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Industrial Linear Motion Control Station

$2,310.00

  • SKU: TRN-LMC

  • Lead Time: Ships in 2–3 weeks

  • Origin: Hand-assembled & 100% bench-tested in Roanoke, VA

Need a formal quote for management or purchasing approval?

  • SKU: TRN-LMC

  • Lead Time: Ships in 2–3 weeks

  • Origin: Hand-assembled & 100% bench-tested in Roanoke, VA

Need a formal quote for management or purchasing approval?

Bridge the gap between theory and the factory floor with this Yamaha Linear Actuator Motion Control station, proudly Made in the USA.

You must purchase a PLC Trainer to add this accessory.

Core Capabilities

  • Yamaha Linear Actuator: Features a professional Yamaha linear actuator designed for high-precision pick-and-place and industrial robotics applications.

  • Integrated Motion Control: Learn to implement complex motion profiles using Add-On Instructions (AOI), allowing you to have your motion controller integrated and running in less than 30 minutes.

  • Kinetix Compatibility: Even when used with non-motion PLCs, this station allows you to master the same motion instructions used on Allen Bradley Kinetix servo controllers, making your skills transferable to high-end motion systems.

  • Closed-Loop Feedback: Experience real-world automation by programming the actuator to respond to sensor inputs and encoder feedback for precise positioning.

  • Cobot Ready: Designed with the versatility to be integrated with collaborative robots (cobots), teaching the fundamentals of modern robotic cell interaction.

System Requirements & Compatibility

  • Software Requirements: Compatible with standard PLC programming environments; utilizes specialized Add-On Instructions for rapid integration.

  • Flexible Integration: It can be purchased as a factory-installed option on any new TW Controls PLC Trainer or as an add-on for TW Controls units you already own.

What You Can Do With This Trainer

  • Program High-Precision Motion: Practice writing code for homing, jogging, and absolute vs. incremental moves on a real industrial actuator.

  • Master Rapid Integration: Learn how to use pre-built AOIs to drastically reduce the time it takes to get a new motion axis up and running.

  • Simulate Robotic Cycles: Create "Pick and Place" routines that mimic the high-speed sorting and assembly lines found in manufacturing plants.

  • Understand Servo Principles: Gain a hands-on understanding of how acceleration and deceleration curves affect machine performance and mechanical wear.

  • Troubleshoot Motion Faults: Practice diagnosing common motion issues such as positioning errors, over-travel faults, and communication timeouts.