end of motor)
Without integrated bearings
* Large hollow shaft diameter possible
* Wear-free
* No heating
* Low noise
* More cost-effective than hollow shaft encoders with integrated bearings
