MAD130C-0150-SA-M2-BG1-05-V1
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MPN: R911335964
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
MAD130C-0150-SA-M2-BG1-05-V1 Spindle Motor manufactured by Bosch Rexroth Indramat. This motor has a cooling mode with an Axail Fan, Blowing and a Singleturn Absolute, 2048 increments encoder. It also has a mounting style of Flange and a Standard bearing.
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Product Description:
The MAD130C-0150-SA-M2-BG1-05-V1 from Rexroth features reinforced bearings which is great for high speed applications as this motor can output a maximum speed of 9000 rpm with minimal to low wear and tear. This motor can produce a torque of 48 Nm which is average considering many different configurations of this particular motor can produce high torque but this model is designed for high speed applications.
The MAD130C-0150-SA-M2-BG1-05-V1 features an M2 configuration for encoder which is the Multiturn encoder that uses the EnDat 2.1 interface which allows it to communicate with the controller or a control system sending and receiving commands to help move the shaft of the motor according to the input received. This encoder interface is also very robust when it comes to security as it provides both data encryption and noise detection to help filter out garbage data. In the case of errors the EnDat 2.1 interface can also help with debugging.
The MAD130C-0150-SA-M2-BG1-05-V1 can provide a continuous standstill torque of 50 Nm making it suitable for holding its position with a weight of up to 500 kg per meter. This motor can be mounted on a flange which can help it install itself in a stable position where it can have reduced vibrations. The motor has a reduced vibration rating of R helping it prevent vibration related accidents and overall performance issues. Users are recommended to install the motor in a cool place as the motor requires a well ventilated area to help regulate cool air taken in through the axial blower fan with a maximum temperature of 40 degrees Celsius to help prevent the winding from getting too hot and increasing power losses.
