MAC090B-0-JD-5-C/110-A-0/KI520LV, Bosch Rexroth Indramat, MAC AC Servo Motors form the backbone of high-performance motion control in robotics, handling, and textile machinery. This MAC Permanent Magnet Motor features a brushless design with natural convection cooling, delivering maintenance-free operation. The compact Motor Size 90 and Motor Length B package is robustly sealed to IP 67 standards, ensuring reliable performance in washdown and coolant-rich environments. With a Mass without holding brake of 18 kg, the unit balances inertia and torque for dynamic response.
Leveraging its precision winding, the motor sustains a Continuous Current at Standstill of 18.2 A and generates Continuous Torque at Standstill of 6.7 Nm. A Maximum peak of pulse current of 137 A enables rapid acceleration profiles, while the Thermal Time Constant of 60 minute supports extended burst operation. The Torque Constant at 20 degree Celsius of 0.41 Nm/A and Winding Inductance of 2 mH combine to deliver tight current-to-torque conversion, and a Winding Resistance at 20 degree Celsius of 0.38 Ohm minimizes losses. Rated for Nominal Speed of 3000 per minute, the motor achieves high throughput in demanding cycles.
Integration into servo systems is simplified by the standardized AC Servo Motor interface, enabling seamless connection to industry-leading drives and controllers. The robust IP 67 enclosure and lifetime-lubricated bearings ensure high reliability and minimal downtime, even under harsh industrial conditions. Ideal for close-loop applications in automation, this motor delivers precision, durability, and ease of commissioning in one proven package.
Continuous Current at Standstill
18.2 A
Continuous Torque at Standstill
6.7 Nm
IP Rating
IP 67
Mass without holding brake
18 kg
Maximum peak of pulse current
137 A
Nominal Speed
3000 per minute
Thermal Time Constant
60 minute
Torque Constant at 20 degree Celsius
0.41 Nm /A
Winding Inductance
2 mH
Winding Resistance at 20 degree Celsius
0.38 Ohm
AC Servo Motor
MAC
Motor Size
90
Motor Length
B
Cooling Type
Natural Convection