Outstanding dynamics and the shortest cycle times
thanks to low inertia and high overload capacity
High flexibility in system design
thanks to the unique variety of options in the modular gear motor system
Save installation effort and costs
thanks to the use of the MOVILINK® DDI digital motor interface with single-cable technology.
Use even in cramped installation conditions
thanks to high torque density and direct gear unit mounting
The CM3P.. synchronous servomotors are characterised by their high power density and maximum acceleration values. Due to their minimal inertia and high overload capacity, these motors enable extremely short cycle times, which significantly increases the efficiency of your machine.
These characteristics make our motors the ideal choice for a wide range of applications, including industrial production systems, packaging machines, robotics and many other areas where reliability and precision are crucial.
With their three sizes, they cover standstill torques from 7.9 to
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The engine type CM3P.. (High Dynamic) fits perfectly in applications with the shortest cycle times. This motor variant is characterised by high power density and maximum acceleration values. The combination of minimum inertia and high overload capacity enables the shortest cycle times and thus contributes to the economic efficiency of your machine.
| Motoring operation | Continuous standstill torque M0 Nm | Limit torque Mpk Nm | Weight kg | Mass moment of inertia Jmot 10-4 kgm2 | Speed class min-1 |
| CM3P71S CM3P71M CM3P71L | 7.9 10.1 15.4 | 20 31 52 | 6.4 7.9 10.7 | 2.7 3.7 5.8 | 2000 3000 4500 |
| CM3P80S CM3P80M CM3P80L | 17.2 22 31 | 41 60 99 | 10.6 13 18 | 7.5 10 14.7 | 2000 3000 4500 |
| CM3P100S CM3P100M CM3P100L | 27.5 36 47 | 65 100 163 | 16.5 20.2 27.7 | 15.2 20.7 30.1 | 2000 3000 4500 |
Compare the standstill torques (M0) with the maximum torques (Mpk) of the series 71, 80 and 100 of the synchronous servomotors CM3P.
Both motor variants "Medium Inertia" and "High Dynamic" come from the same modular servomotor design and share many similarities. For example, both can be equipped with MOVILINK® DDI, the digital drive interface. This allows the motor to be connected to a frequency inverter and the associated data network of the application.
Alternatively, ready-made MOVIKIT® software modules can be used for startup - a prerequisite: an inverter or controller. The drive or motion control function required for the application is parameterised in MOVIKIT® and the motor/drive is quickly and easily put into operation. Saves an enormous amount of time.
Functional safety is also included in the modular design. Equipped with the appropriate safety brake and safety encoder, a wide range of safety functions is covered.
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