2AD132D-B05OA2-AS23-D2N2

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132D-B05OA2-AS23-D2N2. The stator creates a revolving magnetic field, which causes a current to flow through the rotor, turning it. This specific motor has an "axial blower" cooling mechanism, which dissipates heat produced during operation by blowing air axially across the motor. This technique is essential for keeping the motor's operating temperature within acceptable bounds and avoiding overheating-related performance deterioration. The motor's internal winding configuration, which determines its electrical properties and performance parameters, is indicated by the "AS" winding code. One of this motor's most noteworthy features is its "100 Nm, electrically engaged holding brake." When not in use, this brake uses electromagnetic force to keep the motor shaft stationary. The 100 Nm braking torque indicates the most excellent torque the brake can provide to stop spinning.

In order to precisely regulate motion, the motor has an "incremental encoder, 2500 increments." As the motor shaft rotates, this encoder produces pulses; 2500 pulses represent a full rotation. The motor's "keyed output shaft without shaft seal" offers a dependable and safe way to transfer torque to the driven load. The keyway ensures effective power transfer by preventing slippage between the shaft and the load. The "rated torque" of this motor is 155 Nm. The motor's capacity to spin a load is measured by torque, which is the rotational counterpart of force. A rated torque of 155 Nm indicates that the motor can provide this torque continuously at its rated speed without experiencing damage or overheating.

The motor's ideal operating speed, at which it effectively provides its rated power and torque, is indicated by its "rated speed" of 1150 revolutions per minute. The motor's design, which includes the frequency of the power supply and the number of poles in the stator winding, determines this speed. This motor has a significant power output with a "rated power" of 19.3 kW. The motor's capacity to transform electrical energy into mechanical energy is measured by its power or the pace at which work is completed. A motor with a rated output of 19.3 kW can supply this power continuously at its rated torque and speed. When the motor is running at its rated conditions, the "rated current" of 50 A indicates how much electrical current it takes from the power source. This metric is crucial for determining the size of the control system's wiring and electrical components. The maximum current the motor can tolerate when stopped without overheating is indicated by the "standstill continuous current" of 50 A.