Festo EMMT Series Servo Motor, 5.4A Current Rating - EMMT-AS-60-S-LS-RM, Numeric Part Number: 5242197 This servo motor is essential for precision applications across various industrial settings. Designed for motion control, it is effective in high-performance tasks that require accurate positioning and speed regulation. With RoHS compliance, the motor meets modern automation needs while adhering to environmental standards. Its robust specifications support both electrical and mechanical industry requirements, allowing for easy integration into complex systems. Features & Benefits • Operates within a wide temperature range for enhanced versatility
• High torque capabilities optimise performance in various tasks
• Advanced temperature monitoring contributes to motor longevity
• Rated for high-altitude operation while retaining efficiency
• Built for precision with low detent torque for improved control Applications • Suitable for automated assembly systems that require accuracy
• Ideal for robotics demanding precise movement
• Utilised in handling equipment with dynamic load variations
• Commonly employed in CNC machinery for intricate fabrication tasks
• Effective in packaging machines that need rapid and accurate operation How does it perform under high temperatures? The motor operates at ambient temperatures from -15°C to 40°C, with capabilities extending to 80°C when appropriately derated at -1.5% per degree Celsius. What is the maximum installation height for this motor? It is designed for installations up to 4000m, but above 1000m, a derating of -1.0% per 100m is necessary to sustain performance. Can it withstand humidity and corrosion? Yes, it functions effectively at a relative humidity level of 0-90% and is classified with a corrosion resistance class of CRC 0, indicating minimal corrosion risk under normal usage. What type of electrical connections does it require? The motor features a hybrid plug connection with the M23x1 connector system, accommodating 15 connections or cores for streamlined integration. How reliable is the rotor position sensor? The rotor position sensor has a mean time to failure (MTTF) of 190 years, ensuring high reliability in motion feedback and control.