Bearings
Linear Bearings & Shaft
Linear Carriages
INA Carriages
Quick Code: BB-518226
RWU25-E-H-V3-G1 INA Carriage
The RWU25-E-H-V3-G1 INA Carriage is a heavy-duty precision linear motion component engineered for the most demanding industrial applications requiring exceptional load capacity and superior accuracy. This robust block carriage combines the strength of roller-based technology with high preload design, delivering outstanding performance in applications where precision guidance and heavy load handling are critical.
Key Specifications:
- Series: 25 series
- Design: Block carriage - high design
- Rolling Elements: Roller type, four-row configuration
- Material: Steel with plastic components
- Preload: High preload for maximum load capacity and rigidity
- Ball Chain: Without ball chain
- Lubrication: Relubricatable via lubrication nipple - designed for straightforward maintenance and extended service life
- Sealing: End seals and sealing strips for comprehensive protection against contaminants and environmental exposure
- Tolerance Class: G1 (precision grade)
- Operating Temperature Range: -10 to +80°C
Ideal Applications:
This carriage is well-suited for:
- Heavy-duty industrial machinery requiring high load capacity
- Precision machine tool guideways with demanding load requirements
- Large-format automation and material handling systems
- Manufacturing and assembly equipment with substantial load demands
- Applications requiring exceptional rigidity and positioning accuracy
- Industrial machinery operating under continuous high-load conditions
- Systems requiring G1 tolerance class precision performance
The high preload design delivers exceptional rigidity and load capacity while maintaining precision guidance, making it ideal for applications where both strength and accuracy are non-negotiable. The roller-based four-row configuration provides superior load distribution compared to ball-type alternatives, while the relubricatable configuration ensures straightforward maintenance and extended operational life in the most challenging industrial environments.
