MAC063A-0-RS-1-C/095-B-1/-I01000
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The MAC063A-0-RS-1-C/095-B-1/-I01000 servo motor features a nominal motor speed of 3500 min-1, a continuous torque at standstill of 2.7 Nm, a thermal time constant of 30 minutes, and a mass of 5.3 kg. Designed as part of the MAC AC Servo Motors series by Bosch Rexroth Indramat, it offers IP65 protection and supports natural convection cooling.
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Product Description:
The advanced automation system requires the MAC063A-0-RS-1-C/095-B-1/-I01000 AC servo motor. It is developed by Rexroth Indramat. As part of the MAC AC Servo Motors series this product specializes in motion control for systems requiring minimal installation space. This motor operates at a standard speed of 6000 minutes per second.
The MAC063A-0-RS-1-C/095-B-1/-I01000 AC Servo motor achieves fast responses and quick acceleration because it has a rotor moment of inertia of 2.4 × 10⁻⁴ kgm². All torque control at 20°C is achieved through its 0.230 Nm/A torque constant. This motor maintains electrical stability through its 3.5 mH winding inductance and its 3.7 Ohm winding resistance. A maximum peak pulse current of 19 A allows the motor to handle short bursts of high performance. The motor thermal time constant is 30 minutes supporting sustained use before the reach of critical temperatures. The MAC063A-0-RS-1-C/095-B-1/-I01000 AC Servo Motor includes a standard blocking brake for load holding. The model operates safely in ambient temperatures between 0°C and +45°C and can be stored within -20°C to +80°C. The model meets IP65 protection standards and safeguards the internals from dust and low pressure water. The motor generates a continuous torque of 0.8 Nm.
The MAC063A-0-RS-1-C/095-B-1/-I01000 AC Servo Motor weighs only 3.2 kg which makes it ideal for machines where space and weight are critical. The IP65 protection and Class F insulation increase the operational life in industrial conditions. The motor at a standstill draws a continuous current of 3.5A making it highly efficient under load conditions. This servo motor is a reliable choice for applications that require high speed rotation and accurate torque delivery. It is available for purchase at Wake Industrial.
Frequently Asked Questions about MAC063A-0-RS-1-C/095-B-1/-I01000:
Q: Why does MAC063A-0-RS-1-C/095-B-1/-I01000 use a 3.5 mH inductance value?
A: The 3.5 mH winding inductance stabilizes current flow and minimizes ripple during high-speed switching. This improves control precision.
Q: How does the 3.7 Ohm resistance benefit the MAC063A-0-RS-1-C/095-B-1/-I01000 motor?
A: It helps limit the current in the windings, improving energy efficiency and reducing the risk of thermal stress.
Q: Why is Class F insulation used in MAC063A-0-RS-1-C/095-B-1/-I01000?
A: The class F insulation provides thermal endurance up to 155°C, allowing the motor to operate safely in high-temperature environments.
Q: How does the blocking brake help in this motor model?
A: The blocking brake maintains the motor’s position when power is off essential for vertical or suspended load applications.
Q: Why is the thermal time constant of 30 minutes useful?
A: It indicates the motor can sustain load operations for extended periods without rapid overheating, allowing continuous duty cycles.
