MAC093B-0-0S-3-C/110-A-2/S005
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MPN: R911239025
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In-Stock, Ships 3-5 Days
The MAC093B-0-0S-3-C/110-A-2/S005 servo motor is a dynamic component within INDRAMAT's MAC series, boasting a design that prioritizes both speed and precise torque delivery. Its robust construction ensures steady performance and resilience in demanding industrial environments.
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Product Description:
The MAC093B-0-0S-3-C/110-A-2/S005 is a standout servo motor from INDRAMAT's renowned MAC series, engineered to deliver superior performance in industrial automation. Operating at a nominal speed of 2000 min-1, this motor is adept at handling applications that demand both agility and power. The continuous torque of 14.5 Nm at standstill underlines its capability to maintain forceful output, crucial for applications that demand precision under static conditions. The servo motor's continuous current at standstill is set at 14.5 A. It is the primary indicative of its robust performance and the ability to sustain continuous operations without overheating. With a rotor moment of inertia of 0.29 kgm², the motor provides a stable and controlled response. This motor feedback is essential for applications that require intricate motion control, such as in precision assembly or complex positioning tasks. A torque constant of 0.831 Nm/A at an ambient temperature of 20°C reflects the motor's efficiency in converting electrical energy into mechanical torque, a key factor in the motor's energy-efficient performance. The winding resistance and inductance values, 0.395 Ohm and 8.9 mH respectively, are tailored to enhance the motor's electrical characteristics, ensuring minimized energy losses and optimal electromagnetic behavior. Moreover, the lower winding resistance ensures that the motor operation never faces any barriers even after long and rigorous usage. Capable of handling peak pulse currents up to 45 A, the MAC093B-0-0S-3-C/110-A-2/S005 is well-suited to deal with sudden surges in power demand, allowing for rapid responses during peak operational conditions. The thermal time constant of 50 minutes ensures the motor can manage its temperature effectively, maintaining reliability and durability even during extended use.
Frequently Asked Questions about MAC093B-0-0S-3-C/110-A-2/S005:
Q: How does the natural convection cooling contribute to the motor's performance?
A: Natural convection cooling efficiently manages the motor's heat dissipation, ensuring stable operation without the need for additional cooling systems, which is crucial for maintaining performance in tightly integrated industrial spaces.
Q: What type of applications can benefit from the precise control offered by the absolute encoder in the MAC093B-0-0S-3-C/110-A-2/S005?
A: Precision-demanding applications like CNC machining, robotic articulation, and advanced manufacturing processes will benefit significantly from the high-resolution feedback provided by the absolute encoder.
Q: What does the special design code 'S005' indicate for this motor
A: The 'S005' denotes custom features or modifications added to the standard model to meet specific application requirements or operational conditions.
Q: Can the MAC093B-0-0S-3-C/110-A-2/S005 handle dynamic load changes during operation?
A: Yes, with its specified rotor moment of inertia and peak pulse current capability, this motor is adept at managing dynamic load changes, ensuring smooth transitions and consistent performance.
Q: Is additional equipment required to integrate the MAC093B-0-0S-3-C/110-A-2/S005 into an existing system?
A: Integration typically depends on the existing system's setup, but due to the motor's standard design and features, such as its cooling type and encoder, additional equipment is often not required.
