Bearings
Linear Bearings & Shaft
Linear Carriages
Ewellix Carriages
Quick Code: BB-526011
LLTHC15 SU T1 P5 Ewellix Carriage
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Product Specification
Ball chain
Without ball chain
Ball-/Roller rows
Four Row
Brand
Ewellix
Design
Flange carriage
Lubrication & Maintenance
Can be relubricated (via the lubrication nipple)
Material
Steel, Plastic
Preload
Light preload
Seal
End Seals, Sealing Strips and Inner Seals
Series
15 series
Temperature range
-20 to +80 °C
Tolerance class
P5
Type of rolling elements
Balls
Version
Short design
Reference
LLTHC15SUT1P5
Additional Reference:
10156102
Quick Order Code
BB-526011
Product Description
The LLTHC15 SU T1 P5 Ewellix Carriage is a precision-engineered linear motion component designed for smooth, accurate movement along linear guide rails in demanding industrial applications. This flange carriage combines exceptional engineering with robust construction to deliver reliable performance in automation, machinery, robotics, and precision positioning systems.
Key Specifications:
- Series: 15 series (compact design for space-constrained applications)
- Design: Flange carriage with short design configuration
- Rolling Elements: Four-row balls for superior load distribution and smooth operation
- Tolerance Class: P5 for high precision performance
- Preload: Light preload for optimal performance and minimal friction
- Ball Chain: Without ball chain for streamlined operation
Construction & Durability:
- Materials: Durable steel and plastic construction
- Sealing System: Comprehensive protection featuring end seals, sealing strips, and inner seals for enhanced contamination protection
- Temperature Range: Operating capability from -20 to +80°C for versatile environmental conditions
- Lubrication: Relubrication capability via lubrication nipple for extended service life and reduced maintenance downtime
Ideal Applications:
This carriage is perfectly suited for automation equipment, precision machinery, robotic systems, and positioning applications requiring compact yet reliable linear motion solutions with consistent performance, high precision tolerance, and minimal maintenance requirements.
