Thomson Linear HD12B068-0150LXX1EES Actuator, Electrak HD, 12 Vdc, 6800 N, 150 mm, low-level signal motor switching + EXX, Cable length 300 mm, Flying Leads, Adapter at 0° (Standard), 14 mm/s Travel Rate Full Load

# Linear Motion Actuator The Thomson Linear HD12B068-0150LXX1EES Actuator is engineered to provide reliable and efficient linear motion solutions for various applications. With a 12 Vdc power supply, this actuator delivers exceptional force and precise control, making it a preferred choice for industries such as aerospace, defense, and factory automation. ## Key Features • **Power and Performance:** Delivers a robust thrust of 6800 N, ensuring reliable operation even under heavy loads. • **Compact Design:** Features a travel length of 150 mm, ideal for applications with space constraints. • **Signal Switching:** Equipped with low-level signal motor switching, facilitating easy integration into control systems. • **Cable Configuration:** Comes with a cable length of 300 mm and flying leads for flexible installation options. • **Speed Efficiency:** Achieves a travel rate of 14 mm/s under full load, ensuring swift linear motion for enhanced productivity. ## Applications • **Aerospace and Defense:** Perfect for applications requiring precise motion control, such as in robotic systems or automated assembly lines. • **Medical Devices:** Suitable for medical equipment where reliable and accurate movement is critical. • **Factory Automation:** Enhances efficiency in manufacturing processes, where linear actuation is essential for automated systems. ## Benefits • **Durability and Reliability:** Built with high-quality materials, ensuring a long lifespan and consistent performance in demanding environments. • **Versatile Integration:** The actuator's design allows for seamless integration with existing systems, enhancing operational flexibility. • **Optimized Performance:** The actuator's efficient design reduces energy consumption while maximizing output, leading to lower operational costs. --- *Product information compiled with AI assistance for reference purposes.*