Product Description

The MDD093B-N-040-N2L-110PA0 digital AC servomotor offered by Bosch Rexroth must be transported with appropriate lifting equipment. This servomotor is operated in tool-changing systems. The product is characterized by low inertia. This device has two windings sets. The unit portrays high overload capabilities. Its connection must be done with readymade cables to eliminate additional installation work. This motor feedback can be used to detect the position of the rotor. The product features black prime paint over the housing. This device mounting is possible in one of six different orientations in accordance with DIN IEC 34-7 specifications. The unit shaft is prone to fractures because of ever-increasing deformations.

This motor utilizes a floating bearing on the A-side. Its shaft sealing does not stop the complete penetration of liquids into the housing. The product incorporates surface cooling when extreme loads have to be accommodated. This device has derated performance between 45°C and 55°C. The unit tends to portray peeling of its housing coat because of frequent cleaning by a steam cleaner. Its feedback enables motor speed evaluation. This motor is likely to experience the tuning out of the bottom of its key during powerful reverse operations. The MDD093B-N-040-N2L-110PA0 servomotor has backup support for one year.

This product features a position shift of the shaft by up to 0.6mm in relation to the housing because of thermal deformations in the length. The device houses a surface cooling mechanism when it depicts continuous start-stop operations with high repetitive frequency. This unit has a 50-minute thermal time constant with natural convection. It portrays balance with the entire key. The motor has a reduced balance class for main spindle applications. This product has the possibility of getting shut down due to thermal reasons. The device utilizes a flanged socket with 12 pins to implement the feedback connection. This servomotor dispatch is done in custom military-grade packaging.