SEW Eurodrive

Servo Gearmotors

Features

Parallel-shaft helical gear units

• Slim design for limited installation space
• Also available with reduced backlash
• Available variants:
  • Foot- or flange-mounted
  • B5 or B14 flange-mounted
  • Solid or hollow shaft
  • Hollow shaft with keyed connection, shrink disk, splined hollow shaft, or TorqLOC^®

Synchronous servomotor

• Highest dynamic characteristics throughout the entire CMP.. series thanks to the low-inertia rotor design and high overload capacity of the motors
• Performance-optimized and extremely compact design thanks to the latest winding and magnet technology
• Standstill torques from 0.5 Nm to 95 Nm
• Optional CMPZ.. motor variant with increased rotor inertia for all applications with high load moments of inertia
• High quality of concentric running characteristics
• Direct mounting of the motor on a gear unit from our modular gear unit system

Parallel-shaft helical servo gearmotors F..CMP..

High level of performance and an especially compact design: the F..CMP.. parallel-shaft helical servo gearmotors. They are ideally suited to all of your applications that require precision, dynamics and optimum use of space.

Gearmotor: high power density and maximum power delivery for tight spaces.

A lot of system architecture in materials handling and process engineering is reliant on especially compact drives. SEW Eurodrive offers you F..CMP.. parallel-shaft helical servo gearmotors for precisely these applications.

The force, dynamics and high precision of this servo gearmotor with a space-saving design are impressive. At the same time, torques of 130 Nm to 7840 Nm can be implemented. Seven sizes from the CMP.. modular motor system are available to you for individually configurable CMP.. servomotors. The parallel-shaft helical gear unit of the F series is optimally designed for precise implementation of complex requirement profiles.

The F..CMP.. parallel-shaft helical servo gearmotors ensure precise performance at all times, adapt perfectly to any system architecture and have a particularly high degree of efficiency.