MAD130D-0200-SA-M2-AH0-05-N1

Product Description:

Bosch Rexroth Indramat manufactured the MAD130D-0200-SA-M2-AH0-05-N1 spindle motor. With a maximum torque of 341 Nm, this high-performance motor is undoubtedly capable of handling difficult jobs. Essentially, torque is the rotating force that a motor can produce, and this remarkable amount shows that the motor can quickly drive huge loads and overcome considerable resistance. The motor's performance capabilities are further highlighted by its rated speed of 2000 rpm. This means that machines can operate quickly and effectively since the motor's rotor can accomplish 2000 full revolutions in a minute. The motor's multi-turn absolute encoder with an EnDat 2.1 interface is essential to its accuracy. The encoder is a sensor that converts the shaft rotations of the motor into electronic impulses. It can measure rotations across many revolutions rather than just one because of the "multi-turn" feature.

The built-in holding brake further improves the motor's operating efficiency and safety. When not in use, this device makes sure the motor can be consistently halted and kept motionless. This is essential for avoiding accidental movement or sliding, particularly when handling large weights or exact placement. The design of the MAD130D-0200-SA-M2-AH0-05-N1 prioritizes dependability and durability. Its sturdy design, which makes it dust-tight and impervious to water jets from all directions, is indicated by its IP65 protection level. Examining the motor's characteristics in more detail, we find that the constant torque at standstill is 155 Nm. The speed at which the motor's continuous torque production begins to drop is indicated by the derating speed of 1500 rpm. Understanding the motor's performance characteristics across its working range requires knowledge of this information.

The electrical properties of the motor are equally significant. The highest current the motor can draw constantly without overheating while the rotor is motionless is 72.8 A, which is the continuous current at standstill. The connection between the torque production of the motor and the current passing through it is shown by the torque constant, which is 2.62 Nm/A at 20°C. This parameter is essential to comprehending the responsiveness and efficiency of the motor. The resistance of the rotor to variations in its rotational motion is measured by its moment of inertia, which is 0.164 kgm². The motor's dynamic reaction and rapid acceleration and deceleration are influenced by this parameter. The motor's components are protected from harm during storage and transit under a variety of climatic conditions thanks to the acceptable temperature range of -20...+80 °C.