3ASC25H214 DATX130 rotor feedback board

Model: 3ASC25H214 DATX130
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

3ASC25H214 DATX130 rotor feedback board

Product manual:

3ASC25H214DATX130 rotor feedback board is a specialized circuit board used in industrial automation or servo drive systems to process motor rotor feedback signals. It is usually integrated inside the drive unit or control cabinet to receive and condition data from rotary encoders or speed sensors, so that the control system can obtain real-time rotor status.

Basic Information
Model: 3ASC25H214
Name: DATX130 rotor feedback board
Type: Rotor Feedback Signal Processing Board
Purpose: To receive, condition, and transmit feedback signals from motor rotors
Main functions
Feedback signal reception: Obtain rotor position/velocity signals from rotary encoders, magnetic encoders, or sensors
Signal conditioning: Amplify, filter, and level convert the original feedback signal to make it suitable for controller processing
Data transmission: Send the conditioned feedback signal to the main control unit or motion control module
Anti interference design: Improve the stability and accuracy of signals in industrial environments
Application scenarios
Servo drive system: used for real-time monitoring of servo motor rotor angle and motion status
Motion control system: providing precise feedback to controllers in CNC, robotic arms, and other equipment
High precision positioning equipment: such as automated handling, robot end control, etc
Closed loop control system: ensuring accuracy and responsiveness of position/speed control
Key features
Strong real-time performance: Quickly process rotary encoder data to meet high-speed motion control requirements
Signal stability: reduce noise interference and improve control accuracy
High integration: usually tightly integrated with the main control board or driver
Strong adaptability: suitable for various types of feedback sensor inputs

This type of rotor feedback board is equivalent to a part of the driving system's eyes, which converts the physical angle or velocity signals on site into data that can be used by the control system. It is an important component for achieving high-precision closed-loop control.