Product Description

The MAC112C-0-HD-3-C/130-B-1/S05 servo motor embodies Indramat’s commitment to exceptional quality and reliability in the realm of industrial motion control. With a commendable nominal speed of 2000 min^-1, it is agile enough to respond to the rapid motion requirements of modern machinery. This motor asserts its capability with a standstill torque of 27.0 Nm, supporting operations that demand consistent power without movement, making it an ideal choice for scenarios that require holding a load steady with great precision. At standstill, the motor manages a continuous current of 41.0 A, reflective of its robust construction and ability to sustain performance under substantial electrical load. A pivotal aspect of this motor is its rotor moment of inertia, 170 x 10^-4 kgm^2, carefully designed to enhance the control and stability during rotational movement. The torque constant at a stable 20 °C is an efficient 0.730 Nm/A, ensuring that the motor’s performance is reliable and predictable, which is critical in processes where precision is paramount. Additionally, the winding resistance stands at a low 0.150 Ohm, indicative of the motor’s excellent electrical efficiency, thereby reducing operational costs over time. This servo motor is engineered to accommodate up to 195 A of peak pulse current, providing the necessary power for applications that require quick, intense bursts of energy. With a thermal time constant of 100 (75) minutes, the MAC112C-0-HD-3-C/130-B-1/S05 maintains thermal stability, which is essential for long-term durability and continuous operation. Weighing in at 48 kg, the motor’s substantial mass adds to the overall system inertia, contributing to vibration reduction and enhancing the precision of control. Rated with an IP65 protection class, the motor's housing is sealed against dust ingress and moisture, affirming its suitability in harsh industrial environments, from dusty manufacturing floors to moist conditions prone to water jets. The motor’s resilience, coupled with its high performance, makes it an invaluable component for applications that range from CNC machining to advanced robotic automation, where downtime is not an option and performance is critical.