Product Description

The Bosch MDD112D-N-030-R2L-130GB2 is a servo motor. It is part of the MDD product line. Servo systems with MDD motors are designed for industrial applications such as textiles, tools, robotics and handling facilities. MDD112 series motors provide a high degree of synchronism and are especially well suited to high-precision applications such as grinding machines. MDD motors use permanent magnets and support electronic commutation. Electronic commutation is the process of using electronic switches to control the flow of current in an electric motor. It is a type of motor control that uses electronic switches, such as transistors or thyristors, to turn the motor's windings on and off in a specific pattern in order to rotate the motor. There are several benefits to using electronic commutation in electric motors.

One of the main benefits is that it allows for more precise control of the motor's speed and torque, which can be useful in applications where precise control is necessary. Electronic commutation also allows for the use of feedback control systems, which can further improve the accuracy and stability of the motor's operation. Additionally, electronic commutation can be more efficient than mechanical commutation methods, which can lead to longer motor life and lower energy consumption. The MDD112D-N-030-R2L-130GB2 motor has a standard housing. It supports two cooling methods: surface cooling and natural convection. The permitted ambient temperature range is 0 to 45 degrees Celsius. Nominal speed rating of the servo motor is 3000 RPM. Other motor features include support for digital servo feedback, plain shaft with seal, IP65 protection category and a 60 Nm blocking brake. Centering diameter of the MDD112D-N-030-R2L-130GB2 motor is 130 millimeters. The power socket is on side B of the motor housing.