Product Description
The MAD130D-0200-SA-S2-AH0-05-A1 is a high-end asynchronous motor which belongs to the well-known IndraDyn product line of Bosch Rexroth. Due to being a part of the famous MAD series, this motor is supplied with high efficiency and effectiveness for a wide scope of industrial uses including main spindle functions and servo operations. This is due to its versatility that is why this kind of motor is used in CNC machines, packing machinery and other applications where high demands are placed on the technology. It has a high starting torque and also has a stable performance even at varying speeds making it offer high torque at low speeds.
This motor is very much regulated and is able to report the state of the motor and its rotation speed. This is due to the fact that the encoder and tachometer is mounted. In this model the encoder which is connected is represented as S2 which is a single turn absolute encoder with EnDat 2.1 interface. The encoder has a data memory where all the necessary motor parameters which are needed for the motor's setup are stored. The Rotary encoder has an absolute accuracy of ~ 0. 0056 degrees , ~ 20" and relative accuracy often known as repeat accuracy is ~ 0. 005'.
The power connector is mounted at the side of the motor with the A mark as shown in the part number of the motor. This design makes it easy to fit in the existing infrastructure. The letter H indicates that the motor has a plain shaft which doesn't have a sealing ring. Interestingly, this motor does not feature a holding brake; the latter being an ability to halt the rotational movement of the motor shaft as soon as power is cut off from the device. It is very simple to install the motor as the motor is designed to be mounted using size 05 flange. The motor comes with what are known as fixed bearings identified by the letter A and this helps in increasing the lifespan of the motor. In addition, the motor is characterized by the ability to operate in the vibration environment with a severity level of A, which provides stable and high-quality work of the unit in conditions with significant mechanical stress.