Product Description

INDRAMAT MAC112D-2-FD-1-B/130-A-1/J1250/S05 servo motor embodies advanced design and technical sophistication. This motor is ideally suited to meet the needs of complex automated systems where high torque, speed, and control are crucial. It is built to deliver consistent performance with a standstill torque of 38.0 Nm and a nominal speed of 2000 min-1, perfect for applications such as CNC machining, packaging, textile, and robotic systems.

The J1250 winding code is specifically selected to match the motor's operation in applications where precise voltage control is necessary, offering increased efficiency and reduced operational costs. Its standstill current of 56.0 A signifies a high level of torque retention, essential for processes requiring stable motion under varying load conditions.

With a rotor moment of inertia of 230 x 10^-4 kgm^2, the MAC112D-2-FD-1-B/130-A-1/J1250/S05 ensures smooth and accurate operations, facilitating precise positioning and minimal oscillation in high-precision tasks. The torque constant of 0.760 Nm/A speaks to its ability to produce high torque output per ampere, highlighting its efficiency and power. The windings resistance at 0.110 Ohm and inductance of 1.8 mH contribute to the motor's quick response times and lower electrical losses, making it suitable for dynamic applications that require rapid start and stop actions.

Capable of handling peak pulse currents of up to 260 A, this motor is prepared to perform under rigorous conditions, providing the necessary power to overcome inertia and accelerate loads quickly. Its thermal time constant of 120 minutes ensures that it can operate for extended periods without the risk of overheating, which is critical for continuous industrial operations.

Weighing 59 kg and enclosed in a housing with an IP65 protection rating, the MAC112D-2-FD-1-B/130-A-1/J1250/S05 is engineered to endure the harsh environments of industrial settings, resistant to dust and water ingress. This robust build guarantees long-term reliability and maintains the integrity of the motor's performance over its lifetime.