MAC112D-0-FD-3-C/130-A-0/S15
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The MAC112D-0-FD-3-C/130-A-0/S15 is a highly capable AC servo motor by INDRAMAT designed to meet rigorous industrial requirements. It boasts a nominal speed of 2000 min-1 and delivers a powerful standstill torque of 38.0 Nm, ensuring robust performance in a variety of applications.
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Product Description:
INDRAMAT's MAC112D-0-FD-3-C/130-A-0/S15 servo motor exemplifies technological sophistication with its operational speed of 2000 min-1 and a substantial standstill torque of 38.0 Nm, making it a top choice for demanding industrial processes. Its substantial torque output is complemented by a significant standstill current of 56.0 A, indicative of the motor's capacity for intense operations.
Designed with an understanding of industrial environments, this motor features a rotor moment of inertia of 230 x 10^-4 kgm^2, favoring consistent and controlled movements, vital for applications such as precision machining and material handling. The torque constant at 20 °C is marked at 0.760 Nm/A, which assures high torque efficiency, and the windings inductance is 1.8 mH, optimizing the motor’s reactance for better current control.
Durability is at the forefront, with a thermal time constant of 120 minutes, ensuring the motor can sustain its performance without overheating during long operating periods. Weighing in at 59 kg, this servo motor's sturdy construction is designed to absorb and dissipate operational stresses, contributing to its impressive longevity. It embodies INDRAMAT’s commitment to providing motors that not only meet but exceed the expectations of precision-driven industries.
The motor's IP65 enclosure certifies its robustness against environmental contaminants. Whether integrated into CNC systems or robotic assemblies, the MAC112D-0-FD-3-C/130-A-0/S15 is engineered to deliver seamless performance. The attention to technical details in its design translates into a motor that is both a powerhouse and a model of efficiency.
Frequently Asked Questions about MAC112D-0-FD-3-C/130-A-0/S15:
Q: How does the torque constant affect the MAC112D-0-FD-3-C/130-A-0/S15's performance?
A: The torque constant is crucial for determining the torque per ampere; a higher value means the motor can generate more torque at lower currents, enhancing efficiency.
Q: What is the significance of the motor's high standstill current rating?
A: A high standstill current indicates the motor's ability to handle higher loads without stalling, essential for starting under heavy load conditions.
Q: How does the high thermal time constant benefit the MAC112D-0-FD-3-C/130-A-0/S15 motor?
A: It means the motor can operate for longer periods before reaching its thermal limit, which is beneficial for applications requiring extended run times.
Q: What does the rotor moment of inertia indicate for this motor?
A: The rotor moment of inertia impacts the motor's acceleration and deceleration capabilities, with a higher value offering greater stability during speed changes.
Q: Can the MAC112D-0-FD-3-C/130-A-0/S15 be customized for specific application requirements?
A: Yes, the motor is designed to be adaptable, with various feedback and cooling options to fit particular industrial needs.
