The length-optimized Sew Eurodrive synchronous servomotors CMP series offer precision, high dynamic characteristics and power in a particularly compact design. 7 high-performance sizes cover peak torques up to 320 Nm and can be used in the tightest of spaces.
Highly dynamics servomotors with a compact design: for use in the tightest spaces
Our Sew Eurodrive synchronous servomotors CMP series can adapt to high loads or to the highest dynamic requirements. Whether in the food and beverage industry or the construction, automotive or wood industries: these synchronous servomotors can be used anywhere to achieve fast cycle times or to move the heaviest loads easily and precisely. Thanks to their optimized length, you can use the CMP.. motors even in the tightest spaces.
The highly dynamic CMP.. servomotors round out our range of servomotors: they offer standstill torques of 0.5 Nm to 95 Nm with 7 motor sizes and a total of 31 motor grades.
State-of-the-art winding and magnet technology make the servomotors extremely low in inertia, even though they are optimized for performance. The result is a motor system with the highest possible dynamic characteristics.
As the largest motor in the tried and tested CMP.. series, the CMP112 rounds out the existing range of highly dynamic synchronous servomotors in the upper part of the power range. With torques of up to 320 Nm. It is optionally available with a “BY” holding brake with an increased working capacity.
Sew Eurodrive synchronous servomotors CMP series
Highest dynamic characteristics throughout the entire CMP.. range 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
