Thomson Linear HD24B100-0150LXX1MES Actuator, Electrak HD, 24 Vdc, 10000 N, 150 mm, low-level signal motor switching + EXX, Cable length 300 mm, Flying Leads, Adapter at 0° (Standard), 9 mm/s Travel Rate Full Load

# Linear Motion Actuator The Thomson Linear HD24B100-0150LXX1MES Actuator is a high-performance electromechanical device designed to facilitate precise linear motion in various industrial applications. With its robust features and reliable operation, this actuator is ideal for environments requiring efficient and controlled movement. ## Key Features • **Voltage:** Operates at 24 Vdc for efficient energy use. • **Load Capacity:** Capable of handling a maximum load of 10, 000 N, ensuring robust performance. • **Stroke Length:** Features a stroke length of 150 mm, allowing for versatile application in confined spaces. • **Travel Rate:** Achieves a travel rate of 9 mm/s at full load, balancing speed and power effectively. • **Cable Length:** Comes with a 300 mm cable length with flying leads, simplifying installation and connectivity. • **Motor Switching:** Equipped with low-level signal motor switching + EXX, enhancing operational versatility. ## Applications • **Factory Automation:** Ideal for assembly lines and material handling systems requiring precise linear movement. • **Medical Devices:** Suitable for applications in medical equipment requiring accurate positioning. • **Aerospace and Defense:** Performs reliably in demanding environments, supporting various aerospace and defense applications. • **Robotics:** Integrates seamlessly into robotic systems for automated processes. ## Benefits • **High Reliability:** Designed for durability and high performance, reducing downtime and maintenance costs. • **Efficient Operation:** Low power consumption combined with high load capacity makes it cost-effective for long-term use. • **Versatile Use:** Its compact design and flexible installation options make it suitable for a wide range of applications. --- *Product information compiled with AI assistance for reference purposes.*