Product Description
The MAC112D-0-HD-3-C/130-B-1> is a high-performance < designed by Rexroth Indramat for industrial applications. It features a rated speed of 1500 rpm, making it suitable for tasks requiring precise speed regulation and high torque output. This servo motor is capable of supplying a continuous current of? 63A in a ventilated environment and?42A in a nonventilated setting. The motor has an incremental encoder for accurate feedback, ensuring optimal performance in closed-loop control systems.
This motor includes a standard tacho feedback mechanism that provides reliable speed and position information. Its robust design allows for consistent operation in demanding environments, supporting applications that require continuous duty and high precision. If? [toper cooling is ventilation is used, the continuous torque constant is 57.0Nm; otherwise, it drops to 38.0Nm. The MAC112D AC servo motor also incorporates reinforced blocking brakes with a torque capacity of 40 Nm, adding an extra layer of safety and control. This makes the MAC112D-0-HD-3-C/130-B-1 particularly suited for safety-critical applications where stopping precision is paramount. Furthermore, the motor?s versatility is enhanced by its compatibility with various mounting arrangements, including shock-damped options. This flexibility in installation allows it to be integrated into a wide range of industrial setups.
For this synchronous motor, the moment of inertia for the rotor is 230 x 10-4 kgm2. In addition to its mechanical robustness, the MAC112D-0-HD-3-C/130-B-1 AC servo motor is designed with high efficiency in mind. Its construction minimizes energy loss, ensuring it operates effectively while keeping operational costs low. This motor is an excellent choice for automation systems, robotics, CNC machines, and other industrial machinery that require precise motion control. The combination of high performance, reliability, and safety features makes the MAC112D-0-HD-3-C/130-B-1 motor valuable in advanced industrial applications, contributing to improved productivity and operational excellence.