Thomson Linear 511H25A1ES7 Profile Rail 500 Series Ball Carriage Size: 25 mm High Precision Grade A Style 1 - Approximately 0.03 C Preload Steel ES7

# Linear Motion - Thomson Linear 511H25A1ES7 Profile Rail Ball Carriage The Thomson Linear 511H25A1ES7 Profile Rail Ball Carriage is engineered to provide high precision and reliability in linear motion applications. Designed with a size of 25 mm, this ball carriage is part of the renowned 500 Series, offering superior performance for various industrial uses, including factory automation and precision machinery. ## Key Features • **Precision Grade A**: Ensures minimal deviation and high accuracy in motion control, critical for applications demanding exact positioning. • **Size**: 25 mm design allows for effective load handling and integration into compact spaces. • **Preload**: Approximately 0.03 C preload enhances rigidity and minimizes play, resulting in better performance under dynamic loads. • **Material**: Constructed from high-strength steel, providing durability and resistance to wear, ensuring long-lasting operation. • **Style 1 Design**: Optimized for compatibility with various profile rails, facilitating easy installation and maintenance. ## Applications • **Factory Automation**: Ideal for automated systems requiring precise linear motion, such as conveyor systems and robotic arms. • **Medical Devices**: Suitable for use in medical equipment where accuracy and reliability are paramount. • **Aerospace and Defense**: Designed to meet the rigorous demands of the aerospace industry, ensuring dependable performance under challenging conditions. ## Benefits • **Enhanced Performance**: The high precision and preload characteristics contribute to reduced cycle times and increased productivity. • **Durability**: Steel construction ensures resistance to environmental factors, extending the lifespan of the product. • **Versatility**: Compatible with various systems, making it an excellent choice for diverse applications across multiple industries. --- *Product information compiled with AI assistance for reference purposes.*