Schneider TSXCAY41 Motion Control Module

Product Overview

The Schneider TSXCAY41 is a high-performance motion control module designed for servomotors. It provides precise control over multiple axes, ideal for complex automation systems. With capabilities ranging from trapezoidal to parabolic motion profiles, this module ensures efficient and accurate control of up to four axes. Furthermore, the module’s quick acquisition speed and customizable operating modes make it a versatile choice for a wide range of industrial applications.

Key Features

High Precision Control: The TSXCAY41 supports resolutions up to 1,000 position units per point, ensuring precise motion control.
Flexible Motion Profiles: Choose between trapezoidal and parabolic profiles for diverse application needs.
Multi-Axis Control: Capable of handling up to 4 axes, this module is perfect for complex systems.
Quick Acquisition Speed: Achieve acquisition speeds of up to 270,000 points per minute, optimizing performance.
Versatile Operating Modes: Choose between automatic, manual, and direct drive modes to suit different operational requirements.
Scalable Integration: Designed for modular integration, allowing for easy expansion of input/output (I/O) capacity.

Technical Specifications

Specification	Details
Manufacturer	Schneider Electric
Model	TSXCAY41
Product Type	Motion Control Module for Servomotors
Number of Axes	4 axes
Speed Profile Path	Trapezoidal or Parabolic
Resolution	≤ 1000 position units per point
Position Units per Point	≥ 0.5 position units per point
Acquisition Speed	≤ 270,000 points/min
Acceleration Time	8 ms to 10 s
Operating Mode	Automatic, Manual, Off, Direct Drive Mode
I/O Modularity	Scalable, modular I/O integration
Following Axis Static Ratio	Available for both static and dynamic ratios
Type of Axis	Follower, Limited Axis
Axis Length	32,000 to 32,000,000 P

Applications

The Schneider TSXCAY41 is well-suited for various applications, including:

Robotics: For precise movement control in robotic arms and other automation systems.
CNC Machines: Ideal for controlling the movement of CNC tools with high precision.
Conveyor Systems: Used to control the motion in automated conveyor systems for efficient material handling.
Packaging Lines: Ensures smooth operation in packaging machines that require precise timing and motion profiles.