Schaeffler KWVE25 Series Linear Guide Carriage, 17900N Dynamic Load Rating, 37000N Static Load Rating - KWVE25-B-V1-G3 This linear guide carriage from Schaeffler is essential for precision linear motion applications. Designed to work seamlessly with linear rail systems, it boasts a carriage length of 83.3mm and a width of 70mm. This product is engineered to deliver high performance in automation environments where reliable movement and positioning are critical. Features & Benefits • High load capacity of 37000 N for demanding applications
• Dynamic load rating of 17900 N ensures longevity and durability
• Precision engineering supports smooth linear movement
• Designed for a rail width of 23mm for standardised fit
• Compact size enhances versatility in various setups
• Compatible with a range of linear motion components Applications • Used with CNC machines for precise machining tasks
• Applied in automated assembly lines for reliable movement
• Utilised in robotics for enhanced motion stability
• Employed in various industrial automation equipment
• Ideal for requiring high load handling What load capacities can be accommodated for this type of guide? The guide carriage can handle dynamic loads of up to 17900 N and static loads reaching 37000 N, making it suitable for various heavy-duty applications. How does the product ensure precision in operations? Precision engineering is implemented in the guide's design, which aids in smooth and stable linear movement, improving the accuracy of automated tasks. What dimensions should be considered for installation? The crucial dimensions include a carriage length of 83.3mm and a carriage width of 70mm, along with a compatible rail width of 23mm for optimal installation. Can it be integrated into existing machinery? Yes, this carriage is designed to fit seamlessly within standard linear guide systems, making it suitable for integration into various existing setups. What performance characteristics make this guide essential for automation? Its high load capacity and precise movements enable reliable performance, thus ensuring operational efficiency in automated systems. These attributes are critical when seeking effective linear motion solutions.