AKM11E-ANC22-01
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The AKM11E-ANC22-01 servo motor offers a rotor inertia of 25.7 oz-in-s², a thermal resistance of 0.90 °C/Watt, and a frame size of NEMA 42. Part of the AKM Synchronous Servo Motors series by Kollmorgen, it includes encoder options such as optical incremental with 500 lines/rev and operates in temperatures from -40°C to 100°C.
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Product Description:
Kollmorgen's AKM11E-ANC22-01 advanced Servo motor is perfect for precise and efficient motion control. The servo motor supports RS-232, RS-485, CAN bus, Modbus, EtherCAT, ProfiNet, and Ethernet/IP for easy integration into automation systems. High-speed applications require 75 VDC for reliable operation.
The AKM11E-ANC22-01 motor has a torque constant of 0.185 Nm that allows for accurate torque control in dynamic applications. To guarantee effective power distribution with little energy loss, the present rating is 2.91 Arms. In order to achieve the best possible thermal stability and performance, the winding resistance is 3.11 Ω at 25°C. The servo motor is designed to work reliably in a wide range of temperatures, from -20°C to 80°C. Motion precision in industrial automation applications is enhanced by the design's consistent performance. With its enhanced power efficiency, multi-protocol communication support, and high-speed operation, this product is perfect for reliable and precise motion control jobs. The various connection options allow for versatile system integration that can match the demands of current automation. Stable operation with minimal power losses and smooth motion output is made possible by the structure and electrical properties of the servo motor.
For performance consistency, the AKM11E-ANC22-01 servo motor has an improved winding design. Due to its well-defined thermal qualities, it runs dependably and lasts longer. Its 0.11 kW power rating and 6000 RPM enable reliable operation in difficult conditions. IP40 certification protects the servo motor's internal components from dust. The motor works with advanced motion control systems for more efficient automated operations. Design and electrical attributes improve system responsiveness and energy usage. The motor must meet industry standards for modern automation. Fast operation, excellent torque control, and efficient power utilization optimize motion performance.
Frequently Asked Questions about AKM11E-ANC22-01:
Q: Does the AKM11E-ANC22-01 support multiple communication protocols?
A: Yes, it supports RS-232, RS-485, CAN bus, Modbus, EtherCAT, ProfiNet, and Ethernet/IP. These interfaces allow flexible integration into modern automation systems.
Q: Why is the AKM11E-ANC22-01 rated at 6000 RPM?
A: The 6000 RPM speed ensures high-speed operation for precision motion control. It allows rapid response in applications requiring dynamic performance.
Q: How does the AKM11E-ANC22-01 ensure efficient power usage?
A: Its winding resistance of 3.11 Ω optimizes energy consumption and thermal stability. This reduces heat generation and improves motor efficiency.
Q: Why does the AKM11E-ANC22-01 require a 75 VDC supply?
A: A 75 VDC supply ensures stable operation at high speeds. It provides consistent power delivery for precise torque control and motion accuracy.
Q: Do the communication interfaces of the AKM11E-ANC22-01 improve performance?
A: Yes, multi-protocol communication enables seamless integration with advanced controllers. This enhances system efficiency and real-time motion control capabilities.
