The Bosch Rexroth Indramat MAC090C-0-KD-2-C/110-A-0 is a precision permanent magnet motor from the MAC AC Servo Motors series designed for demanding industrial automation tasks. Key features include a wide 100-240 VAC power supply range and an energy-efficient 14.5 W power consumption, ensuring seamless integration in diverse plant environments. Rated for a nominal speed of 2000/min, this motor delivers reliable medium-speed performance suitable for conveyor systems, robotic drives, and other motion control applications.
This controller module offers robust technical specifications for high-reliability applications. It features two CAN interfaces for real-time network communication and electrical safety, thanks to its electrically isolated design. The motor is cooled by natural convection, eliminating the complexity and maintenance of auxiliary cooling systems. Its insulation classification F rating provides exceptional thermal endurance, allowing continuous operation under elevated ambient temperatures. The compact design mounts via a screw-in module interface, with a separate TB712 terminal block required for installation.
Additional characteristics of the MAC090C-0-KD-2-C/110-A-0 include full network capability and a sturdy mass of 23 kg, ensuring mechanical stability and reduced vibration. The natural convection cooling mechanism combined with the F-class insulation boosts overall efficiency and extends service life. With built-in electrical isolation and advanced communication interfaces, this motor meets rigorous safety and reliability requirements found in modern automation standards. Employing this robust servo solution enhances process accuracy, minimizes downtime, and provides long-term cost savings in industrial operations.
Insulation Classification
F
Interfaces
2 CAN interfaces
Isolation
Electrically isolated
Mass
23 kg
Mounting
Screw-in module, order TB712 terminal block separately
Network Capability
Yes
Nominal speed
2000/min
Power Consumption
14.5 W
Power Supply
100-240 VAC
Type
Controller Module
Type of Cooling
Natural Convection