MAC112C-0-HD-3-C/130-A-0
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The MAC112C-0-HD-3-C/130-A-0 from INDRAMAT’s MAC series is engineered to provide exceptional dynamic performance with high torque efficiency. Its 2000 rpm speed and 41 A current combination makes it ideal for demanding industrial applications requiring precise control.
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Product Description:
The MAC112C-0-HD-3-C/130-A-0 stands out in INDRAMAT's MAC series as a servo motor specifically designed for dynamic applications where high torque and consistent control are critical. This motor provides a nominal speed of 2000 min-1, catering to systems that operate at high speeds without compromising precision. It has a remarkable continuous torque at standstill of 27.0 Nm, reflecting its capability to exert significant force precisely and steadily. An outstanding feature of the MAC112C-0-HD-3-C/130-A-0 is its torque constant at 20 °C, listed at 0.750 Nm/A. This high value denotes efficient energy conversion rates, ensuring operational cost savings over time. Furthermore, with a winding resistance of 0.110 Ohm and inductance of 1.8 mH, the motor is optimized for electrical efficiency, enhancing performance and reducing heat generation. The continuous current at standstill is noted at 41.0 A, indicating robust power handling to maintain the required torque for smooth operations. The rotor's moment of inertia is quantified at 170 x 10-4 kgm2, striking an optimal balance between torque generation and motion control, which is crucial for applications necessitating quick directional changes or varying loads. Equipped with a peak pulse current capability of 195 A, this motor is prepared to respond to surges in demand, offering flexibility and resilience in performance. The thermal time constant, indicated at 120 (90) min, underlines the motor's thermal robustness, allowing it to handle heat buildup effectively, thus ensuring longevity and reliability even in rigorous operation schedules. With a mass of 59 kg, the MAC112C-0-HD-3-C/130-A-0 is substantial enough to offer stability and robustness, yet efficiently designed to be integrated into various industrial settings. Its commitment to precision, power, and performance makes it an indispensable component in the repertoire of automation solutions, ensuring that processes run at peak efficiency with the reliability expected of INDRAMAT’s advanced servo motor technology.
Frequently Asked Questions about MAC112C-0-HD-3-C/130-A-0:
Q: How does the MAC112C-0-HD-3-C/130-A-0 maintain precision in high-speed applications?
A: The servo motor is designed with an advanced feedback system that constantly monitors and adjusts for deviations, ensuring precise motion even at high speeds.
Q: What sets the MAC112C-0-HD-3-C/130-A-0 apart from other motors when it comes to durability?
A: Its construction includes high-quality materials and protection features that guard against environmental and operational stress, contributing to the motor's long service life and consistent performance.
Q: What operational advantages does the MAC112C-0-HD-3-C/130-A-0 offer due to its specific design?
A: The MAC112C-0-HD-3-C/130-A-0 is designed to deliver high torque at a continuous standstill, making it highly suitable for applications that require substantial power to maintain positional accuracy, such as in high-precision tooling machines or robotic arms.
Q: How does the inductance value affect the performance of the MAC112C-0-HD-3-C/130-A-0?
A: With a windings inductance of 2.5 mH, the motor is capable of smooth acceleration and deceleration, providing better control over speed variance and contributing to the precision of motion, which is essential for synchronization in automated processes.
Q: How is the thermal time constant relevant to the usage of MAC112C-0-HD-3-C/130-A-0 in continuous operation environments?
A: The thermal time constant of 100 (75) min represents the motor’s ability to withstand operational heat without degradation in performance. This means the MAC112C-0-HD-3-C/130-A-0 can operate consistently for extended periods without the risk of thermal overload, vital for industries running long production cycles.
