Product Description
INDRAMAT's MAC112D-2-HD-2-B/130-A-0/S05 servo motor embodies the pinnacle of robust design and engineering excellence. Built to tackle the most challenging industrial tasks, this motor is particularly suited for environments that demand both high power and sustained operation. With a nominal speed of 1500 min-1 and equipped with advanced features to handle a high standstill torque of 38.0 Nm, this motor ensures powerful and steady performance essential for heavy-duty applications like material handling, large-scale assembly, or any application where durability and reliability are critical.
The motor's B-type design enhances its adaptability, facilitating various installation configurations which allow for seamless integration into existing systems without compromising performance. This versatility is a significant advantage in complex industrial layouts where space and compatibility are often constraints.
The electrical characteristics of the MAC112D-2-HD-2-B/130-A-0/S05, such as a torque constant of 1.010 Nm/A and winding resistance of 0.176 Ohm, underscore its capability to deliver efficient power output while maintaining precision. With an inductance of 3.2 mH, it offers excellent responsiveness, critical for processes that require quick reactions to control inputs.
Additionally, this motor is designed to endure with a peak pulse current capacity of 195 A, providing robust response capabilities that are essential in high-load situations. The thermal time constant of 120 minutes guarantees that the motor operates within safe temperature limits, enhancing its endurance and reliability over prolonged operational periods.
Weighing 59 kg and protected by an IP65 rating, the MAC112D-2-HD-2-B/130-A-0/S05 is built to withstand harsh industrial conditions, ensuring it remains operational in environments exposed to dust and moisture. Its heavy-duty construction not only promises longevity but also reduces maintenance frequency and costs, making it a cost-effective solution for demanding industrial applications.