Product Description
Bosch Rexroth prioritizes user requirements in its product designs. The company offers a comprehensive range of synchronous motors, servo motors, digital axis controllers, servo drives, analog amplifier cards, inverter modules, and brake choppers, catering to various industries.
The MAC090C-2-GD-1HB/110-A-1/-I00625 model has a centering diameter of 110 mm and a power connection on the A-side of its housing. This model boasts a winding resistance of 0.24 ohms and a moment of inertia of 53 x 10-4 kgm2, thanks to its use of permanent magnets. To ensure efficient heat dissipation, the MAC090C AC servo motor's casing offers axial surface cooling. For proper operation, users must employ the necessary attachments and accessories, including tacho feedback. Safety is paramount, and the model comes with an insulation rating of F, requiring proper positioning to safeguard the specified equipment from vibrations. It is essential to note that the installation should not exceed 1,000 meters above mean sea level to maintain optimum performance. The coil inductance is rated at 1.5 mH. The MAC090C AC servo motor, weighing 23 kilograms, finds its application in a variety of industries, including machine tools, textile machinery, printing presses, packaging machinery, robotics, handling equipment, and transfer stations.
The MAC090C-2-GD-1HB/110-A-1/-I00625 model rotates at a speed of 3000 meters per minute, delivering a constant torque output of 16 Newton meters. For a rapid and responsive system, the AC servo motor from the MAC series is designed to work in conjunction with drive controllers from the TDM, KDS, and DSC families. Safety features include integrated thermal switches in the windings and stator housing, which monitor the motor's temperature, preventing potential damage due to overheating. Additionally, the (MAC090C-2-GD-1HB/110-A-1/-I00625) model's housing holds an IP65 rating and is coated in black for excellent weather and corrosion protection, ensuring a durable and reliable performance even in challenging environments.