C2.SM.000-3400

Product Description

The high-precision C2.SM.000-3400 by KEB is a servo motor in the Synchronous Servo Motor Series that is specially designed to cope with the harsh industrial automation requirements in today's systems. High performing, stable, and excellent in consistency, these motors prove perfect for robotics and CNC machinery, conveyor systems, or any complex motion application requiring accuracy stability.

The motor has a torque of 2.7 Nm stall torque (md0) and the current due is 1.1 A. It is stable under static load conditions. The dynamic capabilities of the motor make it suitable for rated torque output of 2.4 Nm at a rated speed of 3000 rpm with rated power output of 0.75 kW. This makes it perfect for use in systems that require high reliability under constant operation. Additionally, its maximum torque, maximum torque (mmax) of 12.2 Nm, as well as a maximum current, maximum current (imax) of 9.4 A, make it unlikely to be readily disturbed by sudden surges in the load condition, saving efficiency and reliability. At a rated voltage of 400 V, such a motor is absolutely problem-free to operate on standard industrial power supplies, therefore allowing it to be integrated into different schematics. Its electrical characteristics include: voltage constant (ke)=71.0 V/1000 rpm, winding resistance (ru-v)=13.1 Ohm, and winding inductance (lu-v)=34.4 mH. These reflect the efficiency and steadiness both at standard load conditions and under various dynamic conditions.

The motor has a very small weight of 3.9 kg with an inertia of 2.7 kgcm²; hence, it is compact and lightweight in size, easily mounting space-limited environments. The precision, sturdiness, and energy efficiency of the C2.SM.000-3400 set a standard benchmark for any industry that looks forward to increasing the productivity level while maintaining operational excellence.