MAC071A-0-VS-2-C/095-A-0

The Bosch Rexroth Indramat MAC071A-0-VS-2-C/095-A-0 from the MAC AC Servo Motors series by Bosch Rexroth Indramat delivers a continuous torque of 2.2 Nm and a continuous current of 7.3 A while operating up to a nominal motor speed of 6000 RPM for precise motion control. Designed with an IP65 protection rating to resist dust and water ingress, it ensures reliable operation in harsh or outdoor environments and uses natural convection cooling for efficient thermal dissipation without additional hardware. The insulation class F winding system, complemented by integrated thermal switches, provides enhanced thermal management and protects internal components during extended cycles. A thermal time constant of 45 minutes guarantees stable temperature rise, enabling predictable performance under varying load profiles.

The motor’s torque constant of 0.300 Nm/A and winding inductance of 5.1 mH offer precise torque delivery and responsive control, while a maximum peak of pulse current of 37 A supports high dynamic acceleration. With a compact motor size of 71 frame and motor length A design, its moment of inertia of 5.4 x10^-4 kgm2 contributes to rapid acceleration and consistent deceleration, reducing settling times. A broad storage temperature range from -20 to +80 °C ensures resilience during transport, storage, and fluctuating site conditions, and the IP65 protection rating further seals against environmental factors. Weighing 6.5 kg and featuring a primer-coated black housing not exceeding 40 mm thickness, the construction balances corrosion resistance with manageable weight for simplified handling.

Equipped with tacho feedback for real-time speed monitoring and compatible with any mounting orientation, this servo motor allows direct coupling of pinions or belt pulleys to its robust shaft bearings to handle elevated radial loads. Its dust- and water-tight housing, combined with integrated thermal switches in the windings and stator, maintains operational safety and longevity. Installation and operation must follow manufacturer-specified guidelines to preserve the precise mechanical interface and performance characteristics.