Thomson Linear K2G05-90V-BR-20 Actuator, B-Track, 90 Vdc, 300 lbf, Connector

# Thomson Linear K2G05-90V-BR-20 Actuator The Thomson Linear K2G05-90V-BR-20 Actuator is an advanced linear motion solution designed to convert rotary motion into precise linear movement. This actuator is engineered for high-performance applications requiring reliable operation and robust construction. With its 90 VDC power supply and a force capacity of 300 lbf, it is perfectly suited for a variety of industries, including factory automation, medical devices, and aerospace. ## Key Features • **Voltage Rating:** Operates efficiently at 90 VDC, ensuring optimal performance in demanding environments. • **Load Capacity:** Delivers a powerful thrust of up to 300 lbf, making it suitable for heavy-duty applications. • **Connector Type:** Equipped with a standard connector for easy integration and setup in existing systems. • **B-Track Design:** Features a B-Track configuration that enhances stability and reduces wear over time. • **Durable Construction:** Built with high-quality materials to withstand rigorous operational conditions, ensuring longevity and reliability. ## Applications • **Factory Automation:** Ideal for applications requiring precise positioning and repetitive motion control in automated processes. • **Aerospace and Defense:** Utilized in systems that demand high reliability and performance, contributing to safety and efficiency. • **Medical Devices:** Suitable for various medical equipment where smooth and accurate motion is essential. ## Benefits • **Enhanced Performance:** The actuator’s high load capacity and efficient voltage operation provide superior performance in demanding applications. • **Increased Reliability:** Thomson's reputation for quality ensures that this actuator will deliver consistent results, minimizing downtime. • **Versatile Integration:** The standard connector and design features allow for seamless integration into various systems, reducing installation time and complexity. --- *Product information compiled with AI assistance for reference purposes.*