The Bosch Rexroth Indramat MDD112C-L-020-N2L-130GA1 servo motor from the MDD Synchronous Motors series is engineered for precision and reliability in industrial motion control. Featuring a nominal speed of 2000 Min and digital servo feedback, the motor operates with a plain output shaft and is equipped with a blocking brake to ensure safe and controlled energy dissipation. Designed with dual windings on either side of its laminated core, it provides non-positive and backlash-free torque transmission with a maximum tightening torque of 10 Nm, making it ideal for applications requiring exact positioning and repeatable performance.
Key technical specifications include a balance class of N, a blocking brake torque of 14 Nm, and a centering diameter of 130 mm. The motor is optimized for high-load conditions with a moment of inertia of 170 x 10^-4 kgm^2 and a peak current capacity of 110.5 A. It also boasts a theoretical maximum torque of 97.3 Nm and maintains its efficiency with a thermal time constant of 75 Minutes. Additionally, the design incorporates Surface Cooling and a windings inductance of 5 mH, which are critical for maintaining stable operating temperatures and consistent performance under varying loads.
Further enhancing its suitability for contemporary industrial applications, this servo motor features an integrated blocking brake weighing 1.1 kg and supports flexible mounting in both horizontal and vertical positions. It integrates the power cable along with connectors for the blocking brake and temperature sensor, facilitating streamlined installation and maintenance. With a robust digital feedback system based on absolute position detection, the unit delivers high precision required in modern automation systems. Overall, the MDD112C-L-020-N2L-130GA1 provides high performance, durability, and adaptability, making it an excellent choice for demanding industrial control and automation tasks.
Balance Class
N
Blocking Brake Torque
14 Nm
Moment of Inertia of Rotor
170 x 10^-4 kgm^2
Peak Current
110.5 A
Type of Cooling
Surface Cooling