Festo Gearbox, 5:1 Gear Ratio, 176 Nm Maximum Output Torque - EMGA-80-P-G5-EAS-80, Numeric Part Number: 2297691 This gearbox is designed for automation and industrial applications, delivering high performance and precision. With its planetary design and 5:1 gear ratio, it efficiently converts motor speed while maximising torque output. It enhances machinery efficiency, making it suitable for sectors that require robust and accurate gear units. Features & Benefits • Achieves maximum output torque of 176Nm for heavy-duty applications
• Operates at a maximum speed of 7000r/min for high-speed performance
• Designed with an 80mm shaft diameter to suit various systems
• Provides a high efficiency rating of 98% for energy conservation
• Offers torsional backlash of only 0.12° for enhanced precision Applications • Utilised in robotic automation systems for precise motion control
• Suitable for conveyor systems that require efficient material handling
• Employed in packaging machinery needing reliable torque application
• Ideal for milling and drilling operations that demand high torque
• Serves robotics and electronics requiring compact, high-performance gearing What is the ideal operating temperature range for this gearbox? The gearbox operates effectively within a temperature range of -25°C to 90°C, ensuring optimal performance in diverse environments. How does the torque rating influence the gearbox's application? The maximum output torque of 176Nm allows it to manage heavy loads, making it suitable for applications involving significant mechanical stress. What is the significance of the torsional backlash specification? A torsional backlash of 0.12° ensures precise motion control, which is crucial in applications where accuracy is essential. Can this gearbox be integrated with standard electric motors? Yes, it is compatible with standard motor flanges of 80mm, allowing for easy integration into existing systems. How does the efficiency rating affect energy consumption? With a maximum efficiency of 98%, it reduces energy losses during operation, leading to lower overall operating costs and improved performance.