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Thomson Linear PA11-58B65-04EBLSX Actuator PPA 115 Vac 1500 lbf 4 in Limit Switches Cable length 19.5 in Flying Leads 0.17 in/s Travel Rate Full Load
MODEL PA11-58B65-04EBLSX
Call for Pricing - 888-671-2883
Typically Ships in: 1 day
Returnable:No
# Linear Actuator - Thomson Linear PA11-58B65-04EBLSX The Thomson Linear PA11-58B65-04EBLSX Actuator is a high-performance linear motion solution designed to convert rotary motion into precise linear movement. Engineered for reliability and efficiency, this actuator is ideal for a variety of applications across industries such as aerospace, defense, factory automation, and medical devices. ## Key Features • **Power Rating**: Operates on 115 VAC power supply ensuring compatibility with standard electrical systems. • **Force Capacity**: Delivers a robust load capacity of 1500 lbf, making it suitable for demanding applications. • **Travel Rate**: Achieves a travel rate of 0.17 in/s under full load conditions, allowing for controlled and accurate positioning. • **Limit Switches**: Equipped with integrated limit switches for enhanced operational safety and control. • **Cable Length**: Features a cable length of 19.5 inches with flying leads for flexible installation options. ## Applications • **Aerospace and Defense**: Perfect for applications requiring precise control and reliability in critical environments. • **Factory Automation**: Ideal for automated systems needing efficient linear motion for material handling and processing. • **Medical Devices**: Suitable for use in medical equipment where precise movements are essential for functionality and safety. ## Benefits • **High Reliability**: Built with Thomson's decades of experience in mechanical motion technology, ensuring long-lasting performance. • **Versatile Use**: The actuator's design allows for integration into various systems, enhancing operational flexibility. • **Enhanced Safety**: Integrated limit switches provide additional safety measures, preventing over-travel and potential damage. --- *Product information compiled with AI assistance for reference purposes.*