Product Description
The MAC093B-0-JS-4-C/110-B-2/WA605XX/S001 is an AC servo motor from Bosch Rexroth Indramat's MAC series, designed for high-speed response applications. Compatible with DSC drive controllers, it is versatile enough for use in industries such as printing presses, packaging, robotics, machine tools, handling equipment, textiles, and transfer systems. Its robust housing and covers provide excellent protection, adhering to DIN 40 050 standards to prevent penetration by external objects and water. Contact guards shield the motor from moving or live parts, enhancing durability in extreme environments. Integrated thermoswitches prevent overheating and overload damage, ensuring reliability.
Different components of this motor have varying levels of International Protection (IP) ratings. The output shaft, with its sealing, boasts an IP rating of 65, as do the main power supply connection terminals and blower motor connection. The cooling section has an IP rating of 24, while the blower motor itself is rated at IP 44. The motor features two exposed shafts: one for main power transmission and another for accessories, with the latter also having an IP rating of 65, indicating it is dust and jet water spray proof.
This high-performance motor delivers an impressive 3000 RPM speed and 14.5 Nm torque, ensuring precise and reliable operation. A blocking brake of 14 Nm is included in the design. Natural convection cooling ensures optimal heat management, maintaining performance integrity. The motor's keyway shaft is designed to DIN 6885 standards, and features motor feedback capabilities for precise position and speed monitoring. This is made possible by an integrated tachometer and incremental encoder, providing accurate and reliable data for advanced applications.
To guarantee optimal performance and reliability, the AC servo motor should be operated within a temperature range of 0 to 45°C and installed at an elevation of no more than 1000 meters above sea level. Failure to adhere to these guidelines may result in diminished performance and require load factor adjustments. By following these parameters, you can ensure the motor functions at its best.