The MKD090B-085-KG0-BN synchronous servomotor from Bosch Rexroth Indramat in the MKD Synchronous Motors series delivers 2.4 kW of continuous power and features a robust Plain shaft weighing 12 kg. Built to integrate seamlessly into automated production lines, it operates efficiently up to a Max Speed of 4500 rpm with a Voltage Constant (ke) of 85 V/1000 rpm. This unit employs Natural convection cooling and is designed without a holding brake for streamlined performance. Its compact length designation B and standardized Centering diameter of 110 mm ensure compatibility with existing machine frames.
The motor’s Resolver feedback w/ integrated encoder provides Absolute (>4096 revs) position detection with high precision, while a Continuous Torque at Standstill of 12.0 Nm sustains loads during starts and holds. At full speed, it draws a Rated Current of 8.4 A, delivering responsive acceleration and dynamic control. An Output connector style connection simplifies cabling, and a sealed Shaft Seal safeguards internal components against dust and moisture. The Windings Code 085 design optimizes electromagnetic performance, and absence of additional designs reduces complexity for maintenance.
Engineers benefit from pre-lubricated bearings that minimize friction and extend service intervals, enhancing overall reliability. Integrated data memory within the encoder accelerates commissioning by retaining parameters across power cycles. This servo motor excels in robotics, CNC machinery, and packaging systems where precision, high dynamic response, and seamless integration are paramount.
Shaft Design
Plain shaft
Shaft Seal
Yes
Holding Brake
Without holding brake
Other Designs
None
Encoder Type
Resolver feedback w/ integrated encoder
Position Detection
Absolute (>4096 revs)
Continuous Torque at Standstill
12.0 Nm
Motor Length
B
Centering diameter
110 mm
Connection Type
Output connector
Product type
Servo Motor
Rated Current
8.4 A
Voltage Constant (ke)
85 V/1000 rpm
Windings Code
085
Max Speed
4500 rpm
Rated Power
2.4 kW
Cooling Mode
Natural convection