

Inverter-powered asynchronous vector motors suitable for not particularly clean working environments.
With IP54 protection, DRIVE AX are suitable for the dirtiest environments and provide high performance with small footprint.

Shaft height 63 mm, IP54, IC410
IC416A upon request

Shaft height 63 mm IP54 IC416A

Shaft height 80 mm IP54 IC410
IC416A upon request

Shaft height 80 mm IP54 IC416A

Shaft height 100 mm IP54 IC416A

Shaft height 132 mm IP54 IC416A

Shaft height 160 mm IP54 IC416A

Shaft height 200 mm IP54 IC416A

Shaft height 250 mm IP54 IC416A

Shaft height 250 mm IP54 IC416R

Shaft height 315 mm IP54 IC416R

Since the 1990s, this series of vector, servo-ventilated, inverter-powered asynchronous motors has been using the same sophisticated materials technology as DC motors.
Revisited over the years, to date it combines great experience and innovation and guarantees excellent pair densities.

Shaft height 100 mm IP23 IC06

Shaft height 132 mm IP23, IC06

Shaft height 160 mm IP23, IC06

Shaft height 200 mm IP23, IC06

Shaft height 250 mm IP23, IC06

Shaft height 315 mm IP23, IC06

The High Speed lines are created to meet the needs of applications where the main characteristic is high speed.
However, the torque densities of these motors are high. This series is divided into three different sub-series S, RS, HS with specific peculiarities, depending on the speeds involved.

At the beginning of the new millennium the POWERTECH series was joined by a line of IP54-rated but liquid-cooled motors.
This type of cooling results in a motor suitable for dirty environments but with higher torque density. These engines are also characterized by excellent quietness.

Shaft height 100 mm IP54, IC9W7

Shaft height 132 mm IP54, IC9W7

Shaft height 160 mm IP54 IC9W7

Shaft height 200 mm IP54 IC9W7

Shaft height 250 mm IP54 IC9W7

Shaft height 315 mm IP54 IC9W7

The latest addition is the Hybrid series: these are synchronous motors with assisted variable reluctance.
Using fewer magnets combined with optimized rotor geometries allows maximization of results. This results in even more compact footprints for the same performance, combined with competitive costs.




If the application calls for even more performance, Torque motors, rare-earth permanent magnet synchronous motors, are a suitable choice.
This particular line is designed for applications and where the torques involved are very high and the required speeds less important.







