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Bearings Linear Bearings & Shaft Linear Carriages INA Carriages
Quick Code: BB-509034

KWVE55-B-S-V1-G3 INA Carriage

£326.88 Was £408.60 exc VAT (£392.26 inc VAT)
In Stock   Free Delivery Available   Next Day Unavailable
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Product Specification
Ball chain
Without ball chain
Ball-/Roller rows
Four Row
Brand
INA
Design
Block carriage
Lubrication & Maintenance
Relubricatable
Material
Steel, Plastic
Preload
Light preload
Seal
End Seals and Sealing Strips
Series
55 series
Temperature range
-10 to +80 °C
Tolerance class
G3
Type of rolling elements
Balls
Version
Small design
Reference
KWVE55BSV1G3
Additional Reference:
10099760
Quick Order Code
BB-509034
Product Description

The KWVE55-B-S-V1-G3 INA Carriage is a precision-engineered linear motion component designed for demanding industrial applications requiring smooth, accurate linear movement. This block carriage combines advanced engineering with practical design features to deliver reliable performance across diverse operating conditions.

Key Specifications

  • Series: 55 series
  • Design: Block carriage with small design profile
  • Rolling Elements: Ball type in four-row configuration
  • Preload: Light preload for balanced load capacity and smooth operation
  • Material: Steel with plastic components for optimal performance and durability
  • Tolerance Class: G3 for precise linear guidance
  • Sealing: End seals and sealing strips for enhanced protection
  • Lubrication: Relubricatable configuration for extended service life
  • Operating Temperature Range: -10 to +80°C
  • Ball Chain: Without ball chain

Applications

The KWVE55-B-S-V1-G3 is ideal for applications requiring compact linear motion solutions, including:

  • Automated machinery and production systems
  • Precision positioning equipment
  • Packaging and material handling systems
  • Assembly line automation
  • Industrial testing equipment

With its small design profile and relubricatable maintenance option, this INA carriage delivers reliable, smooth linear movement in space-constrained installations while maintaining long-term operational efficiency.