MAC112B-0-GD-3-C/130-A-0
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MPN: R911226602
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In-Stock, Ships 1-2 Days
A MAC servo motor with natural convection cooling, resolver feedback, and no brake for efficient performance in industrial applications.
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Product Description:
The MAC112B-0-GD-3-C/130-A-0 is an exemplary embodiment of INDRAMAT's dedication to combining power and precision in industrial automation technology. Operating at a nominal speed of 2000 revolutions per minute, this servo motor is designed for tasks that demand both rapid movement and meticulous control. With a continuous torque at standstill of 18.5 Newton-meters, it can exert considerable force without movement, vital for applications that require maintaining position under loads.The motor's standstill current rating of 18.5 Amperes illustrates its capacity to sustain operations under constant demand, a testament to its robust design. The rotor moment of inertia at 0.290 kilogram-square meters is carefully calibrated to offer a balance between agility and stability, ensuring that the motor can quickly respond to control inputs without sacrificing precision. A torque constant of 1.07 Newton-meters per Ampere at 20 degrees Celsius signifies the motor's efficiency. This motor not only embodies the robust and reliable nature of INDRAMAT's engineering but also exemplifies the adaptability and precision required in modern industrial settings. Whether powering complex machinery or executing critical tasks with pinpoint accuracy, the MAC112B-0-GD-3-C/130-A-0 stands ready to elevate the efficiency and productivity of any operation it powers. Additionally, the winding resistance of just 0.29 Ohms minimizes electrical losses, while a winding inductance of 6.8 millihenries ensures an optimal electromagnetic response. Capable of handling peak pulse currents up to 70 Amperes, the MAC112B-0-GD-3-C/130-A-0 is more than equipped to deal with the surges often encountered during high-power operations. Its thermal time constant of 20 minutes indicates the motor's proficiency in managing heat, crucial for maintaining performance during extended use. Weighing in at 23 kilograms, this motor integrates seamlessly into various system configurations without imposing excessive structural demands.
Frequently Asked Questions about MAC112B-0-GD-3-C/130-A-0:
Q: Can the MAC112B-0-GD-3-C/130-A-0 operate effectively without additional cooling in a high-temperature environment?
A: While natural convection is adequate for typical operating environments, additional cooling may be necessary in high-temperature settings to ensure the motor does not exceed its thermal limits.
Q: Is the MAC112B-0-GD-3-C/130-A-0 motor suitable for applications that require rapid directional changes?
A: Yes, the motor's design allows for rapid directional changes without compromising on torque or control, thanks to its specified peak pulse current and robust build.
Q: How does the thermal time constant of 20 minutes affect the motor's usage in continuous applications?
A: A thermal time constant of 20 minutes means that the motor can handle a consistent thermal load for that duration before reaching a thermal equilibrium, making it suitable for applications with prolonged use.
Q: With a mass of 23 kg, what should be considered for the MAC112B-0-GD-3-C/130-A-0's installation?
A: The installation should ensure that the motor's weight is supported adequately by the machinery or mounting structure to maintain system stability and safety.
Q: What is the significance of the MAC112B-0-GD-3-C/130-A-0's rotor moment of inertia for operational performance?
A: The rotor moment of inertia of 0.290 kgm² is crucial for ensuring smooth operation and stability, particularly in applications that involve frequent start-stop cycles or variable load conditions.
