Bearings
Linear Bearings & Shaft
Linear Carriages
Ewellix Carriages
Quick Code: BB-526007
LLTHC15 SA T0 P5 Ewellix Carriage
The LLTHC15 SA T0 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 robust engineering with exceptional reliability, making it an ideal solution for automation, machinery, robotics, and precision positioning systems.
Key Features:
- Series & Design: 15 series flange carriage in short design configuration for compact installations and space-constrained applications
- Rolling Elements: Four-row ball rolling elements providing superior load distribution and smooth operation
- Precision Rating: P5 tolerance class ensuring exceptional precision for reliable performance in critical applications
- Material Construction: Durable steel and plastic construction built to withstand rigorous industrial environments
- Preload: Without preload configuration for standard applications and cost-effective solutions
- Comprehensive Sealing System: End seals, sealing strips, and inner seals protect against contamination and extend service life
- Maintenance: Relubrication capability via lubrication nipple for convenient on-site maintenance and extended operational life
- Operating Temperature: Reliable performance across -20 to +80°C temperature range
- No Ball Chain: Streamlined design without ball chain for simplified integration and reduced maintenance requirements
Ideal Applications:
The LLTHC15 SA T0 P5 is particularly well-suited for applications where compact carriage design, moderate load requirements, and precision positioning are essential. Its short design version makes it an excellent choice for space-limited installations, automated assembly systems, and machinery requiring reliable linear motion in challenging industrial environments.
This carriage delivers the precision and durability required for demanding operational environments while maintaining cost-effectiveness for standard application requirements and moderate load capacities.
