MAC112C-0-HD-2-C/130-A-0/S005
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The MAC112C-0-HD-2-C/130-A-0/S005 is an adeptly engineered servo motor from the MAC series, specifically designed for high-demand applications. Its high-speed and 48 Kg sizehigh-density torque and precise control.
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Product Description:
The MAC112C-0-HD-2-C/130-A-0/S005, a motor that stands at the intersection of innovation and reliability, tailored for applications where high-density torque and precision are non-negotiable. With its inclusion in the esteemed MAC series, this servo motor delivers not just on performance but also on the promise of enduring through demanding industrial environments. Sporting a nominal speed of 2000 min-1, the motor is fine-tuned for operations where control and efficiency are critical. The continuous torque standing at an impressive 27.0 Nm is a hallmark of its capability to perform under load without faltering. This particular model is also equipped with an optimized rotor inertia of 170 x 10-4 kgm2, which ensures a swift and smooth response, beneficial in applications that require a high degree of dynamism. The protective construction class of IP 65 means it is impervious to the ingress of dust and water, It allows you to operate in a myriad of settings, from sterile clean rooms to dust-laden manufacturing floors. The MAC112C-0-HD-2-C/130-A-0/S005 also boasts a thermal time constant of 90 minutes, an indicator of its resilience to thermal stresses during prolonged operations. Its mass of 48 kg is representative of a robust build, prepared to absorb and dissipate operational stresses, contributing to the motor's longevity and stable operation. Additional features like the standard 130 mm centering diameter facilitate easy installation and integration. The motor operates within an ambient temperature range of 0 +45 °C, ensuring consistent performance even as environmental conditions vary. This motor’s comprehensive design also takes into account the necessity for efficient cooling. With the ability to select from various cooling options, the motor adapts to the thermal demands of different operational intensities, ensuring that performance is never compromised by heat. It is not equipped with an effective holding brake. However, you can install one that maintains positional integrity with utmost reliability when at a standstill. It is a critical factor in automated systems where precision in static and dynamic states is required. In essence, the MAC112C-0-HD-2-C/130-A-0/S005 Servo Motor is the embodiment of advanced motor technology, offering a synergy of high-density torque, precision control, and unwavering reliability for sophisticated industrial automation solutions.
Frequently Asked Questions about MAC112C-0-HD-2-C/130-A-0/S005:
Q: What enhancements does the '/S005' designation indicate for this motor?
A: The '/S005' indicates specific features or customizations added to the standard model to cater to particular automation requirements. It provides additional flexibility and capability in design.
Q: How does the servo motor handle variable environmental conditions within the specified temperature range?
A: The servo motor is designed to perform consistently across its specified ambient temperature range, utilizing its thermal management features to adapt to changes without compromising performance.
Q: Is the MAC112C-0-HD-2-C/130-A-0/S005 servo motor suitable for precision applications that require complex motion patterns?
A: Absolutely, the motor's high-resolution feedback system and low rotor inertia make it ideal for applications requiring complex and precise motion patterns.
Q: What kind of maintenance is required for this servo motor to ensure longevity?
A: The MAC112C-0-HD-2-C/130-A-0/S005 is built for minimal maintenance. Regular inspections and adherence to the recommended operating conditions are sufficient to ensure its longevity.
Q: Can the motor's brake be relied upon to hold its position during power failures or emergency stops?
A: Yes, the integrated holding brake is designed to securely hold the motor's position in the event of power failures or emergency stops, enhancing the safety and reliability of the machinery it operates in.
