Product Description
The MDD090C-N-030-N2L-110PB2 digital AC servomotor incorporates digital servo feedback during its operation. The Bosch Rexroth motor stores the evaluated relative indirect position by the encoder in its drive controller. The product has data storage capacity in its feedback to store its parameters. The device portrays a winding inductance of 2.6mH. The unit features RAL 9005 black prime coat on its housing. Its blocking brake depicts an electrically actuated release principle of action. The fixed and floating bearings of the motor absorb the radial and axial forces produced during operation. The product can withstand high cyclic loads because of the electronic commutation.
This device must never be used outside the maximum allowed installation elevation or ambient temperature. The unit features protection against penetration by extrinsic objects. Its maximum torque is achieved at a breaking point that is based on the DC bus voltage. The coating on the motor housing has resistance to chalky buildups as well as weathering and yellowing. The motor is compatible with a mounting flange with threads. The product might have thermal stress when bevel gear pinions are used. The device features the angle feedback connector directed towards the B side by default.
This motor has a 2Hz to 9Hz frequency range for its longitudinal axis and lateral axis. The product must have a grounding connection with the drive amplifier. The device must incorporate tightly screwed spigot nuts on its connectors. The unit mounting and starting actions have to be done only by people who are trained or authorized to do so. Its maximum permissible axial force is lesser than the maximum permissible radial force. The motor bearings tend to get damaged if the shaft encounters impacts and heavy loads. The product storage has to be done in a dry environment free of dust and shock at a temperature between -25°C and 85°C. The AC motor with its warranty for one year is shipped through well-known logistics partners.
Wake Industrial Warranty
