Our MAXXDRIVE Helical Bevel Gear Units are perfect for all heavy duty applications in which compact and right angle arrangement of motor and machine shaft is common.
NORD Helical Bevel Gear Units
High performance even under difficult conditions
High load capacities, high torques and low noise: NORD MAXXDRIVE Helical Bevel Gear Units. With output torques of up to 250,000 Nm and powers up to 1,500 kW, these gear units provide the necessary drive in heavy duty applications, e.g. in conveyor belt systems, mixers, agitators, extruders, drums or mills.
Our MAXXDRIVE Helical Bevel Gear Units are available in 2-, 3- and 4-stage versions. The gear wheels are made from high quality steel alloys and are case hardened.
Why MAXXDRIVE Helical Bevel Gear Units?
The gear units provide torques of up to 250,000 Nm and powers of up to 1,500 kW.
Our industrial gear units with helical bevel gears can be easily mounted on all six sides.
- Service life
With our UNICASE housing, we can use larger roller bearings, which guarantee a long service life.
NORD Helical Bevel Gear Units can withstand a lot
Thanks to our UNICASE housing, which has now become the global standard, our helical bevel gear units have a high axial and radial load capacity, so that they can optimally absorb the loads which occur during operation. The advantages of the UNICASE design are also noticeable in the low noise operation of the gear units.
Our MAXXDRIVE Helical Bevel Gear Units are equipped with easily accessible back stops, which enables the direction of rotation to be rapidly changed.
Would you like to find out more about our high performance industrial gear units with helical bevel gears?
Larger roller bearings – longer life
Because we use the tried-and-tested UNICASE housing design for our helical bevel gear units we can use relatively large roller bearings. These bearings have a considerably longer service life than smaller versions. A further reason for the long life of the gear unit is the precise mounting of shafts and gear wheels due to the UNICASE housing.