Thomson Linear HD12B026-0700LXX1EES Actuator, Electrak HD, 12 Vdc, 2600 N, 700 mm, low-level signal motor switching + EXX, Cable length 300 mm, Flying Leads, Adapter at 0° (Standard), 32 mm/s Travel Rate Full Load

# Linear Motion Actuator The **Thomson Linear HD12B026-0700LXX1EES Actuator** is a high-performance linear actuator designed for efficient motion control in various applications. Engineered with precision and reliability in mind, this actuator is ideal for industrial, aerospace, and automation purposes where robust performance is essential. ## Key Features • **Voltage and Power**: Operates at 12 Vdc, delivering a powerful thrust capacity of **2600 N** for demanding applications. • **Stroke Length**: Features a **700 mm** stroke length, allowing for versatile movement range to accommodate various setups. • **Travel Rate**: Achieves a travel speed of **32 mm/s** under full load, ensuring quick and effective operation. • **Signal Motor Switching**: Incorporates low-level signal motor switching with **EXX** technology for optimized control and efficiency. • **Cable Length**: Comes with a **300 mm** cable length with flying leads for easy integration into existing systems. ## Applications • **Industrial Automation**: Perfect for tasks requiring precise linear movement in assembly lines and robotic systems. • **Aerospace and Defense**: Suitable for applications where high reliability and performance standards are crucial. • **Medical Devices**: Ideal for use in equipment where controlled motion is needed, ensuring patient safety and operational efficiency. ## Benefits • **High Efficiency**: Optimized design ensures low power consumption while maintaining high output, leading to cost savings. • **Durability**: Built with high-quality materials ensuring longevity and reliability in various environmental conditions. • **Versatile Integration**: The actuator's standard adapter and cable configuration make it compatible with a wide range of systems, facilitating easy installation and setup. --- *Product information compiled with AI assistance for reference purposes.*