Product Description

INDRAMAT MAC112D-0-HD-4-C/130-A-1/WI520LX/S05 servo motor stands at the forefront of industrial motion control solutions. It is specially crafted for heavy-duty operations that require a nominal speed of 1500 min-1 and demand a motor with a high torque capacity. The unique WI520LX winding code is integral to this motor, indicating a specific design that enhances the motor's capability to maintain operational efficiency and a cooler running temperature under continuous load conditions.

This motor boasts a robust standstill torque of 38.0 Nm, essential for applications that require forceful, precise movements. It can manage a standstill current of 42.0 A, facilitating consistent torque output without thermal stress. The winding resistance of 0.176 Ohm and inductance of 3.2 mH are optimized to improve the motor's response times and maintain power quality in dynamic industrial scenarios.

The torque constant of 1.010 Nm/A is a testament to the motor's efficient energy conversion, and its rotor moment of inertia at 230 x 10^-4 kgm^2 provides the motor with the necessary momentum for controlled acceleration and deceleration cycles. With the capability to handle peak pulse currents up to 195 A, the MAC112D-0-HD-4-C/130-A-1/WI520LX/S05 is particularly adept at managing start-up and high-load demands, ensuring machinery operates smoothly during critical production phases.

The thermal time constant of 120 minutes indicates a high resistance to thermal fluctuations, maintaining consistent performance and safeguarding against overheating. This feature is especially valuable in applications where the motor is expected to run for long cycles without interruption.

Encased in a rugged frame that weighs 59 kg and designed with an IP65-rated enclosure, this servo motor is prepared to withstand the challenging conditions of industrial environments, including exposure to dust and water. The motor's heavy-duty designation does not simply imply durability; it reflects the motor's capacity to sustain optimal functionality in applications ranging from CNC machining centers to complex automated assembly lines where reliability is crucial.