Thomson Linear K2G05-12V-BR-10 Actuator, B-Track, 12 Vdc, 300 lbf, Connector

# Linear Motion Actuator The Thomson Linear K2G05-12V-BR-10 Actuator is a high-performance linear motion device designed to convert rotary motion into precise linear movement. Operating at 12 Vdc, this actuator is engineered to handle loads of up to 300 lbf, making it ideal for a variety of applications where reliable motion control is crucial. ## Key Features • **Voltage Rating**: 12 Vdc operation for versatile application compatibility. • **Load Capacity**: Capable of supporting loads up to 300 lbf, ensuring robust performance under demanding conditions. • **B-Track Design**: Facilitates smooth and efficient linear motion, optimizing the actuator's operational efficiency. • **Connector Type**: Equipped with a connector for straightforward integration into existing systems. • **Durable Construction**: Built with high-quality materials to withstand rigorous use in diverse environments. ## Applications • **Aerospace**: Ideal for applications requiring precise motion control and reliability in flight systems. • **Medical Devices**: Suitable for use in hospital equipment and diagnostic machinery where accuracy is paramount. • **Factory Automation**: Enhances automation processes by providing reliable linear actuation in assembly lines. • **Food Processing**: Ensures safe and efficient movement in food handling and packaging equipment. • **Defense**: Meets stringent requirements for motion control in defense systems and equipment. ## Benefits • **Increased Efficiency**: Optimized design reduces energy consumption while maintaining high performance. • **Enhanced Reliability**: Long lifespan and durability ensure minimal maintenance and downtime. • **Versatile Integration**: The actuator's connector feature allows for easy installation into various systems, reducing setup time. • **Proven Performance**: Backed by Thomson's 75 years of experience in linear motion technology, providing peace of mind in quality and performance. --- *Product information compiled with AI assistance for reference purposes.*