Description
MOOG SM23165D is a highly advanced servo motor system designed for precision control and dynamic applications. Here is a breakdown of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Design: MOOG SM23165D is designed for positioning times typically 3 milliseconds or shorter, making it suitable for high-dynamic servo applications.
Torque Ratings: It offers a wide range of torque ratings, with nominal torque from 2 Nm to 99 Nm and peak torque from 11 Nm to 2,89 Nm, providing flexibility for various applications.
Continuous Stall Torque Ratings: The motor provides a range of continuous stall torque ratings from .15 to 77 Nm (1.3 to 681 lb-in), ensuring powerful performance.
Dimensions and Weight:
Size Options: MOOG SM23165D is available in multiple sizes to suit different application needs.
Exact Dimensions and Weight: Specific dimensions and weight information are not provided in the search results. It is recommended to refer to the manufacturer’s official documentation for accurate measurements.
Series:
MOOG SM23165D belongs to the SmartMotor series, a range of high-performance servo motors designed for various automation tasks.
Features:
Integrated Control System: The motor features a complete motion control system, simplifying programming, networking, and overall system integration.
Programming Convenience: MOOG SM23165D offers exceptional programming ease, allowing for seamless integration and customization.
Communication Options: It supports various communication protocols and fieldbus options, enabling seamless communication with other system components.
Expandability and Connectivity: The motor provides a range of I/O options, expansion capabilities, and Combitronic™ technology for parallel processing system configurations.
Functions and Applications:
Precision Control: MOOG SM23165D excels in precision positioning and velocity control, making it suitable for applications that require high accuracy and repeatability.
Dynamic Performance: Its high-dynamic capabilities allow it to respond quickly to system commands, ensuring smooth and efficient operation.
Industrial Automation: The motor is widely used in industrial automation systems, such as machinery control, robotics, and manufacturing lines, to enhance productivity and efficiency.
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