Product Description
The MDD093A-N-020-N2M-110GB1 Bosch Rexroth digital AC servomotor features a standard housing that supports natural convection as well as surface cooling. This motor is best suited for highly dynamic applications. The product is associated with high synchronization and implements electronic commutation. The device has 93 size code. The unit uses materials such as iron oxide or rare earth with magnetic properties for its permanent magnets. It is capable of rendering a maintenance-free operation. The motor incorporates a standard balanced class. This product has 9.2Nm continuous torque in standstill mode when natural convection has been opted as the cooling mode. The device is characterized by high-performance data.
The motor has fixed and floating bearings. This unit has a simplified installation process because of the readymade cables that are available easily. It features a plain output shaft that is designed to support non-positive shaft-hub connections. The product comes with motor feedback that helps to evaluate its speed. The device has separate flange sockets for the connectors used to connect the power and feedback cables directly. The unit can operate at a maximum temperature of 55°C. Its covers and housing adhere to DIN 40 050 specifications for their construction and design. This servomotor is available with a year’s Wake Industrial warranty.
The product portrays IP 65 degree of protection for its output shaft as well as power, blower and feedback connections. The device can be operated under weatherproofed conditions in a stationary manner as per IEC 721-3-3 or EN 60721-3-3 specifications. The unit depicts a black prime coating on its housing. It can be installed in any orientation. The motor has to be protected against liquid accumulation along the output shaft for an extended period. This product permits the use of clamping sleeves to couple pinions onto the output shaft. This servomotor can be dispatched through reputed freight carriers to the desired address.
Wake Industrial Warranty
