Schaeffler KWSE25 Series Linear Guide Carriage, 28000N Dynamic Load Rating, 67000N Static Load Rating - KWSE25-V1-G2
This linear guide carriage features a rail width of 23mm and a carriage length of 81.8mm, providing reliable motion solutions for various applications. With impressive dynamic and static load ratings of 28000N and 67000N respectively, this guide is suitable for demanding environments requiring high load capacity and durability.
Features & Benefits
• High dynamic load rating ensures performance in heavy-duty usage
• Static load rating supports static positioning under load
• Compact dimensions facilitate integration in limited spaces
• Optimised design reduces friction for smoother operation
• Suitable for high-speed use enhances efficiency
• Robust construction ensures long service life and reliability
Applications
• Utilised in automated assembly lines for precise positioning
• Ideal for CNC machines requiring accurate linear motion
• Applied in robotics where stable guiding mechanisms are necessary
• Used in conveyor systems for efficient material handling
• Suitable for various industrial automation components
What are the advantages of using high load linear guides in automation?
High load linear guides are essential for maintaining precision under heavy loads, reducing wear and tear on machinery and maximising operational efficiency. The robustness of such guides supports reliable performance across various automation tasks.
How does the design of this carriage contribute to its efficiency in linear motion systems?
The carriage's optimised design minimises friction, allowing for smoother and faster movements while reducing energy consumption. This efficiency is beneficial in applications involving high-speed operations.
What considerations should be made regarding load ratings when selecting a linear guide?
It is crucial to match the dynamic and static load ratings to the specific application demands. Exceeding these ratings may lead to premature failure or decreased performance in linear motion systems.
