Brushless Servo Motors

AKM Series
Sentry Series
PMA Series
Regal Series
Framesless Direct Drives


Delivering the

Power

to your applications

Brushless Servo Motors

INMOCO’s range of conventional and frameless, brushless servo motors are built for a long, maintenance-free, service life.

However the performance is measured, INMOCO’s range of motors have something to offer. From high torque-to-inertia ratio rare earth magnet motors, to flux-focusing ferrite magnetics for matching high inertia loads. From low thermal resistance for maximum power ratings, to anti-cog magnet design for smooth, low speed performance.

With continuous torque ratings starting from 0.3 Nm (going on up to 630 Nm), and speeds up to 18,000 RPM the INMOCO product range will deliver the power needed in your application.

Motors are available with Hall sensor, Encoder and Resolver feedback options with a full selection of secondary feedback transducers also available. So whatever your control scheme, INMOCO’s brushless servos can close the loop.

If your application requires something special then one of the INMOCO range of servo motors are just what you need. If the wide selection of motor windings for high and low speed operation, or the variety of mounting options already available do not quite suit your application, then INMOCO can offer custom built designs with special mounting options and application-specific windings.

Direct Drive

The DC Frameless Torque Motors available from INMOCO are equivalent to a conventional servo motor plus gearhead, with the advantage of improved response characteristics. As the reflected output in a geared system varies directly with the gear reduction, while the reflected output inertia varies as the square of the reduction, the torque to inertia ratio is higher in a gearless system. Therefore INMOCO’s frameless motors are suited to high acceleration applications with rapid starts and stops.

The absence of gearing also eliminates errors caused by friction, backlash and other gear inaccuracies, thereby making possible a very high threshold sensitivity to one second of arc in high performance positioning systems.

E-mail

Print

Back