MAC112D-2-D-2-B/130-A-0/S05
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The MAC112D-2-D-2-B/130-A-0/S05 is a heavy-duty servo motor from INDRAMAT, equipped with a D-type winding for fast dynamic response and a B-type configuration for versatile application. Its optimized for rapid operational sequences requiring precision at a nominal speed of 1500 min-1 and high torque output.
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Product Description:
In the robust field of industrial automation, the MAC112D-2-D-2-B/130-A-0/S05 by INDRAMAT stands out as a critical component engineered for precision and reliability. This high-performance servo motor is specifically designed to meet the challenging demands of dynamic and precise motion control required in today's advanced manufacturing environments. With a nominal speed of 1500 min-1, and equipped with a torque constant of 1.010 Nm/A, this motor delivers exceptional torque output, making it an ideal choice for applications requiring rigorous, repetitive movements and those necessitating delicate handling with precise operational control.
The 'D' type winding in this servo motor enhances its ability to provide rapid acceleration and deceleration without sacrificing the accuracy of motion. This feature is pivotal for applications such as automated assembly lines, robotic arms, and other machinery that require high precision to maintain seamless production processes. Furthermore, the B-type design of the motor allows for versatile mounting options, ensuring easy integration into a wide range of industrial setups, thereby augmenting its utility in diverse operational contexts.
The MAC112D-2-D-2-B/130-A-0/S05 motor is built to sustain high performance with a standstill current of 42.0 A and is capable of handling peak pulse currents up to 195 A, which underscores its robustness in facing sudden surges in power demand—essential for operations that cycle between high and low load conditions. The motor's substantial rotor moment of inertia (230 x 10^-4 kgm^2) ensures stability and reduces the risk of mechanical oscillations, which can lead to precision errors in critical manufacturing tasks.
Encased in a durable structure with an IP65 rating, this motor is shielded against dust and moisture ingress, safeguarding its internal components from environmental factors that could impede performance. This level of protection is crucial for maintaining operational integrity and reliability in harsh industrial conditions. With a thermal time constant of 120 minutes, the motor is adept at managing thermal stress, ensuring continuous operation without the risk of overheating, thus extending the motor's lifespan and enhancing its overall efficiency.
Weighing 59 kg, the MAC112D-2-D-2-B/130-A-0/S05 is robust yet precisely engineered to deliver high torque and precise control, making it a powerhouse in automated applications that demand both strength and finesse.
Frequently Asked Questions about MAC112D-2-D-2-B/130-A-0/S05:
Q: What does the 'D' winding type bring to the MAC112D-2-D-2-B/130-A-0/S05 motor's performance?
A: The 'D' winding type is optimized for rapid acceleration and precise control, essential for applications requiring quick response and high processing speeds.
Q: How does the B-type configuration enhance the MAC112D-2-D-2-B/130-A-0/S05's versatility?
A: The B-type configuration allows for greater flexibility in mounting and installation, making it suitable for a wide array of industrial environments and machinery layouts.
Q: Is the MAC112D-2-D-2-B/130-A-0/S05 motor suitable for precision tasks within complex automation systems?
A: Yes, with its high torque constant and dynamic winding, it is highly precise, making it ideal for tasks that require exact positioning and motion control.
Q: What are the maintenance requirements for the MAC112D-2-D-2-B/130-A-0/S05 to ensure its longevity?
A: Regular maintenance should include inspections for mechanical integrity, cleaning to prevent dust accumulation, and checks on electrical connections to ensure uninterrupted performance.
Q: Can the MAC112D-2-D-2-B/130-A-0/S05 withstand the operational demands of continuous production cycles?
A: Certainly, its design accommodates continuous production cycles with a robust build and thermal management that prevent overheating during prolonged use.
