MDD112A-N-015-N2L-130PB0

Product Description

The MDD112A-N-015-N2L-130PB0 digital AC servomotor provided by Bosch Rexroth has an A length code and a 112 size code. This AC servomotor supports continuous start-stop operations with a high rate of repetition. The product tends to have reduced concentricity quality as a result of the bottom of the key turning out during powerful reverse operations. This device encounters a multi-axial stress state at the shaft-hub connection point because of the loads, bending and torsion. The unit features support for radial surface cooling and natural convection. Its floating bearing on the A side absorbs the radial forces. The motor comes with a normal balance class as per DIN VDE 0530 specifications for normal applications.

This product features its side B as the default direction for the orientation of the angular feedback connector. The device power connection includes the connecting cable for the temperature sensor in the windings and the power cable. This unit mounting is done by a mounting flange with either throughholes or threads for appropriate mounting. Its balance class applies only to the motor alone and not its mounted components. The motor has a theoretical maximum torque of 31.4Nm. This AC servomotor worldwide shipping is done with a backup support period of one year.

The product has thermal time constants of 100 minutes and 75 minutes with natural convection and surface cooling respectively. This device comprises the type designation and key technical details needed for repair and maintenance on its type plate. The unit associated speed and torque limiting data are represented through the operating curves.  Its maximum achievable torque is based on the drive used. The torque-speed characteristics of this motor can be utilized to check if the application is within the specified thermal limits and determine the maximum usable speed for a certain application with known torque requirements. The AC servomotor shipping is undertaken through reputed freight carriers with a worldwide network.