Thomson Linear HD12B026-0600EXP1EES Electrak HD linear actuator, 12 Vdc, 2600 N force, 600 mm stroke, analog (potentiometer) position output with EXX, 300 mm cable, flying leads, adapter at 0° (Standard), 32 mm/s travel rate full load.

Linear Actuator The Thomson Linear HD12B026-0600EXP1EES Actuator is a high-performance electromechanical actuator designed for applications requiring reliable linear motion control. With a robust construction and advanced features, this actuator delivers exceptional performance in various settings, including factory automation, medical devices, and aerospace applications. ## Key Features • **Powerful Performance:** Delivers a maximum load capacity of 2600 N, ensuring it can handle demanding applications with ease. • **Compact Design:** With a stroke length of 600 mm, it is ideal for applications with limited space requirements. • **Analog Position Output:** Features a potentiometer position output for precise control and feedback on actuator position. • **High Speed:** Achieves a travel rate of 32 mm/s at full load, providing swift and efficient operation. • **Cable Configuration:** Equipped with a cable length of 300 mm and flying leads for flexible installation options. ## Applications • **Factory Automation:** Perfect for tasks requiring precise positioning and motion control in automated production lines. • **Medical Devices:** Suitable for applications in medical equipment where reliability and accuracy are critical. • **Aerospace Systems:** Performs reliably in aerospace applications, thanks to its durability and performance under various conditions. ## Benefits • **Enhanced Efficiency:** The actuator's high load capacity combined with its swift travel rate improves overall operational efficiency. • **Precision Control:** The analog position output allows for accurate monitoring and adjustments to ensure optimal performance. • **Durability:** Built to withstand rigorous use, the HD12B026-0600EXP1EES actuator is designed for longevity and reduced maintenance needs. --- *Product information compiled with AI assistance for reference purposes.*