Thomson Linear HD24B100-0700ELP1EES Actuator, Electrak HD, 24 Vdc, 10000 N, 700 mm, end-of-stroke indication output + analog (potentiometer) position output + EXX, Cable length 300 mm, Flying Leads, Adapter at 0° (Standard), 9 mm/s Travel Rate Full Load

# Linear Motion Actuator The Thomson Linear HD24B100-0700ELP1EES Actuator is a high-performance Electrak HD linear actuator designed to deliver reliable motion control in demanding applications. With a robust 24 Vdc power supply, this actuator can produce a remarkable thrust of up to 10, 000 N, making it suitable for a variety of industrial and automation tasks. ## Key Features • **Powerful Thrust Capacity:** Capable of handling loads up to 10, 000 N, ideal for heavy-duty applications. • **Travel Length:** Features a 700 mm stroke length, providing significant range for various motion needs. • **Position Feedback:** Equipped with an end-of-stroke indication output and an analog potentiometer position output for precise control and monitoring. • **Cable Configuration:** Comes with a 300 mm cable length and flying leads for flexible installation options. • **Operational Speed:** Delivers a travel rate of 9 mm/s under full load, ensuring efficient operation in automated processes. ## Applications • **Industrial Automation:** Perfect for applications requiring precise linear movement in manufacturing and assembly lines. • **Medical Devices:** Suitable for use in medical equipment where controlled motion is critical. • **Aerospace and Defense:** Reliable performance in demanding environments, enhanced by Thomson's industry expertise. ## Benefits • **High Reliability:** Designed to withstand rigorous operational conditions, ensuring long lifespan and minimal maintenance. • **Precision Control:** The integrated position outputs allow for accurate monitoring and adjustments, enhancing operational efficiency. • **Robust Design:** Built to meet the stringent requirements of various industries, providing a dependable solution for motion control needs. --- *Product information compiled with AI assistance for reference purposes.*