Thomson Linear HD24B100-0600LXP2MES Electrak HD linear actuator, 24 Vdc, 10000 N (2248 lbf) force, 600 mm stroke, 9 mm/s travel rate full load. Includes low-level signal motor switching, analog potentiometer position output, and EXX control. Cable length 1500 mm with flying leads, adapter at 0°.

Linear Actuator The Thomson Linear HD24B100-0600LXP2MES Actuator is a cutting-edge electromechanical solution designed for precision linear motion in various applications. This actuator operates at a voltage of 24 Vdc and is capable of delivering an impressive force of up to 10, 000 N, making it suitable for demanding tasks in aerospace, defense, and factory automation.

Key Features

• Powerful Performance: Delivers a maximum thrust of 10, 000 N for robust applications.
• Travel Length: Features a stroke length of 600 mm, accommodating a wide range of movement requirements.
• Signal Output: Equipped with low-level signal motor switching and an analog potentiometer position output for effective control and feedback.
• Cable Configuration: Comes with a cable length of 1500 mm with flying leads for versatile installation options.
• Speed: Achieves a travel rate of 9 mm/s under full load, ensuring efficient operation.
• Adapter Orientation: Includes an adapter positioned at 0° for easy integration into existing systems.

Applications

• Industrial Automation: Ideal for automating processes in manufacturing environments.
• Aerospace and Defense: Suitable for applications requiring high reliability and precision control.
• Medical Devices: Perfect for use in devices where controlled motion is critical.

Benefits

• Enhanced Efficiency: The actuator's high thrust capacity allows for quick and reliable operation, minimizing downtime.
• Durability: Designed for long-lasting performance, this actuator withstands rigorous use in demanding environments.
• Versatile Integration: The compact design and various output options facilitate seamless integration into diverse systems. --- Product information compiled with AI assistance for reference purposes.