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Product: Reliance Electric 57C411 AutoMax Multibus system Resolver Input Module Made in USA
Product description:
Attribute | Description |
---|---|
Brand | Reliance Electric |
Model Number | 57C411 |
Function | AutoMax Multibus System Resolver Input Module |
Input Channels | Varies depending on the configuration |
Input Type | Resolver |
Resolver Type | Typically compatible with standard resolver types (e.g., 3-wire, 4-wire) |
Signal Conversion | Converts resolver signals into digital format |
The Reliance Electric 57C411 AutoMax Multibus System Resolver Input Module has a diverse scope of application in industrial automation and motion control systems. Here's an overview of its application:
Motion Control Systems: The module is commonly used in motion control applications where precise position feedback is required, such as robotic arms, CNC machines, and automated assembly lines.
Feedback Systems: It is employed to interface resolver feedback signals from motors, encoders, and other rotating machinery, providing accurate position and speed feedback to the control system.
Servo Control Systems: The module plays a crucial role in servo control systems, where resolver signals are used for closed-loop control of servo motors to achieve accurate positioning and motion control.
Machine Tools: In machine tool applications, the module is utilized to monitor the position and speed of spindle motors, linear actuators, and rotary tables, enabling precise machining operations.
Automated Guided Vehicles (AGVs): It finds application in AGVs and other automated material handling systems, where resolver feedback signals are used for navigation, positioning, and obstacle avoidance.
Wind Turbines: The module is used in wind turbine control systems to monitor the position and speed of the turbine blades, adjust the pitch angle, and optimize power generation efficiency.
Flight Simulators: In flight simulation systems, the module interfaces resolver signals from flight control surfaces, such as ailerons, elevators, and rudders, providing accurate position feedback for realistic simulation.
Test and Measurement Systems: It is utilized in test and measurement applications to capture position and speed data from rotating shafts, spindles, and other mechanical components for analysis and validation.
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