2AD132B-B35LB1-BS03/S015
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MPN: R911234622
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Bosch Rexroth Indramat AC Motor in the 2AD Series. This Motor is an Asynchronous Motor Type that has a Motor Size of 132, and a Motor Length of B."
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Product Description:
The 2AD132B-B35LB1-BS03/S015 is an axially-cooled 2AD motor designed by Indramat Rexroth. It belongs to the 2AD motor family line, boasting a powerful BS winding. With its winding type, the 2AD132B-B35LB1-BS03/S015 achieves a base RPM of 1500 at a corresponding nameplate power of 10 kilowatts. During operation, the nameplate power delivers an equivalent torque rating of 64 Nm. Considering its small construction and lightweight design, this machine has a high torque to weight ratio. At the same operating point, the 2AD132B-B35LB1-BS03/S015 draws 45 amperes of current at a terminal voltage of 168 volts and withstands a temperature between 0 and 45 degrees Celsius.
To keep the 2AD132B-B35LB1-BS03/S015 within its permissible ambient temperature range, a set of axially mounted fans provides ventilation for the motor by blowing air from the motor's rear to shaft side. The terminal's position for this machine is on the left side, while its power terminal's output direction points toward side B. For Rexroth Bosch's motors, side B corresponds to the rear side of the motor, opposite the shaft side. The 2AD132B-B35LB1-BS03/S015 may be mounted through its flange or by attaching its foot to a solid base or platform. At both mounting methods, the machine may operate at either horizontal or vertical orientations.
Aside from its electrical characteristics and supported mounting types, the 2AD132B-B35LB1-BS03/S015 also employs high-resolution motor feedback to monitor the rotary parameters during operation. The high-resolution motor encoder for the 2AD132B-B35LB1-BS03/S015 determines the rotor's relative position with an absolute accuracy of plus or minus 0.02 degrees. Since the relative position of the rotor is with respect to a reference, the accuracy is expressed in degrees, indicating the angular change of the rotor at the time of measurement.
