Product Description

With a nominal motor speed of 2000 min-1, the MAC090B-0-PD-1-B/110-A-0/-I00500 is a flexible servo motor suitable for a variety of industries. With a peak of up to 5.0 Nm, it produces a constant torque at rest of 3.7 Nm. Operating with a constant current of 8.1 A, the motor could increase to 10.9 A under specific circumstances. At 20?C its torque constant is 0.51 Nm/A and its rotor moment of inertia is 20 x 10-4 kgm2. The inductance of 1.9 mH and the resistance of 1.85 Ohm characterize the windings. With a 45 (30) minute thermal time constant and an ultimate peak pulse current of 53 Amperes, the motor may At 12.5 kg, this motor is suitable for applications calling for strong performance in a small space.

By means of the associated shaft sealing, which hinders liquids from accessing the motor housing along the shaft, this motor achieves an IP 65 protection category. Unlike the output shafts for the MAC 071, 090, 093, 112, & 115 models, which always have shaft sealing, the shaft sealing for the MAC 063 models is optional & may be selected depending on application demands, therefore providing IP 50 protection in cases when sealing is not essential. This adaptability ensures that the motor may be kept operational integrity-wise while adapting to different circumstances in the environment.

Axial & radial surface-cooling units of the MAC090B-0-PD-1-B/110-A-0/-I00500 help to meet varying cooling loads. Applications with limited areas could benefit from axial cooling, which guarantees prompt heat dissipation without going beyond the limitations of space. Applications with high shock loads are advised for which radial cooling is suitable for usage in small structures. For best performance, the blower unit layout which might be placed below the motor shaft, to the left, or to the right is extremely significant. For MAC 063 motors with motor length A, radial surface cooling is not relevant however. This adaptability of design ensures compatibility with diverse motor configurations, therefore improving the usability of the motor in many industrial settings.