Product Description

The MDD112C-N-030-N2M-130PA1 digital AC servomotor by Bosch Rexroth has 112 size codes. This servomotor works along with a digital drive controller. The product is suitable for cutting in high-speed ranges. This device has low inertia. The unit has permanent magnets designed using iron oxide or rare earth magnetic materials. It implements its feedback through an encoder system. This motor comprises a 14Nm blocking brake. The product portrays a high degree of operational reliability and offers maintenance-free operation. This device incorporates a standard housing that is capable of supporting both surface cooling and natural convection. The unit also comprises a shaft with a keyway that renders form-fitting shaft-hub-connections.

This motor encompasses connectors on flanged sockets for the direct connection of its feedback and power cables. Its maximum operating temperature can never exceed 55°C. The product has a maximum 22ms shock duration for the longitudinal axis. This device uses a black prime coating for its housing. The unit supports mounting as per Design B14 by using a mounting flange with threads. It can be installed vertically with the shaft facing either upward or downward. This motor has a standard pilot diameter of 130mm. The product has IP 65 protection category for the shaft. This MDD112C-N-030-N2M-130PA1 servomotor features a one-year warranty and can be shipped globally.

This device needs a blower attachment to support start-stop operations continuously. The unit deploys radial-type surface cooling. Its blocking brake does not offer assurance of personnel safety. This motor requires the drive controller to be shut down for a minute after closing the blocking brake as part of its reseating process. The product incorporates connectors of straight or angle type for the connector used for feedback. This device has connecting cables for its blocking brake and temperature sensor as well as the power cable in its power connection. The unit utilizes its torque-speed characteristics to check if the application is within its thermal limits.