Thomson Linear 511P20D2ES11 Profile Rail 500 Series Ball Carriage Size: 20 mm Precision Grade D Style 2 - Approximately 0.08 C Preload Steel ES11 - Top Lubrication in End Caps

# Linear Motion Solutions The **Thomson Linear 511P20D2ES11 Profile Rail Ball Carriage** is engineered for precision and reliability in a variety of linear motion applications. Designed with a size of 20 mm, this ball carriage is part of the 500 Series, renowned for its robust performance and durability across diverse industrial sectors. ## Key Features • **Precision Grade D:** Ensures tight tolerances for enhanced accuracy in linear motion applications. • **Size:** 20 mm, ideal for systems requiring compact solutions without compromising performance. • **Preload:** Approximately 0.08 C preload for optimized stiffness and minimized play in the system. • **Construction Material:** Made from high-quality steel, providing strength and resilience under various operating conditions. • **Lubrication System:** Features top lubrication in end caps, facilitating ease of maintenance and prolonged service life. ## Applications • **Factory Automation:** Perfect for automated machinery requiring precise linear movements. • **Medical Devices:** Suitable for equipment where accuracy and reliability are paramount. • **Aerospace and Defense:** Engineered to withstand demanding environments and high-performance requirements. • **Custom Solutions:** Can be integrated into bespoke systems tailored to specific operational needs. ## Benefits • **Enhanced Performance:** The precision grade and preload characteristics contribute to superior motion control, boosting overall system efficiency. • **Durability:** The steel construction ensures long-lasting performance, reducing downtime and maintenance costs. • **User-Friendly Maintenance:** The top lubrication design simplifies upkeep, making it easy to maintain optimal functionality over time. • **Versatile Compatibility:** Designed to work seamlessly with other Thomson Linear products, providing comprehensive solutions for linear motion challenges. --- *Product information compiled with AI assistance for reference purposes.*