Thomson Linear 511H30C2ES10 500 Series ball profile rail carriage, 30 mm rail size, High Precision grade, Narrow style, 0.08C preload, through-hardened bearing-grade steel. ES10 side lubrication in end caps for reliable lubricant delivery. Designed for high-load, high-precision linear motion in factory automation and machine tool applications.

Linear Motion

• Thomson Linear 511H30C2ES10 Profile Rail Ball Carriage The Thomson Linear 511H30C2ES10 Profile Rail Ball Carriage is engineered for high-precision linear motion applications. This robust component is part of Thomson's 500 Series and is designed to provide exceptional performance and reliability in various industrial environments. With its advanced features and superior design, the 511H30C2ES10 is ideal for applications requiring efficient and smooth motion control.

Key Features

• Size: 30 mm profile for optimal compatibility with various systems
• Precision Grade: High Precision Grade C, ensuring tight tolerances for demanding applications
• Style: Style 2 configuration, designed for versatile installation and performance
• Preload: Approximately 0.08 C preload, enhancing rigidity and reducing play for improved accuracy
• Lubrication: Equipped with side lubrication in end caps for easy maintenance and extended service life

Applications

• Industrial Automation: Perfect for use in automated machinery and production lines where high precision is crucial
• Aerospace and Defense: Suitable for applications that require reliability and accuracy under stringent conditions
• Medical Devices: Ideal for systems requiring precise motion control and stability in medical equipment

Benefits

• Enhanced Performance: The high precision and preload features allow for superior movement control and efficiency
• Durability: Constructed with high-quality steel, the carriage is built to withstand demanding operational conditions
• Maintenance-Friendly: Side lubrication design simplifies maintenance processes, reducing downtime and operational costs --- Product information compiled with AI assistance for reference purposes.